Avic Z2 - Service Manual u3i5g

ORDER NO.

CRT3877

HDD MULTIMEDIA AV NAVIGATION SERVER

AVIC-Z2

/XU/UC

AVIC-HD3/XU/EW5

is a trademark of DVD Format/Logo Licensing Corporation.

This service manual should be used together with the following manual(s) listed below. For the parts numbers, adjustments, etc. which are not shown in this manual, refer to the following manual(s). Model No.

Order No.

AVIC-Z1/UC

CRT3618

CX-3016

CRT3056

ND-BT1/E5

CRT3684

Mech. Module

MS3

Remarks

DVD Mech. Module:Circuit Description, Mech. Description, Disassembly Bluetooth unit : (ND-BT1/E is sold with AVIC-HD3/XU/EW5.)

PIONEER CORPORATION

4-1, Meguro 1-chome, Meguro-ku, Tokyo 153-8654, Japan PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A. PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936

PIONEER CORPORATION 2007

K-ZZU. FEB. 2007 Printed in Japan

1

2

3

4

EXPLODED VIEWS AND PARTS LIST PACKING(Page 10)

PACKING SECTION PARTS LIST

A

Mark No.

B

* *

C

*:Non spare part

Description

AVIC-Z1/UC

AVIC-Z2/XU/UC

1-1 Owner’s Manual

CRB2183

CRB2295

1-2 Owner’s Manual 1-3 Owner’s Manual/POC/FRE

CRB2184 CRB2185

CRB2297 CRB2296

1-4 Owner’s Manual/POC/FRE 1-5 Owner’s Manual

CRB2186 CRB2258

CRB2298 CRB2299

1-6 Owner’s Manual/POC/FRE

CRB2259

CRB2300

1-13 Installation Manual 1-14 Registration Card

CRD4100 CRY1245

CRD4153 CRY1263

1-25 Card 2 Cover

ARY1048 CEG1177

CRY1246(Warranty Card) CEG1383

3

Carton

CHG5732

CHG6069

4 5

Contain Box Protector(Upper)

CHL5732 CHP2227

CHL6069 CHP2782

6 7

Protector Protector

CHP2242 CHP2272

CHP3181 CHP2783

10

Cord Assy

CDE8083

CDP1045

23 24

Sub Carton

CHA3298 CNS8669

CHG5691 CNS9008

34

Cord Assy

CDE8082

CDP1047

D

E

F

2

AVIC-Z2/XU/UC 1

2

3

4

5

Mark No.

*

*

6

Description

7

AVIC-HD1BT/EW5

8

AVIC-HD3/XU/EW5

1-1 Owner’s Manual/PEE/ENG 1-2 Owner’s Manual/PEE/ENG

CRB2187 CRB2188

CRB2301 CRB2307

1-3 Owner’s Manual/PEE/SPE 1-4 Owner’s Manual/PEE/SPE

CRB2189 CRB2190

CRB2302 CRB2308

1-5 Owner’s Manual/PEE/GER

CRB2191

CRB2303

1-6 Owner’s Manual/PEE/GER 1-7 Owner’s Manual/PEE/FRE

CRB2192 CRB2193

CRB2309 CRB2304

1-8 Owner’s Manual/PEE/FRE 1-9 Owner’s Manual/PEE/ITA

CRB2194 CRB2195

CRB2310 CRB2305

1-10 Owner’s Manual/PEE/ITA

CRB2196

CRB2311

1-11 Owner’s Manual/PEE/DUT 1-12 Owner’s Manual/PEE/DUT

CRB2197 CRB2198

CRB2306 CRB2312

1-13 Installation Manual 1-16 port

CRD4101 CRY1013

CRD4154 Not used

1-18 Owner’s Manual/PEE/ENG

CRB2260

CRB2313

1-19 Owner’s Manual/PEE/SPE 1-20 Owner’s Manual/PEE/GER

CRB2261 CRB2262

CRB2314 CRB2315

1-21 Owner’s Manual/PEE/FRE 1-22 Owner’s Manual/PEE/ITA

CRB2263 CRB2264

CRB2316 CRB2317

1-23 Owner’s Manual/PEE/DUT

CRB2265

CRB2318

2 3

Cover Carton

CEG1074 CHG5899

CEG1382 CHG6070

4 5

Contain Box Protector(Upper)

CHL5899 CHP2227

CHL6070 CHP3319

6

Protector

CHP2242

CHP3181

7 10

Protector Cord Assy

CHP2272 CDE8083

CHP3320 CDP1045

12 13

Cord Assy Screw Assy

CDE8165 CEA3797

CDP1046 CEA7395

16

Screw

CMZ50P060FTC(x8)

CMZ50P060FTC(x4)

23 24

Sub Carton

CHA3298 CNS8669

CHG5691 CNS8665

35 36

Protector Protector

Not used Not used

CHP3321 CHP3322

37

Screw

Not used

CBA2081

38 39

Bush Polyetylene Bag

Not used Not used

CNV3930 E36-615

40



Not used

CNS9007

A

B

C

D

E

F

5

6

AVIC-Z2/XU/UC

7

8

3

1

2

3

4

A

2

35 40 39 B

37 38

36

EXTERIOR(1)(Page 12)

C

EXTERIOR(1) SECTION PARTS LIST Mark No.

Description

AVIC-Z2/XU/UC

5

Screw(M3 x 10)

CBA1637

CBA2097

82

Unit

CXC5925

CXC7880

Mark No.

D

AVIC-Z1/UC

Description

AVIC-HD1BT/EW5

AVIC-HD3/XU/EW5

5 82

Screw(M3 x 10) Unit

CBA1637 CXC5984

CBA2097 CXC7980

94 95

Screw Holder

Not used Not used

CMZ50P060FTC CND3430

96

Holder

Not used

CND3431

97

Screw

Not used

BMZ30P060FTC

94

E

96 96

97

94

97 97

F

95 97

4

AVIC-Z2/XU/UC 1

2

3

4

5

6

7

8

A

EXTERIOR(2)(Page 14) EXTERIOR(2) SECTION PARTS LIST Mark No.

Description

AVIC-Z1/UC

AVIC-Z2/XU/UC

4

Screw(M2 x 3)

CBA1527

CBA2096

61 71

CC Unit HDD Assy(Service)

CWN1582 CXX2121

CWN2449 CXX2207

Mark No.

Description

AVIC-HD1BT/EW5

AVIC-HD3/XU/EW5

4 61

Screw(M2 x 3) CC Unit

CBA1527 CWN1632

CBA2096 CWN2450

69 71

Chassis Unit HDD Assy(Service)

CXC6523 CXX2122

CXC8128 CXX2208

B

EXTERIOR(3)(Page 16) EXTERIOR(3) SECTION PARTS LIST Mark No.

Description

AVIC-Z1/UC

AVIC-Z2/XU/UC

2 3

Cap Cord Assy

CNS1472 CDE8083

Not used CDP1045

22 25

Grille Lighting Conductor

CNS8523 CNV8732

CNS9018 CNV9510

51

Cord Assy

CDE8082

CDP1047

Mark No.

Description

AVIC-HD1BT/EW5

C

AVIC-HD3/XU/EW5

2

Cap

CNS1472

Not used

3 7

Cord Assy Cord Assy

CDE8083 CDE8165

CDP1045 CDP1046

22 25

Grille Lighting Conductor

CNS8540 CNV8732

CNS9004 CNV9510

D

E

F

5

6

AVIC-Z2/XU/UC

7

8

5

1

2

3

4

ELECTRICAL PARTS LIST(Page 121) GPS UNIT

A

Circuit Symbol and No. Part Name L402 L403

Inductor Inductor

AVIC-Z1/UC AVIC-HD1BT/EW5 CTF1486 CTF1486

AVIC-Z2/XU/UC AVIC-HD3/XU/EW5 LCYC1R2K1608 LCYC1R2K1608

AUDIO UNIT Circuit Symbol and No. Part Name

B

D

AVIC-Z2/XU/UC

Q1006 Q1201

Transistor Transistor

DTC114EU DTC114EU

DTC114EUA DTC114EUA

Q1203 Q1431

Transistor Transistor

DTC114EU DTC114EU

DTC114EUA DTC114EUA

Q1521

Transistor

DTC114EU

DTC114EUA

Q1852

Transistor

DTC114EU

DTC114EUA

Circuit Symbol and No. Part Name C

AVIC-Z1/UC

AVIC-HD1BT/EW5

AVIC-HD3/XU/EW5

Q1006

Transistor

DTC114EU

DTC114EUA

Q1201 Q1203

Transistor Transistor

DTC114EU DTC114EU

DTC114EUA DTC114EUA

Q1431 Q1521

Transistor Transistor

DTC114EU DTC114EU

DTC114EUA DTC114EUA

Q1823

Transistor

DTC114EU

DTC114EUA

Q1852 Q2501

Transistor Transistor

DTC114EU DTC124EU

DTC114EUA DTC124EUA

Q2502 Q2503

Transistor Transistor

DTC124EU DTC124EU

DTC124EUA DTC124EUA

Q2504

Transistor

DTC124EU

DTC124EUA

E

F

6

AVIC-Z2/XU/UC 1

2

3

4

5

6

7

8

NAVI MOTHER UNIT Circuit Symbol and No. Part Name

AVIC-Z1/UC AVIC-HD1BT/EW5

AVIC-Z2/XU/UC AVIC-HD3/XU/EW5

Q5003

Transistor

DTC114EU

DTC114EUA

Q5004 Q5483

Transistor Transistor

DTC114EU DTC114EU

DTC114EUA DTC114EUA

Q5651 Q5902

Transistor Transistor

2SA1576 DTC114EU

2SA1576A DTC114EUA

Q5921

Transistor

2SA1576

2SA1576A

Q6201 Q6204

Transistor Transistor

DTC114EU DTC114EU

DTC114EUA DTC114EUA

Q6251 Q6301

Transistor Transistor

DTC114EU 2SA1576

DTC114EUA 2SA1576A

Q6302

Transistor

DTC114EU

DTC114EUA

Q6311 Q6312

Transistor Transistor

2SA1576 DTC114EU

2SA1576A DTC114EUA

Q6351 Q6352

Transistor Transistor

DTC114EU DTC114EU

DTC114EUA DTC114EUA

Q6355

Transistor

DTC114EU

DTC114EUA

Q6601

Transistor

2SA1576

2SA1576A

A

B

C

MONITOR UNIT Circuit Symbol and No. Part Name Q352

Transistor

AVIC-Z1/UC AVIC-HD1BT/EW5 2SA1576

AVIC-Z2/XU/UC AVIC-HD3/XU/EW5 2SA1576A

D

E

F

5

6

AVIC-Z2/XU/UC

7

8

7

ORDER NO.

CRT3618 AVIC-Z1/UC

HDD MULTIMEDIA AV NAVIGATION SERVER

AVIC-Z1

/UC

AVIC-HD1BT

/EW5

This service manual should be used together with the following manual(s): Model No.

Order No.

CX-3016

CRT3056

ND-BT1/E5

CRT3684

Mech.Module MS3

Remarks DVD Mech. Module:Circuit Descriptions, Mech. Descriptions, Disassembly Bluetooth unit (ND-BT1/E is sold as packed unit of AVIC-HD/BT/EW5 in EW area.)

For details, refer to "Important Check Points for Good Servicing".

PIONEER CORPORATION

4-1, Meguro 1-chome, Meguro-ku, Tokyo 153-8654, Japan PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A. PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936

PIONEER CORPORATION 2006 K-ZZU.MAR. 2006 Printed in Japan

1

2

3

4

SAFETY INFORMATION UC A

CAUTION This service manual is intended for qualified service technicians; it is not meant for the casual do-it-yourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safely repair complex products such as those covered by this manual. Improperly performed repairs can adversely affect the safety and reliability of the product and may void the . If you are not qualified to the repair of this product properly and , you should not risk trying to do so

W WARNING This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of

B

Health & Safety Code Section 25249.6 - Proposition 65 This product contains mercury. Disposal of this material may be regulated due to environmental considerations. For disposal or recycling information, please your local authorities or the Electronics Industries Alliance: www.eiae.org.

C

D

E

F

2

AVIC-Z1/UC 1

2

3

4

5

6

7

8

EW5 1. Safety Precautions for those who Service this Unit. • Follow the adjustment steps in the service manual when servicing this unit. When check ing or adjusting the emitting power of the laser diode exercise caution in order to get safe, reliable results.

A

Caution: 1. During repair or tests, minimum distance of 13cm from the focus lens must be kept. 2. During repair or tests, do not view laser beam for 10 seconds or longer.

B

On the top of the player CAUTION : VORSICHT :

VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN. AVOID EXPOSURE TO BEAM. SICHTBARE UND UNSICHTBARE LASERSTRAHLUNG, WENN ABDECKUNG GEÖFFNET NICHT DEM STRAHL AUSSETZEN!

SYNLIG OG USYNLIG LASERSTRÅLING VED ÅBNING ADVARSEL : UNDGÅ UDSÆTTELSE FOR STRÀLING.

VARNING :

SYNLIG OCH OSYNLIG LASERSTRÅLNING NÄR DENNA DEL ÄR ÖPPNAD BETRAKTA EJ STRÅLEN.

ALTISTUT NÄKYVÄ JA NÄKYMÄTTÖMÄLLE : AVATTAESSA LASERSATEIL YLLE. ÄLÄ KATSO SÄTEESEN.

VARO!

VRW1860

C

WARNING! The AEL (accessible emission level )of the laser power output is less than CLASS 1 but the laser component is capable of emitting radiation exceeding the limit for CLASS 1. A specially instructed person should do servicing operation of the apparatus.

.

Laser diode characteristics Wave length: DVD:640~660nm CD:770~810nm DVD : 2.48mW(Emitting period :9sec.) CD : 705 W(Emitting period : unlimited)

D

Additionla Laser Caution Transistors Q1101 and Q1102 in PCB drive the laser diodes for DVD and CD respectively. When Q1101 or Q1102 is shorted between their terminals, the laser diodes for DVD or CD will radiate beam. If the top cover is removed with no disc loaded while such short-circuit is continued, the naked eyes may be exposed to the laser beam. E

F

AVIC-Z1/UC 5

6

7

8

3

1

2

3

4

[Important Check Points for Good Servicing] In this manual, procedures that must be performed during repairs are marked with the below symbol. Please be sure to confirm and follow these procedures. A

1. Product safety Please conform to product regulations (such as safety and radiation regulations), and maintain a safe servicing environment by following the safety instructions described in this manual. 1 Use specified parts for repair. Use genuine parts. Be sure to use important parts for safety. 2 Do not perform modifications without proper instructions. Please follow the specified safety methods when modification(addition/change of parts) is required due to interferences such as radio/TV interference and foreign noise. 3 Make sure the soldering of repaired locations is properly performed.

B

When you solder while repairing, please be sure that there are no cold solder and other debris. Soldering should be finished with the proper quantity. (Refer to the example) 4 Make sure the screws are tightly fastened. Please be sure that all screws are fastened, and that there are no loose screws. 5 Make sure each connectors are correctly inserted. Please be sure that all connectors are inserted, and that there are no imperfect insertion. 6 Make sure the wiring cables are set to their original state. Please replace the wiring and cables to the original state after repairs. In addition, be sure that there are no pinched wires, etc.

C

7 Make sure screws and soldering scraps do not remain inside the product. Please check that neither solder debris nor screws remain inside the product. 8 There should be no semi-broken wires, scratches, melting, etc. on the coating of the power cord. Damaged power cords may lead to fire accidents, so please be sure that there are no damages. If you find a damaged power cord, please exchange it with a suitable one. 9 There should be no spark traces or similar marks on the power plug. When spark traces or similar marks are found on the power supply plug, please check the connection and advise on secure connections and suitable usage. Please exchange the power cord if necessary. 0 Safe environment should be secured during servicing.

D

When you perform repairs, please pay attention to static electricity, furniture, household articles, etc. in order to prevent injuries. Please pay attention to your surroundings and repair safely.

2. Adjustments To keep the original performance of the products, optimum adjustments and confirmation of characteristics within specification. Adjustments should be performed in accordance with the procedures/instructions described in this manual.

3. Lubricants, Glues, and Replacement parts Use grease and adhesives that are equal to the specified substance. Make sure the proper amount is applied.

E

4. Cleaning For parts that require cleaning, such as optical pickups, tape deck heads, lenses and mirrors used in projection monitors, proper cleaning should be performed to restore their performances.

5. Shipping mode and Shipping screws To protect products from damages or failures during transit, the shipping mode should be set or the shipping screws should be installed before shipment. Please be sure to follow this method especially if it is specified in this manual.

F

4

AVIC-Z1/UC 1

2

3

4

5

6

7

8

- Service Precautions • You should conform to the regulations governing the product (safety, radio and noise, and other regulations), and should keep the safety during servicing by following the safety instructions described in this manual. • Be careful in handling ICs. Some ICs such as MOS type are so fragile that they can be damaged by electrostatic induction.

A

- DVD section precaution 1. EJECT LOCK MODE for DVD mechanism. In order to enter "EJECT LOCK" mode, reset start while pressing "AV" and "V" keys together. Pressing the "AV" and "V" keys until monitor back light is turned on. In order to exit "EJECT LOCK" mode, follow the same steps to enter this mode. 2. Before disassembling the unit, be sure to turn off the power. Unplugging and plugging the connectors during power-on mode may damage the ICs inside the unit. 3. To protect the pickup unit from electrostatic discharge during servicing, take an appropriate treatment (shorting-solder) by referring to "the DISASSEMBLY" . 4. After replacing the pickup unit, be sure to skew adjustment. 5. During disassembly, be sure to turn the power off since an internal IC might be destroyed when a connector is plugged or unplugged.

B

C

is a trademark of DVD Format/Logo Licensing Corporation.

D

E

F

AVIC-Z1/UC 5

6

7

8

5

1

2

3

4

CONTENTS SAFETY INFORMATION ..................................................................................................................................... 2 1. SPECIFICATIONS ............................................................................................................................................ 7 2. EXPLODED VIEWS AND PARTS LIST ............................................................................................................ 9 2.1 PACKING ................................................................................................................................................. 10 2.2 EXTERIOR(1) .......................................................................................................................................... 12 2.3 EXTERIOR(2) .......................................................................................................................................... 14 2.4 EXTERIOR(3) .......................................................................................................................................... 16 2.5 DVD MECHANISM MODULE .................................................................................................................. 18 3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM .......................................................................................... 20 3.1 BLOCK DIAGRAM ................................................................................................................................... 20 3.2 OVERALL CONNECTION DIAGRAM...................................................................................................... 38 3.3 GPS UNIT(GUIDE PAGE)........................................................................................................................ 40 3.4 AUDIO UNIT(P/S•I/F)(GUIDE PAGE)....................................................................................................... 46 3.5 AUDIO UNIT(FM/AM•TMC TUNER) ........................................................................................................ 52 3.6 DVD CORE UNIT(MS3)(SO-DC)(GUIDE PAGE) ..................................................................................... 54 3.7 DVD CORE UNIT(MS3)(U)(GUIDE PAGE) ......................................................................................... 60 3.8 COMPOUND UNIT(A) AND COMPOUND UNIT(B) ................................................................................ 68 3.9 PU UNIT(REFERENCE) .......................................................................................................................... 69 3.10 NAVI MOTHER PCB(SYSCOM•P/S)(GUIDE PAGE)............................................................................. 70 3.11 NAVI MOTHER PCB(NAVI AV•EXTERNAL I/F)(GUIDE PAGE) ............................................................ 76 3.12 HDD PELAY PCB................................................................................................................................... 82 3.13 UNIT .......................................................................................................................................... 84 3.14 KEYBOARD UNIT.................................................................................................................................. 86 3.15 MONITOR UNIT(MONITOR)(GUIDE PAGE) ......................................................................................... 88 3.16 MONITOR UNIT(INVERTER) ................................................................................................................ 94 3.17 MAIN PCB UNIT .................................................................................................................................... 96 4. PCB CONNECTION DIAGRAM ..................................................................................................................... 98 4.1 AUDIO UNIT ............................................................................................................................................ 98 4.2 DVD CORE UNIT(MS3) ......................................................................................................................... 102 4.3 COMPOUND UNIT(A) AND COMPOUND UNIT(B) .............................................................................. 106 4.4 GPS UNIT .............................................................................................................................................. 107 4.5 NAVI MOTHER PCB .............................................................................................................................. 108 4.6 HDD RELAY PCB .................................................................................................................................. 112 4.7 UNIT .......................................................................................................................................... 113 4.8 MONITOR UNIT..................................................................................................................................... 114 4.9 MAIN PCB UNIT .................................................................................................................................... 118 4.10 KEYBOARD UNIT................................................................................................................................ 120 5. ELECTRICAL PARTS LIST .......................................................................................................................... 121 6. ADJUSTMENT ............................................................................................................................................. 148 6.1 JIG CONNECTION DIAGRAM............................................................................................................... 148 6.2 DVD ADJUSTMENT............................................................................................................................... 150 6.3 VIDEO LEVEL ADJUSTMENT............................................................................................................... 167 6.4 PLL ADJUSTMENT ............................................................................................................................... 169 6.5 MONITOR UNIT ADJUSTMENT............................................................................................................ 171 6.6 TEST MODE .......................................................................................................................................... 184 6.7 TEST DISC ............................................................................................................................................ 207 7. GENERAL INFORMATION ........................................................................................................................... 224 7.1 DIAGNOSIS ........................................................................................................................................... 224 7.1.1 DISASSEMBLY ................................................................................................................................... 224 7.1.2 PCB LOCATIONS ............................................................................................................................... 232 7.1.3 CONNECTOR FUNCTION DESCRIPTION ........................................................................................ 233 7.2 IC ........................................................................................................................................................... 234 8. OPERATIONS .............................................................................................................................................. 246

A

B

C

D

E

F

6

AVIC-Z1/UC 1

2

3

4

5

6

7

8

1. SPECIFICATIONS A

B

Backup current ............... 2.25 mA or less

C

D

E

F

AVIC-Z1/UC 5

6

7

8

7

1

2

1

2

3

4

3

4

A

B

C

D

E

F

8

AVIC-Z1/UC

5

6

7

8

2. EXPLODED VIEWS AND PARTS LIST NOTES : • Parts marked by " * " are generally unavailable because they are not in our Master Spare Parts List. • The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. • Screw adjacent to mark on the product are used for disassembly. • For the applying amount of lubricants or glue, follow the instructions in this manual. (In the case of no amount instructions,apply as you think it appropriate.)

A

"

B

C

D

E

F

AVIC-Z1/UC 5

6

7

8

9

1

2

3

4

3

4

2.1 PACKING A

B

C

D

E

F

10

AVIC-Z1/UC 1

2

5

6

7

8

PACKING SECTION PARTS LIST Mark No. 1-1 1-2 1-3

1-4 1-5 1-6

1-7 1-8 1-9 1-10 1-11

* * *

Description

Mark No.

Part No.

3

Owner's Manual(UC) CRB2183 Owner's Manual/PEE/ENG(EW) CRB2187 Owner's Manual(UC) CRB2184 Owner's Manual/PEE/ENG(EW) CRB2188 Owner's Manual/POC/FRE(UC) CRB2185 Owner's Manual/PEE/SPE(EW) CRB2189

Owner's Manual/PEE/FRE(EW) CRB2193 Owner's Manual/PEE/FRE(EW) CRB2194 Owner's Manual/PEE/ITA(EW) CRB2195 Owner's Manual/PEE/ITA(EW) CRB2196 Owner's Manual/PEE/DUT(EW) CRB2197

*

1-12 Owner's Manual/PEE/DUT(EW) CRB2198 1-13 Installation Manual(UC) CRD4100 Installation Manual(EW) CRD4101 1-14 Registration Card(UC) CRY1245 1-15 Caution Card(UC) CRP1310 1-16 port(EW) CRY1013 1-17 1-18 1-19 1-20 1-21

Warranty Card(EW) CRY1157 Owner's Manual/PEE/ENG(EW) CRB2260 Owner's Manual/PEE/SPE(EW) CRB2261 Owner's Manual/PEE/GER(EW) CRB2262 Owner's Manual/PEE/FRE(EW) CRB2263

1-22 1-23 1-24 2

Owner's Manual/PEE/ITA(EW) CRB2264 Owner's Manual/PEE/DUT(EW) CRB2265 Polyethylene Bag CEG1116 Cover(UC) CEG1177 Cover(EW) CEG1074

Part No.

Carton(UC) Carton(EW)

CHG5732 CHG5899

5 6 7

Contain Box(UC) Contain Box(EW) Protector(Upper) Protector Protector

CHL5732 CHL5899 CHP2227 CHP2242 CHP2272

8 9 10 11 12

Cord Cord Cord Assy Cord Assy Cord Assy(EW)

CDE5044 CDE6825 CDE8083 CDE8084 CDE8165

13 14 15 16

Screw Assy Screw Polyethylene Bag Screw

CEA3797 BMZ50P060FTC CEG-127 CMZ50P060FTC

17

Cord Clamper Assy

CEA4636

••••• Sub Carton Pen

CHA3298 CNS8669 CNV8969

26 27 28 29 30

Connector Microphone Assy Clip Holder Microphone Holder Cushion

CKX1049 M1064 CZN5471 CZN5472 CZN5473

31 32 33 34

GPS Antenna Assy Water Proof Pad Sheet Cord Assy(UC)

CXC4864 CZN5442 CZN7008 CDE8082

4

Owner's Manual/POC/FRE(UC) CRB2186 Owner's Manual/PEE/SPE(EW) CRB2190 Owner's Manual/PEE/GER(EW) CRB2191 Owner's Manual(UC) CRB2258 Owner's Manual/PEE/GER(EW) CRB2192 Owner's Manual/POC/FRE(UC) CRB2259

Description

18-22 23 24 25

A

B

C

D

Owner's Manual,Installation Manual Part No.

Language

CRB2183,CRB2184,CRB2187,CRB2188,CRB2258,CRB2260

English

CRB2185,CRB2186,CRB2193,CRB2194,CRB2259,CRB2263

French

CRB2189,CRB2190,CRB2261

Spanish

CRB2191,CRB2192,CRB2262

German

CRB2195,CRB2196,CRB2264

Italian

CRB2197,CRB2198,CRB2265

Dutch

CRD4100

English,French

CRD4101

English,Spanish,German,French,Italian,Dutch

E

F

AVIC-Z1/UC 5

6

7

8

11

1

2

3

4

2.2 EXTERIOR(1) A

B

C

D

E

To remove the 88 screw, use a torques screwdriver (T8)(GGK1068).

F

12

AVIC-Z1/UC 1

2

3

4

5

6

7

8

EXTERIOR(1) SECTION PARTS LIST Mark No.

Description

Mark No.

Part No.

1 2 3 4 5

Screw Screw Screw Screw Screw(M3 x 10)

BMZ26P060FTC BMZ26P120FTB BMZ26P160FTB BSZ26P050FTB CBA1637

6 7 8 9 10

Screw Screw(M2 x 3) Spring FFC FFC

CBA1735 CBA1877 CBH2932 CDE7998 CDE8204

11 12 13 14 15

Gasket(EW) Flexible PCB Heat Sink Cover Audio Unit(UC) Audio Unit(EW)

CNN1296 CNP8272 CNR1849 CNS8525 CWN1583 CWN1633

16 17 18 19 20

Screw Screw Cord(EW) Clamper(EW) Gasket(EW)

BMZ26P050FTB BMZ26P120FTC CDH1354 CEF1048 CNN1379

21 22 23 24 25

Gasket ••••• ••••• Plug(CN1001) Connector(CN1202)

CNN1375

CKM1278 CKM1502

26 27 28 29 30

Connector(CN1201) Connector(CN1832) Connector(CN1003) Connector(CN1002) Connector(CN1831)

CKM1506 CKS5572 CKS5644 CKS4674 CKS5110

31 32 33 34 35

Connector(CN1203) Antenna Jack(CN2501) Holder Shield Holder

CKS5486 CKX1060 CNC9921 CND3004 CND3023

36 37 38 39 40

Holder Holder Holder Shield(EW) Shield(EW)

CND3142 CND3180 CND3181 CND3188 CND3189

41 42 43 44

Holder Sheet Heat Sink FM/AM Tuner Unit(UC) FM/AM Tuner Unit(EW)

CND3411 CNM9805 CNR1873 CWE1952 CWE1951

45 46 47

Holder Tuner Unit(Y2600)(EW) Drive Mechanism Unit

CND1054 CWE2023 CXC6806

Description

Part No.

48 49

Screw(M2 x 6) Screw(M2 x 1.5)

CBA1399 CBA1615

50 51 52 53 54

Screw(M2 x 2.5) Screw(M2 x 2) Spring Spring Washer

CBA1881 CBA1771 CZB3092 CZB3093 CZB5004

55 56 57 58 59

Screw Shaft Roller Roller Gear

CZB5005 CZL3010 CZL3011 CZL3012 CZN7011

60 61 62 63 64

Gear Gear Rack Holder Holder

CZN7012 CZN7013 CZN7014 CZN7015 CZN7042

65 66 67 68 69

Holder Sheet Frame Plate Main PCB Unit

CZN7043 CZN7044 CZN7063 CZN7064 CZW5026

70 71 72 73 74

Screw Connector(CN2) Heat Sink Connector(CN1) Bracket Unit

BMZ26P050FTC CZK3075 CND1228 CZK3071 CZX5101

75 76 77 78 79

Motor Unit(M1000) Chassis Unit Screw Screw Button(DISC)

CZX5102 CZX5169 JFZ20P020FTC BPZ20P060FTC CAC9626

80 81 82 83

Unit Connector(CN6901) Unit(UC) Unit(EW) Cover Unit

CWN1586 CKS4487 CXC5925 CXC5984 CXC5989

84 85 86 87 88

Fan Motor Screw Label(EW) Csse Screw

CXM1320 ASZ26P050FTC VRW1860 CNB3219 CBA1981

89 90 91 92 93

Washer Holder Transistor(Q1207,1840,1850) IC(IC1401) IC(IC1403)

YE20FTC CND3484 2SB1185 PAL007B BA00CCOWT

6

B

C

D

E

AVIC-Z1/UC 5

A

7

8

F

13

1

2

3

4

3

4

2.3 EXTERIOR(2) A

B

C

D

E

F

14

AVIC-Z1/UC 1

2

5

6

7

8

EXTERIOR(2) SECTION PARTS LIST Mark No.

Description

Mark No.

Part No.

1 2 3 4 5

Screw Screw Screw Screw(M2 x 3) Screw

AMZ26P040FTC BMZ26P060FTC BSZ26P050FTB CBA1527 CBA1805

6 7 8 9 10

FFC FFC FFC Cord Assy Cord Assy

CDE8077 CDE8280 CDE8286 CDE8081 CDE8156

11 12 13 14 15

Bracket Bracket Shield Holder Shield

CND1507 CND1831 CND3001 CND3002 CND3010

16 17 18 19 20

Holder Insulator Insulator Sheet Sheet

CND3182 CNM8452 CNM9815 CNM9933 CNM9947

21 22 23 24 25

Insulator Sheet Rail Rail Navi Mother Unit(UC) Navi Mother Unit(EW)

CNN1376 CNN1215 CNV7149 CNV7150 CWN1581 CWN1631

26 27 28 29 30

••••• ••••• ••••• ••••• •••••

31 32 33 34 35

••••• Jack(CN5602) Connector(CN5571) Connector(CN5611) Connector(CN5671)

CKN1037 CKS3408 CKS3759 CKS4473

36 37 38 39 40

Connector(CN6501) Connector(CN5531) Connector(CN5651) Connector(CN6801) Connector(CN5851)

CKS4485 CKS4499 CKS4590 CKS4602 CKS4674

41 42 43 44 45

Connector(CN5621) Connector(CN6351) Connector(CN5601) Connector(CN5802) Connector(CN6401)

CKS4752 CKS4822 CKS4823 CKS5110 CKS5205

46 47 48

Connector(CN5201) Connector(CN6101) Connector(CN6803)

CKS5277 CKS5486 CKS5486

Part No.

49 50

Connector(CN6802) Connector(CN5801)

CKS5522 CKS5543

51 52 53 54

Holder Holder GPS Unit(UC) GPS Unit(EW) Connector(CN504)

CND3007 CND3183 CWX3304 CWX3305 CKS4432

55 56 57 58 59

Connector(CN461) Shield Shield Holder Shield Assy

CKS5204 CNC9191 CNC9192 CNC9252 CXC5867

60 61 62 63

Shield Assy CC Unit(UC) CC Unit(EW) Connector(CN4151) Connector(CN4001)

CXC5868 CWN1582 CWN1632 CKS5645 CKS5229

64 65 66 67 68

Connector(CN4804) Shield Assy Shield Assy Screw Frame Assy

CKS5276 CXC5869 CXC5870 PMH26P050FTC CXC6022

69

Chassis Unit(UC) Chassis Unit(EW) DVD Mechanism Module(MS3) HDD Assy(Service)(UC) HDD Assy(Service)(EW)

CXC5401 CXC6523 CXK6341 CXX2121 CXX2122

72 73 74 75 76

Screw Screw Wire Clip(A) Washer Spring

IMS20P030FTC ASZ26P050FTC VEC1355 CBF1037 CBH2618

77 78 79 80

Shaft Lever Lever Gasket

CLA4187 CNV7151 CNV7152 CNN1297

70 71

* * *

Description

6

B

C

D

E

F

AVIC-Z1/UC 5

A

7

8

15

1

2

3

4

3

4

2.4 EXTERIOR(3) A

B

C

D

E

F

16

AVIC-Z1/UC 1

2

5

6

7

8

EXTERIOR(3) SECTION PARTS LIST Mark No.

>

Description

Mark No.

Part No.

1 2 3 4 5

Cord Cap Cord Assy Cap Cord Assy

CDE6825 CNS1472 CDE8083 CNV6727 CDE8084

6 7 8 9 10

Cap Cord Assy(EW) Fuse(10 A) Cap(EW) Button

CNV6727 CDE8165 CEK1136 CKX-003 CAC9622

11 12 13 14 15

Button(MENU) Button Screw(M2 x 5) Screw(M2 x 3) Shield

CAC9623 CAC9625 CBA1875 CBA1877 CNM9656

16 17 18 19 20

Sheet Sheet Spacer Cover Cover

CNN1102 CNN1103 CNN1220 CNN1221 CNN1223

21 22 23 24

Flexible PCB Grille(UC) Grille(EW) Guide Spacer

CNP8970 CNS8523 CNS8540 CNV5169 CNV8730

25 26 27 28 29

Lighting Conductor Holder Touch Case Unit Screw(M2 x 2)

CNV8732 CNV8931 CSX1093 CXC5408 CBA1771

30 31 32 33 34

Holder Holder Holder Insulator Insulator

CND3014 CND3015 CND3016 CNM9811 CNM9962

35 36 37 38

Monitor Unit(UC) Monitor Unit(EW) Terminal(CN971) Connector(CN842) Connector(CN3)

CWN1584 CWN1634 CKF1064 CKS4428 CKS4675

39 40 41 42 43

Connector(CN5) Connector(CN4) Connector(CN1) Connector(CN7) Shield

CKS5037 CKS5041 CKS5095 CKS5111 CND1177

44 45 46 47

Insulator Insulator Shield Assy LCD Module

CNM7876 CNM7877 CXC6514 CWX3263

Description

Part No.

48

Screw

PMB20P040FTC

49

Keyboard Unit(UC) Keyboard Unit(EW) Resistor Cord Assy(UC)

CWN1585 CWN1635 RS1/2PMF102J CDE8082

50 51

A

B

C

D

E

F

AVIC-Z1/UC 5

6

7

8

17

1

2

3

4

3

4

2.5 DVD MECHANISM MODULE A

B

C

D

E

F

18

AVIC-Z1/UC 1

2

5

6

7

8

DVD MECHANISM MODULE SECTION PARTS LIST Mark No.

Description

Mark No.

Part No.

1 2 3 4 5

DVD Core Unit Connector(CN1501) Connector(CN1401) Connector(CN1202) Connector(CN1611)

CWX3301 CKS4282 CKS5100 CKS5043 CKS5100

6 7 8 9 10

Connector(CN1603) Connector(CN1101) Connector(CN1201) Screw Screw(M2 x 3.5)

CKS4374 CKS4842 CKS5017 BMZ20P020FTC CBA1571

11 12 13 14 15

Screw(M2 x 2.5) Washer Washer Spring Spring

CBA1623 CBF1038 CBF1064 CBH2586 CBH2587

16 17 18 19 20

Spring Spring Spring Spring Spring

CBH2588 CBH2589 CBH2590 CBH2591 CBH2592

21 22 23 24 25

Spring Spring Spring Spring Spring

CBH2593 CBH2594 CBH2595 CBH2596 CBH2597

26 27 28 29 30

Spring Spring Spring Spring Spring

CBH2598 CBH2599 CBH2600 CBH2601 CBH2602

31 32 33 34 35

Spring Spring Spring Spring Spring

CBH2603 CBH2604 CBH2605 CBH2711 CBL1564

36 37 38 39 40

Pickup Unit(Service)(DP5) Shaft Shaft Shaft Lever

CXX1945 CLA3881 CLA4206 CLA4207 CNC9933

41 42 43 44 45

Holder Holder Holder Frame Sheet

CNC9939 CND2251 CND2642 CND2250 CNM6883

46 47 48 49 50

Sheet Sheet Lever Lever Cam

CNM8283 CNM8643 CNV8502 CNV8420 CNV7156

51 52 53 54 55

Rack Clamper Arm Arm Arm

CNV7157 CNV7158 CNV7159 CNV7160 CNV7161

56

Arm

CNV7162

*

Description

Part No.

57 58 59 60

Arm Arm Roller Arm

CNV7163 CNV7164 CNV7165 CNV7166

61 62 63 64 65

Guide Gear Gear Gear Gear(Black)

CNV8093 CNV7169 CNV7170 CNV7171 CNV7172

66 67 68 69 70

Gear Gear Rack Gear Arm

CNV7173 CNV7174 CNV7175 CNV7176 CNV8077

71 72 73 74 75

Lever Lever Screw Gear Holder

CNV7178 CNV7179 IMS20P030FTC CNV7181 CNV7183

76 77 78 79 80

Holder Guide Roller Damper Damper

CNV7184 CNV7745 CNV7344 CNV7470 CNV7471

81 82 83 84 85

Collar Compound Unit(A) ••••• Compound Unit(B) Washer

CNV8845 CWX3154

86 87 88 89 90

Chassis Unit Arm Unit Frame Unit Arm Unit Bracket Unit

CXC3629 CXB8681 CXB8683 CXC4701 CXB8685

91 92 93 94 95

Motor Unit(LOADING)(M1) Motor Unit(CARRIAGE)(M2) Screw Unit Roller Unit Motor(SPINDLE)(M3)

CXC4315 CXC4314 CXB8689 CXC5676 CXM1308

96 97 98 99 100

Screw Photo-transistor(Q1299) Switch(S1201) Spring Switch(S1204) Resistor(R1298)

JFZ20P018FTC T231SCTD CSN1069 CSN1070 RS1/16S0R0J

101 102 103 104 105

Guide Screw(M1.7 x 1.2) Arm Arm Spring

CNV7615 CBA1572 CNV7742 CNV7743 CBH2710

106 107 108 109 110

Spring Spring Pickup Unit(Service)(Screw) Screw Assy Screw(M1.4 x 1.4)

CBL1643 CBH2712 GXX1259 CXX1750 CBA1787

6

7

B

C

CWX3394 YE20FTC

AVIC-Z1/UC 5

A

8

D

E

F

19

1

2

3

4

3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 3.1 BLOCK DIAGRAM A

A

CC UNIT

B

H

HDD RELAY PCB

CN6801

TO HDD ASSY

C

2 4 27 29 31 33 35 37 38 39 41 42 43 44 47 48 7 9 | 24

ATA_DMARQ ATA_DIOWB ATA_DIORB ATA_IORDY ATA_DMACKB ATA_INT IOCS16B ATA_DA1 ATA_DA0 ATA_DA2 ATA_CS0B ATA_CS1B LOGIC5 MOTOR5 ATA_RESETB

5V(CCD5)

ATA_DD0-15 CN6803

1

D

CN1401

D

E

4 6 8 10 12 14 16 18

46 47 | 50

MS_ATA_DD7 MS_ATA_DD6 MS_ATA_DD5 MS_ATA_DD4 MS_ATA_DD3 MS_ATA_DD2 MS_ATA_DD1 MS_ATA_DD0

3 | 18

3 | 18

1 20 21 23 25 27 29 31 33 35 36 37 38 44 OE 45

1 20 21 23 25 27 29 31 33 35 36 37 38 44 45

5V(CCD5)

18 17 16 15 14 13 12 11 1 DIR 19 OE

2 3 4 5 6 7 8 9

ATA_DD8 ATA_DD9 ATA_DD10 ATA_DD11 ATA_DD12 ATA_DD13 ATA_DD14 ATA_DD15

ATA_DD7 ATA_DD6 ATA_DD5 ATA_DD4 ATA_DD3 ATA_DD2 ATA_DD1 ATA_DD0

ATA_DD8-15

ATA_DD0-15

ATA_RESETB MS_ATA_RESETB ATA_DMARQ ATA_DIOWB ATA_DIORB ATA_IORDY ATA_DMACKB ATA_INT ATA_DA1 ATA_DA0 ATA_DA2 ATA_CS0B ATA_CS1B BUSDIR

IC6802 TC7MBL3244AFK MS_ATA_DMARQ 21 MS_ATA_IORDY 27 MS_ATA_INT 31 23 25 29 32 33 35 36 37 38 28

46 47 | 50

3.3V

IC6801 TC7MZ245FK 3 5 7 9 11 13 15 17

CN4151

CN6802

MS_ATA_RESETB

17 15 13

2OE

19 3 5 7

ATA_DMARQ ATA_IORDY ATA_INT

CCD3 HDD5

IDED0-15

RESET RESET(RESERVE) DMARQ DIOWB DIORB IORDY DMACKB INTRQ DA1 DA0 DA2 CS1FXB CS3FXB BUSDIR OE

CN4001 4 6 8 10 12 14 1 3 5 7 9 2 15 16

ATA_DIOWB ATA_DIORB ATA_DMACKB IOCS16B ATA_DA1 ATA_DA0 ATA_DA2 ATA_CS0B ATA_CS1B 3.3V

CORETDI CORETDO CORETCK CORETMS CORETRST XASEBRK TDI_ASIC TCK_AS TMS_AS TDO_SANYO TRST_AS

RST3

ZADA5 CCD3

F

20

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A CN4804 DACOUT_L DACOUT_R ADCIN_L(MIC) ADCIN_R(TEL) DSPOUT_L DSPOUT_R SBCK SUBC BLKCK NCLDCLK HDDSENS MEMMUTE CD_DATA TELVC EMPH CD_LRCK XMS3RST CD_BCK TELSEL TCHSEL UNITPWR UNIT PCONT1 PCONT2 OVER CSYNC FSC B G R B82RQ OFFOK REM

ASENRQ PROGGAIN2 USB_XOVCR PROGGAIN1 PROGGAIN0 CTOM IRQPW MTOC ONSEIMUTE CTOB UWDT BTOC HYOKA

1 3 7 9 15 19 26 28 30 32 34 35 36 37 38 40 41 42 74 76 78 90 92 94

B

2 6 10 14 16 18 24 39 45 46 48 49 51 52 53 55 56 57 58 59 60 61 62 64

C

G TCHTOC

CC

PTOC

66

CN5201

68

75

D CTOTCH CLOCK CTOP GPSTOC CTOGPS FRAME EXTOC PDCTOC ETCTOC CTOPDC CTOEX BB CTOETC BA CD CF CJ CE CB

70 72 73 77 79 80 81 82 83 84 85 86 87 88 96 98 100 102 104

E BUSDIR(RESERVE) 43 FREQCNT 63 BUP3 22 CCD3 105 107 109 CCD5 111 113 115 117 HDD5 112 114 116 118 122 ZADA5 120

F

AVIC-Z1/UC 5

6

7

8

21

1

2

3

4

A

B

GPS UNIT

CN504 GPS ANTENNA

1

IC 401 UPC2749T

F401 CTF1548

4 2

5

4

IC 402 UPB1027GS

22 143 17 110

FLASH ROM IC 502 PEH026A:UC PEH027A:EW5

IF CRCK

IC 501 PD3390A

19

DRAM

X401 16.368MHz

B

130

IC 503 M5M5V216ATP-70HI PIN0

U

Q441 1

IC 441 NJM2100V

7 131

RDS DECODER 140

RESET IC 504 MAX6364PUT29

6

BUP3V

PIN1

1

120

16 IC 532 LC72720YVSS1

BOWWOWB

15

2

RESETB

DETIN

CN461 22 21

B

132 PIN2 133 PIN3

RQ REVSNS

XAUXIN 128 XAUXOUT

G

C

CN6401

129

X502 20.00MHz

9 SPEED 17 ADIO2

SPEED 16 PSWOUT 15 13 SL

1

GYROIN 11 12 GSNSIN

2 3

3

X532 4.332MHz

B

XRTCIN 102

IC 461 ADC12H034CIMSAS1

XRTCOUT

B

103

X501 32.768kHz

28 PLIO2 PLIO2

SD

CTOGPS 20 GPSTOC 19

8 RXD0 7 TXD0

A AVIC-Z1/UC B AVIC-HD1BT/EW5

D

L FLAP MOTOR

MAIN PCB UNIT IC1 BA6288FS

CN1 1 2

M

3

6

14

11 4

1

IC4 GP2L24B

E

3

MOT0 MOT1 PULSE0 PULSE1 HALFSW HOMESW OPENSW

7

3 2

5

8

S3 HALF SW

IC5 GP2L24B 3

CN2

IC3 TC7W14FU

5

S1 OPEN SW

S2 HOME SW

15 14 13 12 11 10 9

C

CN1003

3 2 1

2

IC2 S-812C50AMC-C3E Q1

3

2

F

22

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

FM/AM TUNER UNIT (AVIC-HD1BT/EW5)

C

5V

OSC

AM ANT 1

RDS_HSLK

RDS_DATA

18 19 20 21 RDS_LOCK

DO

LDET

14

RDS_CK

11

CE1

DI

SL

IC 3 EEPROM 5.0V

10 9 8 CK

5

ROM_VDD

CE2

NC

13

IC 5 3.3V ←

7 6

LPF

B

FMRF

ATT Rch

C 3

IC 1 3.3V

FM ANT ATT FMRF

C Lch

MIXER, IF AMP

T51

23

DET, FM MPX, RDS DECODER

RF adj

ANT adj

24

IC 2 2.5V

CF52

AUDIOGND

NC

15

22

16

VDD_3.3

DGND

12

VCC

OSCGND

2

4

3.3V

←

RFGND

C IC 4 3.3V 2.5V 2.5V

17

C FM/AM TUNER UNIT (AVIC-Z1/UC)

C NC

NC

NC

18 19 20 21 NC

14 DO

NC

11

CE1

DI

SL

10 9 8 CK

5

ROM_VDD

13

CE2

NC

7 6

D

5V

OSC

AM ANT 1

IC 5 3.3V ←

IC 3 EEPROM 5.0V

LPF

FMRF

ATT Rch

C

IC 1 3.3V

FM ANT ATT FMRF

MIXER, IF AMP

23

DET, FM MPX

RF adj

E

OSCGND

DGND

AUDIOGND

NC

2

12

15

22

16

CF52

VCC

RFGND

T51

4

VDD_3.3

ANT adj

C Lch

3.3V

IC 4 3.3V 2.5V 2.5V ←

3

24

IC 2 2.5V

17

C F

AVIC-Z1/UC 5

6

7

8

23

1

2

3

4

A

C

AUDIO UNIT B

CN2501

Q2550

1

FM/AM TUNER UNIT Y2501

3 23 24 4 13 17

11 18 19 20 21

L2557

AM_ANT

L2558

L2553

A

B

Q2551

FL

ANTENA

FL

VDORA85

SOURCE SELECT IC1402 PML009A

FM_ANT Lch Rch VCC ROM_VDD VDD_3.3

FMLS FMRS VDORA85 ROMVDD5

3

3.3V REG. IC2501 NJM2391DL1-33

1

FML FMR AUDL AUDR IPL+ IPL− IPR+ IPR− VST MUTEVO VCK VDT VTRL VTRR

VDORA85

HLDET

LDET Q2504

HRCK

RDS-CK Q2503

HRDT

RDS-DATA Q2502

HRLK

RDS-LOCK Q2501

SL CE2 CE1 CK DI DO

GUIDE

C

G

CN5801

5 6 4 3 1

FL FR

11 REARTOUTL 23 REARTOUTR

RL RR

12 PREOUTL 22 PREOUTR

SWL SWR

P

GUIDE ISOLATOR 3 IC1501(2/2) 1 NJM2060V

Q1613

Q1420 (2/2)

Q1611

AUDIO8V Q1422 (1/2)

GMUTEL OMUTE

FMCE2 FMCE1

AUD ISOLAOR IC1960 BA3121F 3 5

IN1 IN2

OUT1 OUT2

1 7

Q1421 (1/2)

Q1612

Q1614 AUDIO8V

IC1501(1/2) NJM2060V 10 5

GMUTER 8,9 6,7

LPF

Q1422 (2/2)

AUDL AUDR

Q1421 (2/2)

Q1432 BU1

GUIDE ONSEI MUTE OMUTE GMUTEL GMUTER DVDV

PREMUTE

AUDIO SELEC IC1520 TC4052BFT

DVD ISOLATOR IC1940 BA3121F B

CN2050 CN2800

14 1

9 6

GUIDE L/R SW

CN1832 13 16 14 20 19 18 9 7

10 FRONTOUTL 24 FRONTOUTR

Q1420 (1/2)

FMSL FMCE2 FMCE1 FMCLK D_STOFM D_FMTOS

FMSL CE2 CE1 FMCLK D_STOFM D_FMTOS AUDIOL AUDIOR

IN2L IN2R IN1L IN1R IN4+L IN4−L IN4+R IN4−R STB MUTE CLK DATA IN3L IN3R

HRHSLK

HDS-HSLK B

5 6 8 9 10 14

41 37 40 38 43 44 35 34 19 20 17 18 42 36

GUIDE MIX IC1621 NJM2060V

DVDL

3

DVDR

5

Q1521 Q2800 AUDIO8V

IN2

OUT2

VTRL

1

DVDL VTRR

7

DVDR

2 4 15 11

4

3 13

10

RCONTA

A5S REG. IC1530 NJM2125F

1

OUT1

IN1

A5S Q1470

FM TUNER UNIT Y2600

D

1 6 7 9 10 13 14 15 16

Q2801

Q1200

Q2802

BU1

TMCSD

SBSD SCMP SBSL STUNB SBDO SBCK SBDI SBCE

BU1

PWRFL

SFMANT

TMC8V

PWRFL RMUTE

TMCDET_O TMCSL

MFLPW

VIDEO ISOLATOR 1 3 IC1270 NJM2137V

Q1201

TMCDO TMCCK TMCDI TMCCE

PWRVI Q1202

BCV PWRVI

SWAW

4

Q1203

AV-BUS ISOLATOR IC1900 NJM2505F

IC1200 NJM2235M AV(AVBUS/VTR/DVD-V) 1

3 2 5 4

TMC 8V

CN1003

E

L

CN2

MOT0 MOT1 PULSE0 PULSE1 HOMESW OPENSW FLPPW MOTPWR FLPBUP MOTB

FU1820

Q1822

Q1821

IN

ADJ

3

7

2

BU1

VMUTE

AUDIO8V

1 C

B

TVVTR DVD/TV NVCOMP RTVNV RDVD TVBCR VMUTE 11 15 77 9 19 13 17

AVV 67

DVDL DVDR PREMUTE RCONTA RMUTE

TVDVD

IPL+ IPL− IPR+ IPR− IPL IPLG IPR IPRG VST MUTEVO VCK VDT

64 65 60 61 34 35 36 37 48 46 21 40 38

70

FANUP

SYSPWR 55

VACC5 7 VDD5 6 7 57

CCON 54

TMCSD TMCDET_O TMCSL TMCDO TMCCK TMCDI TMCCE HLDET HRCK HRDT HRLK HRHSLK 27 25 28 26 24 22 23 33 32 31 30 29

MOT0 MOT1 PULSE0 PULSE1 HOMESW OPENSW MOTPWR 41 43 51 52 45 50 53

CN1831

ACC5V ROMVDD5 ILMB SWAW

D

G

F

24

CN5802

AVIC-Z1/UC 1

5 4

Q1242 ACC5V

AUDIO 8V REG. 2 4 IC1403 BA00CC0WT

2

3

2

1 3

NVCOMP RTVNV DVDV RDVD TVBCR

TMC8V

IC1821 M5237ML 1

3

B

BUV1

Q1823

7

1

IC1202 NJM2235M REAR VIDEO SELECTOR

1 VIDEIN TVVTR DVDV TVDVD

1 2 3 4 6 7 8 13 14 15

IC120 NJM224 FRONT VIDEO

VIDEIN

4

4

5

6

7

8

A

CDE8082 A FU1850 BU1

C

A AVIC-Z1/UC B AVIC-HD1BT/EW5

VDORA85

Q1850

Q1851

VDORA85

16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

SYSPWR Q1852

IC1850 M5237ML

1

POWER AMP IC1401 PAL007B GMIXL GMIXR

14 FL 15 FR

FL+ FL− FR+ FR− RL+ RL− RR+ RR−

11 RL 12 RR MUTE1 SREMOT

POSWL POSWR

FANUP

21 23 17 19 9 7 5 3

22 MUTE 4 STBY 25 BREMOTE B-REMOTE

3

D

CN1001 RLP FRP RLM FRM RRP FLP RRM FLM

FLP FLM FRP FRM RLP RLM RRP RRM

PRE-FL PRE-FR PRE-RL PRE-RR

ANTON

6

AUTO ANT IC1802 TPD1018F

RL+ FR+ RL− FR− RR+ FL+ RR− FL− PKB REV SPEED ACC ANT ILM

1

BU1 BUV1

16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 BUP 1

CDE8165

FU1200 BU1

MOTB

Q1207

ACC 5V

ILMB

Q1206

ACC5V

420 /2)

SWAW

Q1422 (1/2)

B

B 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

POWER SUPPLY TERMINALS

Q1830 (1/2) Q1830 (2/2)

Q1421 (1/2)



CN1201 BREM POSWL POSWR FL PRE-FL FR PRE-FR RL PRE-RL RR PRE-RR VTRL+ VTR_L VTRR+ VTR_R VIN TEL MUTE

Q1422 (2/2)

VTR ISOLATOR IC1486 BA3121F

Q1421 (2/2)

AUDIO SELECT IC1520 TC4052BFT VTRL

2 4 15 11

DVDL VTRR DVDR

VTRL

1

VTRR

7

OUT1 OUT2

IN1 IN2

3 5

Q1542

3

19 1 3 9 11 5 7 15 17 13 20

CDE8083

C

SYSTEM REMOTE CONTROL

19 1 3 9 11 5 7 15 17 13 20

SUBWOOFER OUTPUT

FRONT OUTPUT

REAR OUTPUT

REARL

AUDIO INPUT

REARR

VIDEO INPUT

Q1541 13

CELLULAR MUTE 10

Q1540 (1/2)

BCV

REARL REARR

BCV ISOLATOR 1 4 IC1901 NJM2505F MUTE2 WCONT WREMIN

IC1201 NJM2246M FRONT VIDEO SELECTOR

2V→1V Q1205

1



CN1202 Q1540 (2/2)

VR1200 Q1204

RESET

7

CDE8084

LOUT 12 ROUT 10 BCV 16

12 10 16

REAR OUTPUT L/R

VOUT 14 GUIDEON 8 WREM SEL 7 WREM AN 6 1

14 8 7 6 1

REAR MONITOR OUTPUT

D

REAR VIEW CANERA IN

GUIDE ON WIRED REMOTE INPUT

Q1350

3 ROMVDD5

CN1203

4

75Ω DRIVER IC1204 TK15405BMI 4

7

1

MONVBS NVBLUE NVGREN NVGRN NVRED NVSYNC YS SYSTOM MTOSYS REMIN MOREM INVPUL MONT_F

VDOUT

3

5 4

MS3 8V Q1840

FU1840

DVD8

BU1

Q1242

SWAW MFLPW ACC5V ILMB PWRVI

Q1841 (2/2)

ACC

ILM

9 11 12 13 15 19 21 22 23 33

K

E

CN1

5 20 24 25 27 28 38 39 40

PWRFL

7 8 BUP FU1001 9 10 11 BUPV I 14

DVD8

G

6

DVD8/BUP

Q1004 ASENS 4

Q1006

ASENS

ILM SENS

CN1002

ILMSNS 3

MUTE2

TELMUTE

Q1430 WCONT 16 WREMIN 18 74 RESET 10 NVRED 69 NVGREENNVGREN 71 NVBLUE 73 NVSYNC 79 YS 75 SYSTOM 2 MTOSYS 4 REMIN 8 INVPUL 12 DD8CONT 20

63

GUIDEMT

SPEED 14 ANTON 59 TELM 72

REVSNS 44

PKB 42

RVMUTE 39

SREMOT 62

AMPMUTE

Q1431

Q1001

MUTE1

REV

Q1841 (1/2)

56

2

OUT IN STBY SAG

2

HDRESET

BUV1

2

BU1

IC1202 NJM2235M REAR VIDEO SELECTOR

CN5851

F

AVIC-Z1/UC 5

6

7

8

25

1

2

D

A

VCC5

Q1102

78LD

4 23

PICKUP UNIT(SERVICE)

B

Q1105

VSHF

TBAL FBAL JLINE TEOUT ASOUT FEN FEOUT DFL TON DFL TOP OFTR BDO RFENV TESTSG STDI

LPCO1

LPCO2

VCC5 Q1103

Q1104

CD/DVD

22 20 19 18 17 16 15 14 13 12 11 10 9 7 5 4 3 2 1

C

TEMP VCC SW A B1 B2 RF− B3 RF+ B4 C MDC 65MD 78MD F+ F− T− T+

A B1 B1 B2 B2 B3 B3 B4 B4 C RF− RF+

VREF1 VCC5

OEIC

63 57 49 58 50 59 51 60 52 62 48 47

VCC5

1 3

FOP FOM TOP TOM

VIN12 VIN1 VIN5 VIN2 VIN6 VIN3 VIN7 VIN4 VIN8 VIN11 RFINN RFINP

SEN SCK

18

12 13

CARRIAGE MOTOR SPINDLE MOTOR

D

7 6 5 4 3 2 1 28 27 22 21 25 24

COIL_V

LTFEP SCKCOMN

CRGD1 CRGD2 CRGD3 CRGD4

69

FG

18 17 16 15

VO3(+) VO3(−) VO4(+) VO4(−)

H1H H1L H2H H2L H3H H3L VHB A12 A11 A32 A31 A22 A21

EC START FG1

OPIN4(−) OPOUT4 OPIN3(+) OPIN3(−) OPOUT3

8 11 10

OPIN4(+)

6 7 CONT FG

13 14

OPIN2(−) OPOUT2

OPIN1(+) OPIN1(−) OPOUT1 OPIN2(+)

E

S1203

Disc sens

S1204

8cm

S1205

F

CLAMP SW

COMPOUND UNIT(B)

2 3 4 5 6

27

OHRST OIORD ODA1 OCS1FX OCS3FX ODA0 ODMACK ODMARQ

18 16 14 12 9 7 5 17

BUFFER IC1403 TC74LCX244FTS1

MONI0 MONI1 DA2

FG

136

ODA2

175

OMASTER

141

OINTRQ

147

OIOWR

2 3 5 16 6 13 8 9

1Y1 1Y2 1Y3 1Y4 2Y1 2Y2 2Y3 2A4

1A1 1A2 1A3 1A4 2A1 2A2 2A3 2Y4

1OE

2OE

1

19

1A1 2Y4 2Y3 1Y2 1A3 2A2 1A4 2Y1

2A4 2A3 2Y2 2A1 1Y1 1A2 1Y3

1OE

2OE

1

19

2 4 6 8 11 13 15 3

17 15 7 11 18 4 14

S

OHDD8-15 115

FD

DAC1

NRD NWR

25 24 23 22 2

BUS BUFFER IC1401 TC74LCX245FT

VHALF

26

VHALF TD

114

3

VHALF CRGDRV

67

4 5

MD

68

28 1

92 93

EJECT LOAD

21

CONT OFTR DVDLOCK CDLOCK LTFEP CD/DVD TEMP OEIC HOME FG SCKCOMN

VDD33

1

175 146 139 135 134 137 142 148

OHDD8-15

CN1202 12cm 5 8cm 4 DISC DETECT 3 8cm 2

MCK16

DAC0

NRST NCS WAITODC NINT2 NINT1 NINT0

36 35 47 34 6 5 2 1

XRD XWR

XOE

31 85 74 77 84 94 80 32 45 22 68

DIR1

19

XODCRES XCSODC WAITODC INT2

2

INT1 INT0

4

IC1402 TC7SH04FUS1

TRSDRV SPDRV

A0-17

A

D0-7

D0 FLASH M IC PD

U(2/2) IC1701 PE5511A

VO1(−) VO1(+) REV FWD

S1201 S1202

NRESET NIORD DA1 NCS1FX NCS3FX DA0 NDMACK DMARQ

79

HDD0-7

E 8cm Disc sens

OSCI1

145 140

BUFFER IC1405 TC74LCX244FTS1

MUTE

12cm

127 128

DVDLOCK CDLOCK

IORDY NIOCS16 TBAL FBAL JLINE AD1 AD2 AD0 NARF ARF OFTR BDO AD3 TESTSG SOCOMN

NIOWR

COM COP

COMPOUND UNIT(A)

65 66 84 118 119 117 110 111 51 52 120 82 70

INTRQ

TOP TOM FOP FOM

VCC5

COIL_W

FEY ARF− ARF+ OFTR BDO RFENV TESTSG SOCOMN OFTR

DVD MOTOR CONTROL IC1202 AN8471SAT1 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

TBAL FBAL JLINE TEY ASF FEY ARF− ARF+ OFTR BDO RFENV TESTSG SOCOMN

LPC1 LPC2

HOME

HALL_U+ HALL_U− HALL_V+ HALL_V− HALL_W+ HALL_W− HALL_BIAS− COIL_U

TBAL FBAL JLINE TEY ASF

DVD POWER CONTROL IC1201 BA5985FM

SWITCH HALL_BIAS+

6 7 16 18 20 21 22 30 31 39 40 41 46 44

MASTER

CN1201 20

SODC IC1301 MNZS26EDCUB

FEP IC1101 AN8703FH

Q1101

65LD

2 24

4

DVD CORE UNIT

CN1101 26

3

A1-20 D0-15

EJECT LOAD

SRA IC1 M5M5V21

CONT OFTR DVDLOCK CDLOCK LTFEP CD/DVD TEMP OEIC CRGSENS FG SCKCOMN

A1-17 D0-15

Q1201

WAKEUP DETECT

WAKEUP 51 PHOTOSNES 78 DSCSNS 79

WAKEUP

WAKEUP PHOTOSNES DISCSENS

PHOTOSNES

PHOTO

IC1502 TC74VCX74 CLKOUT

90

2 1D 3 1CK

CLKOUT

1Q 1Q

DSCSNS

S1206

XSRAMWR 1 3

4

6 XW CLK

BUFFER IC1505 TC7PA04FU

F

26

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

CN1401 IORDY IOCS16

1A1 1A2 1A3 1A4 2A1 2A2 2A3 2Y4 2OE

1

19

1A1 2Y4 2Y3 1Y2 1A3 2A2 1A4 2Y1

HDD0-15

2A4 2A3 2Y2 2A1 1Y1 1A2 1Y3

1OE

2OE

1

19

HRST IORD DA1 CS1FX CS3FX DA0 DMACK DMARQ

17 15 7

DA2 MASTER INTRQ IOWR STCLK STENABLE STVALIO

11 18 4 14

HDD0-7 BUS BUFFER IC1401 TC74LCX245FTS1 HDD8-15 DIR1

1 40 INT2 19 INT1 20 INT0 91 WAITODC 102 XCSODC XODCRES 43

19

2

4

IC1402 TC7SH04FUS1

111

BUSISO

MCK16

VPP/MODE2 DTR RXPC TXPC SICOMN XAVCHK_ENT AMUTE VCONTB EMPH VCONTA XSODCINT2 XRESET XSODCINT1 IRQPWR XSODCINT0 HSTCMD NHDK/WAITODC SLVSTS XCSODC LTDAC XODCRES SCKCOMN SOCOMN

X2

D0-15 FLASH MEMORY(16M) IC1705 PD6527A 11 WE 26 CE 28 OE

D0-15

X1

XWR XCSFM XRD

97 106 95

86

14

FSSW

18 VPP 50 DTR 52 RXPC 53 TXPC 69 SICOMN 76 XAVCHK_ENT 88 AMUTE 117 VCONTB 114 EMPH 116 VCONTA 59 XRES 49 IRQPWR 66 HSTCMD 67 SLVSTS 65 68 70

EXTCK1

62

OE BC2 BC1 S WE

D0-15

41 40 39 6 17

XRD XUBE XLBE XCSSR XSRAMWR

108 109 107 105

H CN6803

B

XTI

XAVCHK_ENT HSTCMD SLVSTS TXPC RXPC DTR

8

7

VOUTL

15 14 13

LTDAC SCKCOMN SOCOMN

ML MC MD

2 3

8

136 VCLK 96 CLK27 100 EXTCK 70 VSTR-70 71 VRQ 69 AUDSTR

1 2

4

39 41 44

XCSAV

24

DMIX SRCK LRCK DACCK

1

LOUT

CN1611

10

VCOM

5 6

+ -

7

ROUT

VD8 VCC33

2 2CH 1 SRCK 3 LRCK 16 DACCKL

SRVDD VCC5

AV CHIP IC1503 MN677531KAUB

63

+

VCC18

DATA BCKIN LRCKIN MCLK

X1701 4.97MHz

101 100

16 17 18 19

AUDIO 2CH ANALOG OUT IC1602 NJM2100M

IC1605 PCM1742KE

IC1706 TC7SH08FUS1

XAVINT XAVINT2 XAVRES

XTO

VOUTR

STCLK STENABLE STVALIO

XCSAVR XCSAVW

X1501 27MHz

7

FSEL

1 4 5 6 7 8 9 11 12 13 14 15

C

XLWR XCSFLSH XRD

XUBE XLBE XCSSRAM XSRAMWR

VDD33 VCONTA VCONTB

SO1

10 AO2 3 MO1

CLK27

SRAM(2M) IC1702 M5M5V216ATP-70HI A1-17

13

DMIXON

A0-20

A1-20

VDD33 VPP SICOMN SOCOMN SCKCOMN XRES

CLOCK GEN. IC1507 SM8707FV

FS44/48

XOE

38 37 36 35 33 32 31 29 28 27 25 23 21 1 18 | 3

CN1603

U(1/2) IC1701 PE5511A

D8-15

DIORD DIOWR HDMARQ HRST

HDD0-15

SOCOMN

1OE

2 4 6 8 11 13 15 3

SCKCOMN

1Y1 1Y2 1Y3 1Y4 2Y1 2Y2 2Y3 2A4

HCS1 HCS0 HDA2 HDA0 HDA1 HIOCS16 HINTRQ HDMACK CSEL

CS3FX CS1FX DA2 DA0 DA1 IOCS16 INTRQ DMACK MASTER IORDY IORD IOWR DMARQ HRST

2 3

+

1

5 6

+ -

7

IC1604 NJM2100V

84 2CH 88 SRCK 87 LRCK 86 DACCLK

VDD33 AMUTE VCONTB EMPH VCONTA XRES XRESET IRQPWR HSTCMD SLVSTS BUSDIR ANALOG R OUT ANALOG L OUT VIDEO OUT AVCC5

7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 28 34 36

G CN6101

D

38 40

XCS

17 XHINT 18 XHINT2 13 XRST

XAVINT XAVINT2 XAVRES

XRD

23

XRD

STD0-7(OHDD8-15) HCLK 26

IC1502 TC74VCX74FT 2 1D 3 1CK

1Q 1Q

5 6

VCBOUT 12 2D 11 2Q 8 2CK 2CLR 13

HCLK

XHWR 21 XWRH XHWR 22 XWR

XHWR

IECOUT

126

CN1501 83

3

4

6 XWR1 CLKOUT1

2 1D 3 1CK

1Q

IECONT

MA0-11

5 DQMLM XWE XCAS XRAS XCSM

BUFFER IC1505 TC7PA04FU

DQMUE MCK MCK1 DQMUM XCSE

D0-15 A1-17

189 193 195 196 199

DQMLM XWE XCAS XRAS XCSM

15 16 17 18 19

DQML WE CAS

190 185 183 192 198

DQMUE MCK

21 38

BA1 CLK

DQMUM XCSE

39 DQMU 35 A11

6

G

RAS CS

F

AVIC-Z1/UC 5

1

CN5601

SDRAM IC1501 K4S641632 H-TC75

MDQ0-15

IC1504 TC74VCX74FT XSRAMWR 1

E

Q1501

HCLK

7

8

27

D CN6101

BCK DATA

VCC5A SRVDD SWBUP

CCD3

CN1

9 10 11 13 17 18 19 20 22 3 5 7 24 23

B 1 3 5 6 7 8 13

20 19 15 16 12 11

CN461

CTOGPS GPSTOC POUT PLS GSN GYO

CN6401

A

4

DET SD PCE PDO PCK PDI SL

B

NAVI MOTHER PCB(1/2) 30 29 27 28 26 10

G

3

LRCK SCK ADOUT0 BUSDIR MTOC SLVSTS CTOM HSTCMD IRQPW IRQPWR XMRST XRESET EMPH DVDV VIDEO OUT DVDL ANALOG LOUT DVDR ANALOG ROUT MMUTE AMUTE CONTB VCONTB VCONTA

2

GPSREV 21 RQ 22

1

IC6610 TC74VHC125FTS1

BUSDIR(RSV) MTOC CTOM XMS3RST EMPH CTOGPS GPSTOC

Q5901

SPEED SENSE 1 IC5901 NJM2904M

5V→3V IC6601 TC74VHC32FTS1

5

BUSDIR Q5902

12 13

11

XMRST

2

AU8

G senser 3 1

3

GY6402

1 2

3 6 8

6

VCC5A

IRQPW5 B82RQ5

34

OFFMUTE

3

4 5

CTOSYS5 OFFOK5 UWDT5

5

3

6

DSPOUTL DSPOUTL

1 2 4 12 15 11

MUTE

2

AUDIO SELECT IC5003 TC4052BFT DSPOUTL DVDL AVPL DSPOUTR DVDR AVPR

6

BUFFER IC5002 NJM2904V

3

13

3

1,2

5

6,7

Q5004

Q5002 (1/2)

HDD SENSE S5901 HDDSNS

5V→3V IC6604 TC7WH14FU

4,5

E

DSPOUT_L 15 DSPOUT_R 19

1 2

6

1

GY6401

ASENRQ 49 REM 45

C

IC6602(1/3) TC74VHC32FTS1

Q5961 BUP

2

GYRO

5,6 1,2

2 5 9

4

3

VCC5A REG. IC6402 S-812C50AUA -C3E

3V→5V IC6603(1/2) TC74VHCT125FTS1 CTOSYS 73 OFFOK 39 UWDT 61

8

ASENRQ5

3 7

IC6605 TC7S04FU

10 9

ASENRQ

IRQPW

5V→3V IC6609 TC7WH08FU IRQPW 57 B82RQ 24

SPEED

LRCK BCK DATA

ASENRQ

B

12 2 5

UWDT5 IRQPW5

CN5201 (1/2)

CD_LRCK LRCK2 11 40 CD_BCK BCK2 3 42 CD_DATA DATA2 6 36 43 58 56 41 38 79 77

TMCDET_O TMCSD TMCCE TMCDO TMCCK TMCDI TMCSL

C

Q5001 (1/2)

Q5002 (2/2)

AU8

10

ACONTA

9

ACONTB Q5003

A

CN4804

D

18 16 14 10 6 2 98

3 76 1 35 9 7 37 55 53 51

R G B FSC CSYNC OVER CF

59 74

5 3

DACOUT_R TCHSEL DACOUT_L MEMMUTE ADCIN_R ADCIN_L TELVC PROGGAIN0 PROGGAIN1 PROGGAIN2

DACOUTR

DACOUTR

2

ISOLATOR IC5401(1/4) NJM3403AV

5

LPF AMP IC5401(2/4) NJM3403AV

12

LPF(GUIDE) IC5401(4/4) NJM3403AV

1

DACOUTL ADCINR ADCINL

IC5424 TC4W53FU CH1

6

7

COM 1 7 CH0

14

9

8

2 4

OUT+ OUT−

5 8

A 5

Q5483 Q5401 (1/2)

MUTE

Q5482

Q5481 (1/2)

IC5421 TC4W53FU

SRVDD CCD3 DACOUTL

5

CCD5

AU8

CH1

LPF(10.5K) IC5423(2/4) NJM3403AV

6

1 COM

6,7

7 A

CH0

AMP(Transmitter) 9 IC5423(3/4) 8 NJM3403AV

Q5481 (2/2) TOTEL D

OMUTE

5 CCD5

AU8 Q5421 (1/2) MEMMUTE

G

Q5421 (2/2)

CCD5

ONSEIMUTE

OMUTE

D

TELSEL

CN5611

ADCINR

14

LPF AMP IC5423(4/4) NJM3403AV

AMP(Receiver) IC5423(1/4) 2 NJM3403AV

13

1

MICSNS

MIC HPF(100Hz) 3 IC5452(1/4) 1,2 NJM3403AV

9

AMP(TEL) IC5452(3/4) NJM3403AV

E

7

CH0

ATT COM

1

6 CH1

Q5452 (1/2)

A 5

6

Q5451 (1/2)

TO 2/2

TELVC

Q5455

Q5453 (1/2) PROGGAIN0

PROGGAIN1 Q5451 (2/2)

I

Q5456 (1/2)

AU8 Q5452 (2/2)

Q5454 (1/2) AU8 Q5453 (2/2)

PROGGAIN2

Q5454 (2/2)

J

AVIC-Z1/UC 2

3

LP IC5452 NJM34

AU8

AU8

F H

IC5451 TC4W53FU 8

AMP(Speech recognition) 13 IC5452(4/4) 14 NJM3403AV

A AVIC-Z1/UC B AVIC-HD1BT/EW5

G

FTEL

ADCINL

MICIN

1

IN+ VC

Q5401 (2/2)

MIC IN

28

6,7 1,2

GUIDE SP AMP IC5481 TDA7052BT

MIX AMP IC5401(3/4) NJM3403AV

TCHSEL

Q5611

F

BUFFER IC5004 NJM2904V

CSYNC

BUP3 22 105 107 109 111 113 115 117 HDD5 112 114 116 118 122 ADA5 120

E

MMUTE

Q5001 (2/2)

OUT_R OUT_G OUT_B

4

Q5456 (1/2)

5

7

CN1611

ASENBO 4

RESET(100msec) 1 3 IC6606 BD5335FVE

2

6602(1/3) VHC32FTS1 3

4 5

SYSTEM-uCOM PE5539A: IC6607(1/2) PE5540A:

RSTIN

RSTOUT

40 PREMUTE

6

9 10

PREMUTE

8

AMPMUTE 97

IC6602(2/3) TC74VHC32FTS1

MUTE

REMIN

B82RQ5 IRQPW5 CTOSYS5 OFFOK5 UWDT5 ASENRQ5

13 113 117 105 103 114

3V→5V IC6603(2/2) TC74VHCT125FTS1 CONTB

12

11

CONTB5

104

AUDIOL

2

AUDIOR

7

DOOR SENSE S5902 DOORSNS 82

ACONTA

76

ACONTB

77

X6601 18.874368MHz 7 2

DVDL1 DVDR1

73

74

GUIDE

SP AMP 481 052BT OUT+ OUT−

SPP SPM

5 8

RESET BKSNS SYSTOM MTOSYS RTVNV TVVTR DEQON INVPUL B82RQ TVBCR IRQPWR DVDTV CTOSYS WCONT VMUTE OFFOK UWDT WREMIN ASENRQ RDVD DD8CONT RDS57K RDSLK RDT RCK MS3CONTB LDET VST MUTEVO VCK VDT RMUTE DOORSNSIN RVMUTE RCONTA MOT0 ACONTA MOT1 HOMESW ACONTB OPENSW PULSE0 PULSE1 X1 MOTPWR SYSPWR SWAW X2 ANTON SREMOTE GUIDEMUTE ASENBO TX RX IPPW PBSNS

MUTE

98

MUTE

OUT_R OUT_G OUT_B FSC CSYNC

E

2 3 4 6 10

1,2

RIN GIN BIN SCIN SYNCIN

ROUT GOUT BOUT VOUT

IPL IPLG IPR IPRG

BUS+ BUS− DIN1 ROUT STBY

IPRG 19 IPR 20 IPLG 15 IPL 16 TMCDET_O TMCSD TMCCE TMCDO TMCCK TMCDI TMCSL SPEED

B

STOM MTOS

REVSNS SYSTOM MTOSYS RTVNV TVVTR INVPUL TVBCR DVD/TV WCONT VMUTE WREMIN RDVD DD8CONT HRHSLK HRLK HRDT HRCK HLDET VST MUTEVO VCK VDT RMUTE RVMUTE RCONTA MOT0 MOT1 HOMESW OPENSW PULSE0 PULSE1 MOTPWR SYSPWR SWAW ANTON SREMOT GUIDEMT RESET AMPMUTE PREMUTE REMIN PKB

DVDTV WCONT

HRHSLK HRLK HRDT HRCK HLDET

HOMESW OPENSW

SREMOT GUIDEMT RSTIN

PARKING SENSE Q5921

Q6601

58 54 53 135 100 101 46 47 48

GPSREV SYSREV STOM MTOS

H

AVV

NVR NVG NVB NVCMP

NVR NVG NVB NVCMP

CCON FANUP

J

NVSYNC

C

C

CN1831

D

13

75 74 73

VACC5 VDD5 ILMB I

4

36 78 76 71 69 68 67 65 64 63 62 61 60 51 50 49 48 47 46 45 44 43 42 41 40 39 37 35 30 29 28 27 25 23 21 18 17 70 24 59 72 38

B

TELMUTE 8 NVRED 11 NVGREN 9 NVBLUE 7 YS 5 NVCOMP 3 NVSYNC 1 6 DVDL 32 DVDR 34

DVDL1 DVDR1 23 22 21 20

55 53 57 54 56 58 52 66

REMIN µVDD5

GMUTER GMUTEL FMSL FMCE1 FMCE2 D_FMTOS D_STOFM FMCLK

IC5104 BH7236AF

OMUTE

CN5802

A

130 108 107 87 85 122 86 84 29 65 137 66 121 24 25 23 57 45 12 11 10 9 56 35 55 15 16 17 18 19 20 14 62 109 64 61 99 88 91 90 89 129

TELIN NOSELR NOSELL TUNSL TUNCE1 TUNCE2 TUNDI TUNDO TUNCLK

IC5571 HA12241FP

Q6302

TX 1 RX 2 IPPW 8

VD8

VCC18

VCC33

VCC5 SRVDD

CTOM IRQPW XMRST

BUP

F

IC6605 TC7S04FU

A

6 5

Q6301

IPL+ 7 IPL− 11 IPR+ 9 IPR− 10

1 5 IPBUS+ IPBUS−

8 ASENBO

CN5571

HSTCMD IRQPWR XRESET EMPH DVDV VIDEO OUT DVDL ANALOG LOUT DVDR ANALOG ROUT MMUTE AMUTE CONTB VCONTB VCONTA AVCC5 VCC5 VDD33 CCD3

ASENB ASENB

CONTA CONTB

C

8

TO IP-BUS

17 18 19 20 22 3 5 7 24 23 21 1 25 26 27 28 29 30 31 32 33 34

D

6

26

E

10

IC5103 TC7SET08FUS1 OVER

YS

CN5801

CF ADCINL Q5201 (1/2)

6

5454 1/2)

LPF IC5452(2/4) NJM3403AV

DVDV GMUTER GMUTEL FMSL FMCE1 FMCE2 D_FMTOS D_STOFM FMCLK AUDIOR AUDIOL GUIDE ONSEIMUTE

C

Q5201 (2/2) CCD5

7

OMUTE

Q5456 (1/2)

20 18 17 8 7 5 3 2 1 14 12 16 15

C

CN1832

F

CN5621 SPP

Q5454 (2/2)

SPM

GUIDE OUT

AVIC-Z1/UC 5

6

7

8

29

1

2

G

A

3

4

NAVI MOTHER PCB(2/2)

CN5201 (2/2) 66 70 96

TCHTOC CTOTCH

CCD3 CCD3

46 48

54 52

90

B

92

94

A

CN4804

86 88 100 102 104

78 87 85 83 81

C

64

Q5531

UNIT PCONT1

PCONT2

1

2

7

IC5537(2/2) TC7W04FU

4

IC5539 TC7SET04FUS1

Q5532

UNIT1 CNT1

Q5533

BUFFER IC5535 TC74VHC541FTS1

CNT2

15 3 7 14 16

BB BA CJ CE CB

Y4 A2 A6 Y5 Y3

A4 Y2 Y6 A5 A3

5 17 13 6 4

BB1 BA1 CJ1 CE1 CB1

BUP

EXTPWR CTOETC CTOEX ETCTOC EXTOC HYOKA

SYSTEM-uCOM PE5539A: IC6607(2/2) PE5540A: 65 67 69 71 75

SW25ON

SW25ON DDRBON SDBUP5 SDSELF5 SYSTOC

SDBUP SDSELF

119 116 115 106 118

SWD25ON DDRBON SDBUP SDSELF SYSTOC

BLSENS

DVEJKY

63

FREQCNT

FCONT

PILMPW

VCC18

FU6251 VCC18

18

19

17 3 2

CCD5

FU6202 CCD5

LL STBY

Q6370

18

17

19 Q6371 14 15

E CCD3

SRVDD

FU6201

Q6322

10

ASENS

5 Q6251

ILMSNS

OUT_U

FCONT

123

OUT_D FB INV

VCC VCC-SENSE

78 79

FU6252

13 14

BUP

LH1

28

LH2

OUT2_D

PWM_SKIP VREF5 COMP

STBY2

29

2 1

Q6341 VCC33

4 22 12

B

Q6332 (2/2)

Q6332 (1/2)

CCON

10 6 Q6201

SWBUP Q6311

OUT1_U

SWBUP

OUT1_D FB1 INV1

STBY1 VCC VCC-CNTP

9

B

DRAMPW Q6312

CCON 11 24

FU6203 BUPV CCON

I

CONTA CONTB

F

F

AVIC-Z1/UC 1

2

30

Q6204

Q6342

30

63 132 120 31 32

FU6331

Q6321 27

96 126

16

CCON

RT

Q6202

DRAMPW CCON

AU8

CCD3

VCC33

68

AU8

30

FB2 INV2

LL1

OPTSNS OPTON VSELIN1 VSELIN2

Q6331

LL2

OUT2_U

FANCONT

FCONT

AVONIN

3.3V/5.0V D/D CONVERTER IC6201 TPS5102IDBT

VCC5

SRVDD

RT

Q6203

VCC55

133

1.8V D/D CONVERTER IC6251 TPS5103IDB Q6252

D

69

3

4

5

6

7

8

A ISOLATOR IC5531 BA3121F AVPL AVPR

E

7 1

OUT2 OUT1

CN5531

IN2 IN1

AVPL 11 AVPR 13

5 3

7 24 25 TOTEL FTEL

G

T-A R-A

2 3 23

UNIT1

UNIT CNT1 CNT2

BB1 BA1 CJ1 CE1 CB1

/BB /BA /CJ /CE /CB

6 9 10

B 18 16 20 19 17

CN5671

Q5672

FU5671

VTA

BUP

9

Q5671 (1/2)

IC5671 UPD4721GSS1

Q5671 (2/2)

8 7 10 9

CTOETC CTOEX ETCTOC EXTOC

DIN2 DIN1 ROUT2 ROUT1

DOUT2 DOUT1 RIN2 RIN1

13 14 11 12

CTOTA CTOEX TATOC EXTOC HYOKA

M-uCOM PE5539A: 07(2/2) PE5540A: SWD25ON DDRBON SDBUP SDSELF SYSTOC

BLSENS

TO EXTENSION

7 4 8 5

I

UNIT DVD/CD IND D6901,D6910

C

6

A B

Q5941

69

BL SENS

DVD/CD EJECT D6905

BLSENS

BUP Q5942

133

DVEJKY PNLILM

ILMB

EJECT BUTTON(DVD/CD) S6902

CN6901

CN6501 DVEJKY

7 2

7 2

DVEJKY PNLILM

Q6501 (1/2) PILMPW

68

Q6501 (2/2)

Temperature sensor 7 8 IC6611 LM56BIMM

IC6602(3/3) TC74VHC32FTS1 ASENS ILMSNS FANCONT

FCONT

OPTSNS OPTON VSELIN1 VSELIN2

DRAMPW CCON

96

ATSENS

12 13

11

CN5851

µVDD5

VD8

TSENS ASENS

ASENS

126

ILMSNS

63

BUP

OPTSNS

132 120 31 32

J

FANUP

BUPV Q6354 (1/2)

Q6602

AVONIN

FAN Q6354 (2/2)

AVONIN

30

Q6356

7 8 3 4 9 I 10 11 I 14

CN6351

C

D

CN1002

FAN MOTOR

FU6351 2 1

BUP

AU8 Q6331

FU6331

Q6353

BUPV BUP Q6351

Q6332 (1/2)

BUPV

AU8

1

1

AU5S REG. IC5001 NJM2125F

3,4

1

AU25 REG. IC5422 NJM2125F

3,4

SWBUP Q6311 BUP

AUCCD5

VDD5

VDD5 REG. IC6322 BD3931HFP

5

VDD5 µVDD5

Q6352

AU5S

CN5602

OPTSNS

IC5601 TC7SET08FUS1

AU25

OPTON

1 2

DIGITAL OUT

4

CN5601

Q6312 A

AVIC-Z1/UC

B

AVIC-HD1BT/EW5

DIN

IP-SEL1 IP-SEL2 AV ON

VSELIN1 VSELIN2 AVONIN

F

H

1

D

CN1501

CN5651

E

G

E

Q6355

FANCONT

AVV

TO 1/2

COMP VIDEO

4 5 12 2

Q5651 VACC5

H

I J

AV-BUS

F

Q5652

REMOUT

REMIN

10

AVIC-Z1/UC 5

6

7

8

31

1

2

K A

3

MONITOR UNIT

CN3

TOUCH

Q683 (1/2)

2 PNLXV Q682 (1/2)

VAC5

Q682 (2/2)

1 PNLYV Q681 (1/2)

PNLADY PNLADX PNLVD

3 PNLADY 2 PNLADX 26 PNLVD 24 PNLXV

Q683 (2/2)

VAC5

TH301 TEMP. SENSOR

80

62

SWAW

9 8 32 61 76 78 79

REMCON KDT0 KDT2 KDT3

REMCON HDRST

VDDSEN

Q301

DIMDTY

C

TXD/TSO RXD/TSI MFLPW REMIN KDT0 KDT2 KDT3

30 INVBST

INVBST

V8 4

2

44

6 5 4 3

60

1

DO DI SK CS

POWER ON RESET

IC251 S-80835CNNB-B8U

33 19 15 13 12 11 9 40 39 38 28 27 25 24

MONT_F YS NVSYNC NVRED NVGRN NVBLUE MONVBS

VACC5

ANR

73

ANG

74

ANB

75

DIMMER

97

OSDB

X1 70

RADIN1 GADIN1 BADIN1

OSDBIN

OSDG OSDR BLNK OSDH OSDSCK OSDV

98 99 101 93 91 92

PIPCK PIPDA PIPRES

104 SCL 105 SDA 107 RESET

OSDGIN OSDRIN OSDBLANKHMIN OSDC/HSYNCOU OSDCKOUT OSDVSYNCOUT

X301 12.58MHz X2 69 28 SCL 27 SDA 29 PIPRES

PIPCK PIPDA PIPRES

IC332 TC7SH08FUS1

5 COMAC COMAC 6 COMDC COMDC 13 MVIPWR

YSREC 1,2

4

1,2

4

47

86

OVERLAY

RGBSYNC1

IC41 TC7SH08FUS1

INVPUL

X

LPF

YS1N CSYNC ANR ANG ANB CVBS

Q352

Q351

66

SADIN1

PWRFL COMDC PWRVI FU181 ILMB ACC5V

V14A1 COMAC

V14A1

VSWILL VACC5 VAC5 SWAW

5

D/D CONVERTER IC181 BD6171KV

OSDDT OSDCK OSDCS OSDB OSDG OSDR BLK OSDH SCKE OSDV VCC

8V REG. 4 3

11 7 PVCC1 OUT2 6 PVCC2 4 41 VS2 DVCC 23 42 PVCC3 VCC 48 PVCC4 37 PVCC5 32 EN1

CN5 9 10 11 5 6 7 8 3 4 2 1

2

17 OSDDT 18 OSDCK 19 OSDCS

IC305 TC7SH08FUS1

CN1203

D

DISPLAYS CON IC1 TC90A96A

TEMPSEN

CN1 TXD RXD MFLPW

49 48 47 46

PNLYV

Q251

B

23 MOREM 6 HDRESET

EPRDI EPRDO EPRSK EPRCS

RESET

25

Q681 (2/2)

22 MTOSYS 21 SYSTOM 20 MFLPW

EEP-ROM IC252 BR93L56FJ-W

MONITOR U IC301 PE5538A

ADY 4 ADX 3

C

4

MVIPW BLNK OSDH OSDSCK OSDV

OUT1

Q181

1,2,5,6

3V REG. 4 3

10

Q182

1,2,5,6

13 VS1 22 OUT3 V33

OUT4 OUT5

FU841

3

PWRFL

5V REG. IC873 TA78L05F

E

47 38

LCD DRIVE IC841 OZ964ISN 1

Q872

Q871

5 14 15 3

7 Q842

VDDA DIM LCT

NDRV_B

Q843

T841 5 4

ENA PDRV_A V2500 NDRV_D

DIMDTY

20

19 11

Q844

VR841 17

IC845 TC7SH08FUS1 INVPUL

1,2

4

9 18

3 2

RT

FB

PDRV_C

CT

OVP

12 2

INVBST

Q605 (1/2) Q603

F

Q602

32

Q605 (2/2)

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A DISPLAYS CONTROL IC IC1 TC90A96AFG-P STH

R

73

G

74

B

75

CN7

139

STH1 59

BOUT2-7

DA0-5

47 I 42

GOUT2-7

DB0-5

41 I 36

RADIN1 GADIN1

LOAD

35 I 30

DC0-5

ROUT2-7

BADIN1

138 Q1

97

CK

98 99 101 93 91 92

OSDBIN

DAC OUT

OSDGIN OSDRIN PLL IN OSDBLANKHMIN H OSDC/HSYNCOUT GOE OSDCKOUT V OSDVSYNCOUT STV

104 SCL 105 SDA 107 RESET

S

C

47

86

LOAD 29 L/R 28 VDD2 26 25 24

V33

60

V5

56 137 136 135

H

H OE V STV

134

H 20 VDD1 17 16 VGH 13 OE 9 V 8 STV1 6 VGL 4

V33 V18 OE V STV VM12

IC102 IC122 TC7SET04FUS1 TC7SET04FUS1 VCOM

133

2

2

4

4

REF.V DEVIDE

1,3,5

2,4,6

OVERLAY

IC121 TC74VHC04FTS1

RGBSYNC1 XTAL-IN

48 I 58

V0-10

52 9,11,13

X1 42MHz XTAL-OUT

C

8,10,12

53 VCOM

52

66

B LCD MODULE

2 1

SADIN1

VCOM AMP COMDC

2 3

+

Q101 (1/2)

IC101 NJM2100V COMAC

5 6

+ -

Q101 (2/2) V8

1

4 1

7

2

5 6

+ -

7

3 2

+ -

1 Q102 (1/2)

Q102 (2/2)

IC103 TC7S66FU

1,2,5,6

V8

IC104 NJM082BV

VM12

CN842

D

FL1 1 FL2 2

1,2,5,6

J

V31 V33

KEYBOARD UNIT KEY MATRIX

V5

CN4

V18 VM12

843 VSWILL

T841 5 4

6

3 2

7

FL1

VSWILL

844

V33 FL2

VOUT

KDT3

KDT2

3

KDT2

S3006 D3007 RIGHT

S3007 D3004 UP

S3008 D3001 TI

KDT0 ILMB4 ILMB5 ILMODK ILMB7 ILMB1 ILMB3 ILMB2 ILMSRC

10 16 12 11 9 6 5 2 1

S3001 D3015 AV

S3003 D3010 VOL−

S3004 D3014 P.ADJ

REMCON REMOTE 1

V25

KDT0 ILMB4 ILMB5 ILMODK ILMB7 ILMB1 ILMB3 ILMB2 ILMSRC

S3011 D3009 LEFT

S3012 D3006 DOWN

S3005 D3013 OPEN/CLOSE

E

14 13

VACC5

REMOTE VACC5

2

OUT 1 S3021

1.5V REG. IC183 S-1132B15-U5

5 VIN 4 CE

Q605 (1/2)

VOUT

S3010 D3002 MAP

KDT3 18

REMOTE IC3021 SBX3050-01

2.5V REG. IC182 S-1132B25-U5

5 VIN 4 CE

S3009 D3003 MENU

S3002 D3012 VOL+

MDRST 1

RESET

15

RESET

V15

F

05 2)

AVIC-Z1/UC 5

6

7

8

33

34

1

2

3

A

CCON

8.7V -> 3.3V Zener

MUTE cir.

Rear DVD sound ISO BA3121F

VTR sound ISO BA3121F

NAVI Audio BA3121F

MOTPWR

+6.8V

Flap driver PCB

CAPTAIN4

Motor 5V pwr.

Motor driver MOTOR 0•1

B

Motor pwr. 7V

RDS-TMC tuner

1/2VCC A4R7(Zener)

Gudie MIX IC NJM2060V

Allotter

M

Schumitt trigger TC7W14FU

Photo-Interrupter GP1S94J*2

FM/AM tuner

A

B

2

TMC8V pwr. 2SB1184F5

ANTON

ANT+B SW TPD1018F

SREMOT <- AMPSTBY

POWER AMP PAL007B

SYSPWR

SYSPWR AU8V=8.4V AUDIO 8V pwr. BA00CC0WT

D Guide sound ISO NJM2060V

3.3REG NJM2391DL1-33

C

VDORA 8V pwr. 2SB1185

10000µF/16V + 2200µF/16V Maintenance BUP

Power Supply

E

PCB

Audio

Ripple Filter

1 3 4

POWER SUPPLY MAP(Reference)

F

AVIC-Z1/UC

4

+B

5

SWA

6

VDD5 Pwr. 5V BD3931HFP

SWAW

BUP SW PWVI

MFLPW

BUP SW PWFL

ILL. pwr. 8.7V 2SB1185

ILMB

7 PILMPW

ill.SW



typ 0.85µA max 2.55µA

Reset IC BD5335FVE

5V 3.3V

-12V BD6171KV 8V

DD con.18V

Backlight pwr. OZ961SI

VIDEO Isolator *2 (BCV,AVBUS)

AvBUS

HA12241FP IP Bus driver

Bluetooth TC7SET04FUS1

Monitor PCB

Video LPF

REG 1.5V S1132B15-U5T1

REG 2.5V S1132B25-U5T1

VACC5

TC90A96AFP

LCD control

Video signal processing

Rear moni. video SW TK15405BMI

Video SW NJM2235 *3

Mute control TC74VHC32FT

RQ(GPS) TC7SH04FU

VCOM TC7SET04FU NJM2100V NJM082BV

6.95 LCD

Backlight

Temperature sensor LM56BIMM

EEPROM S-93C56BD0I-J8

EEPROM S-29221BROI-J8T1

Reset S-80835CNNB-B8U

MVIPW Monitor microcom. PE5521A

Remote con. euphotic SBX3050-01

Grille ILL.

Keyboard PCB

B

7

3 -> 5 Conversion TC74VHC125FT

System microcom. PE5539/5540A

119mA

About 400mA(500)

VIDEO Isolator (VTR)

VSWILL

ACC5V 2SD1760F5

(100mA)

6

C

NAVI. PCB

A

5 8

A

B

C

AVIC-Z1/UC

8

D

E

F

35

C

36

1

2

3

CCD3 SW 2SA1834F5

LOGIC of DIGITAL OUT

PKB SENSE

CCD5

F

AVIC-Z1/UC

4

D

RS232C DRV

CC

Analog SW TC4052BFT

SP AMP TDA7052BT

buffer(Audio) NJM2904V

AU5S Standard vol. NJM2125F

OPAMP(Audio) NJM3403V

G sensor CSX1055

GYRO CSX1054

E

AND YS,NVSYNC TC7SH08FU x 2

5->3V TC7WH08FU,TC7SH08FUS1

RQ(GPS) TC74VHC32FT

Bluetooth TC74VHC541FT, TC7W04FU

FLASH ROM

SRAM

GPS

3

CCON (SKIP mode)

DRAMPW

E

OP AMP*1 GUIDE and sound NJM3403AV*2,NJM2125F

SPEED I/F NJM2904M

RGB encoder BH7236AF

AVP ISOLATOR BA3121F

Sound change SWTC4W53FU

VCC5A pwr. S-812C50

Backup Voltage sense

2

SRVDD (D/D)

SKIP mode

DRAMPW

CCON

NAVI pwr. CCD5V(D/D)

ASENBO

CCON

14.4V ->5.6V Zener

C

IP-BUS pwr. SW

CCON

AU8V 2SB1184F

SRVDD

SWBUP 2SA1576

1 4

A

B

D

5

6

EXTPWR

XM power supply 7.5V 2SD1767

ASEN FANCONT FANUP

FAN power supply 8V-12V

CONTA

CCD1.8V DD con. TPS5103IDB

DD8CONT

DVD8.3V Tr (2SB1185)

D

VCC33 SW 2SB1184F5 CONTB

CONTB

VCC5 SW 2SB1260

VCC18

AVCC5

VCC5

VD8

VCC33

SRVDD

VDD33

E

MS3

5 6 7

7

8

A

B

C

D

E

F

AVIC-Z1/UC

8

37

1

2

3

4

3.2 OVERALL CONNECTION DIAGRAM Note: When ordering service parts, be sure to refer to " EXPLODED VIEWS AND PARTS LIST" or "ELECTRICAL PARTS LIST".

A

HDD ASSY (SERVICE)

H

A

HDD RELAY PCB

CC UNIT

DVD MECHANISM MODULE

CN1401

B

NAVI MOTHER PCB

CN1611

G D E F

SYSCOM • P/S Part NAVI AV • EXTERNAL I/F Pa

CN1501

C

G 1/2 G 2/2

D

C

AUDIO UNIT

E

L MAIN PCB UNIT

J KEYBOARD UN

F

38

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

B

B GPS UNIT CN461

Part

I

ERNAL I/F Part

UNIT

C

D

O UNIT

C 1/2 C 2/2

P/S • I/F Part FM/AM • TMC TUNER Part

E

K

MONITOR UNIT

K 1/2 K 2/2

MONITOR Part INVERTER Part

EYBOARD UNIT

F

AVIC-Z1/UC 5

6

7

8

39

1

2

3

4

3

4

3.3 GPS UNIT(GUIDE PAGE)

B-a

A

B

C

D

E

G 1/2 CN6401

F

B 40

AVIC-Z1/UC 1

2

5

6

7

8

B-b

A

B

GPS UNIT

B

C

PEH027A:EW PEH026A:UC

D

E

F

B AVIC-Z1/UC 5

6

7

8

41

1

2

3

4

A

B-b

2

1

3

4

B

A-a B-b B-a

C

D

E

F

B-a 42

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

5

6

B-b

7

B

A-a B-b B-a

C

D

E

F

G 1/2 CN6401

B-a AVIC-Z1/UC 5

6

7

8

43

B-a B-b

B PEH027A:EW PEH026A:UC

B

GPS UNIT

1

44

1

2

B-b

2

3

1

2

3

4

A

C

D

E

F

3

4

AVIC-Z1/UC

4

5

6

7

8

A

B

B-a B-b

C

D

E

F

5

6

B-b

7

AVIC-Z1/UC 5

6

7

8

45

1

2

3

4

3.4 AUDIO UNIT(P/S•I/F)(GUIDE PAGE) A

C-a 1/2 K 1/2 CN1

L

CN2

>

B

G 1/2 CN5802

C

D

Bluetooth:2.21 dBs DVD:2.21 dBs IP:2.21 dBs VTR:2.21 dBs

>

* C 2/2

FM:-13.5 dBs(U -9.5 dBs(EW AM:-24.0 dBs(U -20.0 dBs(E

E

G 1/2 CN5801

>

C 2/2

dBs * Bluetooth,DVD,IP:9.31 VTR:10.31 dBs

F

FM:3.60 dBs(UC),7.60 dBs(EW) AM:-6.90 dBs(UC),-2.90 dBs(EW)

C 1/2 46

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

C-b 1/2 G 1/2 CN5851

>

C 1/2 AUDIO UNIT(P/S¥I/F) >

B CORD ASSY

Bluetooth,DVD,IP:9.31 dBs VTR:10.31 dBs FM:3.60 dBs(UC),7.60 dBs(EW) AM:-6.90 dBs(UC),-2.90 dBs(EW)

>

C

CORD ASSY

VTR:2.21 dBs (1.0 Vrms)

>

>

D

CORD ASSY

Bluetooth:2.21 dBs DVD:2.21 dBs IP:2.21 dBs VTR:2.21 dBs

> >

FM:-13.5 dBs(UC) -9.5 dBs(EW) AM:-24.0 dBs(UC) -20.0 dBs(EW)

E

Bluetooth,DVD,IP:35.31 dBs VTR:36.31 dBs FM:29.60 dBs(UC),33.60 dBs(EW) AM:19.10 dBs(UC),23.10 dBs(EW)

F

C 1/2 AVIC-Z1/UC 5

6

7

8

47

2

3

4

>

1

A

C-b 1/2

2

CN2

1

L

B

C-a A-a C-b

K 1/2 CN1

C

D

G 1/2 CN5802

E

F

C-a 1/2 48

AVIC-Z1/UC 1

2

3

4

5

6

AM

FM

7

4

AVIC-Z1/UC

7

8

FM:3.60 dBs(UC),7.60 dBs(EW) AM:-6.90 dBs(UC),-2.90 dBs(EW)

dBs * Bluetooth,DVD,IP:9.31 VTR:10.31 dBs

3

C-a A-a C-b

>

*

6

C 2/2

G 1/2 CN5801

C 2/2

>

Bluetooth:2 DVD:2.21 IP:2.21 dB VTR:2.21 d

5 8

A

C-b 1/2

B

C

D

E

F

C-a 1/2

49

>

G 1/2 CN5851

>

>

C-a C-b

B

C-b 1/2

50

1

>

C 1/2 AUDIO UNIT(P/S¥I/F)

A

2

1

3

VTR:2.21 dBs (1.0 Vrms)

2

CORD ASSY

Bluetooth,DVD,IP:9.31 dBs VTR:10.31 dBs FM:3.60 dBs(UC),7.60 dBs(EW) AM:-6.90 dBs(UC),-2.90 dBs(EW)

CORD ASSY

1 3 4

C

D

E

F

2

AVIC-Z1/UC

4

5

FM:-13.5 dBs(UC) -9.5 dBs(EW) AM:-24.0 dBs(UC) -20.0 dBs(EW)

Bluetooth:2.21 dBs DVD:2.21 dBs IP:2.21 dBs VTR:2.21 dBs

C-a C-b

>

Bluetooth,DVD,IP:35.31 dBs VTR:36.31 dBs FM:29.60 dBs(UC),33.60 dBs(EW) AM:19.10 dBs(UC),23.10 dBs(EW)

>

>

>

CORD ASSY

5 6

3

6

7

7

8

A

B

C

D

E

F

4

C-b 1/2

AVIC-Z1/UC

8

51

1

2

3

4

3

4

3.5 AUDIO UNIT(FM/AM•TMC TUNER) A

B

C

D

E

F

C 2/2 52

AVIC-Z1/UC 1

2

5

6

7

8

A

C 2/2 AUDIO UNIT(FM/AM¥TMC TUNER)

B

FM:-13.5 dBs(UC) -9.5 dBs(EW) AM:-24.0 dBs(UC) -20.0 dBs(EW)

C 1/2 C

D

E

C 1/2 F

C 2/2 AVIC-Z1/UC 5

6

7

8

53

1

2

3

4

3.6 DVD CORE UNIT(MS3)(SO-DC)(GUIDE PAGE) A

D-a 1/2

B

RF SIGNAL F T C S

PICKUP UNIT(SERVICE)(DP5)

C

FOCUS SERVO LINE TRACKING SERVO LINE CARRIAGE SERVO LINE SPINDLE SERVO LINE

T F

1

3

5

F

9 T

7

2

S

D

C

T

F

T

F

S

8

E

4 F

C S

6

T

S

M

M

M3 SPINDLE MOTOR CXM1308

T

M1 LOADING MOTOR CXC4315

F C

S S

disc sens

S

M

F

F

T

E

C

M2 CARRIAGE MOTOR CXC4314

F

D 1/2 54

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

D-b 1/2 D 1/2

DVD CORE UNIT(MS3)(SO-DC)

C S

D 2/2

B

Servo

D 2/2 C

D 2/2 D

H CN6803

E

stream

$ %

D 2/2 # @

!

0

F

D 1/2 AVIC-Z1/UC 5

6

7

8

55

56

1

2 FOCUS SERVO LINE TRACKING SERVO LINE CARRIAGE SERVO LINE SPINDLE SERVO LINE

7

9

3

1

5

B

3 F

T

2 3

F

PICKUP UNIT(SERVICE)(DP5)

D-a 1/2

AVIC-Z1/UC

4

T

F

S

C

RF SIGNAL

D-b 1/2

T

F

D-a D-b

1 4

A

1

C

D

E

M

6

7

M2 CARRIAGE MOTOR CXC4314

M

S

S

S

C

F

E

disc sens

M1 LOADING MOTOR CXC4315

M

T

D-a D-b

8

C

S

S

C

S C T F

5 F

T

T

F

T

F

6

4

6

M3 SPINDLE MOTOR CXM1308

S

F

2

5 7 8

A

2

D-b 1/2

B

C

D

E

F

D-a 1/2

AVIC-Z1/UC

8

57

D-a D-b

C

D 1/2

B

58

D-b 1/2

1

D 2/2

2

2

D 2/2

Servo

D 2/2

DVD CORE UNIT(MS3)(SO-DC) 1 3

3

4

A

D

E

C

S

F

1

AVIC-Z1/UC

4

5

6

7

CN6803

A

D 2/2

H

8

stream

B

0

!

@

#

%

$

D-a D-b

D 2/2

C

D

E

F

D-b 1/2

2 AVIC-Z1/UC 5

6

7

8

59

1

2

3

4

3.7 DVD CORE UNIT(MS3)(U)(GUIDE PAGE)

D-a 2/2

A

D 1/2 D 1/2

B

D 1/2

Servo

D 1/2

C

D 1/2

PD6527A

D

E

F

D 2/2 60

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

D-b 2/2 D 2/2

DVD CORE UNIT (MS3)(U)

(

B

)

G 1/2

& *

CN6101

⁄

C

D 1/2

D

G 2/2 stream

CN5601

D 1/2 stream

E

System Computer

F

D 2/2 AVIC-Z1/UC 5

6

7

8

61

D 1/2

62

1 PD6527A

D-b 2/2

2

D 1/2

D 1/2

C

D 1/2

A

Servo

D 1/2

D-a D-b

1 2 3

3

4

1 2

B

D

E

F

D-a 2/2

AVIC-Z1/UC

4

5

6

7

8

3

4

D-b 2/2

A

B

D-a D-b

C

D

E

F

D-a 2/2 AVIC-Z1/UC 5

6

7

8

63

& *

D-a D-b

⁄

C

D 2/2

D-b 2/2

64

1 )

(

B

DVD CORE UNIT (MS3)(U)

G 1/2

A

2

D 1/2

CN6101

1 2 3

1

3

4

D

E

F

2

AVIC-Z1/UC

4

5

6 System Computer

D-a D-b

stream

D 1/2

CN5601

G 2/2

D 1/2

5 6 7

7

8

A

B

C

D

E

F

3

4

D-b 2/2

AVIC-Z1/UC

8

65

stream

1

2

- Wave form

A

3

4

Note:1. The encircled numbers denote measuring points in the circuit diagram. VHALF : 1.65 V

1 FEY 500 mV/div. 1 ms/div. Focus search

200 ms/div. 1 ms/div. 1 CH1: FEY CH1: ASF 4 CH2: FD 3 CH2: RFENV Focus close Focus search

VHALF→

VHALF→

VHALF→

VHALF→

VHALF→

500 mV/div. 1 ms/div. 1 V/div. 1 ms/div.

2 CH1: ASF 500 mV/div. 1 ms/div. 5 CH1: TEY 500 mV/div. 1 ms/div. 200 mV/div. 2 ms/div. 5 CH1: TEY 3 CH1: RFENV Focus close(DVD) Focus close(CD) Focus close

B

VHALF→

VHALF →

VHALF→

VHALF→

C

1 CH1: FEY 4 CH2: FD Play

D

500 mV/div.20 ms/div..

5 CH1: TEY 6 CH2: TD Play

VHALF→

VHALF→

VHALF→

VHALF→

7 CH1: RFOUT 0.1 V/div. 0.2 µs/div. Play(CD)

500 mV/div.20 ms/div.

7 CH1: RFOUT 0.1 V/div. 0.1 µs/div. Play(DVD surroundings on inside)

5 CH1: TEY 500 mV/div. 100 ms/div. 7 CH1: RFOUT 20 0mV/div. 100 µs/div. 8 CH2: CRGDRV 9 CH2: BDO 2 V/div. 100 µs/div. Surroundings on inside-> Black dot surroundings on outside

VHALF→ VHALF→

E

VHALF→ VHALF→

F

66

AVIC-Z1/UC 1

2

3

4

5

6

7

8

0 CH1: STD1 5 CH1: TEY 1 V/div. 100 µs/div. 500 mV/div.1 s/div v. CH2: STD4 5 V/div. 2 µs/div. 500 mV/div. 100 µs/div. 1 CH2: FEY CH3: STD7 EDC1 mode set up(DVD) # CH4: STENABLE

4 CH1: FD 6 CH2: TD Black dot

A

G→ VHALF→

VHALF→

VHALF→

VHALF→

G→

G→ G→

$ CH1: STCLK 5 V/div. 2 µs/div. % CH2: STVALID # CH3: STENABLE

$ CH1: STCLK CH2: STVALID 5 V/div. 50 µs/div. # CH3: STENABLE

^ CH1: ADOUT0 & CH2: SRCK * CH3: LRCK

2 V/div. 2 µs/div. B

G→ G→

G→

G→

G→

G→

G→

G→

G→

( CH1: LO ) CH2: RO

1 V/div. 500 µs/div.

⁄ CH1: COMPO 200 mV/div. 10 µs/div. [White 100 % outputt] C

G→ G→

G→

D

E

F

AVIC-Z1/UC 5

6

7

8

67

1

2

3

4

3.8 COMPOUND UNIT(A) AND COMPOUND UNIT(B)

E

A

COMPOUND UNIT(A) R1298

6

0R0

D 1/2

Q1299

0R0 T231SCTD

8cm

S1205

CSN1070

5

CN1202

DISC SENS 4

CSN1069

3

CSN1069

8cm B

R1299

12cm 2

DISC SENS CSN1070

S1203

S1204

S1202

S1201

CSN1069

1

C

F

COMPOUND UNIT(B) CLAMP CSN1067

D

D 1/2

E

F

E F 68

AVIC-Z1/UC 1

2

3

4

5

6

7

8

3.9 PU UNIT(REFERENCE) A

Iop78

24

L2

IC1 GND

L1

78LD

LC C4

C6

Ishf Vshf : 4V Short round

B

23

Vcc L3

GND C7

C3

L4

C2

78LD 65LD 15

17

C1 LDGND

Iop65

65LD

16 C5

R1

26

Short round LDGND

25 C

65MD

up

07

Top View VR2/ 65Rmd

L6

Im

VR1/ 78Rmd Im/ 2

MDC

9

08

78MD

05

78MDG

06

MDG

09 16 15 14

R2

Vmda

MDA

65MDG

Im/ 2

MDA

8

B1 B2

A

RF-

B1

1 2

B2

3

RF-

4

B3

5

RF+

6

B4

7

C

D 1/2 CN1101

D

SW 12

B3

Vcc C8

RF+ 13 GND

B4 C

13 12 11 10

14 Vr C9

Vref : 2.5V GND

TH1

22 21

C10 TEMP Vcc SW A NC T-

T+ F-

F+

20 19 18 17

E

27 02

01 03

04

F

AVIC-Z1/UC 5

6

7

8

69

1

2

3

4

3.10 NAVI MOTHER PCB(SYSCOM•P/S)(GUIDE PAGE) A

G-a 1/2 DVD:3.04dBs (1.1Vrms)

D 2/2 CN1611

B CN461

B

C

C 1/2 CN1831

D

E

C 1/2 CN1832

G 2/2 F

G 1/2 70

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

G-b 1/2 G 1/2 NAVI MOTHER PCB(SYSCOM¥P/S) G 2/2

B

C 1/2 CN1002

>

I

C

CN6901

> >

>

D

>

>

>

FAN

E

NAVI MOTHER UNIT Consists of NAVI MOTHER PCB HDD RELAY PCB

G 2/2

F

G 1/2 AVIC-Z1/UC 5

6

7

8

71

F

C 1/2 CN1831

DVD:3.04dBs (1.1Vrms)

C

72

B CN461

G-a A-a G-b

D 2/2 CN1611

1

1

2

G-b 1/2

2

3

1

3

4

A

2 3

B

D

E

G-a 1/2

AVIC-Z1/UC

4

5

6

7

8

A

3

G-b 1/2

4

G 2/2

B

G-a A-a G-b

C

D

C 1/2

CN1832

C 1/2 CN1831

E

F

G-a 1/2 AVIC-Z1/UC 5

6

7

8

73

C

74 >

G 1/2 NAVI MOTHER PCB(SYSCOM¥P/S)

B

G-b 1/2

1

A

1

2

3

CN6901

I

C 1/2 CN1002

2 3

2

AVIC-Z1/UC

4

>

>

>

G 2/2

G-a G-b

1 4

D

E

F

3

G 2/2

>

>

5 G-a G-b

NAVI MOTHER UNIT Consists of NAVI MOTHER PCB HDD RELAY PCB

>

>

FAN

5 6

3

6

7

7

8

A

B

C

D

E

F

4

G-b 1/2

AVIC-Z1/UC

8

75

1

2

3

4

3.11 NAVI MOTHER PCB(NAVI AV•EXTERNAL I/F)(GUIDE PAGE) A

G-a 2/2

B

C

A

CN4804

D

E

G 1/2 F

G 2/2 76

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

G-b 2/2 G 2/2 NAVI MOTHER PCB(NAVI AV¥EXTERNAL I/F)

B > >

Bluetooth:2.21dBs (Reserved) (1.0Vrms)

C

IP:2.21dBs (1.0Vrms)

D

D 2/2 CN1501

E

NAVI MOTHER UNIT Consists of NAVI MOTHER PCB HDD RELAY PCB

G 1/2

F

G 2/2 AVIC-Z1/UC 5

6

7

8

77

1

2

3

4

A

G-b 2/2

1

2

B

G-a A-a G-b

C

D

CN4804

E

A

F

G-a 2/2 78

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

3

G-b 2/2

4

G 1/2

B

G-a A-a G-b

C

D

CN4804

E

A

F

G-a 2/2 AVIC-Z1/UC 5

6

7

8

79

>

B

C

80

1 Bluetooth:2.21dBs (Reserved) (1.0Vrms)

2

G-b 2/2

2 IP:2.21dBs (1.0Vrms)

>

G 2/2 NAVI MOTHER PCB(NAVI AV¥EXTERNAL I/F)

G-a G-b

1 3

1

3

4

A

D

E

F

2

AVIC-Z1/UC

4

G 1/2

5 G-a G-b

D 2/2 CN1501

NAVI MOTHER UNIT Consists of NAVI MOTHER PCB HDD RELAY PCB

IP:2.21dBs (1.0Vrms)

5 6

6

7

3

7

8

A

B

C

D

E

F

4

G-b 2/2

AVIC-Z1/UC

8

81

1

2

3

4

3

4

3.12 HDD PELAY PCB A

H

HDD RELAY PCB

B

C

HDD ASSY (SERVICE)

D

E

F

H 82

AVIC-Z1/UC 1

2

5

6

7

8

A

B

A

C

CN4151

D 1/2 CN1401

D

E

NAVI MOTHER UNIT Consists of NAVI MOTHER PCB HDD RELAY PCB F

H AVIC-Z1/UC 5

6

7

8

83

1

2

3

4

3.13 UNIT

I

A

UNIT

8.7V SDDB16001A(CA)

SDDB16001A(CA)

240

B

G 1/2

2K

SDDB16001A(CA)

CN6501

C

DISC

EJECT Button

D

E

F

I 84

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

B

C

D

E

F

AVIC-Z1/UC 5

6

7

8

85

86

1

D

ILMB1~7 : 8 V ILMODK, ILMSRC : 8 V

2

3

E

F

J

AVIC-Z1/UC

4 SDDB16001A(CA)

SDDB16001A(CA)

SDDB16001A(CA)

SDDB16001A(CA)

SDDB16001A1(CA)

3

SDDB16001A(CA)

MAP SDDB16001A(CA)

CL-195SR-CD(AB)(EW) SDDB16001A(UC) MENU SDDB16001A(CA)

CL-195SR-CD(AB)(EW) SDDB16001A(CA)(UC)

TA/NEWS

2

SDDB16001A(CA)

R1

1 4

3.14 KEYBOARD UNIT

A

B

RESET

C

K 1/2

CN4

5

6

7

8

A

J

KEYBOARD UNIT

B

5R1K

3K

10K

30K

C MENU

MAP

SDDB16001A(CA)

30K

V.ADJ

TA/NEWS

10K

8R2K

SDDB16001A(CA)

SDDB16001A(CA)

SDDB16001A(CA)

SDDB16001A(CA)

10K

30K

D V.ADJ

E

F

J AVIC-Z1/UC 5

6

7

8

87

1

2

3

4

3.15 MONITOR UNIT(MONITOR)(GUIDE PAGE) A

K-a 1/2 TOUCH

R001

TMP SEN

R001 R001

R001 47K

R1

15K

100K 100K

Reset

1K 47K 47K(UC)

R001

R001

1K

R1

R01

10K

47K

47K

47K

R1

R1

12.58MHz

Microcomputer

47K(EW)

B

R1

12K

100

47K

47K

22K

47K

47K

470

47K

R1

PE5538A

470

47K

1K

R1

47K

R1

K 2/2

10K

R1

470

1K

100K

R1

C

10K

2R7K

10

R1

470

R1

2R7K

10

R1

R1

R1

R1

100

R1

500mA

390 R1 9P

9P

>

42MHz

R22

1M

D

R01

R1

R1

390

15K

C 1/2 CN1203

180P

1R5K

2P

68P

4P

R1 R1

330

100P

680

68P

100K

100K

470

2R7K

R1

10

R1 R1 R1 R1 R1 R1 R1 R1 R1 R1 R1

R1 R1 R1

10K

E

100

R1 R1

560(EW) 750(UC)

R1

R1

150P

R760 0R0

R1

1R5K 750 8R2K

47K

47K

47K

4R7K

100K

100K

100K

J

1R5K

750

R1

R001

AVR-M1608C080MTAAB

F

AVR-M1608C080MTAAB

AVR-M1608C080MTAAB

750

OSD for service

K 1/2 88

AVIC-Z1/UC 1

2

3

4

R1

R1

R1

750 1R5K

5

6

7

8

A

K-b 1/2 K 1/2 MONITOR UNIT(MONITOR) : The power supply is shown with the marked box.

10 H

R1

Power Supply

18 H

B

R1 R01

R001

CCH1586

27K

R1

R1

R01

10

R01

10

R1

68 H 10

CCH1440

R1

470K

4700P

56K

R1

R1

330K

4700P 680K 160

270

R01

100P

1K

33K R039

R1

330P

51K 1R8K 680k

R01

R047

200

R1

1K

6R8K

820

R01

6R8K

18K

1K

R039

4R7 R1

18 H R1

510

R47

2K

R039

R47

R1

2R2 R47 2R2

18K

22K

C

R001

10K

R1

R1 R1

R1

R1

R1

R1

R1

R1

R1

2 screen IC

R1

R1

220

D

220

R1

LCD Module

R1 R1

R1

R1

R1

1K

220

220

R1

R1

220

R1

E

R1

R1

R1

VCOM AMP

R1

4R7

R1

R33

220

R1

680 R1

R1

R1

R1

R1

R1

R1

R1

15K

R1 R1

R1

100

56K

100

15K

R1

4R7

R1

R1

4R7K

22K

33K 100 33K

R1

R1

R1

220

F

K 1/2 AVIC-Z1/UC 5

6

7

8

89

1

2

3

4

AVIC-Z1/UC

K 2/2 R1

1K

1K

R001

10

10

100K

100K

R001

R001

R001

XN4381

R001

XN4381 R001

22K

47K

470

470

47K

47K R1 R1

R1

15K

TMP SEN

R1

12K

10K 100K

12.58MHz

PE5538A

R1

470

A-a K-b K-a

R1

90

K-a 1/2

TOUCH

F E D

47K

R1

470

2R7K

2R7K 100 1K

47K

C

47K 47K

1K

100

47K

47K 47K(EW)

Microcomputer

47K 47K(UC)

47K

Reset

R1 R01 10K

10K R1

47K

R1

B R1

R1 R1

K-b

1

2 R1

A

1/2

R1

1

2

3

4

5

6

7

8

AVIC-Z1/UC

91

K-a 1/2

J

C 1/2 CN1203

F AVR-M1608C080MTAAB

500mA

>

560(EW) 750(UC)

R001

750

750

1R5K

750

1R5K

750

8R2K

1R5K

R760 0R0

AVR-M1608C080MTAAB R1

R22 AVR-M1608C080MTAAB

100K

10

E

100K 100K 100K

100K

15K

680

470

10K

68P(UC) 47P(EW)

OSD for service

100P(UC) 68P(EW)

2P(UC) 5P(EW)

D

68P(UC) 47P(EW)

2R7K 390 R1

47K 47K

A-a K-b K-a

4R7K 47K

R1

R1

C 100

9P 42MHz R1 9P 100

R1

390

150P

330

1M

R1

R1

R1

4P

180P

R01

1R5K

B R1

R1

R1

R1

R1

R1

R1

R1

R1

R1

R1

R1

R1

R1

R1

R1

R1

R1

R1

R1

R1

R1

R1

K-b 1/2

R1

3

R1

A R1

5

6

7

8

2

2 screen IC

680K

470K

R1

R1

R1

E R1 R1

18µH

10µH

6R8K

1K

200

160

CCH1440

R047

6R8K

1K

2K

R1

R01

R1

R039

R1

1R8K 680k

33K R039

100P

R01

D 510

330P

270

18µH R1

R1

27K 56K

R1

Power Supply

K-a K-b

68µH

R1

51K

4R7

R01

1

3 10K

820

R1

18K

R47

R47

R47

4700P

4700P

22K

R1

2R2

2R2

: The power supply is shown with the marked box.

K 1/2 MONITOR UNIT(MONITOR)

2 3

R1

CCH1586

R1

R1

1K R1

R01 R039

1 R001

1/2

R1

92 R1

K-b 10 330K

C

R001

B

18K

1 4

A

10 R01

10

F

2

AVIC-Z1/UC

4

R01

R1

R1

R1

R1

5

6

7

8

AVIC-Z1/UC 3

93

K-b 1/2

R1

R1

F R1

R1 33K

R1

R1

R1

E R1

R1

R1

R1

D R1

R1

R1

R1

R1

R1

R1

R1

220

220

220

220

220

K-a K-b

220

220

100

C R1

100

680

R1

VCOM AMP

4R7K R1

R1 R1

4R7

R1 22K

33K

B

R1 R1

R1

R1

56K R33

4R7

100

R1

15K

R1

R1

R1

15K

1K

A

LCD Module 5

6

7

8

1

2

3

4

3.16 MONITOR UNIT(INVERTER) A

B

K 1/2 14V(Battery)

1M

> 10K

1M

47K

R1

C

R47

10K

R1

100K

R1

47K

D

18K

1500P

5600P

4R7K

51K

E

F

K 2/2 94

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

K 2/2 MONITOR UNIT(INVERTER)

Back Light

10

C R015

15K

R047

15P

R1

10K

10

B

220P

10k‰(B)

10K

56K

D

R1

560

47K

620

620

820

R01

100K

E

100

100

10K

1M

R047

F

K 2/2 AVIC-Z1/UC 5

6

7

8

95

1

2

3

4

3.17 MAIN PCB UNIT 7 2 56 1 34

C 1/2 CN1003

A

L

MAIN PCB UNIT

B CEK1304 (2A)

>

HZU6R2(B2)

C 39/16

D

E OPEN SW HOME SW HARF SW

M M1000 CZX5102 (FLAP)

F

L 96

AVIC-Z1/UC 1

2

3

4

5

- Wave form • FULL OPEN 1 CH1 : OPENSW 2 CH2 : PULSE1

6

7

8

Note:The encircled numbers denote measuring points in the circuit diagram.

• CLOSE 6 CH1 : HOMESW 2 CH2 : PULSE1

3 CH3 : MOT0 4 CH4 : MOT1

3 CH3 : MOT0 4 CH4 : MOT1

A

B

• HALF OPEN 5 CH1 : HALFSW 2 CH2 : PULSE1

• ANGLE 7 CH1 : PULSE0 2 CH2 : PULSE1

3 CH3 : MOT0 4 CH4 : MOT1

3 CH3 : MOT0 4 CH4 : MOT1 C

D

E

F

AVIC-Z1/UC 5

6

7

8

97

1

2

3

4

4. PCB CONNECTION DIAGRAM 4.1 AUDIO UNIT A

140

C

AUDIO UNIT

Cord Assy 130

FM/AM ANTENNA

120 B

110

100

90

C

RF OUT 80

70

D

FM/AM TUNER UNIT

60

50

40

E

30

20

10 F

Y

C 98

0

G X

10

20

L

CN5801 30

40

K

CN2

50

60

CN1 70

80

AVIC-Z1/UC 1

2

3

4

90

5

6

G

Cord Assy

7

CN5851

Cord Assy

8

FU1200 (A,175,87) Fuse 2.5 A CEK1285 FU1201 (A,116,123) Fuse 3.15 A CEK1259 SIDE FU1204 (A,74,126) Fuse 3.15 A CEK1259 FU1400 (A,77,127) Fuse 3 A CEK1286 FU1820 (A,125,45) Fuse 750 mA(EW5) CEK1279

A A

NOTE FOR PCB DIAGRAMS 1.The parts mounted on this PCB include all necessary parts for several destination. For further information for respective destinations, be sure to check with the schematic diagram. 2.Viewpoint of PCB diagrams

Connector

Capacitor

B

SIDE A

P.C.Board

SIDE B

Chip Part

C

TUNER UNIT

TMC ANT D

E

F

G 0

90

100

110

120

130

CN5802 140

150

160

C

170

AVIC-Z1/UC 5

6

7

8

99

1

C

A

2

3

4

AUDIO UNIT

B

C

D

E

F

C 100

170

160

150

140

130

120

110

100

AVIC-Z1/UC 1

2

3

4

90

5

6

7

8

SIDE B

FU1001 (B,134,121) Fuse 750 mA CEK1279 FU1840 (B,131,87) Fuse 2.5 A CEK1258 FU1850 (B,47,91) Fuse 630 mA CEK1252

A

140

130

120 B

110

100

90

C

80

70

D

60

50

40

E

30

20

CSYNCO

10 F

Y 90

80

70

60

50

40

30

20

10

X

C

0

AVIC-Z1/UC 5

6

7

8

101

1

2

3

4

4.2 DVD CORE UNIT(MS3)

D

A

DVD CORE UNIT(MS3) M1

M

110 PICKUP U

F 100

B

90

M3 80

C

M2

70

60

50 D

40

30 E

20

G

CN5601

10

H

Y

CN6803

F

0

D 102

X

10

20

30

40

50

60

70

AVIC-Z1/UC 1

2

3

4

5

6

7

8

SIDE A A

PICKUP UNIT(SERVICE)

B

C

D

E

G

CN6101 F

70

80

90

100

110

120

130

140

150

D

AVIC-Z1/UC 5

6

7

8

103

1

2

D

A

3

4

DVD CORE UNIT(MS3)

B

C

D

E

F

D 104

150

140

130

120

110

100

90

80

AVIC-Z1/UC 1

2

3

4

70

5

6

7

8

SIDE B A

110

100

B

90

80

C

70

60

50 D

40

30 E

20

E

10

Y F

70

60

50

40

30

20

10

X

0

D

AVIC-Z1/UC 5

6

7

8

105

1

2

3

4

4.3 COMPOUND UNIT(A) AND COMPOUND UNIT(B)

E

F

COMPOUND UNIT(A)

A

COMPOUND UNIT(B)

Q1299 R1298

CLAMP

R1299

S1205 8cm

D B

S1204 DISC SENS

S1203 DISC SENS

C

S1202 8cm

D

E 12cm

S1201

6

1

D

F

CN1202

E F 106

AVIC-Z1/UC 1

2

3

4

5

6

7

8

4.4 GPS UNIT

B

SIDE A

GPS UNIT

A

IC,Q

B

C

GPS ANTENNA

B

G CN6401

GPS UNIT

SIDE B IC,Q

D

E

F

B AVIC-Z1/UC 5

6

7

8

107

1

2

3

4

4.5 NAVI MOTHER PCB

G NAVI MOTHER PCB

A

140

IP-BUS

EXTENSION

AV-BUS

DIGITAL OUT FAN

130

120

B

110

100

90 C

80

D

CN1611

70

60 D

50

40

30

E

20

C

10

DOOR SENSE

CN1832

Y F

G 108

0

HDD SENSE

X

10

20

30

40

50

60

I 70

80

AVIC-Z1/UC 1

2

3

4

90

100

5

6

7

8

SIDE A A

D

T FAN

CN1501

FU 5651 (A,72,110) Fuse 4 A CEK1260 FU 5671 (A,31,112) Fuse 1 A CEK1280 FU 6201 (A,79,57) Fuse 2 A CEK1284 FU 6202 (A,73,71) Fuse 3 A CEK1286 FU 6203 (A,52,71) Fuse 4 A CEK1260 FU 6251 (A,35,78) Fuse 2 A CEK1284 FU 6252 (A,49,71) Fuse 2.5 A CEK1258 FU 6351 (A,98,120) Fuse 1 A CEK1280

A

CN4804

B

CN461

B

C

D

E

I 90

CN6901

100

110

120

130

140

150

160

G

170

AVIC-Z1/UC 5

6

7

8

109

F

1

G

A

2

3

4

F

NAVI MOTHER PCB

C

CN1002

B

C

D

E

F

C

G 110

170

160

150

140

130

CN1831 120

110

100

90

AVIC-Z1/UC 1

2

3

4

80

5

6

7

8

SIDE B

FU6331 (B,84,83) Fuse 1 A CEK1254

Bluetooth

Guide Out

A

140

MIC IN

130

120

B

110

100

90 C

80

70

60 D

50

40

30

E

20

10

Y 0

80

70

60

50

40

30

20

10

X

G

0

AVIC-Z1/UC 5

6

7

8

111

F

1

2

3

4

4.6 HDD RELAY PCB

H

H

SIDE A

HDD RELAY PCB

A

SIDE B

HDD RELAY PCB

140

140

130

130

120

120

110

110

B

A

CN4151

100

100

HDD ASSY (SERVICE)

90 C

D

80

80

70

70

60

60

D

E

F

H 112

90

CN1401

50

50

40

40

30

30

20

20

10

10

Y

Y

0

X

10

20

30

30

20

10

X

AVIC-Z1/UC 1

2

3

4

0

5

6

7

8

4.7 UNIT

I

UNIT

SIDE A A

60

DISC EJECT 50

40

B

30

20

10

C Y

0

10

20

30

40

50

60

70

80

90

UNIT

SIDE B 90

80

70

60

50

40

30

20

10

X

0

D Y 10

G

CN6501

20

E

30 40 50

F 60

I

X

I AVIC-Z1/UC 5

6

7

8

113

1

2

3

4

4.8 MONITOR UNIT

K MONITOR UNIT

A

B

C

D

E

LCD Module

J

F

K 114

AVIC-Z1/UC 1

2

3

4

5

6

7

8

SIDE A A FU 181 (A,108,10) Fuse 500 mA CEK1251 FU 841 (A,134,52) Fuse 1.25 A CEK1255

B

C

D

E

J

C

CN1203

Touch

F

Back Light

K AVIC-Z1/UC 5

6

7

8

115

1

2

3

4

K MONITOR UNIT

A

VM12 CV B

V33 V25

INVPUL C

V8 VFL2

FL2 D

FL1

E

ANG V14

CSYNC YSIN ANR

ANB

F

K 116

AVIC-Z1/UC 1

2

3

4

V15

5

6

7

8

SIDE B A

CVBS B

V25 C

V15

V5 V18 V05 V03

B02 V07 B03 V01

B04

B05

G05 R02

G04 R03 G02 G03

V09

R05 R04

D

COM

E

F

K AVIC-Z1/UC 5

6

7

8

117

1

2

3

4

4.9 MAIN PCB UNIT

L

MAIN PCB UNIT

SIDE A

IC,Q

A

B

Q1

Q1 Q2

C1 R3

Q2 R2

C

D6

D9

D5

C3

R4 D1

R5

D10

E

R1

6 1 5 2 4 3

FU1

R18 C2

D8

CN2

D7 D4

15 14 10

D3 C4 R8

Q3 Q4

Q4

1 2

5

R6

6 1 5 2 4 3

C

CN1003

E

R11

Q3

R10 R9 D2 R7

D

CN1

C6 L1

C7

1 2

M1000

C8 R22 8

IC1

1

C9

IC1

R14 9

R12

16

R21

C10

R17

R15

OPEN S1

E

R16

R13 L2 4 5

IC3

1 8 IC3

C11 C13

C14

S2 R19

IC2

3 21 4 5

C12 R20

IC2

HOME S3

F

HALF

L 118

AVIC-Z1/UC 1

2

3

4

5

L

6

7

8

MAIN PCB UNIT

SIDE B

IC,Q

A

B

C

D

E

A

C

K

E

A

C

K

IC4

IC4

IC5

IC5

E

F

L AVIC-Z1/UC 5

6

7

8

119

F

J

120

1

D3013

S3021

D3014

2

3

1

IC3021 R3003

S3003

VOL-

E

S3004

C3021 D3010

R3002

D3012

S3002

VOL+ D3015

R3001

AV S3001

MENU

S3009

R3009 S3010

MAP R3010 D3002

C

S3005

D3009

S3011

D3007

R3011 S3006

S3012

B

R3004

D

OPEN/ CLOSE RESET V.ADJ D3006 D3004

R3006 S3007

R3007

S3008 D3001

TA/NEWS

1 2

A

J KEYBOARD UNIT

2

3

SIDE A

K

3

4

4.10 KEYBOARD UNIT

J KEYBOARD UNIT SIDE B

CN4

AVIC-Z1/UC

4

D3003

R3016

R3021

5

6

7

8

5. ELECTRICAL PARTS LIST NOTE: • Parts whose parts numbers are omitted are subject to being not supplied. • The part numbers shown below indicate chip components. Chip Resistor RS1/_S___J,RS1/__S___J Chip Capacitor (except for CQS.....) CKS....., CCS....., CSZS..... • The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. • Meaning of the figures and others in the parentheses in the parts list. Example) IC 301 is on the point (face A, 91 of x-axis, and 111 of y-axis) of the corresponding PC board. IC 301 (A, 91, 111) IC NJM2068V Circuit Symbol and No.

Unit Number : Unit Number : Unit Name : Unit Number : Unit Number : Unit Name : Unit Number : Unit Name : Unit Number : Unit Name : Unit Number : Unit Name : Unit Number : Unit Number : Unit Name : Unit Number : Unit Name : Unit Number : Unit Number : Unit Name : Unit Number : Unit Number : Unit Name : Unit Number : Unit Name :

Part No.

CWX3304(UC) CWX3305(EW5) GPS Unit CWN1583(UC) CWN1633(EW5) Audio Unit CWX3301 DVD Core Unit CWX3154 Compound Unit(A) CWX3394 Compound Unit(B) CWN1581(UC) CWN1631(EW5) Navi Mother Unit CWN1586 Unit CWN1585(UC) CWN1635(EW5) Keyboard Unit CWN1584(UC) CWN1634(EW5) Monitor Unit CZW5026 Main PCB Unit

B Unit Number : CWX3304(UC) Unit Number : CWX3305(EW5) Unit Name : GPS Unit

Circuit Symbol and No. MISCELLANEOUS (A,24,15) IC (B,19,26) IC (A,31,29) IC (B,28,9) IC (B,49,24) IC

UPC2749T UPB1027GS NJM2100V ADC12H034CIMSAS1 PD3390A

IC 502 IC 502 IC 503 IC 504 IC 532 Q 441

(B,47,8) IC(UC) IC(EW5) (A,48,27) IC (A,30,13) IC (A,46,14) IC(EW5) (A,31,21) Transistor

PEH026A PEH027A M5M5V216ATP-70HI MAX6364PUT29 LC72720YVSS1 2SB1132

D D L L L

401 501 401 402 403

(B,10,26) (B,34,29) (B,10,27) (B,25,21) (B,26,25)

1SV314 RB751V-40 CTF1549 CTF1486 CTF1486

L L L L L L

404 405 406 407 408 408

(A,20,21) Inductor (B,12,23) Inductor (B,14,19) Inductor (A,18,31) Inductor (B,25,30) Inductor(UC) Inductor(EW5)

LCSA3N3R1608 LCYB22NJ1608 LCYB22NJ1608 CTF1410 CTF1556 CTF1410

L L L L L

409 410 412 413 414

(B,17,10) (B,25,16) (A,24,25) (A,24,24) (A,24,31)

Inductor Inductor Inductor Inductor Inductor

LCYC1R0K2125 CTF1547 CTF1547 CTF1547 CTF1547

L L L L L

415 416 417 418 441

(A,25,28) (A,25,27) (B,24,19) (A,13,32) (B,31,19)

Inductor Inductor Inductor Inductor Inductor

CTF1547 CTF1547 CTF1547 CTF1410 CTF1410

L L L L L

442 461 462 467 468

(A,28,24) Inductor (A,27,7) Inductor (A,30,7) Inductor (B,32,15) Inductor (B,31,15) Inductor

CTF1410 CTF1410 CTF1410 CTF1547 CTF1547

L 469 L 501 L 502

(A,31,9) Inductor (B,37,15) Inductor (B,35,30) Inductor

CTF1410 CTF1410 CTF1410

6

7

C

D

E

F

AVIC-Z1/UC 5

B

Part No.

IC 401 IC 402 IC 441 IC 461 IC 501

Diode Diode Inductor Inductor Inductor

A

8

121

1

2

Circuit Symbol and No.

A

L 503 L 504

(B,58,5) Inductor (A,37,32) Inductor

L X X X X

(A,52,16) (A,13,26) (A,36,25) (B,35,25) (A,57,14)

531 401 501 502 532

F 401

3

Part No.

Circuit Symbol and No.

CTF1410 CTF1410

Inductor CTF1410 TCXO 16.368 MHz CWX2381 Radiator 32.768 kHz CSS1319 Radiator 20.00 MHz CSS1549 Radiator 4.332 MHz(EW5) CSS1550

(A,22,22) Filter

C

D

E

401 402 403 404 405

(B,10,25) (B,11,29) (B,13,30) (B,13,29) (A,22,25)

RS1/16SS472J RS1/16SS472J RS1/16SS122J RS1/16SS622J RS1/16SS100J

R R R R R

406 407 441 442 443

(B,25,28) (B,24,17) (A,29,25) (B,31,22) (B,30,22)

RS1/16S271J RS1/16S2R2J RN1/16SC10R0D RN1/16SE1501D RN1/16SE2402D

R R R R R

444 445 446 447 448

(B,30,25) (B,30,32) (B,28,31) (A,32,24) (B,31,29)

RN1/16SE3302D RN1/16SE4702D RN1/16SE4702D RS1/16S432J RN1/16SE1002D

R R R R R

449 450 451 452 454

(B,32,31) (B,30,31) (A,27,31) (B,32,26) (B,32,25)

RN1/16SE2202D RN1/16SE3302D RS1/16S103J RS1/16SS102J RS1/16SS102J

R R R R R

460 461 462 463 464

(B,21,12) (A,36,4) (A,37,8) (B,34,11) (A,34,11)

RS1/16S0R0J RS1/16SS102J RS1/16SS102J RAB4CQ102J RAB4CQ333J

R R R R R

465 468 469 470 471

(A,37,6) (A,56,7) (EW5) (A,57,5) (EW5) (B,34,6) (B,34,2)

RS1/16SS102J RS1/16SS471J RAB4CQ471J RAB4CQ471J RAB4CQ104J

R R R R R

477 478 479 480 481

(B,30,15) (B,29,15) (B,27,14) (B,27,15) (B,29,16)

RS1/16SS222J RS1/16SS222J RS1/16SS222J RS1/16SS332J RS1/16SS332J

R R R R R

482 483 501 502 503

(A,37,5) (A,37,4) (B,38,26) (B,37,27) (B,37,24)

RS1/16SS223J RS1/16SS473J RS1/16SS0R0J RS1/16SS102J RS1/16SS154J

R R R R R R

508 508 509 510 511 512

(B,59,13) (UC) (EW5) (B,33,13) (A,36,6) (A,33,18) (B,38,29)

RS1/16SS103J RS1/16SS472J RS1/16SS473J RS1/16SS102J RS1/16SS103J RS1/16SS473J

RS1/16SS103J RS1/16SS473J

R R R R R R

(B,36,27) (A,42,9) (EW5) (A,38,17) (UC) (EW5) (A,39,18) (A,37,11)

RS1/16SS473J RS1/16SS104J RS1/16SS103J RS1/16SS332J RS1/16SS103J RS1/16SS103J

(A,37,17) (A,37,14) (EW5) (A,37,16) (EW5)

RS1/16SS0R0J RS1/16S0R0J RS1/16SS0R0J

521 532 533 533 534 535

(B,59,14) (B,38,27) (A,29,10)

RS1/16SS103J RS1/16SS473J RS1/16SS473J

CAPACITORS

F

122

(B,38,21) (B,38,19)

R 536 R 537 R 538

R R R R R

R 513 R 514 R 515

Part No.

R 517 R 519

CTF1548

RESISTORS

B

4

C C C C C

401 402 403 404 405

(A,24,12) (A,23,19) (A,26,14) (A,19,23) (B,13,26)

CCSRCH100D50 CCSSCH101J50 CKSSYB104K10 CCSSCH101J50 CCSRUJ220J50

C C C C C

406 407 408 409 410

(B,13,27) (B,12,30) (B,11,30) (A,20,28) (B,26,31)

CCSRUJ220J50 CKSSYB333K16 CKSSYB182K50 CSZS100M6R3 CKSSYB103K16

C C C C C

411 412 413 414 415

(A,20,25) (A,19,26) (A,19,29) (A,22,30) (A,23,29)

CKSSYB102K50 CKSSYB102K50 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10

C C C C C

416 417 418 419 420

(A,23,26) (B,23,20) (A,20,31) (B,38,31) (A,13,31)

CKSSYB104K10 CKSSYB104K10 CKSSYB102K50 CKSSYB104K10 CKSSYB104K10

C C C C C

421 422 423 424 425

(B,24,26) (B,24,25) (B,24,23) (B,26,21) (B,27,22)

CKSSYB102K50 CKSSYB103K16 CKSSYB104K10 CCSRCH102J50 CCSRCH271J50

C C C C C

426 427 428 429 430

(B,27,25) (B,24,24) (B,13,23) (B,11,22) (B,11,20)

CCSRCH102J50 CKSSYB104K10 CKSSYB103K16 CCSRCH301J50 CCSSCH120J50

C C C C C

431 432 433 434 435

(B,12,19) (B,15,20) (B,18,8) (B,17,13) (B,18,13)

CCSRCH301J50 CKSSYB103K16 CCSRCH101J50 CKSSYB102K50 CKSSYB103K16

C C C C C

436 441 442 443 444

(B,30,20) (B,30,26) (A,29,27) (A,29,31) (B,31,20)

CKSSYB104K10 CKSRYB104K16 CCSRCH101J50 CKSRYB104K16 CKSSYB103K16

C C C C C

445 461 462 463 464

(A,28,29) (A,27,3) 22 µF/6.3 V (A,30,8) (A,26,7) (B,30,4)

CKSSYB104K10 CCH1408 CKSRYB104K16 CKSRYB104K16 CKSSYB103K16

(B,30,2)

CKSSYB103K16

C 465

AVIC-Z1/UC 1

2

3

4

5

Circuit Symbol and No.

6

7

Part No.

C C C C

466 467 468 469

(B,31,2) (B,32,2) (A,29,9) (B,25,3)

CKSSYB103K16 CKSSYB103K16 CKSSYB104K10 CSZS100M10

C C C C C

470 471 501 502 503

(B,25,14) (B,35,4) (B,38,18) (B,35,21) (B,37,21)

CKSSYB104K10 CCSSCH101J50 CKSSYB104K10 CCSRCH150J50 CCSRCH150J50

C C C C C

504 506 507 508 509

(B,39,15) (B,59,18) (B,59,20) (B,59,24) (B,59,29)

CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10

C C C C C

511 512 514 515 516

(B,39,33) (B,37,30) (A,30,15) (B,38,23) (B,58,10)

CKSSYB104K10 CKSSYB104K10 CSZS100M6R3 CKSSYB104K10 CKSSYB104K10

C C C C C

517 518 535 539 540

(A,49,20) (A,38,30) (A,53,14) (EW5) (A,53,18) (EW5) (A,52,11) (EW5)

CKSSYB104K10 CKSSYB104K10 CSZS100M6R3 CCSRCH100D50 CCSRCH100D50

C C C C C

541 542 543 544 545

(A,46,8) (EW5) (A,43,9) (EW5) (A,39,11) (EW5) (A,49,9) (EW5) (A,52,14) (EW5)

CCSRCH561J50 CKSSYB104K10 CSZS100M6R3 CCSRCH331J50 CKSSYB104K10

C Unit Number : CWN1583(UC) Unit Number : CWN1633(EW5) Unit Name : Audio Unit MISCELLANEOUS IC 1200 IC 1201 IC 1202 IC 1204 IC 1270

(B,104,22) IC (B,93,22) IC (B,116,23) IC (B,125,103) IC (B,117,110) IC

NJM2235M NJM2246M NJM2235M TK15405BMI NJM2137V

IC 1401 IC 1402 IC 1403 IC 1486 IC 1501

(A,98,139) IC (B,104,75) IC (A,172,93) IC (B,76,74) IC (B,57,33) IC

PAL007B PML009A BA00CC0WT BA3121F NJM2060V

IC 1520 IC 1530 IC 1621 IC 1802 IC 1821

(B,63,59) IC (B,55,59) IC (B,104,103) IC (B,138,114) IC (A,142,53) IC(EW5)

TC4052BFT NJM2125F NJM2060V TPD1018F M5237ML

IC 1850 IC 1900 IC 1901 IC 1940 IC 1960

(B,64,93) IC (A,111,34) IC (A,89,37) IC (A,91,46) IC (B,58,45) IC

M5237ML NJM2505F NJM2505F BA3121F BA3121F

IC 2501 Q 1001 Q 1004

(A,35,60) IC (B,147,113) Transistor (B,123,120) Transistor

NJM2391DL1-33 2SC4116 2SC4081

8

Circuit Symbol and No.

Part No.

Q 1006 Q 1200

(A,129,121) Transistor (A,114,14) Transistor

DTC114EU 2SA1385-ZS1

Q Q Q Q Q

1201 1202 1203 1204 1205

(A,123,15) Transistor (A,73,28) Transistor (A,85,29) Transistor (B,69,23) Transistor (B,76,23) Transistor

DTC114EU 2SA1797 DTC114EU 2SC4081 2SA1577

Q Q Q Q Q

1206 1207 1242 1350 1420

(A,126,60) Transistor (A,172,82) Transistor (B,98,27) Transistor (B,69,13) Transistor (B,106,118) Transistor

2SD1760F5 2SB1185 IMD3A IMD3A FMG12

Q Q Q Q Q

1421 1422 1430 1431 1432

(B,75,106) (B,75,115) (B,92,123) (B,98,123) (B,98,118)

Transistor Transistor Transistor Transistor Transistor

FMG12 FMG12 2SC4081 DTC114EU IMD3A

Q Q Q Q Q

1470 1521 1540 1541 1542

(B,89,110) Transistor (A,66,59) Transistor (B,71,59) Transistor (B,71,53) Transistor (B,71,64) Transistor

IMD3A DTC114EU FMG12 2SC2412K 2SC2412K

Q Q Q Q Q

1611 1612 1613 1614 1821

(B,100,94) Transistor (B,108,95) Transistor (B,98,90) Transistor (B,108,92) Transistor (A,134,50) Transistor(EW5)

DTC323TK DTC323TK IMD3A IMD3A 2SB1184F5

Q Q Q Q Q

1822 1823 1830 1840 1841

(A,123,50) Transistor(EW5) (A,133,40) Transistor(EW5) (B,136,64) Transistor (A,172,104) Transistor (B,139,100) Transistor

2SB1260 DTC114EU IMX1 2SB1185 IMX1

Q Q Q Q Q

1850 1851 1852 2501 2502

(A,54,97) Transistor (B,47,95) Transistor (B,60,102) Transistor (B,32,33) Transistor(EW5) (B,27,33) Transistor(EW5)

2SB1185 2SB1260 DTC114EU DTC124EU DTC124EU

Q Q Q Q Q

2503 2504 2550 2551 2800

(B,32,36) Transistor(EW5) (B,26,37) Transistor(EW5) (A,23,124) Transistor(EW5) (B,20,116) Transistor(EW5) (B,148,73) Transistor(EW5)

DTC124EU DTC124EU 2SC3357 2SC3127 2SC3545

Q Q D D D

2801 2802 1001 1004 1005

(B,144,58) Transistor(EW5) (B,141,55) Transistor(EW5) (B,157,146) Diode (B,149,116) Diode (B,122,113) Diode

DTC144EK DTC144EK PTZ18A UDZS5R1(B) HZU6R8(B2)

D D D D D

1006 1007 1008 1009 1010

(A,151,128) (A,139,102) (B,156,123) (B,156,127) (B,154,123)

PTZ27(B) KS926S2 UDZS18(B) UDZS18(B) 1SS355

D D D D D

1011 1013 1030 1031 1050

(A,130,111) Diode (A,174,136) Diode (A,53,115) Diode (A,51,115) Diode (B,58,138) Diode

1SR154-400 5KP22A 1SS355 1SS355 UDZS5R6(B)

D 1051 D 1070 D 1071

(B,55,120) Diode (B,133,130) Diode (B,136,133) Diode

UDZS5R6(B) DAN202U PTZ27(B)

Diode Diode Diode Diode Diode

AVIC-Z1/UC 5

6

7

8

A

B

C

D

E

F

123

1

2

Circuit Symbol and No.

A

B

C

D

E

F

3

Part No.

4

Circuit Symbol and No.

Part No.

D 1202 D 1203

(A,135,66) Diode (B,140,65) Diode

UDZS5R6(B) HZU8R2(B1)

L 1960 L 2501

(B,49,51) Inductor (B,28,85) Chip Coil

D D D D D

1204 1205 1206 1207 1208

(B,129,129) Diode (B,131,127) Diode (A,67,120) Diode (A,70,116) Diode (B,65,119) Diode

UDZS6R8(B) UDZS6R8(B) UDZS6R8(B) UDZS6R8(B) UDZS6R8(B)

L L L L L

2502 2503 2504 2505 2506

(A,32,67) (B,28,45) (B,32,45) (B,28,40) (B,43,60)

D D D D D

1209 1210 1211 1401 1405

(B,67,121) Diode (B,125,135) Diode (B,122,135) Diode (A,116,96) Diode (B,131,130) Diode

UDZS6R8(B) UDZS6R8(B) UDZS6R8(B) UDZS4R7(B) AVR-M1608C080MTAAB

L L L L L

2550 2551 2552 2553 2554

(A,21,133) (A,24,130) (B,25,118) (A,23,116) (B,26,104)

Inductor(EW5) Inductor(EW5) Inductor(EW5) Coil(EW5) Inductor(EW5)

LCTAWR12J2520 LCYCR10K2125 LCYCR10K2125 CTC1143 LCTAW101J2520

D D D D D

1406 1407 1408 1410 1412

(B,131,133) (B,133,134) (B,131,135) (B,109,126) (B,139,130)

AVR-M1608C080MTAAB AVR-M1608C080MTAAB AVR-M1608C080MTAAB 1SR154-400 PTZ27(B)

L L L L L

2555 2556 2557 2558 2800

(B,18,129) (B,23,115) (A,17,124) (A,16,113) (B,148,76)

Inductor(EW5) Inductor(EW5) Coil(EW5) Coil(EW5) Inductor(EW5)

LCTAW101J2520 LCYCR18K2125 CTC1142 CTC1139 LCYCR22K2125

D D D D D

1420 1430 1501 1530 1531

(B,102,118) Diode (B,88,117) Diode (A,74,35) Diode (B,55,64) Diode (A,55,58) Diode

DAP202K MA111 UDZS4R7(B) 1SS355 EDZ4R3(B)

L 2801 L 2802 L 2803 L 2804 VR1200

(B,136,50) Chip Ferrite Bead(EW5) CTF1557 (B,148,65) Chip Coil(EW5) LCTAW1R0J2520 (B,144,43) Inductor(EW5) LCTAW2R2J2520 (B,146,49) Chip Coil(EW5) LCTAW1R0J2520 (A,68,17) Semi-fixed 1 KΩ(OB) C1390

D D D D D

1540 1541 1611 1612 1803

(A,79,61) Diode (A,82,62) Diode (B,97,86) Diode (B,107,88) Diode (B,142,122) Diode

DAP202U DAN202U DAN202K DAN202K PTZ27(B)

>FU1001 >FU1200 >FU1201 >FU1204 >FU1400

(B,134,121) Fuse 750 mA (A,175,87) Fuse 2.5 A (A,116,123) Fuse 3.15 A (A,74,126) Fuse 3.15 A (A,77,127) Fuse 3 A

D D D D D

1804 1840 1841 1905 1906

(B,145,120) Diode (B,146,101) Diode (B,149,95) Diode (A,65,119) Diode (A,64,117) Diode

1SR154-400 HZU7R5(B2) RSX201L-30 UDZS6R8(B) UDZS6R8(B)

>FU1820 >FU1840 >FU1850 Y 2600 EF1201

(A,125,45) Fuse 750 mA(EW5) CEK1279 (B,131,87) Fuse 2.5 A CEK1258 (B,47,91) Fuse 630 mA CEK1252 (A,153,60) Tuner Unit(EW5) CWE2023 (A,130,135) EMI Filter CCG1067

D 2501 D 2502 D 2503 D 2800 ZNR2501

(B,38,56) Diode (B,38,59) Diode (B,38,62) Diode (B,144,47) Diode(EW5) (B,31,108) Surge Protector

1SR154-400 1SR154-400 1SR154-400 HZU3R3(B1) RCCA-201Q31UA-PI

EF1202 EF1203 EF1402 EF1404 EF1421

(A,64,124) EMI Filter (A,67,124) EMI Filter (A,132,135) EMI Filter (A,135,135) EMI Filter (A,118,128) EMI Filter

CCG1067 CCG1067 CCG1067 CCG1067 CCG1067

L L L L L

1001 1002 1003 1004 1030

(B,159,144) Inductor CTF1410 (B,149,123) Inductor CTF1410 (B,153,125) Inductor CTF1410 (A,162,119) Choke Coil 600 mH CTH1213 (A,52,122) Inductor CTF1556

EF1422 EF1423 EF1424 EF1425 EF1426

(A,121,128) (A,120,135) (A,122,135) (A,124,135) (A,127,135)

CCG1067 CCG1067 CCG1067 CCG1067 CCG1067

L L L L L

1050 1051 1070 1200 1201

(B,54,138) Inductor (B,57,122) Inductor (B,139,134) Inductor (A,103,15) Inductor (B,77,18) Inductor

CTF1334 CTF1334 LCTC2R2K1608 CTH1256 CTF1306

L L L L L

1202 1203 1204 1206 1207

(A,69,27) Inductor (A,103,39) Inductor (A,98,36) Inductor (A,116,39) Inductor (A,123,97) Inductor

CTF1410 CTF1410 CTF1410 CTF1410 LCTAW100J3225

L L L L L

1270 1400 1430 1486 1487

(B,114,106) Chip Ferrite Bead CTF1399 (B,103,65) Inductor LCTAW2R2J2520 (B,88,122) Inductor CTF1410 (A,81,74) Inductor LCYC2R2K2125 (A,81,72) Inductor LCYC2R2K2125

L 1540 L 1830 L 1940

124

Diode Diode Diode Diode Diode

(A,78,56) Inductor (A,41,10) Inductor (A,96,55) Inductor

LCYC2R2K2125 LCTAW4R7J2520

Inductor LCTAW2R2J3225 Inductor LCTAW2R2J2520 Chip Ferrite Bead CTF1399 Inductor LCTAW2R2J3225 Chip Coil LCTAW1R0J2520

EMI Filter EMI Filter EMI Filter EMI Filter EMI Filter

CEK1279 CEK1285 CEK1259 CEK1259 CEK1286

RESISTORS

LCTAW101J2520 CTF1379 LCYC2R2K2125

R R R R R

1001 1002 1003 1004 1008

(A,143,122) (B,154,145) (B,151,114) (B,151,115) (B,150,119)

RS1/4S102J RS1/4S103J RS1/16S473J RS1/16S104J RS1/16S102J

R R R R R

1009 1010 1012 1013 1014

(B,152,119) (B,150,121) (B,121,118) (B,123,116) (B,132,118)

RS1/16S472J RS1/4S102J RS1/16S223J RS1/16S223J RS1/4SA472J

R R R R R

1016 1017 1018 1030 1070

(A,130,115) (A,134,118) (A,134,114) (A,53,118) (B,139,135)

RS1/16S103J RS1/4SA472J RS1/4SA102J RS1/10S103J RS1/16S153J

AVIC-Z1/UC 1

2

3

4

5

Circuit Symbol and No.

6

7

Part No.

Circuit Symbol and No.

8

Part No.

R R R R R

1200 1201 1202 1203 1204

(A,123,12) (A,127,13) (A,121,15) (A,81,31) (A,84,33)

RS1/4SA331J RS1/4SA331J RS1/16S153J RS1/4SA471J RS1/4SA471J

R R R R R

1428 1429 1430 1431 1432

(B,111,116) (B,107,124) (B,112,116) (B,94,118) (B,90,120)

RS1/16S223J RS1/16S471J RS1/16S471J RS1/16S102J RS1/16S103J

R R R R R

1205 1206 1207 1208 1209

(A,81,29) (B,70,18) (B,70,20) (A,65,15) (B,73,20)

RS1/16S153J RS1/16S391J RS1/16S0R0J RS1/16S332J RS1/16S362J

R R R R R

1433 1434 1435 1436 1437

(B,101,125) (B,95,127) (B,85,122) (B,76,103) (B,76,109)

RS1/16S103J RS1/16S103J RS1/4SA102J RS1/16S681J RS1/16S681J

R R R R R

1210 1211 1212 1213 1214

(B,73,23) (B,102,30) (B,105,31) (B,109,22) (B,89,25)

RS1/16S102J RS1/16S105J RS1/16S225J RS1/16S225J RS1/16S105J

R R R R R

1438 1439 1440 1441 1442

(B,76,112) (B,76,118) (B,79,104) (B,79,107) (B,79,114)

RS1/16S681J RS1/16S681J RS1/16S223J RS1/16S223J RS1/16S223J

R R R R R

1215 1216 1217 1218 1219

(B,93,30) (B,97,20) (B,120,23) (B,112,19) (B,114,28)

RS1/16S105J RS1/16S105J RS1/16S105J RS1/16S225J RS1/16S225J

R R R R R

1443 1444 1445 1446 1447

(B,79,117) (B,80,104) (B,80,107) (B,80,114) (B,80,117)

RS1/16S223J RS1/16S471J RS1/16S471J RS1/16S471J RS1/16S471J

R R R R R

1222 1223 1224 1225 1226

(B,125,108) (B,125,101) (A,135,61) (B,134,66) (B,136,66)

RS1/16S750J RS1/16S104J RS1/16S102J RS1/16S222J RS1/16S471J

R R R R R

1448 1449 1450 1451 1452

(B,99,126) (B,90,118) (B,92,117) (A,101,58) (A,111,60)

RS1/16S331J RS1/16S391J RS1/16S391J RS1/16S181J RS1/16S181J

R R R R R

1227 1228 1229 1231 1235

(B,139,62) (A,175,84) (B,134,60) (A,66,117) (A,85,18)

RS1/10S271J RS1/16S223J RS1/16S332J RS1/16S750J RS1/16S153J

R R R R R

1453 1454 1455 1456 1459

(A,100,58) (A,111,61) (A,99,58) (A,109,62) (A,96,122)

RS1/16S223J RS1/16S223J RS1/16S102J RS1/16S102J RS1/16S101J

R R R R R

1237 1238 1239 1240 1241

(B,128,104) (B,104,29) (B,107,27) (B,135,15) (B,92,28)

RS1/16S101J RS1/16S101J RS1/16S101J RS1/16S0R0J RS1/16S101J

R R R R R

1460 1461 1462 1463 1464

(A,92,121) (A,90,121) (A,86,120) (A,124,131) (A,123,131)

RS1/16S101J RS1/16S101J RS1/16S101J RS1/16S103J RS1/16S103J

R R R R R

1242 1243 1244 1245 1270

(B,97,23) (B,116,17) (B,114,17) (B,96,28) (B,124,129)

RS1/16S104J RS1/16S101J RS1/16S101J RS1/16S102J RS1/16SS750J

R R R R R

1465 1466 1467 1468 1469

(B,94,123) (B,119,55) (B,119,53) (B,117,54) (B,117,52)

RS1/16S103J RS1/16S0R0J RS1/16S0R0J RS1/16S0R0J RS1/16S0R0J

R R R R R

1271 1272 1273 1274 1275

(B,127,126) (B,128,126) (B,119,122) (B,119,120) (B,113,108)

RS1/16SS103J RS1/16SS103J RS1/16S4701D RS1/16S4701D RS1/16SS101J

R R R R R

1470 1480 1486 1487 1488

(B,92,110) (B,80,78) (B,71,81) (B,72,69) (B,71,82)

RS1/16S102J RS1/16S220J RS1/16S102J RS1/16S102J RS1/16S101J

R R R R R

1276 1277 1278 1279 1280

(B,117,119) (B,115,110) (B,121,107) (B,114,109) (B,120,108)

RS1/16S4701D RS1/16S4701D RS1/16SS102J RS1/16SS563J RS1/16SS473J

R R R R R

1489 1490 1491 1501 1506

(B,75,68) (B,70,76) (B,71,72) (A,74,39) (B,53,30)

RS1/16S101J RS1/16S223J RS1/16S223J RS1/16S102J RS1/16S103J

R R R R R

1290 1401 1402 1404 1405

(A,45,20) (A,114,92) (A,166,97) (A,175,95) (A,175,98)

RS1/16S0R0J RS1/16S102J RS1/4S0R0J RN1/16SE1002D RN1/16SE2701D

R R R R R

1507 1508 1510 1511 1512

(B,54,39) (B,53,29) (B,53,27) (B,59,37) (B,59,28)

RS1/16S104J RS1/16S103J RS1/16S103J RS1/16S0R0J RS1/16S103J

R R R R R

1406 1408 1425 1426 1427

(A,175,90) (B,93,120) (B,109,119) (B,109,116) (B,110,123)

RN1/16SE2201D RS1/16S473J RS1/16S821J RS1/16S821J RS1/16S223J

R R R R R

1513 1514 1515 1520 1521

(A,95,62) (A,89,61) (A,39,20) (B,60,52) (B,60,53)

RS1/16S0R0J RS1/16S0R0J RS1/16S0R0J RS1/16S473J RS1/16S473J

A

B

C

AVIC-Z1/UC 5

6

7

8

D

E

F

125

1

2

Circuit Symbol and No.

A

B

3

Part No.

R R R R R

1530 1531 1532 1533 1534

(B,55,66) (B,55,56) (B,55,55) (B,55,62) (B,55,61)

RS1/16S102J RS1/16S104J RS1/16S104J RS1/16S104J RS1/16S104J

R R R R R

1540 1541 1542 1543 1544

(B,74,55) (B,70,57) (A,74,56) (A,74,63) (A,75,53)

RS1/16S303J RS1/16S104J RS1/16S471J RS1/16S471J RS1/16S821J

R R R R R

1545 1546 1547 1548 1549

(A,75,65) (A,75,56) (A,75,63) (B,74,63) (B,70,61)

RS1/16S821J RS1/16S104J RS1/16S104J RS1/16S303J RS1/16S104J

R R R R R

1551 1552 1553 1554 1555

(A,43,34) (A,51,31) (A,44,36) (A,53,31) (A,52,38)

RS1/16S104J RS1/16S104J RS1/16S681J RS1/16S681J RS1/16S681J

R R R R R

1556 1611 1612 1613 1614

(A,52,29) (B,103,89) (B,111,89) (B,102,98) (B,106,98)

RS1/16S681J RS1/16S102J RS1/16S102J RS1/16S821J RS1/16S821J

R R R R R

1615 1616 1621 1622 1623

(B,97,98) (B,111,95) (A,100,102) (A,107,100) (B,102,99)

RS1/16S104J RS1/16S104J RS1/16S472J RS1/16S472J RS1/16S562J

R R R R R

1624 1625 1626 1627 1628

(B,107,99) (B,99,102) (B,109,101) (B,97,103) (B,111,101)

RS1/16S562J RS1/16S472J RS1/16S472J RS1/16S472J RS1/16S472J

R R R R R

1629 1630 1821 1822 1823

(B,99,105) (B,109,105) (A,141,49) (EW5) (A,143,49) (EW5) (A,127,45) (EW5)

RS1/16S472J RS1/16S472J RS1/16S2702D RS1/16S4701D RS1/16S223J

R R R R R R

1824 1825 1826 1827 1840 1841

(A,137,54) (A,127,51) (A,126,43) (A,130,43) (A,172,30) (A,172,26)

RS1/10S271J RS1/16S221J RS1/4SA331J RS1/4SA331J RS1/16S0R0J RS1/16S0R0J

R R R R R

1842 1843 1844 1845 1846

(B,143,102) (B,143,101) (B,144,99) (B,139,103) (B,135,101)

RS1/16S121J RS1/16S471J RS1/8S101J RS1/10S680J RS1/10S680J

R R R R R

1847 1848 1850 1851 1852

(A,175,104) (B,131,101) (B,44,97) (B,47,98) (B,47,100)

RS1/16S223J RS1/16S472J RS1/16S153J RS1/8S821J RS1/8S821J

R R R R R

1853 1854 1855 1856 1857

(B,62,90) (B,64,90) (B,64,99) (B,64,97) (B,62,97)

RS1/16S221J RS1/16S821J RS1/16S2202D RS1/16S2201D RS1/16S4301D

Circuit Symbol and No.

C

D

E

(EW5) (EW5) (EW5) (EW5) (UC) (EW5)

4

Part No.

R R R R R

1900 1901 1904 1906 1908

(A,111,38) (A,86,38) (A,111,40) (A,53,111) (A,69,115)

RS1/16S0R0J RS1/16S0R0J RS1/16S750J RS1/16S473J RS1/16S473J

R R R R R

1940 1941 1942 1943 1944

(A,96,51) (A,96,49) (A,96,58) (A,98,47) (A,86,51)

RS1/16S220J RS1/16S102J RS1/16S102J RS1/16S223J RS1/16S223J

R R R R R

1946 1947 1948 1960 1961

(A,97,56) (A,98,50) (A,150,28) (B,65,48) (B,50,53)

RS1/16S101J RS1/16S101J RS1/16S0R0J RS1/16S220J RS1/16S102J

R R R R R

1962 1963 1964 1966 1967

(B,50,48) (B,49,54) (B,51,45) (B,47,53) (B,48,48)

RS1/16S102J RS1/16S223J RS1/16S223J RS1/16S101J RS1/16S101J

R R R R R

2501 2502 2503 2504 2505

(B,25,70) (B,25,67) (B,25,65) (B,25,63) (B,25,61)

RS1/16S681J RS1/16S681J RS1/16S681J RS1/16S681J RS1/16S681J

R R R R R

2506 2508 2515 2516 2531

(B,30,48) (B,28,60) (B,33,38) (EW5) (B,34,42) (EW5) (A,40,44)

RS1/16S681J RS1/16S223J RS1/16S0R0J RS1/16S0R0J RS1/16S0R0J

R R R R R

2532 2535 2536 2550 2551

(A,39,36) (A,43,44) (A,41,36) (A,21,135) (EW5) (B,25,121) (EW5)

RS1/16S0R0J RS1/16S0R0J RS1/16S0R0J RS1/16S105J RS1/16S821J

R R R R R

2552 2553 2554 2555 2556

(B,25,120) (B,22,113) (B,20,114) (B,17,117) (B,17,118)

(EW5) (EW5) (EW5) (EW5) (EW5)

RS1/16S330J RS1/16S151J RS1/16S681J RS1/16S152J RS1/16S680J

R R R R R R

2557 2558 2559 2560 2561 2562

(B,15,117) (EW5) (B,14,113) (EW5) (B,22,131) (EW5) (B,17,121) (EW5) (B,12,112) (EW5) (B,35,86) (UC)

RS1/16S151J RS1/16S151J RS1/16S332J RS1/16S101J RS1/16S680J RS1/4S0R0J

R R R R R

2563 2564 2800 2801 2802

(B,25,59) (EW5) (B,12,116) (EW5) (B,147,69) (EW5) (B,149,78) (EW5) (B,150,69) (EW5)

RS1/16S681J RS1/8S0R0J RS1/16S152J RS1/16S151J RS1/16S681J

R 2806 R 2807 R 2808

(B,140,47) (EW5) (B,149,53) (EW5) (B,142,61) (EW5)

RS1/10S391J RS1/16S221J RS1/16S473J

CAPACITORS F

126

C 1002 C 1003 C 1006

(B,152,147) (B,152,117) (B,151,124)

CKSRYB102K50 CKSRYB102K50 CKSRYB102K50

AVIC-Z1/UC 1

2

3

4

5

Circuit Symbol and No.

6

7

Part No.

Circuit Symbol and No.

8

Part No.

C 1011 C 1013

(A,121,89) 2 200 µF/16 V CCH1659(P35) (A,138,89) 10 000 µF/16 V CCH1664(P30)

C 1273 C 1275

(B,117,118) (B,121,109)

CCSRCH5R0C50 CKSRYB105K10

C C C C C

1015 1017 1018 1019 1020

(B,124,114) (A,130,116) (A,134,112) (A,155,104) 3 300 µF/16 V (B,152,144)

CKSRYB102K50 CKSQYB105K16 CKSRYB102K50 CCH1018(P30) CKSRYB392K50

C C C C C

1276 1277 1350 1401 1402

(A,119,118) (B,118,105) (B,70,17) (A,130,77) (A,116,94)

CEVW100M16 CKSRYB104K16 CKSRYB104K50 CEVW220M16 CKSRYB102K50

C C C C C

1021 1022 1023 1024 1025

(B,152,128) (B,150,144) (B,150,128) (B,149,144) (B,148,128)

CKSRYB392K50 CKSRYB392K50 CKSRYB392K50 CKSRYB392K50 CKSRYB392K50

C C C C C

1403 1404 1405 1419 1420

(A,168,94) (A,162,98) (A,117,100) (A,101,85) (A,110,74)

CCSRCH102J50 CKSQYF334Z25 CEVW101M16 CKSRYB104K25 CEVW100M16

C C C C C

1026 1027 1030 1050 1051

(B,144,144) (B,146,128) (A,53,120) (B,52,138) (B,55,122)

CKSRYB392K50 CKSRYB392K50 CKSRYF103Z50 CKSRYB102K50 CKSRYB102K50

C C C C C

1421 1423 1424 1425 1426

(A,94,93) (A,100,98) 10 µF (A,105,96) 10 µF (A,99,78) (A,100,86)

CEVW100M16 CCG1138 CCG1138 CEVW100M16 CKSRYB104K25

C C C C C

1071 1200 1201 1202 1203

(A,136,135) (A,92,21) (A,100,23) (A,114,24) (A,109,23)

CKSRYB102K50 CEVW101M16 CEVW101M16 CKSRYB104K25 CEVW101M16

C C C C C

1427 1428 1429 1430 1431

(B,110,124) (B,113,119) (A,107,82) (A,105,119) (B,90,122)

CKSRYB222K50 CKSRYB222K50 CEVW100M16 CEVW330M10 CKSRYB103K50

C C C C C

1204 1205 1209 1210 1211

(A,121,29) (A,118,23) (A,84,20) (A,80,24) (A,79,35)

CKSRYB104K25 CEVW101M16 CKSRYB104K25 CEVW101M16 CEVWNP100M10

C C C C C

1432 1433 1434 1435 1436

(A,99,81) (A,102,72) (A,106,72) (A,87,111) (A,79,112)

CKSRYB104K25 CKSRYB104K25 CKSRYB104K25 CEVW100M16 CEVW100M16

C C C C C

1212 1213 1214 1215 1216

(A,109,45) (A,106,50) (B,68,16) (B,73,21) (A,69,25)

CEVWNP100M10 CEVWNP100M10 CKSRYB104K25 CCSRCH5R0C50 CKSRYB102K50

C C C C C

1437 1438 1439 1440 1441

(A,86,116) (A,79,117) (B,78,103) (B,80,109) (B,80,111)

CEVW100M16 CEVW100M16 CKSRYB222K50 CKSRYB222K50 CKSRYB222K50

C C C C C

1217 1218 1219 1220 1221

(B,102,18) (A,68,22) (A,89,32) (A,103,44) (A,103,34)

CCSRCH101J50 CEVW100M16 CEVWNP100M10 CEVWNP100M10 CEVW470M16

C C C C C

1442 1443 1451 1452 1453

(B,78,118) (A,98,115) (A,90,65) (A,92,63) (B,101,66)

CKSRYB222K50 CEVW470M16 CKSQYB105K10 CKSQYB105K10 CKSQYB475K10

C C C C C

1222 1223 1225 1226 1227

(B,107,24) (A,125,33) (B,97,19) (A,95,31) (B,93,18)

CKSRYB104K25 CEVWNP100M10 CKSRYB104K25 CEVW470M16 CKSRYB104K25

C C C C C

1454 1457 1458 1459 1460

(B,105,62) (A,88,65) (A,96,64) (A,98,61) (A,109,65)

CKSQYB475K10 CKSQYB104K16 CKSQYB104K16 CKSQYB475K10 CKSQYB475K10

C C C C C

1230 1231 1232 1233 1234

(A,117,34) (B,117,29) (A,124,111) (A,117,110) (A,134,33)

CEVW470M16 CKSRYB104K25 CEVW220M16 CEVW101M16 CEVWNP100M10

C C C C C

1461 1462 1463 1464 1465

(B,115,126) (A,90,129) (A,95,125) (A,91,123) (A,93,123)

CKSRYB104K25 CKSRYB105K10 CKSQYB105K16 CKSQYB105K16 CKSQYB105K16

C C C C C

1235 1236 1237 1238 1239

(B,122,103) (A,126,103) (A,127,67) (A,132,67) (A,135,64)

CKSRYB104K25 CEVW101M16 CEVW101M16 CKSRYB104K25 CKSRYB104K25

C C C C C

1466 1467 1468 1469 1470

(A,86,122) (A,95,129) (A,91,126) (A,91,127) (A,86,123)

CKSQYB105K16 CKSRYB105K10 CKSRYB105K10 CKSRYB105K10 CKSRYB105K10

C C C C C

1240 1241 1242 1250 1251

(A,142,61) 100 µF/16 V (A,136,61) (B,134,62) (A,105,62) (A,80,40)

CCH1565 CKSRYB105K10 CKSRYB153K25 CEVWNP100M10 CEVWNP100M10

C C C C C

1471 1472 1473 1474 1475

(A,108,129) (B,102,126) (A,87,130) (A,106,127) (A,82,122)

CKSQYB225K10 CKSRYB104K25 CKSRYB104K25 CKSQYB225K10 CEVW100M16

(B,123,127) 10 µF (B,125,127) 10 µF (B,127,125)

CCG1171 CCG1171 CKSRYB473K50

C 1476 C 1477 C 1478

(A,111,65) (A,100,61) (B,113,77)

CKSQYB475K10 CKSQYB475K10 CKSQYB475K10

C 1270 C 1271 C 1272

AVIC-Z1/UC 5

6

7

8

A

B

C

D

E

F

127

1

Circuit Symbol and No.

A

B

C

D

E

F

2

3

Part No.

4

Circuit Symbol and No.

Part No.

C 1479 C 1480

(B,94,77) (B,113,75)

CKSQYB475K10 CKSQYB475K10

C 1842 C 1843

(A,119,77) (A,141,110)

CEHVW471M16 CEHVW331M16

C C C C C

1481 1482 1483 1484 1485

(B,94,75) (B,113,73) (B,94,72) (B,113,70) (B,94,70)

CKSQYB475K10 CKSQYB475K10 CKSQYB475K10 CKSQYB475K10 CKSQYB475K10

C C C C C

1850 1851 1852 1853 1854

(B,44,93) (B,44,95) (A,45,92) (B,62,99) (B,61,99)

CKSRYB104K25 CKSRYB103K50 CEVW101M16 CKSRYB102K50 CKSRYB103K50

C C C C C

1486 1487 1488 1489 1490

(A,75,74) (B,73,76) (B,80,76) (A,80,82) (B,81,76)

CEVW220M16 CKSRYB105K10 CKSRYB104K50 CEVW220M16 CCSRCH471J50

C C C C C

1855 1900 1901 1903 1904

(A,45,100) (A,112,38) (A,109,38) (A,67,114) (A,64,113)

CEVW101M16 CKSQYB475K10 CKSQYB475K10 CKSQYB475K10 CKSQYB475K10

C C C C C

1491 1492 1493 1494 1495

(B,80,72) (B,74,82) (B,75,69) (B,69,76) (B,70,72)

CCSRCH471J50 CKSRYB105K10 CKSRYB105K10 CCSRCH471J50 CCSRCH471J50

C C C C C

1905 1906 1910 1940 1941

(A,52,111) (A,92,37) (A,113,34) (A,96,46) (A,91,53)

CKSRYB473K50 CKSRYB104K25 CKSRYB104K25 CKSRYB105K10 CEVW220M16

C C C C C

1501 1502 1503 1504 1506

(A,73,36) (A,68,33) (A,60,33) (A,60,28) (B,49,30)

CKSRYB102K50 CEVW101M16 CEVW101M16 CKSRYB104K25 CKSRYB105K10

C C C C C

1942 1943 1944 1945 1946

(A,93,49) (A,91,42) (A,83,46) (A,93,58) (A,97,47)

CKSRYB104K50 CKSRYB105K10 CEVW220M16 CKSRYB105K10 CCSRCH471J50

C C C C C

1507 1508 1517 1520 1521

(B,50,27) (B,59,27) (A,96,60) (A,66,54) 10 µF (A,66,56) 10 µF

CKSRYB105K10 CCSRCH101J50 CKSRYB105K10 CCG1203 CCG1203

C C C C C

1947 1960 1961 1962 1963

(A,85,51) (A,60,47) (B,62,46) (B,54,47) (B,52,52)

CCSRCH471J50 CEVW220M16 CKSRYB104K50 CKSRYB105K10 CKSRYB105K10

C C C C C

1522 1523 1525 1530 1531

(A,66,62) 10 µF (A,66,63) 10 µF (B,59,56) (A,60,59) (A,56,58)

CCG1203 CCG1203 CKSRYB104K50 CEVW100M16 CKSRYB103K50

C C C C C

1964 1965 1966 1967 2501

(A,67,48) (B,51,50) (B,49,56) (B,51,47) (A,35,73)

CEVW220M16 CKSRYB105K10 CCSRCH471J50 CCSRCH471J50 CKSRYB103K50

C C C C C

1540 1541 1542 1543 1544

(A,62,52) (A,64,65) (B,75,59) (A,71,55) (A,71,64)

CKSQYB475K10 CKSQYB475K10 CKSRYB103K50 CEVW100M16 CEVW100M16

C C C C C

2502 2503 2504 2506 2507

(A,42,69) (A,35,68) (B,25,44) (B,25,41) 10 µF (A,33,42)

CEVW221M10 CKSRYB103K50 CKSRYB103K50 CCG1171 CEVW470M16

C C C C C

1551 1552 1554 1555 1556

(A,42,30) (A,47,30) (A,54,30) (A,53,37) (A,52,26)

CEVWNP100M10 CEVWNP100M10 CKSRYB562K50 CKSRYB562K50 CKSRYB272K50

C C C C C

2508 2509 2512 2514 2515

(B,30,57) (A,30,52) (A,35,51) (A,51,69) (B,34,40) (EW5)

CKSRYB103K50 CKSRYB103K50 CEVW470M16 CEVW221M10 CKSRYB102K50

C C C C C

1557 1621 1622 1623 1624

(A,55,39) (B,100,99) (B,109,97) (B,98,102) (B,110,101)

CKSRYB272K50 CKSRYB105K10 CKSRYB105K10 CCSRCH221J50 CCSRCH221J50

C C C C C

2516 2550 2551 2552 2555

(B,32,41) (EW5) (A,24,133) (EW5) (A,26,132) (EW5) (A,26,127) (EW5) (B,16,114) (EW5)

CKSRYB102K50 CCSRCH270J50 CCSRCH220J50 CCSRCH470J50 CKSRYB103K50

C C C C C

1625 1626 1627 1628 1809

(B,98,105) (B,110,105) (A,107,103) (A,105,109) (B,143,113)

CCSRCH221J50 CCSRCH221J50 CKSRYB104K25 CEVW101M16 CKSRYB104K25

C C C C C

2556 2557 2558 2559 2560

(B,24,111) (B,25,115) (A,21,131) (A,23,127) (B,24,129)

(EW5) (EW5) (EW5) (EW5) (EW5)

CCSRCH270J50 CCSRCH150J50 CCSRCH270J50 CCSRCH330J50 CKSRYB103K50

C C C C C

1811 1812 1821 1822 1823

(B,141,118) (B,145,124) (A,141,47) (EW5) (A,141,50) (EW5) (A,137,43) (EW5)

CKSRYB102K50 CKSRYB102K50 CCSRCH102J50 CCSRCH102J50 CEVW101M16

C C C C C

2561 2562 2563 2564 2565

(A,22,110) (B,17,115) (B,16,113) (B,14,119) (A,15,119)

(EW5) (EW5) (EW5) (EW5) (EW5)

CKSRYB103K50 CKSRYB222K50 CKSRYB103K50 CKSRYB222K50 CKSRYB222K50

C 1824 C 1840 C 1841

(A,117,52) (EW5) (B,143,105) (B,140,105)

CEVW101M16 CKSRYB104K16 CKSRYB103K50

C 2566 C 2567 C 2568

(A,14,129) (EW5) (B,12,120) (EW5) (B,26,112) (EW5)

CKSRYB103K50 CKSRYB222K50 CCSRCH220J50

128

AVIC-Z1/UC 1

2

3

4

5

6

Circuit Symbol and No.

Part No.

C 2800 C 2801

(B,148,69) (EW5) (B,148,67) (EW5)

CKSRYB222K50 CKSRYB103K50

C C C C C

2802 2804 2805 2806 2807

(B,149,79) (A,145,35) (B,144,45) (B,147,45) (A,145,44)

(EW5) (EW5) (EW5) (EW5) (EW5)

CCSRCH220J50 CEVW100M16 CKSRYB473K50 CKSRYB103K50 CEVW220M16

C C C C

2808 2809 2810 2811

(B,143,51) (B,143,53) (B,145,61) (B,139,53)

(EW5) (EW5) (EW5) (EW5)

CKSRYB103K50 CKSRYB221K50 CKSRYB103K50 CKSRYB473K50

D Unit Number : CWX3301 Unit Name

MISCELLANEOUS IC 1101 IC 1201 IC 1202 IC 1301 IC 1401

(A,37,85) (A,76,64) (A,62,64) (A,38,58) (B,33,41)

IC IC IC IC IC

AN8703FH BA5985FM AN8471SAT1 MNZS26EDCUB TC74LCX245FTS1

IC 1402 IC 1403 IC 1405 IC 1501 IC 1502

(B,28,25) (B,35,19) (A,38,18) (B,87,22) (A,94,45)

IC IC IC IC IC

TC7SH04FUS1 TC74LCX244FTS1 TC74LCX244FTS1 K4S641632H-TC75 TC74VCX74FT

IC 1503 IC 1504 IC 1505 IC 1507 IC 1602

(A,85,25) (A,85,48) (B,95,39) (A,60,54) (B,65,34)

IC IC IC IC IC

MN677531KAUB TC74VCX74FT TC7PA04FU SM8707FV NJM2100M

IC 1604 IC 1605 IC 1701 IC 1702 IC 1705

(B,58,44) IC (B,59,29) IC (A,114,28) IC (A,59,38) IC (B,114,27) IC

NJM2100V PCM1742KE PE5511A M5M5V216ATP-70HI PD6527A

IC 1706 Q 1101 Q 1102 Q 1103 Q 1104

(A,127,40) (B,59,108) (B,59,102) (A,45,108) (A,48,109)

TC7SH08FUS1 2SB1260 2SB1260 UN2211 2SB709A

Q Q Q D D

1105 1201 1501 1101 1102

(A,51,109) Transistor (A,30,19) Transistor (A,87,7) Transistor (B,55,108) Diode (B,55,102) Diode

2SD601A DTC124EU 2SA1037K 1SS355 1SS355

D D L L L

1301 1302 1301 1302 1303

(A,26,43) (B,32,84) (A,25,38) (A,24,41) (B,30,72)

Diode Chip LED Inductor Inductor Inductor

UDZS2R7(B) CL205IRXTU CTF1409 CTF1394 CTF1395

L L L L L

1305 1504 1505 1506 1507

(A,23,76) (A,76,48) (B,80,39) (A,98,44) (A,89,51)

Inductor Inductor Inductor Inductor Inductor

CTF1409 CTF1394 CTF1409 CTF1473 CTF1473

L 1508 L 1509

Circuit Symbol and No.

8

Part No.

L 1510 L 1518 L 1520

(B,80,9) Inductor CTF1409 (B,70,22) Inductor CTF1385 (A,65,55) Chip Ferrite Bead CTF1399

L L L L L

(B,82,36) Inductor (B,58,35) Inductor (A,105,15) Inductor (A,68,40) Inductor (B,122,39) Inductor

A

1522 1605 1701 1702 1703

L 1704 X 1501 X 1701 VR1502

CTF1395 CTF1379 CTF1395 CTF1409 CTF1473

(A,129,27) Inductor CTF1473 (A,55,54) Radiator 27 MHz CSS1609 (A,129,31) Ceramic Resonator 4.97 MHz CSS1575 (A,96,7) Semi-fixed 2.2 kΩ(B) C1444

RESISTORS

: DVD Core Unit

IC Transistor Transistor Transistor Transistor

7

(B,98,39) Inductor CTF1473 (A,82,6) Chip Ferrite Bead CTF1399

B

R R R R R

1101 1102 1103 1104 1105

(B,51,106) (B,52,108) (B,51,110) (B,52,110) (B,53,110)

RS1/16SS101J RS1/16SS3R9J RS1/16SS3R9J RS1/16SS3R9J RS1/16SS3R9J

R R R R R

1106 1107 1108 1109 1110

(B,51,108) (B,48,102) (B,49,103) (B,51,103) (B,53,104)

RS1/16SS330J RS1/16SS3R9J RS1/16SS3R9J RS1/16SS3R9J RS1/16SS3R9J

R R R R R

1111 1112 1113 1124 1125

(A,44,111) (A,46,111) (A,49,111) (A,29,86) (A,29,85)

RS1/16SS272J RS1/16SS472J RS1/16SS102J RS1/16SS273J RS1/16SS273J

R R R R R

1126 1130 1131 1132 1133

(B,35,87) (A,25,84) (A,29,84) (A,25,82) (A,28,83)

RS1/16SS224J RS1/16SS0R0J RS1/16SS0R0J RS1/16SS0R0J RS1/16S2402D

R R R R R

1134 1135 1140 1141 1142

(A,28,81) (A,26,81) (A,46,84) (A,45,86) (B,41,87)

RS1/16S1002D RS1/16S2702D RS1/16SS105J RS1/16SS105J RS1/16SS105J

R R R R R

1151 1152 1201 1202 1203

(A,35,94) (A,34,93) (A,82,54) (A,81,54) (A,80,54)

RS1/16SS103J RS1/16SS103J RS1/16SS221J RS1/16SS393J RS1/16SS303J

R R R R R

1205 1206 1209 1210 1211

(A,77,53) (A,77,52) (A,68,71) (A,69,61) (A,69,60)

RS1/16SS0R0J RS1/16SS102J RS1/16SS221J RS1/16SS393J RS1/16SS393J

R R R R R

1212 1213 1214 1215 1216

(A,69,57) (A,69,56) (A,71,54) (A,67,57) (A,67,58)

RS1/16SS393J RS1/16SS393J RS1/16SS221J RS1/16SS1R0J RS1/16SS1R0J

R R R R R

1218 1219 1220 1221 1222

(A,53,69) (A,52,73) (A,68,70) (A,30,16) (A,31,16)

RS1/16SS221J RS1/16SS221J RS1/16SS221J RS1/16SS822J RS1/16SS822J

AVIC-Z1/UC 5

6

7

8

C

D

E

F

129

1

Circuit Symbol and No.

A

B

2

3

Part No.

4

Circuit Symbol and No.

Part No.

R R R R R

1223 1224 1225 1226 1227

(A,32,16) (A,30,14) (A,31,14) (A,32,14) (A,29,17)

RS1/16SS822J RS1/16SS563J RS1/16SS243J RS1/16SS473J RS1/16SS473J

R R R R R

1409 1410 1411 1412 1413

(B,38,11) (B,38,13) (B,36,13) (B,35,12) (B,34,12)

RS1/16SS820J RS1/16SS820J RAB4CQ0R0J RS1/16SS100J RS1/16SS820J

R R R R R

1228 1229 1230 1232 1233

(A,67,56) (A,67,55) (A,64,59) (A,33,16) (A,33,14)

RS1/16SS1R0J RS1/16SS1R0J RS1/16SS1R0J RS1/16SS822J RS1/16SS243J

R R R R R

1414 1415 1418 1421 1423

(B,32,13) (B,26,8) (B,27,27) (A,33,19) (A,43,16)

RAB4CQ820J RS1/16SS103J RS1/16SS221J RS1/16SS221J RS1/16SS221J

R R R R R

1234 1235 1236 1237 1301

(B,30,81) (B,28,81) (A,65,70) (A,60,59) (A,26,40)

RS1/16S391J RS1/16S471J RS1/16SS513J RS1/16SS513J RS1/16SS222J

R R R R R

1424 1425 1426 1501 1502

(A,43,19) (A,30,43) (A,30,40) (A,102,25) (B,97,12)

RS1/16SS221J RAB4CQ221J RAB4CQ221J RS1/16SS220J RAB4CQ220J

R R R R R

1321 1322 1323 1324 1334

(B,41,62) (B,41,63) (B,41,64) (B,41,65) (A,48,74)

RS1/16SS104J RS1/16SS0R0J RS1/16SS221J RS1/16SS221J RS1/16SS221J

R R R R R

1503 1504 1505 1508 1512

(A,55,50) (B,97,15) (A,59,48) (B,97,17) (B,97,20)

RS1/16S101J RAB4CQ220J RS1/16S101J RAB4CQ220J RAB4CQ220J

R R R R R

1336 1337 1338 1339 1340

(B,48,74) (B,47,74) (B,40,67) (A,38,74) (B,39,67)

RS1/16SS103J RS1/16SS103J RS1/16SS472J RS1/16SS273J RS1/16SS472J

R R R R R

1518 1522 1523 1527 1533

(B,97,22) (B,97,26) (B,83,35) (B,96,29) (A,89,45)

RAB4CQ220J RAB4CQ220J RS1/16S0R0J RAB4CQ220J RS1/16SS201J

R R R R R

1341 1342 1344 1349 1350

(A,37,74) (B,41,67) (B,38,67) (A,31,73) (A,31,75)

RS1/16SS273J RS1/16SS273J RS1/16SS273J RS1/16SS562J RS1/16SS242J

R R R R R

1534 1538 1539 1542 1543

(B,97,34) (B,94,34) (B,91,35) (A,87,44) (A,89,48)

RAB4CQ220J RAB4CQ220J RS1/16SS221J RS1/16SS103J RS1/16SS680J

R R R R R

1352 1353 1360 1361 1362

(A,29,75) (A,23,69) (A,22,63) (B,30,58) (B,31,54)

RS1/16S2702D RS1/16SS102J RS1/16SS153J RS1/16SS105J RS1/16SS473J

R R R R R

1544 1545 1549 1550 1551

(A,86,44) (A,84,44) (A,49,37) (A,87,41) (A,85,41)

RS1/16SS0R0J RS1/16SS0R0J RS1/16SS0R0J RS1/16SS0R0J RS1/16SS0R0J

R R R R R

1363 1364 1365 1367 1369

(B,35,54) (B,31,53) (B,35,53) (B,31,52) (B,31,51)

RS1/16SS101J RS1/16SS123J RS1/16SS101J RS1/16SS473J RS1/16SS473J

R R R R R

1552 1553 1554 1555 1556

(A,89,6) (A,92,6) (A,90,6) (A,89,8) (A,84,6)

RS1/16SS471J RS1/16S68R0D RS1/16SS471J RS1/16SS0R0J RS1/16SS750J

R R R R R

1375 1376 1377 1378 1379

(B,27,46) (B,30,46) (B,28,46) (B,29,46) (B,32,46)

RS1/16SS103J RS1/16SS103J RS1/16SS103J RS1/16SS103J RS1/16SS103J

R R R R R

1557 1558 1559 1560 1561

(A,83,44) (A,82,8) (A,80,42) (A,99,8) (A,99,6)

RS1/16SS0R0J RS1/16SS622J RAB4CQ0R0J RS1/16SS122J RS1/16SS162J

R R R R R

1380 1383 1391 1392 1393

(B,36,50) (B,48,49) (B,51,44) (B,53,44) (B,50,44)

RS1/16SS103J RS1/16SS103J RS1/16SS103J RS1/16SS103J RS1/16SS103J

R R R R R

1562 1563 1564 1565 1566

(A,82,44) (A,100,5) (A,83,42) (B,77,14) (B,78,15)

RS1/16SS0R0J RS1/16SS4R7J RAB4CQ0R0J RS1/16S101J RS1/16S101J

R R R R R

1394 1395 1396 1401 1403

(B,52,44) (B,30,64) (B,30,62) (B,47,7) (B,48,12)

RS1/16SS471J RS1/16SS0R0J RS1/16SS0R0J RS1/16SS101J RAB4CQ220J

R R R R R

1567 1568 1569 1570 1571

(A,77,42) (B,71,19) (B,71,20) (B,71,17) (B,70,23)

RAB4CQ0R0J RS1/16S101J RS1/16S101J RS1/16S101J RS1/16S220J

R R R R R

1404 1405 1406 1407 1408

(B,46,12) (B,43,12) (B,41,12) (B,39,13) (B,39,11)

RAB4CQ220J RAB4CQ220J RAB4CQ220J RS1/16SS220J RS1/16SS103J

R R R R R

1572 1573 1574 1575 1576

(A,75,42) (B,74,13) (A,72,42) (B,73,31) (B,73,34)

RAB4CQ0R0J RS1/16SS473J RAB4CQ0R0J RAB4CQ0R0J RAB4CQ0R0J

C

D

E

F

130

AVIC-Z1/UC 1

2

3

4

5

Circuit Symbol and No.

6

7

Part No.

R R R R R

1577 1578 1579 1587 1595

(B,73,36) (B,70,24) (B,72,22) (B,78,16) (B,90,39)

RAB4CQ0R0J RS1/16SS472J RS1/16SS101J RS1/16SS101J RS1/16SS472J

R R R R R

1596 1597 1598 1601 1602

(B,91,39) (A,62,49) (A,62,58) (B,70,28) (B,70,31)

RS1/16SS472J RS1/16SS104J RS1/16SS270J RS1/16SS821J RS1/16SS821J

R R R R R

1603 1604 1605 1606 1607

(B,55,26) (B,58,36) (B,63,27) (B,61,41) (B,63,28)

RS1/16SS0R0J RS1/16SS0R0J RS1/16SS102J RS1/16SS102J RS1/16SS222J

R R R R R

1608 1609 1610 1611 1612

(B,61,40) (B,64,27) (B,63,41) (B,64,28) (B,63,40)

RS1/16SS222J RS1/16SS472J RS1/16SS472J RS1/16SS472J RS1/16SS472J

R R R R R

1613 1614 1615 1616 1626

(B,66,29) (B,65,40) (B,66,30) (B,65,39) (B,53,26)

RS1/16SS103J RS1/16SS103J RS1/16SS472J RS1/16SS472J RS1/16SS0R0J

R R R R R

1627 1628 1637 1638 1642

(B,52,26) (B,51,26) (B,107,10) (B,109,10) (B,118,10)

RS1/16SS0R0J RS1/16SS0R0J RS1/16SS104J RS1/16SS104J RS1/16SS221J

R R R R R

1643 1645 1647 1648 1649

(B,119,10) (B,114,11) (B,120,10) (B,121,11) (B,114,9)

RS1/16SS221J RS1/16SS0R0J RS1/16SS221J RS1/16SS221J RS1/16SS0R0J

R R R R R

1650 1651 1653 1656 1701

(B,113,11) (B,111,9) (B,50,26) (B,124,12) (A,110,14)

RS1/16SS0R0J RS1/16SS0R0J RS1/16SS473J RS1/16SS102J RS1/16SS473J

R R R R R

1704 1706 1707 1708 1714

(A,121,14) (A,125,17) (A,122,14) (B,121,21) (A,128,24)

RS1/16SS473J RS1/16SS104J RS1/16SS221J RS1/16SS221J RS1/16SS221J

R R R R R

1715 1716 1717 1718 1720

(A,129,24) (B,122,26) (B,121,26) (B,127,26) (B,125,27)

RS1/16SS473J RS1/16SS221J RS1/16SS104J RS1/16SS104J RS1/16SS104J

R R R R R

1721 1722 1723 1724 1725

(B,125,28) (B,121,32) (B,129,27) (B,128,31) (A,122,42)

RS1/16SS104J RS1/16SS104J RS1/16SS104J RS1/16SS222J RS1/16SS223J

R R R R R

1726 1727 1728 1730 1731

(B,54,32) (B,106,33) (B,107,33) (B,125,33) (B,121,34)

RS1/16SS104J RS1/16SS104J RS1/16SS104J RS1/16SS221J RS1/16SS104J

Circuit Symbol and No.

8

Part No.

R R R R R R

1732 1733 1734 1735 1736 1737

(B,114,39) (A,102,43) (B,122,33) (B,122,36) (B,125,35) (A,104,40)

RS1/16SS0R0J RS1/16SS104J RS1/16SS221J RS1/16SS104J RS1/16SS104J RS1/16SS104J

R R R R R R

1738 1739 1740 1741 1742 1746

(A,104,43) (A,114,40) (A,122,43) (A,117,40) (B,107,17) (A,106,43)

RS1/16SS104J RS1/16SS330J RS1/16SS0R0J RS1/16SS0R0J RS1/16SS473J RS1/16SS104J

R R R R R R

1748 1749 1750 1751 1752 1753

(A,116,40) (A,124,42) (A,124,41) (A,124,40) (B,121,18) (A,112,40)

RS1/16SS104J RS1/16SS103J RS1/16SS473J RS1/16SS103J RS1/16SS104J RS1/16SS104J

R R R R R

1754 1756 1757 1758 1759

(A,112,41) (A,115,40) (A,115,42) (A,116,42) (A,117,42)

RS1/16SS104J RS1/16SS104J RS1/16SS472J RS1/16SS104J RS1/16SS104J

R R R R R

1760 1761 1762 1763 1764

(A,121,44) (B,122,48) (A,117,14) (A,106,40) (A,116,14)

RS1/16S1002D RS1/16SS105J RS1/16SS473J RS1/16SS104J RS1/16SS104J

R R R R R

1765 1767 1768 1769 1770

(A,120,14) (B,122,32) (A,124,43) (A,113,14) (B,121,22)

RS1/16SS104J RS1/16SS104J RS1/16SS473J RS1/16SS104J RS1/16SS473J

R R R R R

1771 1773 1790 1792 1794

(B,121,23) (B,124,16) (A,50,40) (A,50,41) (A,121,41)

RS1/16SS473J RS1/16SS103J RS1/16SS473J RS1/16SS0R0J RS1/16SS222J

R R R R R

1795 1796 1797 1798 1801

(A,114,14) (A,124,14) (A,115,14) (A,124,42) (A,112,44)

RS1/16SS104J RS1/16SS473J RS1/16SS104J RS1/16SS104J RS1/16SS104J

R R R R

1802 1803 1804 1805

(A,125,40) (A,125,39) (B,127,45) (B,128,42)

RS1/16SS104J RS1/16SS104J RS1/16SS102J RS1/16SS102J

6

B

C

D

E

CAPACITORS C C C C C

1101 1102 1103 1104 1105

(B,37,106) (A,48,103) (B,53,106) (B,54,108) (A,44,103)

CSZSC470M16 CSZSR470M6R3 CKSSYB104K10 CKSSYB103K16 CSZSR101M6R3

C C C C C

1106 1107 1108 1109 1110

(B,47,102) (B,54,102) (B,52,106) (A,48,107) (A,52,106)

CKSSYB104K10 CKSSYB103K16 CKSSYB104K10 CKSRYB473K25 CKSRYB473K25

C 1111

(B,62,102)

CKSSYB103K16

AVIC-Z1/UC 5

A

7

8

F

131

1

Circuit Symbol and No.

A

2

3

Part No.

4

Circuit Symbol and No.

Part No.

C C C C

1112 1113 1114 1121

(A,47,100) (A,47,99) (A,50,101) (B,35,88)

CKSRYB105K10 CKSRYB105K10 CKSSYB103K16 CKSSYB221K50

C C C C

1336 1337 1338 1339

(A,24,59) (B,35,56) (B,31,56) (A,22,56)

CKSSYB104K10 CKSRYB102K50 CKSRYB102K50 CKSRYB102K50

C C C C C

1122 1124 1125 1126 1127

(A,28,80) (B,37,81) (A,38,77) (A,39,77) (A,40,77)

CKSRYB393K16 CKSSYB221K50 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10

C C C C C

1340 1341 1342 1343 1344

(A,24,56) (A,22,55) (A,22,53) (A,22,51) (A,22,50)

CKSSYB104K10 CCSSCH101J50 CKSRYB391K50 CKSRYB471K50 CKSRYB331K50

C C C C C

1128 1129 1132 1133 1134

(A,42,77) (A,44,82) (A,46,85) (A,46,87) (A,46,88)

CKSRYB472K50 CKSSYB104K10 CKSRYB561K50 CKSRYB561K50 CKSRYB273K16

C C C C C

1346 1347 1348 1349 1350

(A,24,50) (A,33,44) (A,37,44) (A,39,44) (A,42,44)

CKSRYB224K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10

C C C C C

1135 1136 1137 1138 1139

(A,45,90) (A,45,90) (A,45,91) (B,37,87) (B,39,88)

CKSSYB473K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10

C C C C C

1351 1352 1401 1402 1403

(A,46,44) (A,48,44) (B,46,7) (B,38,39) (B,28,23)

CKSSYB104K10 CKSSYB104K10 CCSSCH181J25 CKSSYB104K10 CKSSYB104K10

C C C C C

1201 1204 1205 1206 1207

(A,82,58) (B,23,55) (A,83,67) (A,83,69) (A,83,70)

CKSSYB104K10 CEVW101M16 CKSRYB104K16 CKSRYB103K50 CKSRYB103K50

C C C C C

1404 1406 1501 1502 1503

(B,32,23) (A,43,21) (B,79,12) (B,80,14) (B,80,19)

CKSSYB104K10 CKSSYB104K10 CKSRYB224K10 CKSRYB224K10 CKSRYB224K10

C C C C C

1208 1209 1213 1214 1215

(A,70,61) (A,70,57) (A,55,68) (A,56,68) (A,57,59)

CCSSCH5R0C50 CCSSCH470J50 CKSRYB104K25 CKSRYB104K25 CKSSYB104K10

C C C C C

1504 1505 1507 1508 1510

(B,80,23) (B,86,35) (B,95,17) (B,95,22) (B,79,33)

CKSRYB224K10 CKSRYB224K10 CKSRYB224K10 CKSRYB224K10 CSZSC101M10

C C C C C

1216 1217 1218 1221 1301

(A,55,61) (A,67,59) (A,67,51) (A,32,21) (A,53,49)

CSZSC470M16 CKSRYB104K25 CSZSC470M16 CKSRYB104K25 CKSSYB104K10

C C C C C

1513 1514 1515 1516 1517

(B,100,13) (B,101,20) (B,100,15) (B,100,19) (B,100,21)

CKSRYB224K10 CKSRYB224K10 CKSRYB224K10 CKSRYB224K10 CKSRYB224K10

C C C C C

1302 1303 1304 1305 1306

(B,50,57) (A,53,58) (A,53,63) (A,53,65) (A,49,74)

CKSSYB104K10 CKSSYB224K6R3 CKSSYB104K10 CKSSYB224K6R3 CKSSYB471K50

C C C C C

1518 1519 1520 1521 1522

(B,100,24) (B,100,27) (B,100,29) (B,100,32) (B,100,34)

CKSRYB224K10 CKSRYB224K10 CKSRYB224K10 CKSRYB224K10 CKSRYB224K10

C C C C C

1307 1308 1309 1310 1311

(A,44,73) (A,42,73) (A,39,74) (A,36,74) (B,42,67)

CKSSYB104K10 CKSRYB224K10 CKSSYB104K10 CKSSYB104K10 CKSSYB103K16

C C C C C

1523 1524 1525 1526 1527

(B,100,37) (A,98,47) (A,100,10) (A,100,41) (A,95,41)

CKSRYB224K10 CKSRYB224K10 CKSSYB104K10 CKSRYB224K10 CKSRYB224K10

C C C C C

1312 1313 1314 1315 1316

(B,38,65) (A,33,73) (B,31,68) (A,30,74) (A,27,75)

CKSSYB103K16 CKSSYB104K10 CKSRYB224K10 CKSRYB102K50 CKSRYB393K16

C C C C C

1528 1529 1530 1531 1532

(A,93,8) (A,92,41) (A,86,51) (B,92,35) (A,92,8)

CKSSYB104K10 CKSRYB224K10 CKSRYB224K10 CKSSYB471K50 CKSSYB104K10

C C C C C

1317 1318 1319 1320 1329

(A,26,72) (A,23,70) (A,22,70) (A,23,68) (A,24,63)

CKSSYB104K10 CKSSYB103K16 CKSSYB104K10 CKSSYB103K16 CKSSYB104K10

C C C C C

1533 1534 1535 1538 1539

(A,90,41) (B,97,39) (B,86,37) (B,84,10) (B,80,10)

CKSSYB104K10 CKSRYB224K10 CKSSYB104K10 CKSSYB104K10 CKSRYB105K10

C C C C C

1330 1331 1332 1333 1334

(A,23,66) (A,22,64) (A,23,62) (A,23,60) (B,33,57)

CKSRYB183K25 CCSSCH470J50 CKSRYB224K10 CKSRYB224K10 CKSRYB102K50

C C C C C

1540 1542 1543 1544 1547

(A,100,7) (B,80,37) (B,84,9) (A,81,8) (A,77,7)

CKSRYB105K10 CKSSYB104K10 CSZS4R7M16 CKSSYB104K10 CSZSR330M10

C 1335

(B,30,57)

CKSSYB152K50

C 1548

(B,76,12)

CKSSYB104K10

B

C

D

E

F

132

AVIC-Z1/UC 1

2

3

4

5

6

Circuit Symbol and No.

7

Part No.

8

Circuit Symbol and No.

Part No.

C C C C

1549 1550 1551 1552

(A,70,38) (B,74,12) (B,72,12) (B,74,14)

CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10

S 1203 S 1204

Spring Switch(DISC SENS) CSN1069 Spring Switch(DISC SENS) CSN1070

S 1205 R 1298 R 1299

Spring Switch(8 cm)

C C C C C

1554 1555 1556 1557 1558

(B,74,15) (B,73,18) (A,69,22) (A,69,26) (A,69,29)

CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10

C C C C C

1559 1560 1562 1563 1564

(A,69,33) (A,69,37) (A,64,56) (A,60,50) (A,60,58)

CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10

C C C C C

1566 1567 1605 1606 1609

(A,57,56) (A,57,52) (B,70,29) (B,70,30) (B,60,37)

CCSSCH7R0D50 CCSSCH7R0D50 CKSSYB471K50 CKSSYB471K50 CKSRYB104K16

Navi Mother Unit Consists of Navi Mother PCB HDD Relay PCB

C C C C C

1610 1611 1612 1615 1616

(B,58,33) (B,57,38) (B,70,36) (B,67,27) (B,66,41)

CKSRYB224K10 CSZSR100M16 CKSQYB225K10 CCSRCH471J50 CCSRCH471J50

GH Unit Number : CWN1581(UC)

C C C C C

1617 1618 1619 1620 1641

(B,64,29) (B,63,39) (B,59,41) (B,59,24) (B,64,25)

CCSRCH471J50 CCSRCH471J50 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16

C C C C C

1650 1651 1676 1701 1702

(A,104,9) (A,102,10) (B,67,24) (A,118,15) (A,109,15)

CKSYB475K16 CKSYB475K16 CSZSR100M10 CKSRYB224K10 CKSRYB224K10

C C C C C

1703 1706 1707 1708 1710

(B,122,29) (B,104,24) (A,127,24) (B,121,24) (B,104,29)

CKSRYB224K10 CKSRYB224K10 CKSRYB224K10 CKSSYB471K50 CKSRYB224K10

C C C C C

1711 1712 1713 1716 1717

(B,128,30) (B,129,28) (A,66,38) (B,105,35) (A,127,36)

CKSSYB103K16 CKSSYB103K16 CKSRYB224K10 CKSRYB224K10 CKSSYB104K10

C C C C C

1718 1719 1720 1721 1722

(B,122,37) (B,114,15) (A,128,27) (A,126,42) (A,110,40)

CKSRYB224K10 CKSSYB104K10 CKSRYB224K10 CKSSYB104K10 CKSRYB224K10

C 1723 C 1724 C 1727

(A,119,40) (A,119,43) (B,125,31)

CKSRYB224K10 CKSSYB103K16 CKSSYB224K6R3

A

CSN1070 RS1/16S0R0J RS1/16S0R0J

F Unit Number : CWX3394 Unit Name S 1206

: Compound Unit(B)

Switch(CLAMP)

CSN1067

B

E Unit Number : CWX3154 Unit Name Q 1299 S 1201 S 1202

: Compound Unit(A)

Photo-taransistor Spring Switch(12 cm) Spring Switch(8 cm)

T231SCTD CSN1069 CSN1069

Unit Number : CWN1631(EW5) Unit Name : Navi Mother Unit C

MISCELLANEOUS IC 5001 IC 5002 IC 5003 IC 5004 IC 5103

(A,34,30) IC (B,54,27) IC (A,54,27) IC (B,61,17) IC (B,162,34) IC

NJM2125F NJM2904V TC4052BFT NJM2904V TC7SET08FUS1

IC 5104 IC 5401 IC 5421 IC 5422 IC 5423

(B,157,48) (A,136,61) (B,137,61) (B,143,71) (B,132,67)

IC IC IC IC IC

BH7236AF NJM3403AV TC4W53FU NJM2125F NJM3403AV

IC 5424 IC 5451 IC 5452 IC 5481 IC 5531

(A,144,71) IC (A,132,38) IC (B,132,40) IC (B,22,93) IC (B,41,24) IC

TC4W53FU TC4W53FU NJM3403AV TDA7052BT BA3121F

IC 5535 IC 5537 IC 5539 IC 5571

(B,57,102) IC (B,44,99) IC (B,29,99) IC (A,85,55) IC

TC74VHC541FTS1 TC7W04FU TC7SET04FUS1 HA12241FP

IC 5601 IC 5671 IC 5901 IC 6201 IC 6251

(B,71,114) IC (B,20,105) IC (B,102,30) IC (B,62,56) IC (B,45,56) IC

TC7SET08FUS1 UPD4721GSS1 NJM2904M TPS5102IDBT TPS5103IDB

IC 6322 IC 6402 IC 6601 IC 6602 IC 6603

(A,90,88) IC (A,153,61) IC (B,104,50) IC (A,86,45) IC (A,87,39) IC

BD3931HFP S-812C50AUA-C3E TC74VHC32FTS1 TC74VHC32FTS1 TC74VHCT125AFTS1

IC 6604 IC 6605 IC 6606 IC 6607

(B,104,56) (A,125,76) (A,122,71) (A,107,54)

TC7WH14FU TC7S04FU BD5335FVE PE5539A

E

IC IC IC IC(UC)

AVIC-Z1/UC 5

6

D

7

8

F

133

1

2

Circuit Symbol and No.

A

B

C

D

E

F

3

Part No.

4

Circuit Symbol and No.

Part No.

IC 6607 IC 6609

IC(EW5) (B,112,53) IC

PE5540A TC7WH08FU

Q 6501 Q 6601

(B,93,11) Transistor (A,99,75) Transistor

UMD3N 2SA1576

IC 6610 IC 6611 IC 6801 IC 6802 Q 5001

(B,53,94) IC (B,162,15) IC (B,22,7) IC (B,42,8) IC (B,51,16) Transistor

TC74VHC125FTS1 LM56BIMM TC7MZ245FK TC7MBL3244AFK UMD3N

Q D D D D

6602 5001 5002 5003 5403

(B,119,58) Transistor (A,30,29) Diode (A,33,34) Diode (B,51,13) Diode (A,134,77) Diode

2SC4081 EDZ4R3(B) 1SS355 DAP202U EDZ4R3(B)

Q Q Q Q Q

5002 5003 5004 5201 5401

(B,55,13) Transistor (B,55,18) Transistor (B,55,16) Transistor (B,109,85) Transistor (A,136,77) Transistor

FMG12 DTC114EU DTC114EU UMZ1N UMD3N

D D D D D

5404 5531 5532 5533 5534

(A,131,80) (B,37,111) (B,37,114) (B,38,111) (B,38,114)

Diode Diode Diode Diode Diode

1SS355 EDZ6R8(B) EDZ6R8(B) EDZ6R8(B) EDZ6R8(B)

Q Q Q Q Q

5421 5451 5452 5453 5454

(B,140,57) (A,127,38) (A,142,44) (A,142,47) (A,142,49)

UMD3N UMD3N UMD3N UMD3N UMD3N

D D D D D

5536 5537 5538 5539 5541

(B,40,111) (B,48,111) (B,41,114) (B,49,114) (B,50,111)

Diode Diode Diode Diode Diode

EDZ6R8(B) EDZ6R8(B) EDZ6R8(B) EDZ6R8(B) EDZ6R8(B)

Q Q Q Q Q

5455 5456 5481 5482 5483

(A,136,44) Transistor (A,136,47) Transistor (B,22,89) Transistor (B,18,89) Transistor (B,23,100) Transistor

DTC323TU FMG12 UMD3N DTC323TU DTC114EU

D D D D D

5542 5543 5544 5545 5548

(B,43,114) (B,51,114) (B,43,111) (B,51,111) (B,52,114)

Diode Diode Diode Diode Diode

EDZ6R8(B) EDZ6R8(B) EDZ6R8(B) EDZ6R8(B) EDZ6R8(B)

Q Q Q Q Q

5531 5532 5533 5611 5651

(B,42,104) (B,48,103) (B,33,102) (B,10,116) (B,70,106)

2SC4081 2SC4081 2SC4081 2SC4081 2SA1576

D D D D D

5550 5552 5554 5555 5556

(B,53,111) (B,54,114) (B,55,111) (B,45,114) (B,45,111)

Diode Diode Diode Diode Diode

EDZ6R8(B) EDZ6R8(B) EDZ6R8(B) AVR-M1608C080MTAAB AVR-M1608C080MTAAB

Q Q Q Q Q

5652 5671 5672 5901 5902

(B,75,110) Transistor (B,32,106) Transistor (B,32,111) Transistor (B,107,35) Transistor (B,93,33) Transistor

2SC4081 IMD3A 2SD1767 DTC114WK DTC114EU

D D D D D

5557 5558 5571 5572 5573

(B,46,114) (B,47,111) (B,17,114) (B,19,114) (B,20,114)

Diode Diode Diode Diode Diode

AVR-M1608C080MTAAB AVR-M1608C080MTAAB AVR-M1608C080MTAAB AVR-M1608C080MTAAB AVR-M1608C080MTAAB

Q Q Q Q Q

5921 5941 5942 5961 6201

(B,113,33) Transistor (B,96,85) Transistor (B,102,87) Transistor (B,102,95) Transistor (B,57,46) Transistor

2SA1576 2SC4081 2SC4081 2SC4081 DTC114EU

D D D D D

5574 5575 5576 5601 5602

(B,15,114) (A,26,112) (A,24,112) (B,83,124) (B,83,127)

Diode Diode Diode Diode Diode

AVR-M1608C080MTAAB UDZS18(B) UDZS18(B) EDZ5R6(B) EDZ5R6(B)

Q Q Q Q Q

6202 6203 6204 6251 6252

(A,62,45) (A,62,65) (B,53,55) (B,47,64) (A,40,49)

SP8K2 SP8K2 DTC114EU DTC114EU SP8K2

D D D D D

5611 5612 5621 5622 5651

(A,9,123) Diode (B,10,119) Diode (B,28,95) Diode (B,28,92) Diode (B,66,103) Diode

EDZ6R8(B) EDZ6R8(B) EDZ10(B) EDZ10(B) 1SS355

Q Q Q Q Q

6301 6302 6311 6312 6321

(B,75,101) Transistor (B,72,104) Transistor (B,92,100) Transistor (B,96,100) Transistor (B,80,52) Transistor

2SA1576 DTC114EU 2SA1576 DTC114EU 2SC4081

D D D D D

5652 5653 5654 5655 5656

(B,67,107) (B,64,113) (B,62,117) (B,68,115) (B,68,112)

Diode Diode Diode Diode Diode

1SS355 HZU12(B2) HZU12(B2) HZU12(B2) HZU12(B2)

Q Q Q Q Q

6322 6331 6332 6341 6342

(B,81,70) (B,90,88) (B,85,79) (B,41,75) (B,32,86)

2SA1834F5 2SB1184F5 IMX1 2SA1834F5 2SC4081

D D D D D

5657 5658 5671 5672 5673

(A,64,114) (A,67,116) (A,32,120) (A,29,116) (A,29,120)

Diode Diode Diode Diode Diode

UMZ6R8N UMZ6R8N UDZS6R8(B) UDZS20(B) UDZS20(B)

Q Q Q Q Q

6351 6352 6353 6354 6355

(B,90,130) (B,95,129) (B,91,119) (B,83,111) (B,81,115)

Transistor Transistor Transistor Transistor Transistor

DTA114EU DTC114EU 2SA1587 IMX1 DTC114EU

D D D D D

5674 5675 5676 5677 5678

(A,34,116) (A,34,120) (A,31,116) (A,31,120) (A,36,116)

Diode Diode Diode Diode Diode

UDZS20(B) UDZS20(B) UDZS20(B) UDZS20(B) UDZS20(B)

(B,98,115) Transistor (B,54,87) Transistor (B,62,87) Transistor

2SD1760F5 2SB1260 2SC4081

D 5679 D 5680 D 5801

Q 6356 Q 6370 Q 6371

134

Transistor Transistor Transistor Transistor Transistor

Transistor Transistor Transistor Transistor Transistor

FET FET Transistor Transistor FET

Transistor Transistor Transistor Transistor Transistor

(A,36,120) Diode (B,29,106) Diode (B,142,24) Diode

UDZS20(B) HZU8R2(B1) DAN202U

AVIC-Z1/UC 1

2

3

4

5

6

Circuit Symbol and No.

7

Part No.

8

Circuit Symbol and No.

Part No.

D 5901 D 5921

(B,99,26) Diode (B,111,31) Diode

1SS355 1SS355

L 5246 L 5247

(A,128,112) Inductor (B,124,101) Inductor

CTF1384 CTF1389

D D D D D

5941 5942 5943 5944 5961

(B,96,87) (B,96,89) (B,99,89) (B,96,91) (B,96,95)

Diode Diode Diode Diode Diode

HZU7R5(B3) RB500V-40 EDZ20(B) RB500V-40 UDZS8R2(B)

L L L L L

5248 5249 5250 5251 5252

(A,126,112) Inductor (A,126,109) Inductor (A,125,112) Inductor (A,116,112) Inductor (A,115,92) Inductor

CTF1306 CTF1306 CTF1306 CTF1387 CTF1334

D D D D D

6201 6202 6203 6204 6251

(B,70,60) (B,69,51) (A,67,45) (A,66,65) (B,42,47)

Diode Diode Diode Diode Diode

RB400D RB400D RB060L-40 RB060L-40 RB400D

L L L L L

5253 5254 5256 5257 5258

(B,116,101) Inductor (A,114,90) Inductor (B,114,101) Inductor (A,113,90) Inductor (A,112,92) Inductor

CTF1379 CTF1306 CTF1334 CTF1334 CTF1334

D D D D D

6252 6253 6331 6351 6352

(A,35,49) Diode (A,47,51) Diode (B,85,87) Diode (B,82,108) Diode (B,82,107) Diode

RB060L-40 1SR154-400 EDZ7R5(B) RB500V-40 RB500V-40

L L L L L

5259 5260 5261 5262 5263

(A,110,109) Inductor (A,109,92) Inductor (A,108,109) Inductor (A,105,92) Inductor (A,121,109) Inductor

CTF1393 CTF1488 CTF1393 CTF1306 CTF1334

D D D D D

6353 6354 6401 6501 6502

(B,81,119) Diode (B,101,106) Diode (B,161,87) Diode (A,94,21) Diode (A,100,21) Diode

HZU8R2(B1) HZU13(B1) EDZ5R6(B) EDZ12(B) EDZ5R6(B)

L L L L L

5264 5265 5266 5267 5268

(A,121,112) (A,120,109) (A,119,112) (A,130,112) (A,127,109)

Inductor Inductor Inductor Inductor Inductor

CTF1334 CTF1334 CTF1334 CTF1334 CTF1334

D D L L L

6504 6506 5102 5103 5104

(A,96,21) Diode (A,97,21) Diode (B,163,38) Inductor (A,155,50) Inductor (B,160,41) Inductor

EDZ5R6(B) EDZ5R6(B) CTF1410 CTF1410 LCTAW680J3225

L L L L L

5269 5270 5401 5402 5421

(A,129,112) Inductor (A,130,90) Inductor (A,140,77) Inductor (B,122,97) Inductor (B,139,60) Inductor

CTF1334 CTF1306 CTF1410 CTF1334 CTF1410

L L L L L

5202 5203 5204 5205 5206

(A,139,109) Inductor (A,138,109) Inductor (A,138,91) Inductor (A,136,109) Inductor (A,135,109) Inductor

CTF1306 CTF1306 CTF1378 CTF1306 CTF1306

L L L L L

5451 5452 5531 5532 5534

(A,74,76) Inductor (A,134,35) Inductor (B,33,29) Inductor (B,33,31) Inductor (B,51,103) Inductor

CTF1306 CTF1410 LCYC2R2K2125 LCYC2R2K2125 CTF1410

L L L L L

5207 5208 5209 5210 5211

(A,135,91) Inductor (A,134,91) Inductor (A,133,109) Inductor (A,133,91) Inductor (A,132,109) Inductor

CTF1378 CTF1378 CTF1306 CTF1378 CTF1306

L L L L L

5536 5538 5539 5540 5542

(B,40,101) Inductor (B,33,97) Inductor (A,40,112) Inductor (A,43,109) Inductor (A,44,112) Inductor

CTF1410 CTF1410 CTF1410 CTF1410 CTF1410

L L L L L

5212 5214 5215 5217 5218

(A,131,92) Inductor (A,128,109) Inductor (A,124,90) Inductor (B,122,101) Inductor (A,124,109) Inductor

CTF1306 CTF1306 CTF1306 CTF1467 CTF1306

L L L L L

5543 5549 5550 5551 5552

(A,45,112) (A,56,112) (A,57,109) (A,59,109) (A,61,109)

CTF1410 CTF1410 CTF1410 CTF1410 CTF1410

L L L L L

5220 5222 5223 5226 5228

(A,123,112) Inductor (A,123,109) Inductor (A,122,112) Inductor (B,121,101) Inductor (A,119,92) Inductor

CTF1306 CTF1306 CTF1306 CTF1334 CTF1334

L L L L L

5553 5554 5571 5572 5573

(A,63,109) Inductor (A,57,115) Inductor (A,85,50) Inductor (A,16,114) Inductor (A,18,114) Inductor

CTF1410 CTF1393 LCYC2R2K1608 CTF1334 CTF1334

L L L L L

5229 5231 5232 5233 5236

(A,119,109) Inductor (A,118,112) Inductor (A,119,90) Inductor (A,117,109) Inductor (A,116,109) Inductor

CTF1334 CTF1334 CTF1306 CTF1334 CTF1334

L L L L L

5574 5575 5601 5621 5622

(A,19,114) Inductor (A,15,114) Inductor (B,71,117) Inductor (B,30,95) Inductor (B,30,92) Inductor

CTF1334 CTF1334 CTF1379 CTF1558 CTF1558

L L L L L

5238 5239 5240 5241 5242

(A,115,112) Inductor (A,117,92) Inductor (A,114,109) Inductor (B,117,101) Inductor (A,114,112) Inductor

CTF1334 CTF1334 CTF1334 CTF1334 CTF1334

L L L L L

5671 5672 5673 5674 5675

(B,22,111) (B,13,105) (B,13,104) (B,13,103) (B,13,101)

Inductor Inductor Inductor Inductor Inductor

CTF1410 CTF1334 CTF1334 CTF1334 CTF1334

L 5243 L 5244 L 5245

(A,116,90) Inductor (A,126,92) Inductor (A,130,109) Inductor

CTF1306 CTF1306 CTF1306

L 5676 L 5802 L 5803

(A,32,112) Inductor (B,142,21) Inductor (B,148,20) Inductor

CTF1463 CTF1334 CTF1334

Inductor Inductor Inductor Inductor Inductor

A

B

C

D

F

AVIC-Z1/UC 5

6

7

E

8

135

1

2

Circuit Symbol and No.

A

B

C

D

E

F

3

Part No.

4

Circuit Symbol and No.

Part No.

L 5804 L 5805

(A,148,13) Inductor (A,130,13) Inductor

CTF1334 CTF1334

L 6607 L 6608

(B,111,56) Inductor (A,121,57) Inductor

CTF1410 CTF1410

L L L L L

5806 5807 5808 5809 5810

(A,151,17) Inductor (A,153,17) Inductor (B,40,8) Inductor (B,35,7) Inductor (A,41,14) Inductor

CTF1306 CTF1306 CTF1306 CTF1306 CTF1306

L L L L L

6609 6610 6611 6612 6613

(A,116,69) Inductor (A,102,68) Inductor (A,93,49) Inductor (A,108,36) Inductor (B,159,18) Inductor

CTF1410 CTF1410 CTF1410 CTF1410 CTF1410

L L L L L

5853 5854 5901 5902 5903

(A,118,124) Inductor (A,118,118) Inductor (B,108,31) Inductor (B,100,33) Inductor (B,92,30) Inductor

CTF1306 CTF1306 CTF1334 CTF1334 CTF1334

L L L X S

6801 6802 6803 6601 5901

(B,12,8) Inductor CTH1261 (A,41,8) Inductor CTF1410 (A,19,6) Inductor CTF1410 (A,91,65) Resonator 18.874 MHz CSS1622 (A,60,8) Spring Switch(HDD SENSE) CSN1055

L L L L L

5904 6102 6103 6104 6106

(B,97,35) (A,46,88) (A,44,88) (A,43,88) (B,41,93)

Inductor Inductor Inductor Inductor Inductor

CTF1334 CTF1386 CTF1306 CTF1306 CTF1380

S 5902 >FU5651 >FU5671 >FU6201 >FU6202

(A,52,19) Spring Switch(DOOR SENSE) CSN1055 (A,72,110) Fuse 4 A CEK1260 (A,31,112) Fuse 1 A CEK1280 (A,79,57) Fuse 2 A CEK1284 (A,73,71) Fuse 3 A CEK1286

L L L L L

6107 6108 6109 6110 6111

(A,42,88) (B,41,88) (A,40,88) (B,39,88) (B,38,88)

Inductor Inductor Inductor Inductor Inductor

CTF1467 CTF1334 CTF1306 CTF1306 CTF1306

>FU6203 >FU6251 >FU6252 >FU6331 >FU6351

(A,52,71) Fuse 4 A (A,35,78) Fuse 2 A (A,49,71) Fuse 2.5 A (B,84,83) Fuse 1 A (A,98,120) Fuse 1 A

CEK1260 CEK1284 CEK1258 CEK1254 CEK1280

L L L L L

6112 6113 6114 6115 6116

(A,39,88) (B,37,88) (A,38,88) (A,41,82) (A,39,82)

Inductor Inductor Inductor Inductor Inductor

CTF1306 CTF1306 CTF1306 CTF1393 CTF1393

GY6402 GY6401 EF5101 EF5102 EF5103

(A,147,131) Gyro sensor (A,167,69) Gyro sensor (A,149,28) EMI Filter (A,151,28) EMI Filter (A,153,28) EMI Filter

CSX1107 CSX1105 CCG1082 CCG1082 CCG1082

L L L L L

6117 6118 6119 6120 6121

(A,35,82) (A,35,87) (A,30,85) (A,49,86) (B,54,91)

Inductor Inductor Inductor Inductor Inductor

CTF1661 CTF1488 CTF1393 CTF1393 CTF1410

EF5104 EF5531 EF5532 EF5611 EF5651

(A,156,28) EMI Filter (A,51,107) EMI Filter (A,54,107) EMI Filter (A,6,122) EMI Filter (A,68,114) EMI Filter

CCG1067 CCG1067 CCG1067 CCG1161 CCG1067

L L L L L

6122 6123 6124 6201 6202

(B,60,95) (B,60,97) (B,60,94) (A,69,55) (A,64,75)

Inductor Inductor Inductor Inductor Inductor

CTF1386 CTF1386 CTF1386 CTH1255 CTH1257

EF5800 EF5801

(B,107,114) EMI Filter (B,107,118) EMI Filter

CCG1172 CCG1172

L L L L L

6203 6251 6252 6401 6402

(A,57,55) Inductor (A,48,43) Inductor (A,44,60) Inductor (A,156,93) Inductor(EW5) (A,156,91) Inductor(EW5)

CTH1253 CTH1255 CTH1257 CTF1334 CTF1334

L L L L L

6403 6404 6405 6406 6407

(A,156,90) Inductor(EW5) (A,156,87) Inductor(EW5) (B,166,85) Inductor (B,165,85) Inductor (B,167,102) Inductor

CTF1334 CTF1334 CTF1334 CTF1334 CTF1394

L L L L L

6408 6409 6410 6412 6413

(B,160,102) Inductor (B,163,102) Inductor (B,155,68) Inductor (A,155,128) Inductor (A,150,61) Inductor

CTF1394 CTF1394 CTF1334 CTF1334 CTF1334

L L L L L

6501 6502 6601 6602 6603

(B,95,17) Inductor (B,102,11) Inductor (A,91,50) Inductor (A,84,36) Inductor (B,106,46) Inductor

CTF1379 CTF1379 CTF1410 CTF1410 CTF1410

L 6604 L 6605 L 6606

(B,106,54) Inductor (A,122,74) Inductor (A,92,79) Inductor

CTF1410 CTF1410 CTF1393

136

RESISTORS R R R R R

5001 5002 5003 5004 5005

(A,61,31) (A,45,29) (A,33,32) (A,61,32) (A,45,27)

RS1/16S472J RS1/16S472J RS1/16S102J RS1/16S473J RS1/16S473J

R R R R R

5006 5007 5008 5009 5010

(A,53,33) (A,52,33) (A,51,33) (A,49,33) (A,45,20)

RS1/16S104J RS1/16S104J RS1/16S104J RS1/16S104J RS1/16S104J

R R R R R

5011 5012 5013 5014 5015

(A,46,20) (A,47,20) (A,49,20) (B,50,19) (B,49,19)

RS1/16S104J RS1/16S104J RS1/16S104J RS1/16S473J RS1/16S473J

R R R R R

5016 5017 5101 5102 5104

(B,51,24) (B,54,23) (B,155,56) (A,148,53) (B,153,59)

RS1/16S0R0J RS1/16S0R0J RS1/16S222J RS1/16S0R0J RS1/16S181J

R 5105 R 5106 R 5107

(B,152,59) (B,150,59) (B,162,56)

RS1/16S181J RS1/16S181J RS1/16S222J

AVIC-Z1/UC 1

2

3

4

5

Circuit Symbol and No.

6

7

Part No.

Circuit Symbol and No.

8

Part No.

R 5108 R 5110

(B,159,56) (B,162,32)

RS1/16S0R0J RS1/16S101J

R 5444 R 5445

(B,126,68) (B,140,54)

RS1/16S101J RS1/16S104J

R R R R R

5111 5112 5113 5114 5115

(B,155,31) (B,150,42) (B,152,42) (B,154,42) (B,155,42)

RS1/16S101J RS1/10S750J RS1/10S750J RS1/10S750J RS1/10S750J

R R R R R

5446 5447 5448 5449 5451

(B,126,66) (B,128,66) (B,129,63) (B,129,61) (B,128,48)

RS1/16S393J RS1/16S683J RS1/16S154J RS1/16S101J RS1/16S102J

R R R R R

5118 5119 5120 5121 5125

(A,158,28) (A,149,24) (A,151,24) (A,153,24) (B,158,33)

RS1/10S750J RS1/16S750J RS1/16S750J RS1/16S750J RS1/16S0R0J

R R R R R

5452 5453 5454 5455 5456

(B,129,48) (B,129,46) (B,132,46) (B,128,42) (B,128,46)

RS1/16S102J RS1/16S153J RS1/16S683J RS1/16S562J RS1/16S0R0J

R R R R R

5201 5202 5203 5204 5205

(A,139,91) (B,129,101) (A,124,92) (B,125,101) (A,125,92)

RS1/16S681J RS1/16S241J RS1/16S431J RS1/16S0R0J RS1/16S0R0J

R R R R R

5457 5458 5459 5460 5461

(B,125,37) (B,128,39) (B,130,35) (B,136,42) (B,139,39)

RS1/16S104J RS1/16S564J RS1/16S101J RS1/16S682J RS1/16S183J

R R R R R

5206 5207 5208 5209 5210

(A,137,91) (A,127,90) (B,126,101) (A,126,90) (A,133,127)

RS1/16S0R0J RS1/16S0R0J RS1/16S0R0J RS1/16S0R0J RS1/16S681J

R R R R R

5462 5463 5464 5465 5466

(B,135,39) (B,134,35) (A,129,38) (A,139,44) (A,139,46)

RS1/16S683J RS1/16S101J RS1/16S473J RS1/16S0R0J RS1/16S0R0J

R R R R R

5211 5213 5214 5215 5216

(A,133,128) (A,134,120) (B,120,101) (B,118,101) (B,106,86)

RS1/16S681J RS1/16S222J RS1/16SS104J RS1/16S103J RS1/16S103J

R R R R R

5467 5468 5469 5470 5471

(A,139,49) (A,130,41) (A,132,44) (A,130,44) (A,132,45)

RS1/16S0R0J RS1/16S473J RS1/16S105J RS1/16S102J RS1/16S472J

R R R R R

5217 5218 5402 5403 5404

(B,112,84) (B,112,86) (A,140,67) (A,139,67) (A,138,67)

RS1/16S473J RS1/16S473J RS1/16S104J RS1/16S104J RS1/16S104J

R R R R R

5472 5473 5474 5475 5476

(A,130,45) (A,132,46) (A,130,46) (A,132,47) (B,135,48)

RS1/16S152J RS1/16S472J RS1/16S472J RS1/16S472J RS1/16S333J

R R R R R

5405 5406 5407 5408 5409

(A,139,62) (A,142,62) (A,142,60) (A,140,60) (A,140,55)

RS1/16S104J RS1/16S102J RS1/16S104J RS1/16S104J RS1/16S683J

R R R R R

5477 5478 5479 5481 5482

(B,134,48) (B,135,46) (B,136,46) (B,14,89) (B,15,92)

RS1/16S683J RS1/16S154J RS1/16S101J RS1/16S821J RS1/16S104J

R R R R R

5410 5411 5412 5413 5414

(A,140,57) (A,139,57) (A,138,55) (A,137,55) (A,131,58)

RS1/16S473J RS1/16S101J RS1/16S682J RS1/16S332J RS1/16S682J

R R R R R

5483 5484 5485 5486 5489

(B,14,94) (B,15,94) (B,26,98) (A,134,69) (A,134,67)

RS1/16S1003D RS1/16S1202D RS1/16S101J RS1/16S102J RS1/16S104J

R R R R R

5415 5416 5421 5422 5423

(A,131,56) (A,133,80) (B,146,73) (B,147,70) (B,136,78)

RS1/16S0R0J RS1/16S102J RS1/16S223J RS1/16S223J RS1/16S104J

R R R R R

5490 5491 5492 5493 5494

(A,135,67) (A,131,62) (A,132,62) (A,132,65) (A,146,75)

RS1/16S104J RS1/16S683J RS1/16S473J RS1/16S101J RS1/16S104J

R R R R R

5424 5425 5426 5427 5429

(B,134,75) (B,136,73) (B,133,73) (B,136,69) (B,136,54)

RS1/16S104J RS1/16S104J RS1/16S104J RS1/16S101J RS1/16S104J

R R R R R

5495 5531 5532 5533 5534

(A,136,74) (A,36,21) (B,47,26) (B,51,107) (B,51,106)

RS1/16S104J RS1/16S220J RS1/16S102J RS1/16S103J RS1/16S103J

R R R R R

5430 5432 5433 5434 5435

(B,137,54) (B,133,61) (B,136,66) (B,138,66) (B,137,69)

RS1/16S104J RS1/16S303J RS1/16S104J RS1/16S101J RS1/16S104J

R R R R R

5535 5536 5537 5538 5539

(B,51,104) (B,36,22) (B,47,28) (B,36,25) (A,20,101)

RS1/16S103J RS1/16S102J RS1/16S223J RS1/16S223J RS1/16S153J

R 5441 R 5442 R 5443

(B,128,73) (B,131,73) (B,128,68)

RS1/16S104J RS1/16S473J RS1/16S393J

R 5540 R 5541 R 5544

(B,40,19) (B,36,21) (B,40,102)

RS1/16S101J RS1/16S101J RS1/16S103J

AVIC-Z1/UC 5

6

7

8

A

B

C

D

E

F

137

1

Circuit Symbol and No.

A

B

C

D

E

F

2

Part No.

R 5545 R 5546

(B,45,104) (B,44,104)

RS1/16S103J RS1/16S223J

R R R R R

5547 5548 5549 5550 5551

(B,27,98) (B,47,100) (B,49,100) (B,29,102) (B,30,102)

RS1/16S103J RS1/16S103J RS1/16S223J RS1/16S103J RS1/16S223J

R R R R R

5552 5553 5554 5555 5556

(A,40,109) (A,44,109) (A,45,109) (A,56,109) (A,65,109)

RS1/16S390J RS1/16S390J RS1/16S390J RS1/16S102J RS1/16S27R0D

R R R R R

5557 5558 5559 5561 5568

(A,69,109) (A,68,109) (A,64,109) (A,41,112) (A,60,112)

RS1/16S27R0D RS1/16S153J RS1/16S153J RS1/16S471J RS1/16S471J

R R R R R

5571 5572 5573 5575 5576

(A,93,55) (A,91,53) (A,91,55) (A,83,52) (A,84,60)

RS1/16S472J RS1/16S102J RS1/16S101J RS1/16S102J RS1/10S101J

R R R R R

5577 5578 5601 5602 5603

(A,83,60) (A,84,65) (A,87,114) (B,75,117) (B,75,114)

RS1/10S101J RS1/10S620J RS1/16S221J RS1/16S621J RS1/16S473J

R R R R R

5604 5612 5621 5651 5652

(B,71,111) (B,9,112) (B,27,92) (B,69,102) (B,69,104)

RS1/16S121J RS1/16S473J RS1/16S101J RS1/16S473J RS1/16S473J

R R R R R

5653 5654 5655 5656 5657

(B,72,106) (B,75,107) (B,62,110) (B,61,110) (B,64,110)

RS1/16S473J RS1/16S473J RS1/16S0R0J RS1/16S0R0J RS1/16S0R0J

R R R R R

5658 5659 5660 5661 5671

(B,68,109) (B,71,110) (A,71,114) (A,72,116) (A,32,116)

RS1/16S473J RS1/16S0R0J RS1/16S473J RS1/16S473J RS1/16S681J

R R R R R

5672 5673 5674 5675 5676

(B,10,106) (B,10,105) (B,10,103) (B,10,102) (B,36,108)

RS1/16S681J RS1/16S681J RS1/16S681J RS1/16S681J RS1/16S471J

R R R R R

5677 5802 5803 5804 5805

(B,36,107) (A,41,16) (B,144,27) (B,141,27) (A,66,102)

RS1/16S471J RS1/16S102J RS1/16S0R0J RS1/16S681J RS1/10S0R0J

R R R R R R

5808 5895 5896 5901 5902 5903

(B,115,126) (A,45,7) (UC) (A,48,7) (EW5) (B,107,31) (B,102,35) (B,107,29) (B,102,36) (B,97,30)

R 5904 R 5905

138

3

4

Circuit Symbol and No.

Part No.

R 5906 R 5907 R 5908

(B,95,30) (B,96,28) (B,100,35)

RS1/16S513J RS1/16S513J RS1/16S102J

R R R R R

5909 5910 5911 5912 5913

(B,92,28) (B,95,28) (B,102,26) (B,102,25) (B,97,36)

RS1/16S102J RS1/16S564J RS1/16S822J RS1/16S202J RS1/16S203J

R R R R R

5914 5915 5916 5921 5922

(B,100,36) (A,58,23) (A,66,9) (B,117,33) (B,115,33)

RS1/16S333J RS1/16S271J RS1/16S271J RS1/16S102J RS1/16S103J

R R R R R

5923 5941 5942 5943 5944

(B,110,33) (B,99,87) (B,102,91) (B,99,86) (B,99,91)

RS1/16S103J RS1/16S473J RS1/16S103J RS1/16S104J RS1/16S103J

R R R R R

5961 5962 6001 6101 6102

(B,99,95) (B,99,96) (A,11,116) (B,47,95) (B,47,96)

RS1/16S473J RS1/16S104J RS1/16S0R0J RS1/16S0R0J RS1/16S0R0J

R R R R R

6103 6104 6105 6106 6110

(B,48,89) (B,63,95) (B,63,97) (B,63,94) (A,49,87)

RS1/16S0R0J RS1/16S151J RS1/16S151J RS1/16S151J RS1/16S6R8J

R R R R R

6111 6113 6201 6202 6203

(A,29,89) (A,27,87) (B,69,47) (B,66,48) (B,64,48)

RS1/16S0R0J RS1/16S0R0J RS1/16S0R0J RS1/16S3300D RS1/16S2701D

R R R R R

6204 6205 6206 6207 6208

(B,61,47) (B,61,65) (B,59,65) (B,56,65) (B,59,62)

RS1/16S1601D RS1/16S0R0J RS1/16S3300D RS1/16S3001D RS1/16S1001D

R R R R R

6209 6210 6211 6212 6213

(B,64,47) (B,56,64) (B,61,48) (B,56,49) (B,56,62)

RS1/16S101J RS1/16S102J RS1/16S332J RS1/16S104J RS1/16S152J

R R R R R

6214 6215 6216 6217 6218

(B,56,53) (B,59,61) (B,56,48) (B,54,57) (B,63,45)

RS1/16S1103D RS1/16S104J RS1/16S8203D RS1/16S100J RS1/10S150J

R R R R R

6219 6220 6221 6222 6251

(B,63,61) (B,72,52) (B,72,55) (B,64,49) (B,38,52)

RS1/10S150J RS1/16S224J RS1/16S224J RS1/16S473J RS1/16S0R0J

RS1/10S0R0J RS1/16S0R0J RS1/16S0R0J RS1/16S104J RS1/16S473J RS1/16S563J

R R R R R

6252 6253 6254 6255 6256

(B,38,54) (B,38,57) (B,38,59) (B,40,54) (B,42,61)

RS1/16S4700D RS1/16S4701D RS1/16S1002D RS1/16S101J RS1/16S152J

RS1/16S513J RS1/16S104J

R 6257 R 6258

(B,42,65) (B,44,62)

RS1/16S104J RS1/16S1103D

AVIC-Z1/UC 1

2

3

4

5

Circuit Symbol and No.

6

7

Part No.

Circuit Symbol and No.

8

Part No.

R 6259 R 6260 R 6262

(B,44,64) (B,40,51) (B,46,48)

RS1/16S8203D RS1/10S100J RS1/16S184J

R 6613 R 6614 R 6615

(B,90,40) (B,90,37) (A,93,58)

RS1/16S104J RS1/16S104J RS1/16S302J

R R R R R

6263 6264 6265 6267 6268

(B,46,49) (B,46,46) (B,46,41) (B,50,62) (A,31,79)

RS1/16S100J RS1/16S105J RS1/4SA561J RS1/16S0R0J RS1/16S0R0J

R R R R R

6616 6617 6619 6620 6624

(B,99,46) (B,100,61) (B,166,16) (B,166,14) (A,121,61)

RS1/16S104J RS1/16S104J RS1/16S4702D RS1/16S1302D RAB4C681J

R R R R R

6301 6302 6303 6311 6314

(B,72,101) (B,75,105) (B,75,103) (B,95,98) (B,92,98)

RS1/16S222J RS1/16S682J RS1/16S332J RS1/16S103J RS1/16S103J

R R R R R

6626 6627 6628 6629 6630

(B,121,61) (B,126,57) (EW5) (A,126,57) (EW5) (A,123,53) (A,104,36)

RAB4C473J RAB4C223J RAB4C681J RAB4C471J RS1/16S0R0J

R R R R R

6321 6322 6323 6324 6325

(B,72,76) (B,81,63) (B,82,59) (B,82,55) (B,70,76)

RS1/16S392J RS1/16S103J RS1/4SA470J RS1/4SA470J RS1/16S102J

R R R R R

6632 6633 6634 6637 6638

(B,96,47) (A,123,49) (A,93,46) (A,93,44) (B,117,60)

RS1/16S104J RAB4C681J RS1/16S220J RS1/16S220J RS1/16S473J

R R R R R

6331 6332 6333 6334 6335

(B,84,90) (B,84,87) (B,89,80) (B,90,83) (B,88,77)

RS1/16S121J RS1/16S471J RS1/10S221J RS1/16S223J RS1/16S562J

R R R R R

6639 6640 6641 6642 6643

(B,117,57) (B,121,55) (B,121,54) (A,102,78) (A,99,78)

RS1/16S473J RS1/16S104J RS1/16S104J RS1/16S472J RS1/16S472J

R R R R R

6341 6342 6343 6344 6345

(B,38,83) (B,35,84) (B,41,81) (B,34,88) (B,28,86)

RS1/10S820J RS1/10S820J RS1/16S103J RS1/16S103J RS1/16S103J

R R R R R

6644 6645 6646 6647 6648

(A,97,75) (B,110,42) (A,116,36) (A,103,40) (A,101,40)

RS1/16S473J RS1/16S104J RS1/16S104J RS1/16S220J RS1/16S220J

R R R R R

6351 6352 6353 6354 6355

(B,92,129) (B,84,115) (B,94,123) (B,94,124) (B,87,117)

RS1/16S472J RS1/16S472J RS1/16S103J RS1/16S512J RS1/16S224J

R R R R R

6649 6650 6653 6654 6655

(A,122,44) (A,113,36) (A,110,40) (A,124,41) (A,117,36)

RAB4C0R0J RS1/16S104J RS1/16S102J RS1/16S473J RS1/16S104J

R R R R R

6356 6357 6358 6370 6371

(B,87,116) (B,86,114) (B,85,119) (B,59,89) (B,59,87)

RS1/16S472J RS1/10S221J RS1/4SA471J RS1/10S221J RS1/10S221J

R R R R R

6656 6658 6660 6662 6664

(A,112,30) (A,110,36) (A,106,36) (B,121,49) (B,121,46)

RAB4C104J RAB4C104J RS1/16S104J RS1/16S104J RS1/16S104J

R R R R R

6372 6373 6374 6401 6402

(B,59,85) (B,64,86) (B,62,89) (B,161,90) (B,161,85)

RS1/16S103J RS1/16S103J RS1/16S103J RS1/16S104J RS1/16S1001D

R R R R R

6666 6668 6670 6671 6672

(B,121,44) (B,121,41) (B,100,58) (A,119,70) (A,106,40)

RS1/16S104J RS1/16S104J RS1/16S104J RS1/16S102J RS1/16S471J

R R R R R

6403 6404 6405 6406 6501

(B,155,73) (B,155,72) (B,160,85) (B,159,85) (B,95,11)

RS1/16S151J RS1/16S104J RS1/16S1101D RS1/16S1001D RS1/16S102J

R R R R R

6673 6674 6676 6677 6678

(A,104,40) (B,97,42) (A,100,40) (A,99,40) (B,88,49)

RS1/16S471J RS1/16S104J RS1/16S220J RS1/16S220J RS1/16S104J

R R R R R

6504 6602 6603 6604 6605

(B,98,11) (A,102,71) (EW5) (B,108,57) (B,113,69) (A,99,68)

RS1/16S102J RS1/16S223J RS1/16S104J RAB4C104J RS1/16S104J

R R R R R

6680 6681 6683 6684 6685

(A,101,36) (A,51,75) (A,110,70) (EW5) (A,105,72) (EW5) (B,134,54)

RS1/16S104J RS1/10S0R0J RS1/16SS681J RS1/16SS681J RS1/16S103J

R R R R R

6606 6607 6608 6609 6610

(A,107,70) (A,108,70) (A,106,70) (B,92,53) (B,94,53)

RS1/16S471J RS1/16S471J RS1/16S471J RS1/16S104J RS1/16S104J

R R R R R

6686 6687 6688 6689 6690

(A,47,53) (A,112,40) (A,124,61) (B,131,59) (A,101,71)

RS1/10S0R0J RS1/16S102J RS1/16S102J RS1/16S103J RS1/16S102J

R 6611 R 6612

(B,103,68) (A,88,60)

RS1/16S104J RS1/16S104J

R 6691 R 6803

(B,95,49) (A,20,9)

RS1/16S101J RS1/16S0R0J

A

AVIC-Z1/UC 5

6

7

8

B

C

D

E

F

139

1

Circuit Symbol and No.

2

3

Part No.

R 6804 R 6810 R 6812

(A,48,9) (B,42,12) (B,37,6)

RS1/16S0R0J RS1/16S473J RS1/16S0R0J

R 6813

(B,30,10)

RS1/16S103J

Circuit Symbol and No.

A

CAPACITORS

B

C

D

E

C C C C C

5001 5002 5003 5004 5005

(A,31,29) (A,27,31) (A,60,25) 10 µF (A,60,29) 10 µF (A,48,27) 10 µF

CKSRYB103K50 CEVW100M16 CCG1203 CCG1203 CCG1203

C C C C C

5006 5008 5009 5011 5012

(A,48,25) 10 µF (A,60,27) 10 µF (A,48,30) 10 µF (A,55,30) (B,54,30)

CCG1203 CCG1203 CCG1203 CKSRYB104K50 CKSRYB104K50

C C C C C

5101 5102 5104 5105 5106

(A,149,55) (B,156,56) (A,151,45) (A,146,53) (B,163,36)

CKSRYB334K10 CCSRCH5R0C50 CEVW470M16 CKSRYB103K50 CKSRYB104K50

C C C C C

5107 5108 5109 5110 5112

(B,150,56) (B,152,56) (B,153,56) (B,161,56) (A,158,55)

CKSRYB104K50 CKSRYB104K50 CKSRYB104K50 CCSRCH470J50 CEVW470M16

C C C C C

5113 5116 5117 5119 5120

(A,164,52) (B,158,42) (A,164,44) (A,155,49) (A,158,45)

CKSRYB103K50 CCSRCH220J50 CEVW100M16 CKSRYB103K50 CEVW470M16

C C C C C

5121 5122 5123 5124 5201

(A,144,35) (A,151,35) (A,158,35) (A,166,35) (A,107,92)

CEVW221M4 CEVW221M4 CEVW221M4 CEVW221M4 CKSRYB104K50

C C C C C

5202 5203 5204 5205 5402

(A,107,109) (A,110,92) (A,112,109) (B,106,83) (A,140,69)

CKSRYB104K50 CKSRYB104K50 CKSRYB104K50 CKSRYB104K50 CKSRYB105K10

C C C C C

5403 5404 5405 5406 5407

(A,138,69) (A,140,62) (A,143,62) (A,142,55) (A,142,57)

CKSRYB105K10 CCSRCH100D50 CKSRYB103K50 CKSRYB104K50 CCSRCH151J50

C C C C C

5408 5409 5410 5411 5412

(A,139,60) (A,139,55) (A,135,55) (A,132,58) (B,16,89)

CCSRCH151J50 CKSRYB105K10 CKSRYB105K10 CCSRCH101J50 CKSRYB474K10

C C C C C

5413 5414 5415 5416 5417

(A,132,77) (A,129,75) (A,132,69) (A,130,62) (A,136,67)

CKSRYB103K50 CEVW100M16 CKSRYB103K50 CKSRYB104K50 CCSRCH471J50

C 5418 C 5419 C 5421

(A,146,70) (A,131,65) (A,130,65)

CKSRYB104K50 CCSRCH471J50 CKSRYF104Z25

F

140

4

Part No.

C 5422 C 5423

(A,126,65) (B,134,78)

CEVW220M16 CKSRYB105K10

C C C C C

5424 5425 5426 5427 5428

(B,146,70) (B,136,75) (B,134,73) (B,132,73) (B,139,62)

CKSRYB105K10 CCSRCH391J50 CCSRCH102J50 CCSRCH560J50 CKSRYB104K50

C C C C C

5429 5430 5431 5441 5442

(B,134,58) (B,137,66) (B,138,69) (B,129,73) (B,129,68)

CKSRYB105K10 CCSRCH470J50 CKSRYB105K10 CKSRYB104K50 CCSRCH101J50

C C C C C

5443 5444 5445 5451 5452

(B,128,63) (B,129,66) (B,128,61) (A,72,76) (A,131,51)

CCSRCH471J50 CCSRCH680J50 CKSRYB105K10 CKSRYB104K50 CEVW220M6R3

C C C C C

5453 5454 5455 5456 5457

(B,147,73) (B,130,48) (B,130,46) (B,126,42) (B,125,39)

CKSRYB104K50 CKSRYB473K50 CKSRYB473K50 CKSRYB104K50 CKSRYB222K50

C C C C C

5458 5459 5460 5461 5462

(B,126,39) (B,135,42) (B,138,39) (B,136,39) (A,134,38)

CCSRCH391J50 CKSRYB104K50 CKSRYB682K50 CCSRCH331J50 CKSRYB104K50

C C C C C

5463 5464 5465 5466 5467

(A,130,42) (A,130,47) (B,136,48) (B,134,46) (B,138,46)

CKSRYB105K10 CKSRYB474K10 CCSRCH471J50 CCSRCH680J50 CKSRYB105K10

C C C C C

5481 5482 5483 5484 5485

(B,14,92) (A,18,89) (A,23,88) (B,17,92) (B,17,94)

CKSRYB332K50 CEVW101M16 CKSRYB104K50 CKSRYB105K10 CKSRYB105K10

C C C C C

5531 5532 5533 5534 5535

(A,13,106) (A,40,22) (A,36,24) (A,40,30) (A,17,101)

CKSRYB103K50 CEVW220M16 CKSRYB104K50 CEVW220M16 CKSRYB103K50

C C C C C

5536 5537 5538 5539 5540

(A,18,97) (B,53,101) (B,36,24) (B,40,99) (B,47,25)

CEVW101M10 CKSRYB104K50 CKSRYB105K10 CKSRYB104K50 CKSRYB105K10

C C C C C

5541 5542 5543 5544 5545

(B,34,100) (A,41,118) (A,41,109) (B,42,28) (A,42,118)

CKSRYB104K50 CCSRCH121J50 CCSRCH121J50 CKSRYB105K10 CCSRCH121J50

C C C C C

5546 5547 5548 5549 5550

(A,45,118) (A,44,118) (A,46,118) (B,47,29) (A,48,118)

CCSRCH121J50 CCSRCH121J50 CCSRCH121J50 CCSRCH471J50 CCSRCH121J50

C 5551 C 5552 C 5553

(B,35,27) (A,60,109) (B,30,34)

CCSRCH471J50 CCSRCH121J50 CCSRCH471J50

AVIC-Z1/UC 1

2

3

4

5

Circuit Symbol and No.

6

7

Part No.

8

Circuit Symbol and No.

Part No.

C 5554 C 5555

(A,49,118) (B,32,34)

CCSRCH121J50 CCSRCH471J50

C 6219 C 6220

(A,56,42) 10 µF (A,56,68) 10 µF

CCG1223 CCG1223

C C C C C

5558 5571 5572 5581 5601

(A,52,118) (A,85,52) (A,13,112) (A,10,126) (B,75,115)

CKSRYB104K50 CKSRYB472K50 CKSRYB104K50 CKSRYB104K50 CCSRCH150J50

C C C C C

6221 6222 6251 6252 6253

(A,56,45) 10 µF (A,56,65) 10 µF (B,40,57) (B,42,64) (B,42,62)

CCG1223 CCG1223 CKSRYB103K50 CCSRCH101J50 CKSRYB104K50

C C C C C

5602 5612 5621 5651 5656

(B,71,115) (B,12,117) (B,27,95) (B,72,108) (A,70,116)

CKSRYB104K50 CKSRYB103K50 CKSRYB222K50 CKSRYB103K50 CKSRYB473K50

C C C C C

6254 6255 6256 6257 6258

(B,40,59) (B,44,61) 47 pF (B,47,61) (B,50,48) (B,42,50)

CKSRYB103K50 CCG1231 CKSRYB105K10 CKSQYB475K10 CKSRYF474Z16

C C C C C

5671 5672 5673 5674 5675

(B,12,108) (B,11,108) (B,22,110) (B,26,107) (B,26,105)

CKSQYB475K6R3 CKSSYB103K16 CKSRYB105K10 CKSRYB105K10 CKSRYB105K10

C C C C C

6259 6260 6261 6262 6263

(B,46,47) (B,48,48) (A,38,41) (A,36,61) (A,36,58)

CKSRYB104K50 CCG1222 CCH1409 CCG1223 CCG1223

C C C C C

5676 5677 5685 5686 5832

(B,16,110) (B,14,108) (A,39,118) (B,27,106) (A,41,13) (EW5)

CKSRYB105K10 CKSRYB105K10 CKSQYF104Z50 CKSRYB104K50 CCSRCH101J50

C C C C C

6264 6311 6321 6322 6323

(A,36,55) 10 µF (B,94,100) (B,79,57) (B,69,76) 10 µF (A,95,81)

CCG1223 CKSRYB104K50 CKSRYB104K50 CCG1203 CKSQYB105K16

C C C C C

5851 5852 5901 5902 5903

(B,104,111) (B,92,117) (B,102,33) (B,96,30) (B,93,28)

CKSRYB104K50 CKSRYB104K50 CKSRYB104K50 CKSRYB102K50 CKSRYB104K50

C C C C C

6324 6325 6329 6331 6332

(A,84,87) (B,86,75) 10 µF (B,86,68) (B,85,90) (A,92,98)

CKSYB105K25 CCG1220 CKSRYB103K50 CKSRYB104K50 CEVW101M16

C C C C C

5904 5905 5906 5907 6001

(B,93,36) (B,93,30) (A,64,9) (A,58,20) (A,32,19)

CKSRYB103K50 CKSRYB823K16 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50

C C C C C

6333 6341 6342 6343 6351

(B,88,79) (A,35,75) (A,40,74) (B,29,86) (B,85,117)

CKSRYB103K50 CKSRYB103K50 CEVW101M16 CKSRYB105K10 CKSRYB104K50

C C C C C

6002 6101 6102 6103 6104

(A,162,14) (A,49,89) 10 µF (A,43,83) (A,38,83) (A,36,83)

CKSRYB103K50 CCG1192 CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25

C C C C C

6352 6353 6354 6355 6356

(A,111,117) (A,107,117) (A,100,120) (A,100,114) (B,81,112)

CKSRYB103K50 CEVW470M16 CKSRYB103K50 CEVW101M16 CKSRYB472K50

C C C C C

6105 6106 6107 6108 6109

(A,27,86) (B,31,88) (A,30,87) (A,26,83) 10 µF (B,51,91)

CKSRYF104Z25 CKSRYF104Z25 CKSRYF104Z25 CCG1223 CKSRYB104K50

C C C C C

6370 6371 6372 6401 6402

(A,57,93) (A,57,88) (B,62,90) (B,158,72) 10 µF (B,168,102)

CKSRYB103K50 CEVW101M16 CKSRYB105K10 CCG1203 CKSRYB102K50

C C C C C

6201 6202 6203 6204 6205

(B,66,47) (B,59,64) (B,59,49) (B,59,48) (B,56,60)

CKSRYB682K50 CKSRYB682K50 CCSRCH101J50 CKSRYB224K16 CCSRCH221J50

C C C C C

6403 6404 6405 6406 6408

(B,162,102) (B,165,102) (B,155,70) (B,155,69) (A,155,130)

CKSRYB102K50 CKSRYB102K50 CKSRYB103K50 CKSRYB105K10 CKSRYB104K50

C C C C C

6206 6207 6208 6209 6210

(B,56,61) (B,56,51) (B,56,52) 47 pF (B,56,55) (B,56,58)

CKSRYB104K50 CKSRYB223K50 CCG1231 CKSRYB105K10 CKSRYB223K50

C C C C C

6409 6410 6411 6412 6501

(A,153,72) (A,154,66) (A,154,65) (A,154,64) (B,96,17)

CEVW101M16 CKSRYB104K50 CKSRYB105K10 CKSRYB105K10 CKSRYB104K50

C C C C C

6211 6212 6213 6214 6215

(B,53,59) 4.7 µF (B,67,53) (B,67,59) (B,70,57) (B,73,52)

CCG1222 CKSRYF474Z16 CKSRYF474Z16 CKSQYB475K10 CKSRYB104K50

C C C C C

6502 6504 6505 6507 6508

(B,93,17) (B,101,17) (B,99,17) (B,99,11) (B,97,11)

CCSRCH101J50 CCSRCH101J50 CKSRYB103K50 CKSRYB103K50 CKSRYB103K50

(B,73,55) (A,72,45) 330 µF/6.3 V (A,71,65) 330 µF/6.3 V

CKSRYF104Z25 CCH1366 CCH1366

C 6601 C 6602 C 6603

(B,104,46) (A,88,49) (A,86,36)

CKSRYB104K50 CKSRYB104K50 CKSRYB104K50

C 6216 C 6217 C 6218

4.7 µF 220 µF/10 V 10 µF 10 µF

AVIC-Z1/UC 5

6

7

8

A

B

C

D

E

F

141

1

2

Circuit Symbol and No.

A

B

C

3

Part No.

Circuit Symbol and No.

(B,104,54) (A,122,69)

CKSRYB104K50 CKSRYB153K50

S 3001 S 3002

Push Switch Push Switch

CSG1155 CSG1155

C C C C C

6606 6607 6608 6609 6610

(A,125,74) (A,116,67) (A,113,40) (A,104,68) (A,119,67)

CKSRYB104K50 CKSRYB104K50 CKSRYB104K50 CKSRYB104K50 CKSRYB105K10

S S S S S

3003 3004 3005 3006 3007

Push Switch Push Switch Push Switch Push Switch Push Switch

CSG1155 CSG1155 CSG1155 CSG1155 CSG1155

C C C C C

6611 6612 6613 6614 6615

(A,94,62) (A,94,64) (A,122,73) (A,121,55) (A,94,49)

CCSRCH7R0D50 CCSRCH6R0D50 CKSRYB104K50 CKSRYB104K50 CKSRYB104K50

S S S S S

3008 3009 3010 3011 3012

Push Switch Push Switch Push Switch Push Switch Push Switch

CSG1155 CSG1155 CSG1155 CSG1155 CSG1155

C C C C C

6616 6617 6618 6619 6620

(A,95,78) (A,94,75) (A,95,79) (A,116,41) (A,108,41)

CKSRYB104K50 CSZSR100M16 CKSRYB104K50 CKSRYB104K50 CKSRYB104K50

S 3021

Push Switch

CSG1155

C C C C C

6622 6623 6624 6625 6626

(A,119,69) (B,113,56) (B,162,18) (B,168,16) (B,115,52)

CKSRYB104K50 CKSRYB104K50 CKSRYB104K50 CKSRYB104K50 CCSRCH101J50

C C C C C

6801 6802 6805 6806 6807

(A,65,19) (B,6,9) 330 µF/10 V (A,61,9) (A,22,7) (A,38,8)

CKSRYB104K50 CCH1623 CKSRYB104K50 CKSRYB105K10 CKSRYB105K10

Unit Name

RESISTORS

D D D S R

6901 6905 6910 6902 6901

LED LED LED Push Switch(DISC)

RS1/16S822J RS1/16S302J RS1/16S103J RS1/16S303J RS1/16S103J

R R R R R R

3007 3009 3010 3011 3016 3016

RS1/16S303J RS1/16S512J RS1/16S103J RS1/16S303J SDDB16001A CL-196HR-CD

LED(UC) LED(EW5)

RS1/16S470J

C 3021 SDDB16001A(CA) SDDB16001A(CA) SDDB16001A(CA) CSG1155 RS1/16S241J

CKSRYB104K25

K Unit Number : CWN1584(UC) Unit Number : CWN1634(EW5) Unit Name : Monitor Unit

RS1/16S202J

MISCELLANEOUS

Unit Number : CWN1635(EW5) Unit Name : Keyboard Unit MISCELLANEOUS IC 3021 D 3001 D 3002 D 3003 D 3003 D 3004

IC LED LED LED(UC) LED(EW5) LED

SBX3050-01 SDDB16001A(CA) SDDB16001A(CA) SDDB16001A(CA) CL-196HR-CD(AB) SDDB16001A(CA)

D D D D D

3006 3007 3009 3010 3012

LED LED LED LED LED

SDDB16001A(CA) SDDB16001A(CA) SDDB16001A(CA) SDDB16001A(CA) SDDB16001A(CA)

D 3013 D 3014 D 3015

LED LED LED

SDDB16001A(CA) SDDB16001A(CA) SDDB16001A(CA)

142

3001 3002 3003 3004 3006

CAPACITORS

J Unit Number : CWN1585(UC)

F

R R R R R

R 3021

: Unit

R 6903

E

Part No.

C 6604 C 6605

I Unit Number : CWN1586 D

4

IC 1 IC 41 IC 101 IC 102 IC 103

(A,40,59) (A,29,85) (A,84,40) (A,17,43) (A,12,61)

IC IC IC IC IC

TC90A96AFG-P TC7SH08FUS1 NJM2100V TC7SET04FUS1 TC7S66FU

IC 104 IC 121 IC 122 IC 181 IC 182

(A,9,46) IC (A,66,34) IC (A,70,30) IC (B,94,71) IC (A,83,69) IC

NJM082BV TC74VHC04FTS1 TC7SET04FUS1 BD6171KV S-1132B25-U5

IC 183 IC 251 IC 252 IC 301 IC 305

(A,83,57) IC (A,109,45) IC (A,121,38) IC (A,100,32) IC (A,112,25) IC

S-1132B15-U5 S-80835CNNB-B8U BR93L56FJ-W PE5538A TC7SH08FUS1

IC 332 IC 841 IC 845 IC 873 Q 1

(A,64,77) IC (B,142,74) IC (B,136,67) IC (A,130,64) IC (A,44,79) Transistor

TC7SH08FUS1 OZ964ISN TC7SH08FUS1 TA78L05F 2SC4617

AVIC-Z1/UC 1

2

3

4

5

6

Circuit Symbol and No.

7

Part No.

8

Circuit Symbol and No.

Part No.

Q Q Q Q Q

101 102 181 182 251

(A,8,37) Transistor (A,10,37) Transistor (A,102,67) FET (A,109,67) FET (A,84,51) Transistor

UMX2N UMT2N RSQ035P03 RSQ035P03 2SC4617

L L L L L

40 41 42 43 44

(A,24,72) (A,23,72) (A,22,72) (A,20,67) (A,24,67)

Inductor Inductor Inductor Inductor Inductor

CTF1306 CTF1306 CTF1306 CTF1306 CTF1306

Q Q Q Q Q

301 351 352 602 603

(B,103,19) Transistor (A,73,87) Transistor (A,67,87) Transistor (A,141,79) Transistor (A,140,81) Transistor

2SC4617 2SC4081 2SA1576 2SC4617 2SC4617

L L L L L

45 46 47 48 49

(A,22,66) (A,24,65) (A,20,64) (A,19,63) (A,23,63)

Inductor Inductor Inductor Inductor Inductor

CTF1306 CTF1306 CTF1306 CTF1306 CTF1306

Q Q Q Q Q

605 681 682 683 842

(A,146,81) (A,120,26) (A,126,30) (A,123,26) (A,149,79)

UMX2N XN4381 XN4381 FMG12 2SA1774

L L L L L

50 51 52 53 54

(A,23,61) (A,23,60) (A,23,59) (A,24,58) (A,24,56)

Inductor Inductor Inductor Inductor Inductor

CTF1306 CTF1306 CTF1306 CTF1306 CTF1306

Q Q Q Q D

843 844 871 872 181

(A,138,66) FET (A,145,66) FET (A,126,73) Transistor (A,127,75) Transistor (A,96,64) Diode

TS8M1 TS8M1 2SC4617 2SC4617 RB160M-30

L L L L L

55 56 57 58 59

(A,24,55) (A,24,54) (A,23,52) (A,22,51) (A,24,49)

Inductor Inductor Inductor Inductor Inductor

CTF1306 CTF1306 CTF1306 CTF1306 CTF1306

D D D D D

182 183 184 185 186

(A,111,62) Diode (B,91,82) Diode (B,91,80) Diode (A,87,80) Diode (A,89,80) Diode

RSX201L-30 RB548W RB548W RB548W RB548W

L L L L L

60 61 62 63 64

(A,24,48) (A,27,45) (A,27,44) (A,29,43) (A,29,44)

Inductor Ferrite Bead Ferrite Bead Ferrite Bead Ferrite Bead

CTF1306 CTF1528 CTF1528 CTF1528 CTF1528

D D D D D

187 241 242 601 681

(A,91,80) Diode (A,89,56) Diode (A,83,62) Diode (A,138,77) Diode (A,119,30) Diode

RB548W RB500V-40 RB500V-40 UDZS8R2(B) UDZS5R6(B)

L L L L L

65 66 67 68 69

(A,30,43) (A,31,44) (A,32,44) (A,33,42) (A,35,42)

Ferrite Bead Ferrite Bead Ferrite Bead Inductor Inductor

CTF1528 CTF1528 CTF1528 CTF1306 CTF1306

D D D D D

682 683 840 841 842

(A,119,23) (A,124,23) (A,135,35) (A,136,64) (A,150,75)

Diode Diode Diode Diode Diode

UDZS5R6(B) 1SS355 HZU6R2(B3) HZU6R2(B3) HZU6R2(B3)

L L L L L

70 71 72 73 74

(A,36,43) (A,36,41) (A,37,43) (A,38,41) (A,38,42)

Ferrite Bead Ferrite Bead Ferrite Bead Ferrite Bead Ferrite Bead

CTF1528 CTF1528 CTF1528 CTF1528 CTF1528

D D D D D

843 844 851 871 872

(A,136,38) (A,136,29) (A,150,76) (A,130,70) (B,134,71)

Diode Diode Diode Diode Diode

MA147 MA147 1SS355 UDZS6R2(B) RB751V-40

L L L L L

75 76 77 78 79

(A,39,41) (A,40,42) (A,41,43) (A,41,41) (A,42,42)

Ferrite Bead Inductor Ferrite Bead Ferrite Bead Ferrite Bead

CTF1528 CTF1306 CTF1528 CTF1528 CTF1528

L L L L L

1 2 3 4 5

(A,56,50) (A,58,57) (A,56,55) (A,58,59) (A,56,62)

Inductor Inductor Inductor Inductor Inductor

CTF1306 CTF1306 CTF1306 CTF1306 CTF1306

L L L L L

80 81 82 83 84

(A,43,41) (A,43,42) (A,44,40) (A,45,41) (A,47,39)

Ferrite Bead Ferrite Bead Ferrite Bead Inductor Inductor

CTF1528 CTF1528 CTF1528 CTF1306 CTF1306

L L L L L

6 7 8 9 10

(A,58,64) (A,57,66) (A,57,69) (A,55,72) (A,55,73)

Inductor Inductor Inductor Inductor Inductor

CTF1306 CTF1306 CTF1306 CTF1306 CTF1306

L L L L L

85 86 87 88 89

(A,47,42) (A,48,42) (A,49,41) (A,50,41) (A,51,41)

Inductor Ferrite Bead Ferrite Bead Ferrite Bead Ferrite Bead

CTF1306 CTF1528 CTF1528 CTF1528 CTF1528

L L L L L

11 12 13 18 25

(A,55,75) (A,53,75) (A,48,80) (A,46,83) (A,41,76)

Inductor Inductor Inductor Inductor Inductor

CTF1306 CTF1306 CTF1306 CTF1306 CTF1306

L L L L L

90 91 92 93 94

(A,52,42) (A,53,42) (A,53,44) (A,54,46) (A,48,84)

Ferrite Bead Ferrite Bead Inductor Inductor Inductor

CTF1528 CTF1528 CTF1306 CTF1306 CTF1635

L L L L L

30 34 36 38 39

(A,39,76) (A,33,76) (A,30,75) (A,28,73) (A,26,73)

Inductor Inductor Inductor Inductor Inductor

CTF1306 CTF1306 CTF1306 CTF1306 CTF1306

L L L L L

95 96 97 98 99

(A,25,82) (A,54,84) (A,21,48) (A,58,53) (A,59,74)

Inductor Inductor Inductor Inductor Inductor

CTF1635 CTF1635 CTF1635 CTF1635 CTF1635

Transistor Transistor Transistor Transistor Transistor

A

B

C

D

E

F

AVIC-Z1/UC 5

6

7

8

143

1

2

Circuit Symbol and No.

A

B

C

D

3

Part No.

Circuit Symbol and No.

L L L L L

100 101 102 105 121

(A,116,49) Choke Coil 18 µH CTH1250 (A,11,56) Inductor LCKAW101J2520 (A,14,55) Inductor LCKAW101J2520 (A,14,46) Inductor CTF1306 (A,64,41) Inductor CTF1635

L L L L L

122 123 151 152 153

(A,65,29) (A,69,35) (A,26,39) (A,31,38) (A,23,38)

L L L L L

161 171 181 185 186

(B,16,35) Inductor DTL1096 (A,26,76) Inductor LCKAW101J2520 (B,86,77) Inductor DTL1096 (A,123,54) Choke Coil 10 µH CTH1249 (A,88,65) Inductor CTF1635

L L L L L

195 203 207 214 251

(A,91,53) Inductor CTF1635 (A,95,60) Choke Coil 68 µH CTH1318 (B,100,83) Inductor CTF1635 (A,115,62) Choke Coil 18 µH CTH1250 (A,90,50) Inductor CTF1635

L L L L L L

321 351 351 352 352 353

(A,61,75) Inductor (A,70,85) Chip Coil(UC) Chip Coil(EW5) (A,66,83) Chip Coil(UC) Chip Coil(EW5) (A,78,79) Inductor

CTF1635 LCTAW270J2520 LCTAW220J2520 LCTAW390J2520 LCTAW270J2520 LCKAW101J2520

L 371 L 372 L 373 L 380 T 841 TH301

(A,67,55) Inductor (A,67,62) Inductor (A,67,63) Inductor (A,107,13) Inductor (A,144,43) Transformer (B,91,46) Thermistor

CTF1630 CTF1630 CTF1630 CTF1488 CTT1119 CCX1051

X 1 X 301 VR841 >FU181 >FU841

(A,53,79) Crystal Resonator 42 MHz CSS1604 (A,101,45) Radiator 12.58 MHz CSS1601 (A,137,73) Semi-fixed 10 kΩ(B) C1423 (A,108,10) Fuse 500 mA CEK1251 (A,134,52) Fuse 1.25 A CEK1255

Inductor Inductor Inductor Inductor Inductor

CTF1306 CTF1306 DTL1096 CTF1635 CTF1635

RESISTORS

E

F

R R R R R

1 2 3 4 5

(A,50,76) (A,50,78) (A,44,76) (A,46,79) (A,40,87)

RS1/16S105J RS1/16S391J RS1/16S152J RS1/16S331J RS1/16S0R0J

R R R R R

41 42 61 62 63

(A,29,87) (A,28,82) (A,21,58) (A,25,43) (A,31,41)

RS1/16S0R0J RS1/16S101J RS1/16S333J RAB4CQ221J RAB4CQ221J

R R R R R

64 65 67 68 69

(A,37,39) (A,40,39) (A,43,39) (A,49,39) (A,52,39)

RAB4CQ221J RAB4CQ221J RAB4CQ221J RAB4CQ221J RAB4CQ221J

R R R R R

101 102 103 104 106

(A,81,43) (A,89,40) (A,8,57) (A,11,45) (A,6,47)

RS1/16S101J RS1/16S101J RS1/16S472J RS1/16S223J RS1/16S3302F

(A,6,45)

RS1/16S5602F

R 107

Part No.

R R R R

108 111 112 113

(A,6,42) (A,6,38) (A,11,33) (A,9,34)

RS1/16S101J RS1/16S153J RS1/16S153J RS1/16S0R0J

R R R R R

114 115 116 117 122

(A,9,33) (A,8,40) (A,11,40) (A,16,45) (A,59,27)

RS1/16S0R0J RS1/16S100J RS1/16S100J RS1/16S681J RS1/16S27R0D

R R R R R

124 125 126 128 132

(A,59,29) (A,59,32) (A,60,32) (A,60,35) (A,60,37)

RS1/16S10R0D RS1/16S6800D RS1/16S1000D RS1/16S82R0F RS1/16S56R0D

R R R R R

134 136 138 142 144

(A,59,37) (A,58,40) (A,57,37) (A,57,35) (A,57,32)

RS1/16S47R0D RS1/16S36R0D RS1/16S33R0F RS1/16S27R0D RS1/16S1800D

R R R R R

146 148 151 171 172

(A,57,29) (A,57,27) (A,27,35) (A,11,67) (A,11,66)

RS1/16S82R0F RS1/16S12R0F RS1/16S102J RS1/16SS104J RS1/16SS104J

R R R R R

173 174 175 176 177

(A,11,65) (B,16,72) (B,14,72) (B,17,72) (A,11,64)

RS1/16SS104J RS1/16SS473J RS1/16SS473J RS1/16SS472J RS1/16SS473J

R R R R R

181 182 183 184 185

(B,90,77) (B,94,78) (B,96,80) (B,94,77) (A,92,79)

RS1/16S3303D RS1/16S1802F RS1/16S821J RS1/16S5102D RS1/16S2202F

R R R R R

186 187 188 191 192

(A,93,77) (A,93,74) (B,103,72) (A,98,69) (A,105,70)

RS1/16S1802F RS1/16S1002F RS1/16S563J RS1/16S150J RS1/16S150J

R R R R R

193 194 195 196 201

(B,103,67) (B,107,59) (B,107,58) (B,109,60) (B,99,57)

RS1/16S273J RS1/16S1600D RS1/16S1001D RS1/16S2700D RS1/16S682J

R R R R R

203 204 216 217 218

(B,87,68) (B,88,65) (B,104,62) (B,104,58) (B,99,62)

RS1/16S5100F RS1/16S2001F RS1/16S333J RS1/16S102J RS1/16S684J

R R R R R

219 220 221 222 241

(B,92,58) (B,97,56) (B,95,56) (B,99,61) (A,87,58)

RS1/16S6801F RS1/16S1001D RS1/16S201J RS1/16S182J RS1/16S684J

R R R R R

242 251 252 253 254

(A,81,64) (A,115,42) (A,112,42) (A,110,40) (A,114,40) (EW5)

RS1/16S474J RS1/16S103J RS1/16SS0R0J RS1/16S473J RS1/16S473J

(A,115,40)

RS1/16S473J

R 256

144

4

AVIC-Z1/UC 1

2

3

4

5

Circuit Symbol and No.

6

7

Part No.

R R R R R

258 260 261 263 264

(A,114,37) (UC) (A,111,35) (A,113,37) (A,111,32) (A,112,29)

RS1/16S473J RS1/16S473J RS1/16S473J RS1/16S473J RAB4CQ102J

R R R R R

268 270 271 283 284

(B,122,40) (A,117,40) (A,110,16) (B,97,23) (A,88,28)

RS1/16S0R0J RS1/16S473J RS1/16S102J RAB4CQ473J RS1/16S272J

R R R R R

285 286 287 288 291

(A,86,28) (A,88,25) (A,83,28) (A,83,29) (A,88,30)

RS1/16S272J RS1/16S471J RS1/16S470J RS1/16S470J RAB4CQ471J

R R R R R

292 294 296 297 298

(A,88,35) (B,85,50) (A,84,48) (A,87,50) (A,82,51)

RAB4CQ471J RS1/16S0R0J RS1/16S473J RS1/16S473J RS1/16S223J

R R R R R

299 300 301 302 303

(A,95,45) (A,98,43) (B,95,48) (A,103,21) (A,107,43)

RAB4CQ123J RS1/16S473J RS1/16SS0R0J RS1/16S471J RS1/16S101J

R R R R R

304 305 306 307 308

(A,109,42) (A,90,45) (A,114,26) (A,110,25) (A,101,21)

RS1/16SS0R0J RS1/16S153J RS1/16S473J RS1/16S103J RS1/16S104J

R R R R R

309 335 337 351 352

(B,105,19) (A,63,70) (A,61,79) (A,75,79) (A,73,79)

RS1/16S103J RS1/16S0R0J RS1/16S101J RS1/16S0R0J RS1/16S104J

R R R R R

353 354 355 356 357

(A,78,82) (A,74,84) (A,71,81) (A,71,82) (A,65,80)

RS1/16S153J RS1/16S104J RS1/16S681J RS1/16S471J RS1/16S272J

R R R R R

358 602 603 604 605

(A,70,88) (A,142,85) (A,143,79) (A,141,77) (A,138,79)

RS1/16S391J RS1/16S621J RS1/16S103J RS1/16S104J RS1/16S473J

R R R R R

606 607 608 609 681

(A,143,84) (A,146,78) (A,143,82) (A,143,81) (A,118,20)

RS1/16S621J RS1/16S821J RS1/16S101J RS1/16S101J RS1/16S104J

R R R R R

682 683 684 701 722

(A,122,32) (A,122,21) (A,125,27) (A,73,18) (B,92,17)

RS1/16S104J RS1/16S102J RS1/16S102J RS1/16S103J RS1/16S470J

R R R R R

751 752 753 754 755

(B,62,18) (B,59,17) (B,59,19) (B,59,9) (B,59,11)

RS1/10S152J RS1/10S751J RS1/10S751J RS1/10S751J RS1/10S751J

Circuit Symbol and No.

8

Part No.

R R R R R R

757 758 759 759 760 761

(B,59,13) (B,59,15) (A,62,18) (UC) (EW5) (A,59,17) (B,70,13)

RS1/10S152J RS1/10S152J RS1/10S751J RS1/10S561J RS1/16S0R0J RS1/16S822J

R R R R R

842 843 844 845 846

(B,135,64) (A,148,77) (A,149,81) (A,151,79) (A,143,74)

RS1/16S103J RS1/16S183J RS1/16S473J RS1/16S472J RS1/16S513J

R R R R R

847 848 849 850 851

(B,137,73) (A,142,71) (A,150,73) (B,135,63) (A,136,68)

RS1/16S105J RS1/16S563J RS1/16S103J RS1/16S105J RS1/16S103J

R R R R R

853 871 872 873 874

(A,136,33) (A,128,73) (A,128,70) (A,125,70) (A,130,77)

RS1/16S561J RS1/16S103J RS1/16S104J RS1/16S473J RS1/16S105J

R 878

(B,132,68)

RS1/16S153J

6

B

CAPACITORS C C C C C

1 2 3 4 5

(A,55,48) (A,55,52) (A,55,54) (A,55,59) (A,55,60)

CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16

C C C C C

6 7 8 9 11

(A,55,65) (A,55,67) (A,55,70) (A,52,73) (A,50,74)

CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16

C C C C C

12 13 14 15 16

(A,48,74) (A,46,74) (A,55,79) (A,50,81) (A,46,76)

CKSSYF104Z16 CKSSYF104Z16 CCSRCH9R0D50 CCSRCH9R0D50 CKSRYB103K50

C C C C C

17 18 19 20 22

(A,47,80) (A,44,74) (A,43,76) (A,45,81) (A,42,80)

CCSRCH181J50 CKSSYF104Z16 CCSRCH4R0D50 CKSRYF104Z16 CKSRYB104K25

C C C C C

23 24 25 26 27

(A,41,80) (A,40,80) (A,41,74) (A,38,81) (A,38,87)

CKSRYB104K25 CKSRYB104K25 CKSSYF104Z16 CKSRYB104K25 CKSRYB104K25

C C C C C

28 30 31 32 33

(A,38,79) (A,39,74) (A,35,78) (A,37,76) (A,36,76)

CKSRYB104K25 CKSSYF104Z16 CKSRYB104K25 CKSRYB104K25 CKSRYB104K25

C C C C C

34 35 36 37 38

(A,34,76) (A,34,74) (A,34,80) (A,33,80) (A,32,80)

CKSRYB104K25 CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16

AVIC-Z1/UC 5

A

7

8

C

D

E

F

145

1

Circuit Symbol and No.

A

B

2

3

Part No.

4

Circuit Symbol and No.

Part No.

C C C C C

39 40 41 42 44

(A,31,77) (A,30,77) (A,31,74) (A,31,81) (A,30,74)

CKSRYB104K25 CKSRYB104K25 CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16

C C C C C

164 181 182 183 184

(A,18,35) (A,85,76) (A,96,81) (B,94,82) (B,88,78)

CKSRYB104K25 CKSQYF105Z25 CKSQYF105Z25 CKSRYB104K25 CKSQYF105Z25

C C C C C

45 46 47 48 49

(A,26,71) (A,25,68) (A,26,67) (A,28,81) (A,25,62)

CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16 CCSRCH331J50 CKSSYF104Z16

C C C C C

188 190 191 192 193

(A,85,81) (A,91,83) (A,89,84) (A,93,83) (A,89,78)

CKSQYF105Z25 CKSQYF225Z16 CKSQYF225Z16 CKSQYF105Z25 CKSRYF474Z16

C C C C C

53 54 55 56 57

(A,25,59) (A,26,57) (A,26,55) (A,25,53) (A,25,51)

CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16

C C C C C

194 195 196 197 198

(A,88,78) (A,95,76) (B,94,80) (B,94,81) (A,86,53)

CKSRYF474Z16 CKSYF475Z16 CKSRYB472K50 CKSRYB472K50 CKSQYF105Z25

C C C C C

58 59 60 62 68

(A,24,51) (A,25,49) (A,26,47) (A,21,59) (A,33,44)

CKSSYF104Z16 CKSSYF104Z16 CKSRYF105Z10 CKSSYF104Z16 CKSSYF104Z16

C C C C C

199 200 201 202 203

(A,91,78) (A,87,83) (A,95,53) 33 µF/10 V (A,95,55) (A,102,65)

CKSRYF474Z16 CKSQYF105Z25 CCH1586 CKSRYB104K25 CKSRYB103K50

C C C C C

69 76 83 85 89

(A,35,44) (A,39,44) (A,44,44) (A,46,44) (A,58,43)

CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16 CKSSYF104Z16 CSZSR330M10

C C C C C

204 205 206 207 208

(A,101,59) 10 µF (B,100,76) (B,101,76) (B,100,81) (B,101,71)

CCG1223 CKSRYB103K50 CKSRYB105K6R3 CKSQYF105Z25 CKSRYB102K50

C C C C C

90 91 92 93 94

(A,46,43) (A,121,47) (A,50,44) (A,53,45) (A,45,84)

CKSSYF104Z16 CKSRYB104K25 CKSSYF104Z16 CKSSYF104Z16 CKSYF105Z16

C C C C C

209 210 211 212 213

(B,101,74) (A,123,47) (B,101,69) (A,106,61) 10 µF (B,103,66)

CKSRYB104K25 CKSQYF105Z25 CKSRYB105K6R3 CCG1223 CKSRYB104K25

C C C C C

95 96 97 98 99

(A,36,86) (A,51,85) (A,19,49) (A,59,50) (A,59,71)

CSZSR330M10 CSZSR330M10 CSZS100M16 CSZSR220M10 CSZSR220M10

C C C C C

214 215 216 217 219

(A,106,57) 10 µF (A,115,57) (A,112,56) 68 µF/6.3 V (B,104,61) (B,107,61)

CCG1223 CKSRYB104K25 CCH1440 CCSRCH101J50 CKSRYB103K50

C C C C C

100 101 102 103 104

(A,58,47) (A,15,43) (A,86,42) (A,8,61) (A,12,59)

CSZSR330M10 CKSSYF104Z16 CKSSYF104Z16 CKSRYB105K6R3 CKSRYB104K25

C C C C C

221 223 224 226 228

(B,104,59) (B,101,61) (B,99,60) (B,99,58) (B,91,62)

CCSRCH331J50 CKSRYB393K16 CKSRYB103K25 CKSRYB473K25 CKSRYB393K16

C C C C C

105 106 107 108 111

(A,9,53) (A,15,52) (A,7,54) (A,12,51) 4.7 µF (A,6,50)

CKSRYB104K25 CKSRYB104K25 CSZSR220M16 CCG1111 CKSRYB105K6R3

C C C C C

229 230 231 232 233

(B,87,70) (A,89,70) (B,85,68) (B,86,64) (A,92,74)

CKSRYB393K16 CKSRYB102K50 CKSRYB104K25 CSZS100M16 CKSRYB105K6R3

C C C C C

112 121 122 123 151

(A,9,41) (A,70,33) (A,63,37) (A,65,39) (A,25,41)

CKSRYF104Z16 CKSRYF104Z16 CKSSYF104Z16 CSZS100M16 CKSSYF104Z16

C C C C C

234 235 236 237 238

(A,88,67) (A,97,77) (A,88,56) (A,80,56) (A,82,53)

CKSRYB104K25 CKSRYB103K50 CKSRYF105Z10 CKSRYB104K25 CSZS100M10

C C C C C

152 153 154 155 156

(A,31,34) (A,23,40) (A,24,35) (A,25,36) (A,31,36)

CKSSYF104Z16 CKSRYB104K25 CKSRYB104K25 CKSSYF104Z16 CSZSR330M10

C C C C C

239 240 241 242 243

(A,97,81) (A,105,63) (A,84,64) (A,83,73) (A,82,76)

CKSSYF104Z16 CKSRYB103K50 CKSRYF105Z10 CKSRYB104K25 CSZS100M10

C C C C C

157 158 161 162 163

(A,21,36) (A,27,39) (A,29,41) (A,14,40) (A,19,38) 4.7 µF

CKSQYF334Z25 CSZS100M16 CKSSYF104Z16 CKSRYB104K25 CCG1111

C C C C C

244 245 248 251 252

(A,86,61) (A,82,65) (A,86,56) (A,110,47) (A,113,44)

CSZS100M16 CKSRYB104K25 CKSRYB104K25 CKSSYF104Z16 CKSRYB103K50

C

D

E

F

146

AVIC-Z1/UC 1

2

3

4

5

Circuit Symbol and No.

6

7

Part No.

8

Circuit Symbol and No.

Part No.

C C C C C

253 257 258 261 301

(A,123,42) (A,90,47) (A,88,45) (A,102,42) (B,105,21)

CKSSYF104Z16 CSZSR330M10 CKSSYF104Z16 CKSSYF104Z16 CKSRYB105K6R3

C C C C C

302 303 304 305 307

(B,103,17) (B,95,17) (B,95,16) (A,112,23) (A,90,44)

CKSSYF104Z16 CKSSYF104Z16 CKSRYB104K50 CKSSYF104Z16 CKSRYB104K25

C C C C C

322 323 333 351 352

(A,64,72) (A,64,74) (A,64,75) (A,75,81) 10 µF (A,69,82) (UC)

CSZS100M10 CKSRYF104Z16 CKSRYF104Z16 CCG1171 CCSRCH680J50

C C C C C

352 353 353 354 354

(EW5) (A,68,80) (UC) (EW5) (A,67,85) (UC) (EW5)

CCSRCH470J50 CCSRCH101J50 CCSRCH680J50 CCSRCK2R0C50 CCSRCH5R0C50

C C C C

355 355 356 357

(A,66,80) (UC) (EW5) (A,72,84) (A,75,76)

CCSRCH680J50 CCSRCH470J50 CKSSYF104Z16 CSZSR330M10

R R R R R

1 2 3 4 5

RS1/16S223J RS1/8S271J RS1/16S332J RS1/16S471J RS1/16S222J

C C C C C

385 386 387 602 681

(A,133,44) 10 µF (A,133,47) 10 µF (A,113,13) (A,141,83) (A,128,26)

CCG1223 CCG1223 CKSQYF224Z25 CKSRYB104K25 CKSRYB102K50

R R R R R

11 12 13 14 15

RS1/10S0R0J RS1/16S222J RS1/16S222J RS1/16S821J RS1/16S821J

C C C C C

682 683 684 685 686

(A,125,20) (A,119,32) (A,116,20) (A,120,29) (A,128,27)

CKSRYB102K50 CKSRYB102K50 CKSRYB102K50 CKSSYF104Z16 CKSRYB102K50

R R R R

19 20 21 22

RS1/16S102J RS1/16S102J RS1/16S102J RS1/16S102J

C C C C C

687 751 752 753 754

(A,125,22) (A,67,16) (A,65,16) (A,69,16) (B,87,23)

CKSRYB102K50 AVR-M1608C080MTAAB AVR-M1608C080MTAAB AVR-M1608C080MTAAB CKSSYF104Z16

C C C C C

755 843 844 845 846

(B,65,19) (A,128,75) (B,141,79) (B,143,79) (A,134,72)

CKSSYB102K50 CKSRYB104K25 CKSQYB105K10 CKSQYB474K16 CKSRYF105Z10

C C C C C

847 848 849 852 853

(B,147,77) (A,146,74) (A,148,74) (B,136,73) (A,145,72)

CKSRYF104Z50 CKSRYB562K50 CKSRYB152K50 CKSRYB103K50 CKSRYB473K50

C C C C C

854 855 856 857 858

(B,132,72) (A,135,70) (A,150,70) 10 µF (A,142,66) 10 µF (A,135,61)

CFHXSQ221J50 CKSRYB473K50 CCG1223 CCG1223 CKSQYB105K10

C C C C C

859 861 862 871 872

(A,136,24) 15 pF (B,134,39) (A,137,61) (A,130,60) (A,126,62)

CCG1194 CKSRYB153K50 CKSQYB105K10 CKSRYF104Z50 CKSRYF105Z10

(B,134,68)

CKSRYF104Z50

L Unit Number : CZW5026 Unit Name

A

: Main PCB Unit

MISCELLANEOUS IC 1 IC 2 IC 3 IC 4 IC 5

IC IC IC Photo-interrupter Photo-interrupter

BA6288FS S-812C50AMC-C3E TC7W14FU GP2L24B GP2L24B

Q 1 Q 2 D 1 L 2 >FU1

Transistor Transistor Diode Inductor Fuse 2 A

2SB1185 IMX1 HZU6R2(B2) LCTAW2R2J2520 CEK1304

B

RESISTORS

C

CAPACITORS

C 891

C C C C C

1 2 3 7 8

C C C C C

9 10 11 12 13

CKSRYB473K50 CKSRYB473K50 CEVW100M16 CEVW100M16 CKSRYB104K50

C 14

CKSRYB104K50

39 µF/16 V

6

E

Miscellaneous Parts List M 1 M 2 M 3

Pickup Unit(Service)(DP5) Motor Unit(LOADING) Motor Unit(CARRIAGE) Motor(SPINDLE)

CXX1945 CXC4315 CXC4314 CXM1308

F

AVIC-Z1/UC 5

D

CKSRYB153K50 CZC5169 CKSRYB105K10 CEVW100M16 CKSRYB104K50

7

8

147

1

2

3

4

6. ADJUSTMENT 6.1 JIG CONNECTION DIAGRAM A

CDE8077 (used in the product)

GGD1284

B

C

D

E

F

148

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

GGD1284

BBR

B

C

D

E

F

AVIC-Z1/UC 5

6

7

8

149

1

2

3

4

6.2 DVD ADJUSTMENT A

- Skew adjustment If any of the following replacements have been performed on the system, adjustments for pick up, must be conducted: 1. Pick up unit replacement 2. Spindle motor replacement 3. Carriage chassis replacement 4. Pick up unit main shaft replacement 5. Pick up unit sub-shaft replacement B

Measurement device and tools : Oscilloscope Allen key wrench Screw rock(GYL1001)

Disk used : GGV1018 Measurement reference : GND1 Measurement point : RFOUT

Skew adjustment connection diagram • DVD core unit (MS3)

C

IC1101 D

Oscilloscope

RFOUT

E

IC1706

GND1

COMPO GNDV

F

150

AVIC-Z1/UC 1

2

3

4

5

6

7

8

Symptoms in case of poor adjustment: Error efficiency deteriorated: 10 -3 (Optimum value: 10-4 or lower) High jitter of the RF signal RF waveform deformed Unstable operation in tracking closing and servo control Caution: Avoid exposing your eyes to laser beams for a long time. Preparation for adjustment: Clean both ends of the shafts. Use brand new skew screws supplied with the service kit GXX1259.

A

Procedures: 1. Place the DVD mechanism module upside down. To avoid the disc from being robbed when it is turned upside down, first put a coin of about 1.5 mm on the table, then turn the disc upside down and set it so that the 1 in the figure comes to the point immediately above the coin. 2. After replacing the pickup (by referring to the procedures of "Removing the Pickup."), roughly adjust the three skew screws through visual check so that the pickup is mounted in parallel to the CRG chassis around the inner and outer tacks. 3. Connect an oscilloscope as shown in the connecting diagram. 4. Turn on the power of the product. Load the test disc (GGV1018). 5. In the front-end test mode, set the disc type to DVD layer 1. Then, turn on the power. Move the pickup toward the inner tracks. 6. Turn on the laser diodes. 7. With the focus servo closed, complete all automatic adjustments. Close the tracking servo, and then complete all automatic adjustments. 8 Follow the next procedures, from 8-1 to 8-5, and adjust the (three) skew screws. 8-1 Move the pickup toward the inner track and turn the skew adjustment screw C so that the RF level of oscilloscope becomes the maximum. (Tangential adjustment at the inner track position: Adjust the flatness of the disc at the inner track position with the adjustment screw C) 8-2 Move the pickup toward the outer track and turn the skew adjustment screw B so that the RF level becomes the maximum. (Tangential adjustment at the outer track position: Adjust the flatness of the disc at the outer track position with the adjustment screw B) 8-3 Leave the pickup at the outer track position and turn the skew adjustment screws A and B in the same direction alternately one quarter at a time (A•B•A•B •••) so that the RF level becomes the maximum. (Radial adjustment at the outer track position: Keeping the flatness at the outer track position, adjust the flatness of the whole disk with the adjustment screws A and B) 8-4 Move the pickup toward the inner track and turn the skew adjustment screw C so that the RF level becomes the maximum. (Tangential adjustment at the inner track position: Adjust the flatness of the disc at the inner track position with the djustment screw C) 8-5 Repeat the steps from 8-2 to 8-4 three times, and adjust at the position where the RF level becomes the maximum. 9. Turn off the power in the test mode. After confirming that the disc has stopped, eject the disc. 10. Adjust with a screw rock the shaft and skew adjustment screw to the same state as initial one. Skew adj. screw

Skew adj. screw

Apply glue

B

C

D

Prevent applied glue from extending beyond this position.

Prevent applied glue Shaft from extending beyond this position.

E

C 1 B

A F

AVIC-Z1/UC 5

6

7

8

151

1

2

3

4

- Back end section check flow chart Start

A

Are all reproduced images and sounds normal?

NO

YES

Is the F.E. section normal?

Go to the F.E. section check

NO

B YES Are all power supply voltages

NG

OK Are all clocks operating normally?

C

NG

OK Is the streaming I/F

NG

OK Is the audio circuit operating normally?

NG

OK

D

Is the video circuit operating normally?

NG

OK Is SDRAM I/F operating normally?

NG

OK

E Is the microprocessor operating normally?

Repair or replace any defective unit

NO

All checks normal?

YES

F

Check completed

152

AVIC-Z1/UC 1

2

3

4

5

6

7

8

Check 1: Are all power supply voltages normal? Reproduce DVD-REF-A1 Title 1. the voltage of the sensing pin. If results are not satisfactory, check to see if there are any problems with the resin flux cored solder,

A

parts and components.

NO.

Verification location

Rated value

Unit

1

VD8-PGND

8±0.4

V

2

VD33-GND

3.3±0.3

V

3

SRVDD33-GND

3.3±0.3

V

4

VCC5-GND

5±0.25

V

5

AVCC5-GND

5±0.3

V

6

VCC33-GND

3.3±0.15

V

7

VCC18-GND

1.8±0.15

V

8

VCC25-GND

2.5±0.2

V

B

C

D

E

F

AVIC-Z1/UC 5

6

7

8

153

1

A

2

3

4

Check 2: Are all clocks operating normally? Reproduce DVD-REF-A1 Title 1. Checks are to be conducted with a GND reference. If locations listed under "verification location 2", can be verified, there will be no need to perform verifications for the locations listed under "verification location 1." If the result is not satisfactory, check to see if there are any problems with the resin flux cored solder, parts and components, in the vicinity of IC1507. Verification location 2

Media

Rated value1

1

Verification location 1 ( measurements) CLK27

IC1503 96pin

ALL

2.65V~VCC33

GND~0.65V

27MHz±50ppm

2

EXTCK1

IC1503 100pin

DVD

2.65V~VCC33

GND~0.65V

36.8640MHz±100ppm

3

EXTCK1

IC1503 100pin

CD

2.65V~VCC33

GND~0.65V

33.8688MHz±100ppm

4

MCK16

IC1301 79pin

ALL

2.33~VCC33

GND~0.99V

16.9344MHz±100ppm

5

MCK33

IC1601 3,33pin

ALL

2.33~VCC33

GND~0.10V

33.8688MHz~40.0000MHz

NO. B

Rated value 2

Rated value 3

C Rated value 1

GND

Rated value 3

Rated value 2

Clock rated values

D

E

F

154

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

B

C

D

MPEG stream

Clock generator

E

System Computer I/F

F

AVIC-Z1/UC 5

6

7

8

155

1

2

3

4

A

Check 3: Is the streaming I/F operating normally? Reproduce DVD-REF-A1 Title 1.

B

Checks are to be conducted with a GND reference. If the locations listed under "verification location 2" can be verified, then there is no need to conduct verifications for the locations listed under "verification location 1." If the result is not satisfactory, check to see if there are any problems with the resin flux cored solder, parts and components, in areas where a problem occurs, for the overall sequence of“output " input"of the checked location. Verification NO. location 1 Verification ( location2 measurements) 1 STD0 IC1503 81pin

C

Verification Media

Rated value 1

Rated value 2

Reference waveform

Others

DVD

2V~VCC33

GND~0.8V

Waveform 1 Line name OHDD8 at R1425

2

STD1

IC1503 80pin

DVD

2V~VCC33

GND~0.8V

Waveform 1 Line name OHDD9 at R1425

3

STD2

IC1503 79pin

DVD

2V~VCC33

GND~0.8V

Waveform 1 Line name OHDD10 at R1425

4

STD3

IC1503 78pin

DVD

2V~VCC33

GND~0.8V

Waveform 1 Line name OHDD11 at R1425

5

STD4

IC1503 76pin

DVD

2V~VCC33

GND~0.8V

Waveform 1 Line name OHDD12 at R1426

6

STD5

IC1503 75pin

DVD

2V~VCC33

GND~0.8V

Waveform 1 Line name OHDD13 at R1426

7

STD6

IC1503 74pin

DVD

2V~VCC33

GND~0.8V

Waveform 1 Line name OHDD14 at R1426

8

STD7

IC1503 73pin

DVD

2V~VCC33

GND~0.8V

Waveform 1 Line name OHDD15 at R1426

9

STCLK

IC1503 70pin

DVD

2V~VCC33

GND~0.8V

Waveform 2 Line name ODA2 at IC1405

10

STVALID

IC1503 69pin

DVD

2V~VCC33

GND~0.8V

Waveform 2 Line name OINTRQ at IC1405

11

MASTER

IC1301 176pin

DVD

2V~VCC33

GND~0.8V

Waveform 2 Line name STENABLE at IC1405

D

Rated value 1

GND

Rated value 2

Streaming I/F rated value

E

F

156

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

B

C

MPEG stream

D

MPEG stream

System Computer I/F

E

F

AVIC-Z1/UC 5

6

7

8

157

1

2

3

4

Check 4: Is the audio circuit operating normally? A

Reproduce DVD-REF-A1 Title 2 Chapter (48V/16-bit/1 kHz/0dB). the circuit described in Figure 2. Checks are to be conducted using GNDAU1 (sensing pins) as a reference. If the locations, listed under "verification location 2", can be verified, there is no need to conduct verifications for the locations listed under "verification location 1." If the result is not satisfactory, check to see if there are any problems with the resin flux cored solder, parts and components, in the vicinity of the main components. NO.

B

Verification Verification location 1 location 2

Rated value 1

Rated value 2

Reference waveform

1

AOUT0

IC1503 90pin

2.0V and over

0.8V and lower

Waveform 3

2

SRCK

IC1605 1pin

2.0V and over

0.8V and lower

Waveform 3

3

LRCK

IC1605 3pin

2.0V and over

0.8V and lower

Waveform 3

Rated value1 Rated value 2

GND

C

Three serial output rated values Checks are conducted with the measurement circuit below.

NO.

Verification location 1

Verification location 2

Rated value

Reference waveform

4

LO

CN1611 36pin

1100±150mV

Waveform 4

5

RO

CN1611 34pin

1100±150mV

Waveform 4

D

Rated value

Analog audio outputs (LO and RO) rated values HOST I/F

LO RO

E

22kΩ

These resistors are inserted.

AAGND

LO and RO output measurement circuit

F

158

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

B

C

MPEG stream

D

E

System Computer I/F

F

AVIC-Z1/UC 5

6

7

8

159

1

2

3

4

Check 5: Is the video circuit operated normally? Reproduce DVD-REF-A1 Title 2 Chapters (White 100IRE). Monitor the output with the oscilloscope, by setting the COMPO signal to a GND reference. Set the Trigger mode to the TV trigger, and the Trigger line to line-150.

A

NO. 1

Verification location (sensing pin) COMPO

Rated value 1.0±0.05Vpp

Reference waveform Waveform 5

If the result is not satisfactory, check to see if there are any problems with resin flux cored solder, parts and components, in the vicinity of line-150 (the section marked 5 in the circuit diagram) and peripheral components. B

PEAK

When the result is not satisfactory, adjust the noise level to 1.0 + 0.05 Vpp.

Rated value

COMPO signal

Color burst Pedestal BOTTOM Horizontal periodic signal

C

Composite signal 100% output waveform

D

E

F

160

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

B

C

MPEG stream

D

E System Computer I/F

F

AVIC-Z1/UC 5

6

7

8

161

1

2

3

4

Check 6: Is SDRAM I/F operating normally? Reproduce DVD-REF-A1 Title 1. Check the conductivity of both the "Verification location 1" and the "Verification location2." If the result is not satisfactory, check to see if there are any problems with the resin flux cored solder, parts and components, in areas where a problem occurs, for the overall sequence of “output " input" of the checked location.

A

NO. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37

B

C

D

Signal name MA0 MA1 MA2 MA3 MA4 MA5 MA6 MA7 MA8 MA9 MA10 MA11 MDQ0 MDQ1 MDQ2 MDQ3 MDQ4 MDQ5 MDQ6 MDQ7 MDQ8 MDQ9 MDQ10 MDQ11 MDQ12 MDQ13 MDQ14 MDQ15 MCK XWE XCAS XRAS XCSM XCSE DQMUM DQMLM DQMUE

Verification location 1 IC1501 23pin IC1501 24pin IC1501 25pin IC1501 26pin IC1501 29pin IC1501 30pin IC1501 31pin IC1501 32pin IC1501 33pin IC1501 34pin IC1501 22pin IC1501 20pin IC1501 2pin IC1501 4pin IC1501 5pin IC1501 7pin IC1501 8pin IC1501 10pin IC1501 11pin IC1501 13pin IC1501 42pin IC1501 44pin IC1501 45pin IC1501 47pin IC1501 48pin IC1501 50pin IC1501 51pin IC1501 53pin IC1501 38pin IC1501 16pin IC1501 17pin IC1501 18pin IC1501 19pin IC1501 35pin IC1501 39pin IC1501 15pin IC1501 21pin

Verification location 2 IC1503 2pin IC1503 4pin IC1503 7pin IC1503 10pin IC1503 8pin IC1503 6pin IC1503 3pin IC1503 207pin IC1503 204pin IC1503 201pin IC1503 206pin IC1503 203pin IC1503 159pin IC1503 162pin IC1503 165pin IC1503 168pin IC1503 171pin IC1503 175pin IC1503 178pin IC1503 181pin IC1503 180pin IC1503 177pin IC1503 173pin IC1503 170pin IC1503 167pin IC1503 164pin IC1503 161pin IC1503 158pin IC1503 185pin IC1503 193pin IC1503 195pin IC1503 196pin IC1503 199pin IC1503 198pin IC1503 192pin IC1503 189pin IC1503 190pin

Rated value 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5% 22Ω ± 5%

E

F

162

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

B

MPEG stream

C

D System Computer I/F

K4S641632H-TC75

E

F

AVIC-Z1/UC 5

6

7

8

163

1

2

3

4

Check 7: Is the microprocessor operating normally? A

Check the conductivity of both the "Verification location 1" and the "Verification location2." If the result is not satisfactory, check to see if there are any problems with the resin flux cored solder, parts and components, in areas where a problem occurs, for the overall sequence of "output – input" of the checked location. NO. Signal name 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

B

C

D

A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 D0 D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 D13 D14 D15 XCSAVR XCSAVW XCSAV XAVINT XAVINT2 XRD CLKOUT

41 HCLK 42 XSRAMWR 43 XHWR

Verification location 1 IC1701 142pin IC1701 141pin IC1701 140pin IC1701 139pin IC1701 138pin IC1701 137pin IC1701 136pin IC1701 133pin IC1701 132pin IC1701 131pin IC1701 130pin IC1701 129pin IC1701 128pin IC1701 127pin IC1701 126pin IC1701 123pin IC1701 122pin IC1701 17pin IC1701 16pin IC1701 15pin IC1701 14pin IC1701 13pin IC1701 12pin IC1701 11pin IC1701 10pin IC1701 7pin IC1701 6pin IC1701 5pin IC1701 4pin IC1701 3pin IC1701 2pin IC1701 1pin IC1701 144pin IC1701 101pin IC1701 100pin IC1706 4pin IC1701 42pin IC1701 41pin IC1701 95pin IC1701 90pin

Verification location 2 IC1503 27pin IC1503 28pin IC1503 29pin IC1503 30pin IC1503 32pin IC1503 33pin IC1503 34pin IC1503 35pin IC1503 36pin IC1503 38pin IC1503 39pin IC1503 40pin IC1503 41pin IC1503 42pin IC1503 44pin IC1503 45pin IC1503 46pin IC1503 47pin IC1503 49pin IC1503 50pin IC1503 51pin IC1503 52pin IC1503 54pin IC1503 55pin IC1503 56pin IC1503 58pin IC1503 59pin IC1503 60pin IC1503 62pin IC1503 63pin IC1503 65pin IC1503 66pin IC1503 67pin IC1706 1pin IC1706 2pin IC1503 24pin IC1503 17pin IC1503 18pin IC1503 23pin IC1505 3pin

Verification Media ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL ALL

Rated value 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 0Ω 33Ω

IC1502 5pin IC1701 105pin IC1504 8pin

IC1503 26pin IC1505 1pin IC1503 21pin

ALL ALL ALL

200Ω ± 5 % 0Ω 68Ω ± 5 %

Others

Dividing circuitFor verification location 2, include also IC1502 pin-3

E

F

164

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

PE5511A

B

C

D

System Computer I/F

E MPEG stream

F

AVIC-Z1/UC 5

6

7

8

165

1

2

3

4

Note:1 The encircled number denote measuring pointes in the circuit diagram. 2 Reference voltage VHALF : 1.65V

A

! @ # $

B

CH1: STD1 CH2: STD4 5V/div. 2µs/div. CH3: STD7 CH4: STENABLE

% ^ & $

CH1: AVRTM CH2: STCLK 5V/div. 2µs/div. CH3: STVALID CH4: STENABLE ←T

% ^ & $

CH1: AVRTM CH2: STCLK 5V/div. 50µs/div. CH3: STVALID CH4: STENABLE

G→

G→

G→

G→

G→

G→

G→

G→

G→

G→

←T

G→

Wave 1 * CH1: AOUT0 ( CH2: SRCKAV ) CH3: LRCKAV

Wave 2(1)

2V/div. 2µs/div.

¤ CH1: LO ‹ CH2: RO

←T

G→

Wave 2(2)

1V/div. 500µs/div.

G→

←T

G→

› CH1: COMPO 200mV/div. 10µs/div. [White 100% output]

G→

C G→ G→ ←T

G→

Wave 3

Wave 4

Wave 5

D

E

F

166

AVIC-Z1/UC 1

2

3

4

5

6

7

8

6.3 VIDEO LEVEL ADJUSTMENT - Adjustment Point

Audio Unit(SIDE A) A

B

C

Audio Unit(SIDE B)

D

E

CSYNCO

F

AVIC-Z1/UC 5

6

7

8

167

E

168

1

Adjustment of video level

1-1

Video image 100% white (1Vp-p) signal should be added to TP-DVDV and video output for the monitor should be set to DVD.

Measuring instrument

VR1200

Specification Name of (Other precautions) adjustment element

Oscilloscope 1.0 + 0.02 Measurement point : TP • CSYNCO (Termination at − 0.05Vp-p 10k Ω or greater)

Output signal (test pin for measurement, description of circuit)

[When adjustment is improper] Video image sources will have black or white regions on the screen.(DVD,AV,TV etc.)

Checking and inspection of video images

1

D

Input signal (Input test pin, specifications, and other measurement conditions)

C

Modes

B

Items

A

Order

Audio Unit Adjustment Specification

1 2

F

2

AVIC-Z1/UC 3 4

3

4

5

6

7

8

6.4 PLL ADJUSTMENT A

[Purpose]

When parts shown below are replaced, adjustment is required. IC4001 inside the CC unit • Part replacement on PLL circuit area block on the CC unit.

[The sign of insufficient adjustment] Distortion of the screen [Method]

(Please refer to the pictures below.) 1 With HDD unconnected, connect the navigation unit to the product and apply power. (The caution "HDD is unconnected." will appear in 10 seconds.)

B

2

Confirm that the voltage on both sides of C4024 (B side) attached to IC4002 power supply terminal pin No.16 is within 3.3 ± 0.1V.

3

Control the potential of the sensing pin DEM (B side) at the IC4002 DEMOUT terminal (10 pin) to within 1.5 ± 0.1V while adjusting the VR4001(A side).

Be aware that extension of a CC unit, etc may cause the potential of 3.3 V to go beyond the limit. When parts are replaced in IC4001(NAVICORE)/PLL circuit area, adjustment is required. Other cases than that also require confirmation.

[Concerns]

B side of the CC unit

C

The scale-up of B side of the CC unit C4024 Potential of both ends 3.3V±0.1V

C4024

D

PLL IC IC4002

Sensing pin DEM

Sensing pin DEM 1.5V±0.1V

E

F

AVIC-Z1/UC 5

6

7

8

169

1

2

3

A side of the CC unit

4

The scale-up of A side of the CC unit

A

VR 4001

B

[When adjustment is improper.]Distortion of the navigation screen

C

D

E

F

170

AVIC-Z1/UC 1

2

3

4

5

6

7

8

6.5 MONITOR UNIT ADJUSTMENT A

- Adjustment Point

Monitor Unit(SIDE B) VM12 CVBS

INVPUL V33 V25 V15

V8

VFL2

B

V5 G05 R02 B02 B05 V07 R05 B03 B04 R04 V03 G02 R03 V09 V01 G04 G03

V05

FL2

FL1

V18

COM

C

CSYNC ANG YSIN V14 ANR ANB

D

E

F

AVIC-Z1/UC 5

6

7

8

171

E

F

C

D

172

1

Confirming 2.5V power supply voltage

2

2

Confirming 5V power supply voltage

Confirming 8V power supply voltage

Confirming 18.5V power supply voltage

Confirming −12V power supply voltage

4

5

6

7

Confirming 1.5V power supply voltage

Confirming 3.3V power supply voltage

1

3

Ditto TP VM12

TP V18

TP V8

TP V5

TP V15

TP V25

TP V33

Measurement point

Adjustment point

VM12=−12.0±0.60V

V18=18.5±0.80V

V8=8.0±0.50V

V5=4.9±0.30V

V15=1.5±0.08V

V25=2.5±0.15V

V33=3.3±0.25V

Details

Nothing appears on the screen.

Nothing appears on the monitor.

The color becomes lighter or horizontal lines are seen on the monitor screen.

The screen becomes brighter or darker, etc.

Nothing appears on the monitor.

Nothing appears on the monitor.

Nothing appears on the monitor.

Remarks

2

Ditto

Ditto

Ditto

Ditto

Ditto

14.4V for TP V14

Input signal

B

3

Adjustment items

No.

Important: Power for IC 1(TC90A96AFG-P) is off, make sure that DC voltage should not be applied to each terminal of IC. However, IIC lines (SDA and SCL) are exceptional and 5V or less can be applied to them.

Adjustment of Monitor Unit Area

1 3 4

A

AVIC-Z1/UC

4

5

Adjustment of amplitude Vcom amplifier output

Confirmation of amplitude of gradation voltage (V1)

Confirmation of amplitude of gradation voltage (V3)

Confirmation of amplitude of gradation voltage (V5)

Confirmation of amplitude of gradation voltage (V7)

8

9

10

11

12

6

7

amplitude of gradation voltage (V9)

TP COM

TP V01

TP V03

TP V05

TP V07

TP V09

No definition

No definition

No definition

No definition

No definition

Measurement point

No definition

Input signal EEP-ROM's COM_AC data

Adjustment point

3.30±0.20V

0.60±0.10V

0.35±0.10V

1.75±0.10V

4.20±0.30V

4.70±0.10V

Details

Measure at LCD connection

Measure at LCD connection

Measure at LCD connection

Measure at LCD connection

Measure at LCD connection

[Symptoms that occur when adjustment is improper] • Halation on the screen. • Irradiation on the screen

Measure at LCD connection

Remarks

6

13 Confirmation of

Adjustment items

No.

5 7 8

A

B

C

D

E

F

AVIC-Z1/UC

8

173

F

Adjustment items

174

1

2

3

Screen

Check if the gradation changes smoothly and there is no colored part on the whole screen.

setting of Set [YS DELAY] to 8 in EEPROM adjustment mode. SA2Fh D3-0

Confirm YS operation

This is done to check if the double window IC digital out is not "BRIDGE" or OPEN.

Check EEPROM setting value after it is written.

[Symptoms of improper adjustment] • Halation occurs on TV/Video screen • TV/Video screen gets dim

When OSD is displayed in EEPROM adjustment mode, in which "L" output is mixed the area with letters, ignore it.

3

SA**h in the list is a sub-address of TC90A96FG

confirmation

19 Video image

YS_OFFSET Setting

Composite image lamp signal input to TP CVBS (Monochrome)

No definition

18 Confirmation of

50µS

15.734kHz

setting of Amplitude of 9th gradation and 0th gradation shall be 1.77V±0.03V. SA13h D5-0

3.3V

Confirm that each output is "H" (3.3V) while image is displayed.

15.734kHz

0-3.3V logic level input (Synchronous area 0V)

Remarks

2

YS operation

Signal input to TR YSIN 0-3.3V

(1.0Vpp ± 1%)

Composite image DAC Jig output 10STEP signal input to TP CVBS.

17 Confirmation of

composite level

16 Adjustment of

(0.70Vpp ± 1%)

Input white 100% TP B02-B05 RGB digital output signal to TR ANR, TP G02-G05 ANG and ANB TP R02-R05

3.3V

Details

A

15 Confirmation of

Adjustment points

D

TP CSYNC synchronous signal input

Measurement points

C

video image confirmation

E

Input signal

B

14 Preparation for

No.

1 4

AVIC-Z1/UC

4

5

Confirm that the frequency of the waveform measured by No.1 will be 52.4kHz.

52.4±1.0kHz

TP : FL1,FL2

Tune into AM540kHz.

Confirmation 2 of frequency switching

3

Confirm that the frequency of the waveform measured by No.1 will be 49.2kHz.

49.2±1.0kHz

TP : FL1,FL2

Tune into AM530kHz.(UC) Tune into AM531kHz.(EW)

[Symptoms that occur because of improper adjustment] • Backlight does not come on. Noise occurs at AM certain frequency.

Connect 100kΩ between TP FL1 and FL2. Monitor waveform or TPFL2 after voltage dividing. Do not monitor TP FL1 directly. (High pressure may cause damage to measuring equipment)

Confirmation 1 of frequency switching

47.9-48.1kHz

Remarks

2

VR841

Details

TP : FL1,FL2

Adjustment points

Measurement points

TP:14.4±0.2V for V14 TP: 14.4±0.2V for VFL TP:GND INVPUL

Input signal

D

Backlight basic drive frequency adjustment

Adjustment items

C

1

No

Adjustment of Backlight Inverter

5 6

6

7

7

8

A

B

E

F

AVIC-Z1/UC

8

175

D

E

176

1

Confirm screen display

3

2

End

Screen

Screen

COM DC

3

Flicker adjustment Pattern for flicker adjustment

2

No definition

Indication signal

Aging

Adjustment item

Screen

Measurement points

* vary depending on the product conditions.

Perform either of the two ways: leaving it in operation status for over 30 minutes (at room temperatures) or leaving it for over 5 minutes (50±5°C) while no applying current.

3

[Symptom occurring when adjustment is improper.] • The screen flickers

Inverse video signal can be also entered into TP CVBS. (However, adjustment using RGB is given higher priority.)

Pattern for flicker adjustment Image with alternate black (50%) and white (50%) horizontal scanning lines.

Remarks

Operable using a Raku-Navi remote control unit.

[Symptom occurring when adjustment is improper.] • The screen flickers.

Values for *

Pattern for flicker adjustment Image with alternate black (50%) and white (50%) horizontal scanning lines.

COM DC setting Adjust so that the flickering on the screen will be minimized. value (COM DC output of the monitor microcomputer)

Adjustment points

Details

End by pressing the return button

Use the right and left buttons to change value to the level where flicker on the screen is minimized.

Back ground : Pattern for adjusting flicker Text display : SERVICE MODE COM DC * * [FACTORY * *]

Start the product in test mode. → Select "Monitor Test Mode". → Select "reglation mode(for service)"

Remarks

2

1

No.

Details Leaving it in operation for over 30 minutes. (at room temperatures)

Flicker adjustment (When performing on the LCD module)

5

Flicker adjustment

Flickering adjustment Test mode calling

2

Adjustment points

A

4

Aging

Measurement points

C

1

Adjustment items

B

No.

Flicker Adjustment (When performing an adjustment in the product form) 1 4

F

AVIC-Z1/UC

4

5

6

7

8

● EEPROM adjustment mode [Operation Specification]

A

• For displaying OSD, install a jig (GGF1416 and GGF1463) for monitor adjustment onto Service OSD connector for CN5. • When ACC is turned ON with [EPRTES/EPTESA] terminal in Low status, shift to [Flicker adjustment mode] will occur. • Switch the setting modes with the [map] key. [Flicker adjustment mode] → [Line adjustment 1 mode] → [Line adjustment 2 mode] → [Line adjustment 3 mode] → → [Line adjustment 4 mode] → [Line adjustment 5 mode] → [Line adjustment 6 mode] → [Line adjustment 7 mode] → → [Line adjustment 8 mode] → [Line adjustment 9 mode] → [Line adjustment 10 mode] → [Dimmer parameter setting mode] → [Flicker adjustment mode] ↓ • Select items to be adjusted using the [ ↓ ] [ ] keys. • Adjust items selected using the [←] [→] keys. It is possible to shift to the adjustment mode also while performing the monitor adjustment using a test disc. After set values are written in EEPROM, they are read out and displayed. Writing and reading shall be performed in 16 bit unit. Settings have different bit numbers item by item. Values for CS (checksum) calculation have 8 Bit XOR when they are changed and writing will be done. After this CS values are written into EEPROM, they are read out and displayed. When the written values are different from the read-out ones, the read-out ones should be colored differently. When the service adjustment mode is involved, this test mode does not start. (Shift to the service adjustment mode)

B

C

D

E

F

AVIC-Z1/UC 5

6

7

8

177

1

2

3

4

[Display specification of each mode] Examples of actual OSD display are shown within the heavy line frame. Numerical values in the adjusted values to be written are the segment that changes according to the adjustment for each screen. The adjustment details and the item display are items for design review and line adjustment.

A

■ Flicker adjustment mode Settings

Adjustment range

Common inverse output center value

[0-255]

Item display

Adjusted value Written value (DEC)

COM DC

92

B

■ Note 1: Details of [COM DC] shall be reflected on the common inverse output center reference value. (Common inverse output center reference value is treated as an initial value to be set in the line.) ■ Line adjustment 1 mode

C

D

Settings

Adjustment range

Bright RGB simultaneous contrast Common inverse output frequency adjusted value R output DC offset G output DC offset B output DC offset Main Y contrast Sub Y Contrast

[0-255] [0-255] [0-255] [0-15] [0-15] [0-15] [0-63] [0-63]

Item display

Adjusted value Written value (DEC)

BRIGHT CONTRAST COM AMPAJ ROUT BIAS GOUT BIAS BOUT BIAS RGB CNTRST CMP CNTRST DTR ON

150 168 150 8 8 8 34 26 61

LINE1 NOT EEPROM NOT EEPROM

CS

FFFF

It is set as ON. Monitor Microcomputer 5 pin [COM AC] Output voltage (V) = 4.8 (V) X [BRIGHT] Value/255 • In order to correct variation in hardware, common inverse output frequencies should be adjusted in the line. • [COM AMPAJ] is an initial value set in the line and memorized in EEPROM bank 1. • While the product is in normal operation, [BRIGHT] value is decided by [COM AMPAJ] and this value controls the 5-pin [COM AC] output of the monitor microprocessor. • In the single monitor operation test mode, the -configurable "color density" is not reflected in "BRIGHT" value. • When [COM AMPAJ] is adjusted, [BRIGHT] changes according to it. ([COM AMPAJ] has the same value kept in memory as [BRIGHT] value at the time of "black density" step 0.)

E

• When the test mode starts in the stage of the product, the configurable "color density" will be reflected in "BRIGHT" value. Even if "BRIGHT" value is changed in the test mode, it will not be reflected in the setting value. ■ Note 1: Contents of [BRIGHT] and [CONTRAST] are reference values (adjustable) for adjusting the other items and are not memorized in EEPROM. ■ Note 2: Be aware that [R, G, BOUT BIAS] and [RGB, CMP CNTRST] have different indicated values/ EEPROM written values and double window IC (TC90A96FG-P) setting values. (As the double window IC value and the screen output are not related linearly, software is used for conversion.)

F

178

AVIC-Z1/UC 1

2

3

4

5

6

7

8

[R,G,BOUT BIAS] Indicated value (=Adjusted value) EEPROM written value Double screen IC value (DEC) (DEC) (BIN) 0111 (MAX) 15 15 14 14 0110 • • • • • • 9 9 0001 (TYP) 8 8 0000 7 7 1111 • • • • • • 1 1 1001 0 1000 (MIN) 0

A

B

[RGB,CMP CNTRST] Indicated value (=Adjusted value) EEPROM written value Double screen IC value (DEC) (DEC) (BIN) 011111 63 63 (MAX) 62 62 011110 • • • • • • 33 33 000001 32 32 000000 (TYP) 31 31 111111 • • • • • • 1 1 100001 0 100000 0 (MIN)

C

D

■ Line adjustment 2 mode Settings

Adjustment range

Item display

Adjusted value Written value (DEC)

LINE2 RGB & YS horizontal alignment YS sampling phase 1 AD sampling phase B AD sampling phase G AD sampling phase R YS internal delay adjustment

[0-255] [0-15] [0-15] [0-15] [0-15] [0-15]

DOT H POSIT YS SAMPL B SAMPL G SAMPL R SAMPL YS DELAY

63 8 8 8 8 8

E

CS

FFFF

■ Note 1: Be aware that [YS, R, G, B SAMPL] and [YS DELAY] have different indicated values/EEPROM written values and double window IC(TC90A96FG-P) set values. (As the double window IC values and the screen output are not related linearly, software is used for conversion.) F

AVIC-Z1/UC 5

6

7

8

179

1

2

3

4

Indicated value (=Adjusted value) EEPROM written value Double screen IC value (DEC) (DEC) (BIN) 0111 (MAX) 15 15 14 14 0110 • • • • • • 9 9 0001 (TYP) 8 8 0000 7 7 1111 • • • • • • 1 1 1001 0 1000 (MIN) 0

A

B

■ Line adjustment 3 mode Adjustment range

Settings

Adjusted value Written value (DEC)

Item display

C

LINE3 Dot search threshold YS search threshold Phase search threshold Xdisp YSdisp

[0-255] [0-4] [0-255] [0-63] [0-4]

TH DOT TH YS TH PHASE X DISP YS DISP

112 3 112 32 2

CS

FFFF

D

■ Line adjustment 4 mode Adjustment range

Settings

Adjusted value Written value (DEC)

Item display

LINE4 Main horizontal enhancer gain Main horizontal enhancer limiter Main horizontal enhancer f0 Main vertical enhancer gain Main vertical enhancer loopback Main vertical enhancer coring

E

[0-3] [0-3] [0-1] [0-3] [0-3] [0-3]

M H GAIN M H LIMIT M H F0 M V GAIN M V ORI M V CORE

0 0 0 0 0 0

CS

FFFF

F

180

AVIC-Z1/UC 1

2

3

4

5

6

7

8

■ Line adjustment 5 mode Settings

Adjustment range

Item display

Adjusted value Written value (DEC)

A

LINE5 Sub horizontal enhancer gain Sub horizontal enhancer limiter Sub horizontal enhancer f0 Sub vertical enhancer gain Sub vertical enhancer loopback Sub vertical enhancer coring

[0-3] [0-3] [0-1] [0-3] [0-3] [0-3]

S H GAIN S H LIMIT S H F0 S V GAIN S V ORI S V CORE

1 1 1 2 1 2

CS

B

FFFF

■ Line adjustment 6 mode Settings Brightness R Brightness G Brightness B γ correction ON/OFF RGB simultaneous γ 1 inflection point RGB simultaneous γ 2 inflection point RGB simultaneous γ 3 inflection point RGB simultaneous γ gradient A RGB simultaneous γ gradient B RGB simultaneous γ gradient C

Adjustment range [0-63] [0-63] [0-63] [0-63] [0-31] [0-31] [0-7] [0-7] [0-7]

Item display

Adjusted value Written value (DEC)

BRIGHT R BRIGHT G BRIGHT B GAMMA GAMMA 1 GAMMA 2 GAMMA 3 GAMMASLP A GAMMASLP B GAMMASLP C

16 16 16 OFF 0 4 1 4 1 1

LINE6 C

CS

FFFF

■ Note 1: Be aware that [BRIGHT R, G, B] have different indicated values/EEPROM written values and double window IC(TC90A96FG-P) set values. (As the double window IC values and the screen output are not related linearly, software is used for conversion.)

D

[BRIGHT R,G,B] Indicated value (=Adjusted value) EEPROM written value Double screen IC value (DEC) (DEC) (BIN) 011111 63 63 (MAX) 62 62 011110 • • • • • • 33 33 000001 32 32 000000 (TYP) 31 31 111111 • • • • • • 1 1 100001 0 100000 0 (MIN)

E

F

AVIC-Z1/UC 5

6

7

8

181

1

2

3

4

■ Line adjustment 7 mode Adjustment range

Settings

A

Adjusted value Written value (DEC)

Item display

LINE7 Main PLL 0 Main PLL 1 Main PLL 2 Main PLL 3

[0-255] [0-255] [0-255] [0-255]

MAIN PLL 0 MAIN PLL 1 MAIN PLL 2 MAIN PLL 3

158 13 204 4

B

CS

FFFF

■ Line adjustment 8 mode Adjustment range

Settings

Adjusted value Written value (DEC)

Item display

LINE8 Sub PLL 0 for TV Sub PLL 1 for TV Sub PLL 0 for others Sub PLL 1 for others Sub PLL 2 for TV Sub PLL 3 for TV PLL 2 for others PLL 3 for others

C

[0-255] [0-255] [0-255] [0-255] [0-255] [0-255] [0-255] [0-255]

SUB PLL 0 TV SUB PLL 1 TV SUB PLL 0 SUB PLL 1 SUB PLL 2 TV SUB PLL 3 TV SUB PLL 2 SUB PLL 3

140 136 140 141 100 68 152 135 CS

FFFF

■ Line adjustment 9 mode Adjustment range

Settings SA46 UPPER SA46 LOWER SA47 UPPER SA47 LOWER SA48 UPPER SA48 LOWER SA49 UPPER SA49 LOWER SA4A UPPER SA4A LOWER

D

[0-255] [0-255] [0-255] [0-255] [0-255] [0-255] [0-255] [0-255] [0-255] [0-255]

Adjusted value Written value (DEC)

Item display SA46H UPPER SA46H LOWER SA47H UPPER SA47H LOWER SA48H UPPER SA48H LOWER SA49H UPPER SA49H LOWER SA4AH UPPER SA4AH LOWER

0 0 0 0 0 0 0 0 0 0

LINE9

CS

FFFF

■ Line adjustment 10 mode

E

Adjustment range

Settings SA4B UPPER SA4B LOWER SA4C UPPER SA4C LOWER SA4D UPPER SA4D LOWER SA4E UPPER SA4E LOWER SA4F UPPER SA4F LOWER

F

182

[0-255] [0-255] [0-255] [0-255] [0-255] [0-255] [0-255] [0-255] [0-255] [0-255]

Adjusted value Written value (DEC)

Item display SA4BH UPPER SA4BH LOWER SA4CH UPPER SA4CH LOWER SA4DH UPPER SA4DH LOWER SA4EH UPPER SA4EH LOWER SA4FH UPPER SA4FH LOWER

0 0 0 0 0 0 0 0 0 0

LINE10

CS

FFFF

AVIC-Z1/UC 1

2

3

4

5

6

7

8

■ Parameter setting mode for DIMMER Settings Backlight output max value Backlight output min value Dimmer threshold value (High) Dimmer threshold value (Low) Outside light point (High) Outside light point (Middle) Outside light point (Low) Backlight point (High) Backlight point (Middle) Backlight point (Low)

Adjustment range [0-255] [0-255] [0-255] [0-255] [0-255] [0-255] [0-255] [0-255] [0-255] [0-255]

Item display

Adjusted value Written value (HEX)

BL MAX BL MIN REF H REF L LUM H LUM M LUM L BL H BL M BL L

A

DIMMER

C4 59 C0 60 E2 87 52 C4 C4 68

CS

FFFF

B

■ Note 1: Data on the dimmer points (coordinates) is memorized in EEPROM, however, it is not used in CS calculation because it is -configurable.

● Adjustment mode for services [Operation specification] • Turn ACC on with [SRV/SRVA] terminal Low, and [Adjustment mode for services] will start. • In the ↓order of ACC OFF→ON (BUP OFF→ON), cancel [Adjustment mode for services]. • Use [ ] [→] keys for adjustment.

C

It is possible to move to the adjustment mode from 6.6 Monitor Test Mode or 6.7 Test Disc Monitor adjustment. Set values are read out after they are written in EEPROM and the read-out values shall be displayed. Writing and reading shall be done in 16 bit unit. Examples of actual OSD display are shown inside the heavy line frame. Numeric values in the common inverse output center value are changed by adjustment. (The example inside the heavy line frame shows MAX value.) The FACTORY numerical value is the default for using in the line for adjustment. (Rewritable in EEPROM setting mode)

D

This default value is not a set value for each product, however setting to this value will work out OK in most cases. ■ Adjustment mode for services Settings Common inverse output center value Common inverse output center set value (Factory value)

Adjustment range [0-255] [0-255]

Item display

Adjusted value Written value (DEC)

COM DC [FACTORY

92 92

]

E

■ Note 1: CS display is not performed

F

AVIC-Z1/UC 5

6

7

8

183

1

2

3

4

6.6 TEST MODE 06 Overseas Navigation Test Mode Ver 1.00 A

1. Test mode startup procedure 1. Press the RESET and EJECT buttons simultaneously while +Battery, ACC ON. 2. Release only the RESET button. 3. Release the EJECT button when the input screen is displayed. 4. Input the . 5. Test mode menu will be displayed when the matches. << for Service Division>> Input the from the keys in the order of [P.LIST▲]→[P.LIST▲]→[P.LIST▼]→[P.LIST▼]→[TRFC(TA/NEWS)]

B

input screen

C

When the is OK

D

When the is NG The input screen remains.

2. Test mode menu selection procedure Select an optional menu using the main unit keys [P.LIST▲] and [P.LIST▼] and execute it by the [TRFC(TA/NEWS)] key. Move through the page using the main unit key [TRK].

E

F

184

AVIC-Z1/UC 1

2

3

4

5

6

7

8

3. Test mode menu [PAGE 1]

A

B

No

Description of test

Test item

1

Version Infomation

Display of various data ♦ Navigation platform, navigation platform recovery image, boot loader, U core, application program and GPS program versions ♦ Navigation destination data, TV model information, information for GPS destination, hard disk version data, volume data ♦ Machine microcontroller (core application), monitor microcontroller (version, ROM COLLE), system microcontroller (version, ROM COLLE) data

2

Error history entry

Display of error history for driver and system software contained in RAM/FLASH, display of forced reset error history, serial output switching for copying, deleting and debugging

3

Touch Test

Test on touch coordinates

4

Monitor Test Mode

Adjustment of regulation and calibration

5

Key Test

Test on main unit keys

6

PORT TEST

Display of CF card door sensor, illumination, parking, reversing and vehicle speed pulse conditions

7

Back Up Data Clear

Initialization of the backup variable used in device driver/class library and system restart at completion

8

GPS backup data clear

Initialization of backup variables used in GPS

9

GYRO SENSOR INFO data clear

Deletion of learned values in gyro sensor

C

D

[PAGE 2]

E

F

AVIC-Z1/UC 5

6

7

8

185

1

No A

B

2

3

4

Description of test

Test item

1

GPS assessment

Display of GPS conditions

2

SENSOR test

Display of G sensor, gyro value, power supply voltage value, temperature and attachment conditions

3

RGB Test

Display in order of red (FULL)→green (FULL)→blue (FULL)→white (FULL)→color pattern

4

CD-ROM Read Test

CD-ROM decoder testing

5

ServMecha

Various tests on the machine

6

HDD Test

HDD data display, read and write test

7

File Maintenance

File Maintenance

8

Drive maintenance

Drive data display, scan disk (volume verification)

9

MODE SETUP

HDD setup

10

Profram forced write

Forced rewriting of PLT (platform), APL (application) software, GPS (GPS) program

[PAGE 3]

C

No 1

Description of test

Test item Bluetooth Unit

Bluetooth unit test and firmware updating are implemented.

D

Specifications of 06 Overseas Navigation Test Mode Version Display ■ Version information screen [PAGE 1]

E

< > [ TRK> ] ¥ ¥ ¥ ¥Proceeds to the next page. ¥ [ AV ] ¥ ¥ ¥ ¥ ¥ ¥ ¥Escapes from the version information display screen and returns to the menu screen.

F

186

AVIC-Z1/UC 1

2

3

4

5

6

7

8

Description of items No

Item

Item description

File name

Information displayed

1

Platform

Displays the version for the system [ *.****** ]→Version for system software OS block (FLASH) EU060PLT.EXE [ UNKNOWN ]→Version acquisition failure or no program software OS block (FLASH).

2

Recovery

Displays the version of the recovery software in system software OS block (FLASH).

EU060PLT.EXE [ *.****** ]→Version of the recovery software in system software OS block (FLASH) [ UNKNOWN ]→Version acquisition failure or no program

3

BootLorder

Displays the version of the boot loader block (FLASH).

[ *.****** ]→Version of the boot loader block [ NG ]→Version acquisition failure or no program

4

U Core

Displays the U version

[ ******** ]→Version of the U core block [ NG ]→Version acquisition failure

5

APL Program

Displays the version of application program (HDD)

[ *.****** ]→Version of the application program [ UNKNOWN ]→Version acquisition failure

EU060APL.EXE

6

GPS Program Displays the version of GPS program (GIDRA).

[ *.****** ]→Version of the GPS program [ UNKNOWN ]→Version acquisition failure

EU060GPS.EXE

A

B

■ Version information screen [PAGE 2]

C

< > [ TRK> ] • • • • Proceeds to the next page. [ AV ] • • • • • • • • Escapes from the version information display screen and returns to the menu screen. D

Description of items No

Item

Item description

Information displayed

1

NAVI Information

Displays the navigator destination information.

[ &NN*** ]→Navigation model information [ UNKNOWN ]→Information acquisition failure

2

TV Information

Displays the TV model information.

[ NN655 UC ]→NN655 [ NN656 EW ]→NN656 [ UNKNOWN ]→Information acquisition failure

3

GPS Information

Displays the GPS destination information.

[ 06 UC ]→NN655GPS unit is connected. [ 06 EW ]→NN656GPS unit is connected. [ UNKNOWN ]→Information acquisition failure

4

HDD Version Information Displays the hard disk version

[ ***-*-* ]→Hard disk version [ UNKNOWN ]→Information acquisition failure

5

HDD Volume Information Displays the volume information.

[ Vol.* ]→Volume information [ Vol.0 ]→Information acquisition failure

E

F

AVIC-Z1/UC 5

6

7

8

187

1

2

3

4

■ Version information screen [PAGE 3] A

< > [ TRK> ] • • • • Proceeds to the next page [ AV ] • • • • • • • • Escapes the version information display screen and returns to the menu screen.

B

Description of items No 1

C

2

Item

Description of item

Information display

Mecha uCom Core

Displays the core version for machine microcontroller.

[ **.** ]→Core version for machine microcontroller [ UNKNOWN ]→Communication with machine microcontroller is not established.

Mecha uCom APL

Displays the application version for machine microcontroller.

[ **.** ]→Application version for machine microcontroller [ UNKNOWN ]→Communication with machine microcontroller is not established.

System uCom VERSION

Displays the version for system microcontroller.

[ **.** ]→Version of the system microcontroller [ UNKNOWN ]→Communication with the system microcontroller is not established.

System uCom ROMCOLLE Displays the ROM COLLE version [ **.** ]→ROM COLLE version for system microcontroller for system microcontroller. [ - - - - - - ]→No ROM COLLE version 3

Monitor uCom VERSION

Displays the version of the monitor microcontroller.

[ **.** ]→Version of the monitor microcontroller [ UNKNOWN ]→ Communication with system microcontroller is not established.

Monitor uCom ROMCOLLE Displays the ROM COLLE version [ **.** ]→ROM COLLE version for monitor microcontroller for monitor microcontroller. [ - - - - - - ]→No ROM COLLE version

D

Specifications of 06 Overseas Navigation Test Mode Error History Entry Screen ● Error history menu screen

E

Select error history, history deletion, file copy or debug serial switch. Select driver error/system error to move to reading drive selection screen. Select error history at forced reset to move to forced reset error log display screen. Select log file copy to move to media selection screen. Select debug serial switch to move to debug serial switch screen. Select deletion of error history to move to deletion of error history screen.

F

188

AVIC-Z1/UC 1

2

3

4

5

1. 2. 3. 4. 5.

6

7

8

Reading drive selection screen (driver error, system error) Forced termination error log display screen (forced termination error history) Media selection screen (log file copy) Debug serial switch screen (debug serial switch) Deletion of error history selection screen (deletion of error history)

A

● Drive selection screen

B

1. Driver error 2. System error

● RAM drive driver error history screen C

● FLASH drive driver error history screen

D

E

F

AVIC-Z1/UC 5

6

7

8

189

1

2

3

4

● RAM drive system error history screen A

[Description] ♦ Tick number : Counter value for beginning count from OS startup. 1 count is equivalent to 10msec.

B

● FLASH drive system error history screen

C

● Error history at forced reset

D

[Description] ♦ DataTime : Date and time of forced reset ♦ Progress Time : Time from forced reset to startup ♦ AccOff : When there is a forced reset during AccOff process→ON Other cases→OFF ♦ ApllicationVersion : Application version ♦ PlatformVersion : Platform version ♦ Model : Model name ♦ SPC : Retreat program counter : Command address in case of exceptions (for U watchdog only) ♦ Kind : Type of forced reset (JIT/CL/UWDT)

E

Press [Return] key to return to the menu. [←→] to display history.

F

190

AVIC-Z1/UC 1

2

3

4

5

6

7

8

● Deletion of error history screen A

1. Deletion of driver, and error log 2. Deletion of forced reset error history

B

● Deletion of driver/error log screen

C

● Deletion of error history at forced reset screen

D

E

F

AVIC-Z1/UC 5

6

7

8

191

1

2

3

4

Test Mode Touch Test Operation Specifications ● Touch test

A

B

• Description of operation [AV] (main unit) key : Returns to the test mode main menu. Touch : The coordinates of the pressed point will be displayed by 2-axis horizontal and vertical lines. • By pressing an optional point on screen, the coordinates of the pressed point are displayed by 2-axis horizontal and vertical lines. (In the initial condition after starting the test and before pressing the , the value display says "UNKNOWN" and the lines are at the "center.")

C

Test Mode Monitor Test Mode Operation Specifications D

● Monitor test mode menu

E

1. regulation mode(for service) − Adjustment mode for service: Adjustable monitor setting value can be changed. 2. touch test mode − Touch test mode: Settings related to touch such as calibration can be provided. • Description of operation [AV] (main unit) key : Returns to test mode main menu. [TI] (main↓ unit) key : Selects the item. [P.LIST ↓ ] (main unit) key : Moves the cursor (selected line: red).

F

192

AVIC-Z1/UC 1

2

3

4

5

6

7

8

● Adjustment mode for service A

COM DC − Common inversion output center value: Line setting default value = 92

B

• Description of operation [AV] (main unit) key : Returns to monitor test mode menu. [TRK ←] (main unit) key : Moves DOWN the setting value. [TRK →] (main unit) key : Moves UP the setting value. ● Touch test mode menu

C

1. TP EFFECTIVE RANGE − Outermost rim test: Tests the outermost rim of the touch screen. 2. CALIBRATION − Calibration: Calibration setting can be provided by pressing the cursor on screen successively.

D

3. TOUCH TEST − Touch confirmation: Displays the status before and after pressing the touch . 4. LINE TOUCH TEST − Line touch test: OK/NG judgment for touch is made by pressing the cursor on screen. 5. DATA INITIALIZE − Data initialization: Returns the outermost rim and calibration data to the initial values. E

• Description of operation [AV] (main unit) key : Returns to monitor test mode menu. [Navigation] (main unit) key : Selects the item. ↓ [P.LIST ↓ ] (main unit) key : Moves the cursor (selected line: blue).

F

AVIC-Z1/UC 5

6

7

8

193

1

2

3

4

● Outermost rim test

A

B

• Description of operation [AV] (main unit) key : Returns to monitor test mode menu. [Navigation] (main unit) key : Terminates setting. Touch : Outermost rim is set up by touching the range than can be pressed (outer rim). • "OK" is displayed for about 2 seconds when it is successful and "NG" when it fails, and the system returns to the touch test mode menu. • When successful, "*" is displayed on the left of "1. TP EFFECTIVE RANGE" of the touch test mode menu.

C

● Calibration

D

• Description of operation [AV] (main unit) key : Returns to monitor test mode menu. [Navigation] (main unit) key : Escapes from setting. Touch : Calibration is set up by pressing the cursor on screen successively. E

• "FINISHED" is displayed for about 2 seconds when touching at 17 points has been completed and "NG" when it is closed by pressing the [Navigation] key during calibration, and the system returns to the touch test mode menu. • When successful, "*" is displayed on the left of "2. CALIBRATION" of the touch test mode menu.

F

194

AVIC-Z1/UC 1

2

3

4

5

6

7

8

● Touch confirmation

A

• Description of operation [AV] (main unit) key : Returns to monitor test mode menu. [Navigation] (main unit) key : Returns to touch test mode menu. Touch : An optional point on screen is pressed.

B

• The coordinates for the pressed point are displayed as values and cursor. [BFR] : The value of the A/D value from the touch . These values are not indicated the X-Y coordinate on the monior. [AFT1] : After compensation by Factory setting. [AFT2] : After compensation by setting.

C

● Line touch test

D

E

• Description of operation [AV] (main unit) key : Returns to monitor test mode menu. [Navigation] (main unit) key : Escapes from the test. Touch : Test is executed by pressing the cursor on screen successively.

F

AVIC-Z1/UC 5

6

7

8

195

1

2

3

4

• "Cursor turns red" if the displayed cursor position cannot be pressed, and it moves to the "next cursor" when it is pressed properly.

A

• "OK" is displayed for about 2 seconds when touching is completed at 17 points and "NG" when it is closed by pressing the [Navigation] key during test, and it returns to the touch test mode menu. • When successful, "*" is displayed on the left of "4. LINE TOUCH TEST" of the touch test mode menu.

B

C

● Data initialization

D

RANGE INIT − Initialization of outermost rim setting: Initializes the outermost rim setting obtained in monitor test mode. CALIB INIT − Initialization of calibration correction: Initializes the calibration correction obtained in monitor test mode. RANGE INIT − Initialization of setting outermost rim: Initializes the outermost rim set up by the . CALIB INIT − Initialization of calibration correction: Initializes the calibration correction set up by the . E

RETURN TO MENU − Return to menu: The system returns to the touch test mode menu. • Description of operation [AV] (main unit) key: Returns to monitor test mode menu. [Navigation] ↓ (main unit) key: Executes the item. [P.LIST ↓ ] (main unit) key: Moves the cursor (selected line: blue).

F

196

AVIC-Z1/UC 1

2

3

4

5

6

7

8

• If "*" is shown on the right of an item, the item has already been set up or corrected. Match the cursor there and execute initialization to eliminate "*" (ex.: initialization of outermost rim). A

B

Test mode port test specifications ● Port test screen

C

The status of each port is displayed as Hi / Low. The car speed pulse indicates the pulse number within the time unit.

Test Mode GPS Evaluation System Startup Screen Specifications D

● Execution screen

E

FLASH

Displays the version of DRAGON FLASH ROM.

GPS

Displays the version of GPS.

SENSOR

Displays the version of the sensor.

F

AVIC-Z1/UC 5

6

7

8

197

1

2

3

4

Specification of sensor test screen ● Test screen

A

B

G-SENSOR

Display of G sensor voltage value

GYRO

Display of GYRO voltage value

POWER

Display of power supply voltage value

FIT UP

Display of attachment status Display

C

DISTANCE

Status

• NG

Attachment position NG

• OK

Attachment position OK (third best)

• OK(Better)

Attachment position OK (second best)

• OK(Best)

Attachment position OK (best)

Display of distance calculation status Display

Status

• INITIALIZE

Sensor in initial learning

• GPS

GPS distance (pulse unconnected with a model without G sensor)

• G-SENSOR

G sensor distance (simple hybrid)

• ND-PG1

ND-PG1 distance

• SPEED PULSE Vehicle speed pulse distance D

LOW SPEED

Displays the minimum output speed for low-speed vehicle (depends on the DISTANCE status). DISTANCE status SPEED PULSE

SPEED PULSE status

Display

Learning low vehicle speed pulse

CHECK

Low vehicle speed pulse OK

OK

Low vehicle speed pulse NG

NG xx [ km/h ] −−−−−

OTHERS

E

F

198

AVIC-Z1/UC 1

2

3

4

5

6

7

8

Test Mode Operation Specification Document for Mecha Service 1. About the test for Mecha service A

[ Mecha ServiceTest - TestTop - ] screen

B

Mecha Version: Version of the macha used ¥ test mode startup [1] FE TestMode ¥ ¥ ¥ ¥ ¥ ¥ ¥FE [2] EDC-1 TestMode ¥ ¥ ¥EDC-1 mode (DVD only): EDC test is executed successively. [3] EDC-2 TestMode ¥ ¥ ¥EDC-2 mode (DVD only): EDC test is executed by the unit of blocks.

By pressing [Return] button on this screen, the system escapes from Mecha service test mode. Though it may take some time in this case, do not press any key until the screen changes. C

2. About FE test If an error is displayed in Data, please turn the POWER OFF or restart the test mode. [ Mecha ServiceTest - FE TestMode - ] screen

D

[1] [2] [3] [4] [5] [6]

¥¥ Power On ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥Execution of FE test (Power on after choosing inserted disc type.) Type:DVD 1-Layer ¥ ¥ DVD 1-layer Type:DVD 2-Layer ¥ ¥ DVD 2-layer ¥¥¥ Type:CD ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥CD ¥¥ Type:CD-RW ¥ ¥ ¥ ¥ ¥ ¥ ¥ CD-RW ¥¥¥ DiscEject ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ Disc ejection

E

F

AVIC-Z1/UC 5

6

7

8

199

1

2

3

4

[ Mecha ServiceTest - FE Test Power On - ] screen A

[1] [2] [3] [4]

Forcus Close • • • • • • • • • • • • • • • • • • • Closes Focus. CRG + (Start/Stop) • • • • • • • • • • • Moves the carriage to the rim or stops the carriage. CRG − (Start/Stop) • • • • • • • • • • • Moves the carriage to the center or stops the carriage. Forcus Search(Start/Stop) • • Implements or stops focus search. To close focus after focus search, turn the POWER OFF once and then turn the POWER ON again. [5] LD-ON/OFF • • • • • • • • • • • • • • • • • • • • Implements LD-ON/OFF. The system will turn LD-OFF automatically if no there is no operation for 10 seconds after LD-ON. If LD-ON is not executed within 10 seconds even during focus search, LD-OFF will be executed in 9 seconds even if focus search is executed after LD-ON. [6] CRG HOME • • • • • • • • • • • • • • • • • • • • Returns the carriage to home position.

B

FE Offset AS Offset TG Offset TE Offset ENV Offset DBAL

C

: FE offset coefficient : AS offset coefficient : TG offset coefficient : TE offset coefficient : ENV offset coefficient : DBAL coefficient

[ Mecha ServiceTest - FE Test Focus Closed - ] screen

D

[1] [2] [3] [4]

E

T.Bal • • • • • • • • • • • • • • • • • • • • Forcus Jump • • • • • • • • • • CRG + (Start/Stop) • • CRG − (Start/Stop) • •

FE MAX AS MAX FE Normal TE MAX FE MIN ENV MAX TE MIN S.Gain

Adjusts the tracking balance. Focus jump Moves the carriage to the rim or stops the carriage. Moves the carriage to the center or stops the carriage.

: FE MAX level : AS MAX level : FE normalization coefficient : TE MAX level : FE MIN level : ENV MAX level : TE MIN level : Spindle gain coefficient

F

200

AVIC-Z1/UC 1

2

3

4

5

6

7

8

[ Mecha ServiceTest - FE Test T.Bal - ] screen A

[1] Tracking Close • • • • • • • • Closes the tracking [2] CRG + (Start/Stop) • • • Moves the carriage to the rim or stops the carriage. [3] CRG − (Start/Stop) • • • Moves the carriage to the center or stops the carriage. T.Bal (Layer 0) T.Bal (Layer 1) TE Normal (Layer 0) TE Normal (Layer 1)

B

: TBAL coefficient (layer 0) : TBAL coefficient (layer 1) : TE normalization coefficient (layer 0) : TE normalization coefficient (layer 1)

[ Mecha ServiceTest - FE Test Tracking Close - ] screen C

D

E

[1] [2] [3] [4] [5] [6]

Error Rate • • • • • • • • • Track Jump + • • • • Track Jump − • • • • Forcus Jump • • • • • ID Search • • • • • • • • • Tracking Open • • •

Implements measurement of error rate (no other operation is possible for approximately 10 seconds). Jumps by the specified number of tracks (in outer direction) Jumps by the specified number of tracks (in inner direction) Implements focus jump (DVD only) Specifies ID Search (DVD only) Opens tracking (Focus closed status: Returns to [ Mecha ServiceTest - FE Test Focus Closed - ] screen.)

Play speed was fixed→L0 layer DVDx1.3-1.6CAV, CDx4CLV

L1 layer DVDx1.3-1.6CAV

F

AVIC-Z1/UC 5

6

7

8

201

1

A

2

3

F.Bal (0) F.Bal (1) T.Gain (0) T.Gain (1) F.Gain (0) F.Gain (1) AS Normal (0) AS Normal (1)

: FBAL coefficient (layer 0) : FBAL coefficient (layer 1) : Tracking gain coefficient (layer 0) : Tracking gain coefficient (layer 1) : Focus gain coefficient (layer 0) : Focus gain coefficient (layer 1) : AS normalization adjustment value (layer 0) : AS normalization adjustment value (layer 1)

ErrorRate

: Error rate

4

[ Mecha ServiceTest - FE Test Track Jump - ] screen B

C

[1] Track appointment ¥ ¥ ¥ Specification of track number (Mecha switches the 7 (DVD type), 5 (CD type) pattern cyclically.) [2] Start Track Jump ¥ ¥ ¥Starts tracking jump (returns to [ Mecha ServiceTest - FE Test Tracking Close - ] screen).

[ Mecha ServiceTest - FE Test ID Search - ] screen

D

[1] [2] [3] [4] [5]

¥ the cursor to the right. cursor right ¥ ¥ ¥ ¥ ¥ ¥ ¥Moves ¥ cursor left ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥Moves the cursor to the left. ¥ cursor up ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥ ¥Moves the cursor up. cursor down ¥ ¥ ¥ ¥ ¥ ¥Moves the cursor down. Start ID search ¥ ¥ ¥Starts ID search (returns to [ Mecha ServiceTest - FE Test TrackingClose - ] screen).

E

3. About EDC test EDC-1 Mode : Implements EDC test successively. EDC-2 Mode : Implements EDC test by the unit of blocks. Operation procedure is similar for EDC-1 and EDC-2.

F

202

AVIC-Z1/UC 1

2

3

4

5

6

7

8

[ Mecha ServiceTest - EDC-1 mode Layer Select - ] screen A

Layer : Currently tested layer ID : Currently tested ID

B

[1] Select Layer 0 • • • Selects layer 0 [2] Select Layer 1 • • • Selects layer 1 [3] Disc Eject • • • • • • • • Ejects the disc. The system escapes from the Mecha service test mode by pressing [Return] on this screen. Though it may take some time in this case, do not press any key until the screen changes.

[ Mecha ServiceTest - EDC-1 mode - ] C

D

Layer : Currently tested layer ID : Currently tested ID [1] [2] [3] [4] [5] [6]

cursor right • • • • • • • • Moves the cursor to the right. cursor left • • • • • • • • • Moves the cursor to the left. cursor up • • • • • • • • • • Moves the cursor up. cursor down • • • • • • Moves the cursor down. Start EDC-1 • • • • • • Starts EDC test. Disc Eject • • • • • • • • • Ejects the disc.

E

4. Flow of test mode for Mecha service Flow of test mode for Mecha service

F

AVIC-Z1/UC 5

6

7

8

203

1

2

3

1) Precautions This product uses 5V and 3.3V as standard voltages. The electrical potential that is the reference for signals, is not GND, but VREF (approximately 2.2V) and VHALF (approximately 1.65V). During product adjustments, if the reference voltage is mistakenly taken as GND, and a grounding is made, not only would it be impossible to measure the accurate electrical potential, but also the servo motor would malfunction, resulting in the application of a strong impact on the pick up. The following precautionary measures should be strictly adhered to, in order to avoid such problems. The reference voltage and GND should not be confused when using the minus probe of a measurement device. When an oscilloscope is being used special care should be taken to make sure that the reference voltage is not connected to the probe of ch1 (on the minus side), while the probe of ch2 (on the minus side), is connected to GND. Further, since the body frame of most measurement devices have the same electrical potential as the minus side of the probe, the body frame of the measurement device should be set to floating ground.

A

B

4

If the reference voltage is connected to GND by mistake, turn the regulator OFF immediately, or turn the power OFF. • Remove the filters and wires used for measurements only after the regulator has been turned OFF. • After the power supply is turned on, regulator ON the following adjustment and measurement are promptly done. • Whenever the product is in the test mode, the software will not take any protective action. For this reason, special care should be taken to make sure that no mechanical or electrical shock could be applied to the product when taking measurements in the test mode. • Whenever the EJECT key is pressed to eject the disk, no other keys, other than the EJECT key, should be pressed until the disk eject action has been completed. • Press the EJECT key only after the disk has stopped completely. • If the product hangs up turn the power OFF immediately. • Laser didoes may be damaged, if the volume switch for the laser power adjustment of the pick up unit, is turned. Attention) • Test mode starting procedure ACC ON while pressing the BAND and ESC keys together. • Test mode stopping procedure ACC and Backup OFF.

C

D

E

F

204

AVIC-Z1/UC 1

2

3

4

5

6

7

8

- Front-End test mode flow chart A

Test mode In

Start test mode Note 1: At this stage select the media type. Various settings are carried out according to the media selection made here. Note 2: While measurements are being taken, only the operation, for which the measurement is being taken, is allowed. Note 3: Reproduction (play) speed is selectable from DVD: x 1CLV ↔ x 1.3CLV, CD x 2CLV

Set source to DVD TEST

1

2

FE test mode

3

EDC1 mode

EDC2 mode

B

0X00 0000

5 LD_ON

1 FE offset coefficient TE offset coefficient AS offset coefficient ENV offset coefficient TG offset coefficient DBALt coefficient

1X00 0000

Power Off

8

FBAL Coefficient(Layer0) FBAL Coefficient(Layer1) Focus Gain Coefficient(Layer0) Focus Gain Coefficient(Layer1) Tracking Gain Coefficient(Layer0) Tracking Gain Coefficient(Layer1) AS normalization adjustment feature (Layer0) AS normalization adjustment feature (Layer1)

1A00 0000

1

Focus close adjustment

3000 0000

2 Focus Search Stop 2

Power Off

6

CRG –

LD_ON

CRG_HOME

1B00 0000

1C00 0000

LD_ON :1100 0000 LD_OFF:1000 0000

1D00 0000

C

4

CRG +

4

CRG +

2

DVD x 1CLV DVD x 1.3CLV CD x 2CLV 4X00 0000

Focus close condition 2

6

Focus Jump

Layer L0:4X00 0000 Layer L1:4X00 0000

ID Search

1~4

7

3,4 T. Jump +/–

3

4A00 0000

ID specification

ID display

ID Search Start

Tracking Open

Jump+: 4B00 0000

Track number specification Trac k number display

5

D

Tracking close condition

Operation while key is being pushed. 3C00 0000

5

Reproduction speed switching (Note 3)

Operation while key is being pushed. 2C00 0000

CRG –

Operation while key is being pushed. 3B00 0000

1 Error Rate measurement (Note 2)

CRG –

Operation while key is being pushed. 2B00 0000

3

1

Tracking close adjustment

Error Rate Focus Gain Coefficient(Layer0) Focus Gain Coefficient(Layer1) Tracking Gain Coefficient(Layer0) Tracking Gain Coefficient(Layer1) AS normalization adjustment feature (Layer0) AS normalization adjustment feature (Layer1)

5

Focus close condition 1

4X00 0000

8

4

CRG +

3

Focus Jump Layer L0:2000 0000 Layer L1:2100 0000

3FFF 0000 4000 0000

3

2

1100 0000

1 T.Bal and other adjustments

2FFF 0000

8

Power on condition

Focus Search

2000 0000

Power Off

Eject

0000 0000

1FFF 0000

Power Off TBAL Coefficient(Layer 0) TBAL Coefficient(Layer 1) TE normalization feature (Layer0) TE normalization feature (Layer1)

Disc Type (Note 1)

0FFF 0000

8 FE MAX level FE MIN level AS MAX level ENV MAX level FE normalization feature Spindle gain coefficient TEMAX level TEMIN level

2~5

Power On

2: DVD, single-layer 3: DVD, dual-layer 4: CD 5: CD-RW

Power off condition

EJECT

5

E

Jump start

F

AVIC-Z1/UC 5

6

7

8

205

1

2

3

EDC1 mode

A

EDC2 mode 0000 0000

1

0000 0000

2

Layer 0 selected

Layer 1 selected

0000 0000 1003 0000

0100 0000 1103 0000

2

Layer 0 selected

Layer 1 selected

0000 0000 1003 0000

0100 0000 1103 0000

~

ID designation

B

1

1 4

~

1 4

4

Layer0:10** **** Layer1:11** **** ** ****: ID specification value

ID designation

5 EDC1 start

Layer0:10** **** Layer1:11** **** ** ****: ID specification value

5 Layer0:20** **** Layer1:21** **** ** ****: Present ID value

EDC2 start

Layer0:20** **** Layer1:21** **** ** ****: Present ID value

F-close and F-search cannot be executed, unless LD-ON is set. [If F-close isn't executed within 9 seconds after LD-ON, it switches to LD-OFF automatically. And even if F-search is executed within 9 seconds after LD-ON, it also switches to LD-OFF.] Please carry out F-close after carrying out power-off at once and carrying out power-on again, when carrying out F-close after performing F-search.

The track number designation is selected from the track numbers already prepared for selection. Switching to cyclic operation is made at step 3, and the decision is finalized (entered) in step 4. For CD: Tracks 1, 4, 10, 11 and 32. For DVD: Tracks 1, 4, 10, 11, 32, 64 and 100.

C

Method for designating an ID address: • A number of digits are determined through commands 1 and 2. Numerical UP/DOWN operations are performed through commands 3 and 4. The decision is finalized (entered) with command 5. Display Error Code List Error status from

D

DVD microcomputer

Contents

0X50

Mecha. error

Display No display

0X40

No disc

No display

0X30

The temperature is abnormal Thermal Protection in Motion

0X20

Read error

0XE2

Non-playable disc

NON-PLAYABLE DISC

0X90

Different region disc

DIFFERENT REGION DISC

0XFF

Undefined error

Error-FF

Error-02-XX

Error code of read error(Part of XX)

E

F

206

Error Code

Contents

Display

0X99

Data cannot read

Please confirm the disc

0X80

The address cannot be found Please confirm the disc

0X90

Focus error

Please confirm the disc

0X91

Spindle lock NG

DVD is stopping because mechanism detected abnormality

0X92

Carriage home NG

DVD is stopping because mechanism detected abnormality

0X93

FOK error

Please confirm the disc

0X94

ID/Subcode cannot be read

Please confirm the disc

0X95

High spindle rotation

DVD is stopping because mechanism detected abnormality

0X96

Row spindle rotation

DVD is stopping because mechanism detected abnormality

0X98

TOC cannot be found

Please confirm the disc

0X9A

AV chip error

DVD is stopping because mechanism detected abnormality

0X9B

RecaveryNG(BE)

DVD is stopping because mechanism detected abnormality

0X9C

Play state error

0X9D

Disc data error

0X9E

Serface error (Disc distinction is improper)

AVIC-Z1/UC 1

2

3

4

5

6

7

8

6.7 TEST DISC 1. Start/Shutdown 1-1. Start After inserting the test disc, the title "06 INTERNATIONAL NAVI TESTDISC:GGV1194" will appear. After the title is displayed, the main menu will be displayed.

A

Test Disc (Manual Check Version) Title Screen

B

1-2. Shutdown No operation is required.

2. Key operation • How to operate the MANUAL MODE [Manual Check Version] is as follows: 1. Use the remote control for operation 2. Use [←][→] keys to select the menu screen. [↓] 3. Use [↓] keys to select the test items and select [MENU] key and move to the testing screen. 4. Use [AV] key to return to the menu screen.

C

* Please refer to explanation on each screen for details. 3. Line test (Common testing items for service) Menu screen D

E

F

AVIC-Z1/UC 5

6

7

8

207

1

2

3

4

A

B

3-1(4-1). Microphone Input Line Test(not for service) C

D

E

• Signals are relayed in the following order: MICIN→ADC-L→Inside ASIC→DAC-L→Jig→ADC-R→Inside ASIC→DAC-R→SP line Put audio signals into MICIN and test the audio output and input level. • Using [MAP] key, conduct a toggle operation of "H"/"L" on TELVC(TEL/NOISE) terminal. • Using [T] key, conduct a toggle operation of "H"/"L" in GUIDEMUTE(ONSEIMUTE) terminal. • Using [PHONE MENU] key (Steering Remote Controller ), perform a toggle operation of "H"/"L" in AMUTE (GUIDEMUTE) terminal. • Using [OFF HOOK] key (Steering Remote Controller ), perform a toggle operation of "H"/"L" in MEMMUT (MEMMUTE) terminal. • Using [ON HOOK] key (Steering Remote Controller ), perform a toggle operation of "H"/"L" in LPFSW terminal. • Perform Gain UP using [→] and Gain Down [←]. • After test is completed, use [AV] key to return to the main menu.

F

208

AVIC-Z1/UC 1

2

3

4

5

6

7

8

3-2(4-2). Testing of External Input A

• When starting the test, set VTR 1 input ON and switch the source to VTR. When finishing the test, set the VTR 1 input OFF and switch the source to OFF. • During the test, input parking brake signals (GND). • Video image of VTR1 appears on the screen. • After the test is completed, use [AV] key to go back to the main menu.

B

3-3(4-3). Testing of Back Camera

C

• The purpose is to confirm that by inputting the reverse gear signal, camera video image become available in the setting of monitoring images from the rear view camera. • When starting the test, set the back camera input ON and set it OFF when it is completed. • During the test, keep sending back-signals. • After test is completed, use [AV] key to go back to the main menu.

D

3-4(4-4). Testing of Rear Monitor Output

E

• Confirm that a navigation video image is output on the rear monitor. • When starting the test, set the rear monitor output ON and set the rear monitor output Off when finishing it. • After test is completed, use [AV] key to go back to the main menu.

F

AVIC-Z1/UC 5

6

7

8

209

1

2

3

4

3-5(4-5). External connection test A

B

C

• The status of the items shown above will be renewed every around 0.5 second. • When the gyro is in operation, beep sound comes out while G sensor is in action. Gyro under operating conditions : Low pitched sound (440Hz) G sensor in action : High pitched sound (660Hz)

D

E

F

210

AVIC-Z1/UC 1

2

3

4

5

6

7

8

• OK/NG judgment conditions ◆OK/NG judgment of Gyro output values (Determine differences between Gyro output value and Offset standard values and make OK/NG judgment.) Offset standard value : 2.5[V] • Within ±0.15[V] : Output voltage OK (OK display) • Within ±0.15 - ±0.30[V] : Secular change tolerance (USABLE display) • ±0.30[V] or greater : Output voltage NG (NG display) ◆OK/NG judgment of G sensor output values (Determine differences between G sensor output values and Offset standard values and make OK/NG judgment.) Offset standard value : 2.674[V] • Within ±0.25[V] : Output voltage OK (OK display) • Within ±0.25 - ±0.40[V] : Secular change tolerance (USABLE display) • ±0.40[V] or greater : Output voltage NG (NG display) ◆OK/NG judgment of temperature sensor output values (Check temperature [°C]of the temperature sensor to make OK/NG judgment) • −40.0[°C] - 85.0[°C] :Temperature sensor OK (OK display) • Other than above : Temperature sensor NG (NG display)

A

B

USABLE range is OK range of parts with secular change considered. (The screen displays USABLE.) OK range is criteria to judge if they are within OK range at the time of shipping inspection. Service division is expected to determine parts to be OK items when they are Usable. • After the test, use [AV] key to return to the main menu.

When some errors occur to each inspection item, the following error messages are displayed. C

<Error List> Inspection item Parking brake Reverse Pulse Gyro Gyro voltage Back up voltage G sensor G sensor voltage Temperature of Temperature sensor

Remote control key

Displayed message −

Error details −

GPS UN-CONNECT When communication between the navigation system and GPS unit is not established for some reason, this will be displayed. This can be mainly because something is wrong with the hardware. Something can be wrong with the navigation system itself, serial interface (including poor serial connection), and GPS unit. COMMAND ERROR When no API response is returned from GPS unit, this will be displayed. Following incidents can be causes for it. • Timeout occurs just because something is wrong with serial interface (poor ), or data gets garbled and looks like another response. • When a response different from the requested API is returned because of malfunction of GPS unit and another request for API is already requested, the time-out response to the first request is determined to be incorrect one. • Navigation system performs so slow that it cannot handle the response within the time limit even though a response is returned from GPS unit, or GPS unit cannot handle the same kind of situation within the time limit. (The time limit is 1.5 sec.) • Others −

D

−

E

F

AVIC-Z1/UC 5

6

7

8

211

1

2

3

4

3-6(4-6). GPS reception Check A

B

• Conditions for GPS signal reception are shown below: • Test OK criteria: • Antenna connection is OK. • Data can be acquired from more than one satellite. • Time is displayed. • When all the conditions are satisfied, the background color turns blue. • After inspection, use [AV] key to go back to the main menu. <Error List> Error details

Displayed messages GPS UN-CONNECTING

When communication between the navigation system and GPS unit is not established for some reason, this will be displayed. This can be mainly because something is wrong with the hardware. Something can be wrong with the navigation system itself, serial interface (including poor serial connection), and GPS unit.

COMMAND ERROR INVALID DATA

When no API response is returned from GPS unit, this will be displayed. Following incidents can be causes for it. • Timeout occurs just because something is wrong with serial interface (poor ), or data gets garbled and looks like another response. • When a response different from the requested API is returned because of malfunction of GPS unit and another request for API is already requested, the time-out response to the first request is determined to be incorrect one. • Navigation system performs so slow that it cannot handle the response within the time limit even though a response is returned from GPS unit, or GPS unit cannot handle the same kind of situation within the time limit. (The time limit is 1.5 sec.) • Others

C

D

3-7(4-7). Monitor adjustment

E

• Perform monitor adjustment as follows: 1. Adjustment mode for service : Monitor setting values are adjustable. 2. Touch test mode : Touch related settings such as calibration can be performed. 3. EEPROM adjustment mode : This mode is not used for service. • Please refer to the description of "Monitor test mode" of Test mode for details. F

3-8(4-8). Clearing of all HDD region & Main memory SENSOR STUDY is cleared in this inspection.

212

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

• Push down "MAP" key, clearing will start. • Clear Sensor. (clear SENSOR STUDY data on HDD ( \ SYSTEM \ GPS related) and SENSOR STUDY data region of GPS unit.) • Clear HDD data area. (MSV, \ RW, \ RW \ HOLD, \ SETUP, \ RACKUP shall be deleted.) • After the inspection screen is displayed, use [MAP] key to perform the process described above.

B

C

• After clearing is completed, the executing result is displayed. • After clearing is completed, use [AV] key to go back to the main menu.

D

• Once HDD area is cleared, no folders exist until the next restart and no folders to be deleted are found. Then the results above will be displayed. • Although there are no files to be deleted, processing is completed normally. E

F

AVIC-Z1/UC 5

6

7

8

213

1

2

3

4

Shown below are errors which occur when HDD area is cleared. Displayed errors

A

Error factors

Delete file not found

When no files or directory to be deleted are found, this will be displayed. However, this is not an error as HDD has no files to delete.

Atapi device error

When something is wrong with the device, this will be displayed.

CRC error, UnCorrectable error When it fails in reading and writing data, this will be displayed. It failed to find Drive.

When no drive is specified or HDD driver cannot be opened, this will be displayed.

Drive format error

When format command is not executed successfully, this will be displayed.

Error

This will be displayed in the case of errors other than those mentioned above. Shown below are errors which occur when Main Memory (Clearing of SENSOR STUDY) is cleared.

B

Displayed errors

Error factors

CLEAR ONLY SENSOR STUDY OF HDD. GPS NONCONNECT. This is displayed when GPS is not connected (when GPS is out of order). It failed to clear SENSOR STUDY.

This is displayed when SENSOR STUDY CLEAR COMMAND does not work. (Both HDD and GPS cannot be cleared.)

It failed to communicate with GPS unit.

This is displayed when time-out occurs while communicating with GPS unit.

3-9(4-9). HDD shipping flag setting C

D

• Set HDD to the shipping status. Contents of HDD will not be damaged. • Push down "MAP" key, and HDD shipping flag setting (HDD mode change) will start. • After setting HDD shipping flag, use [AV] key to go back to the main menu.

<Error list> Shown below are errors that take place at the time of HDD shipping flag NG (HDD mode change NG). Error codes are all decimal numbers. Error factors

Displayed errors E

It failed to open HDD device.

This error occurs because it fails to open HDD device.

Parameter error of HDD mode change.

This error occurs because the parameter is incorrect. (Error code : 87)

It was refused to request HDD mode change. This error occurs because the parameter is incorrect. (Error code : 5) It was timeout to request HDD mode change. This error occurs because the request take so long that timeout occurs. (Error code : 1053) It failed HDD mode change. [0x********]

This is displayed when mode change fails to be executed. [********] represents error codes value. [Example] • NG occurs because HDD is unconnected. (Error code : 55)

F

214

AVIC-Z1/UC 1

2

3

4

5

6

7

8

3-10(4-10). Soft Version Display

A

B

• • • • •

Software version will be displayed. Using [←→] key, pages can be turned. Use [↓] key to move to the next item. ROM's location for each microcomputer is indicated as "------", ROM's location is not indicated. After the inspection is completed, use [AV] key to go back to the main menu.

C

3-11(4-11). Data communication test (Short)(not for service)

D

• Perform SIO connection short check. • Use [MAP] key to start the test.

E

SERIAL I/O #2(XM) is displayed UC model only.

• When loopback for CH2, CH4, CH8 is OK, all the test channels are supposed to be OK and the screen above will be displayed. • After the test is completed, use [AV] key to go back to the main menu.

AVIC-Z1/UC 5

6

7

8

F

215

1

2

3

4

3-12(4-12). Data communication (Open check)

A

B

• Perform SIO connection open check. • Do not connect anything to the terminal of each channel. It is OK when the terminal is open. • Use [MAP] key to start the test.

SERIAL I/O #2(XM) is displayed UC model only.

C

• When open-checking of CH2, CH4, and CH8 turned out OK, and the test channels are all OK, the screen above will be displayed. • After the test, use [AV] key to go back to the main menu.

3-13(4-13). Telephone Control Line Test

D

• This is a telephone control line test. Output line signal is switched at 0.5 second interval. • After the test is completed, use [AV] key to go back to the main menu. E

3-14(4-14). Auto Antenna Control Test

F

216

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

• • • •

When this test starts, NAVI link setting of AUTO ANTENNA will also function. Push down [MAP] key, and ON/OFF of the auto antenna can be switched. After the test is completed, use [AV] key to go back to the main menu. When getting back to the main menu, restore AM/FM link setting to Auto ANTENNA (initial setting).

B

3-15(4-15). TMC Tuner Error Measurement Check(EW only)

C

• TMC tuner error rate check is perfomed in this item. Default frequerey is 87.5MHz. After checking 500 block, if the error occurs less than 10%, the test results is "OK". • Use [AV] key to go back to the main menu.

4. Testing for Services 4-16. Clearing of all HDD region Sensor Study will not be cleared in this test. D

• Push "MAP" key, and clearing will be started. • Clear HDD data region. (MSV, \ RW, \ RW \ HOLD, \ SETUP, \ BACKUP will be cleared.) • After the testing screen is displayed, use [MAP] key to carry out the steps above.

E

F

• After the execution of clearing, the screen above will be displayed. • Use [AV] key to go back to the menu screen. AVIC-Z1/UC 5

6

7

8

217

1

2

3

4

A

• Once HDD area is cleared, no folders exist until the next restart and no folders to be deleted are found. Then the results above will be displayed. • Although there are no files to be deleted, processing is completed normally. B

Shown below are errors that occur when clearing HDD region. Displayed errors

Error factors

Delete file not found

When no files or directory to be deleted are found, this will be displayed. However, this is not an error as HDD has no files to delete.

Atapi device error

When something is wrong with the device, this will be displayed.

CRC error, UnCorrectable error When it fails in reading and writing data, this will be displayed.

C

It failed to find Drive.

When no drive is specified or HDD driver cannot be opened, this will be displayed.

Drive format error

When format command is not executed successfully, this will be displayed.

Error

This will be displayed in the case of errors other than those mentioned above.

4-17. Image RGB

D

• • • • • • E

Perform a bridge test on RGB. Switch screens using [←] [→] keys. Make drawings by following the pattern of R100%→G100%→B100%→W(WHITE)100%. 4 windows will be displayed in total. Normally no characters are displayed. The rear monitor will have the same screen. Use [AV] key to go back to the menu screen.

4-18. GPS information

F

• Push [MENU] key with the cursor at "Position", "GPS information" will appear.

218

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

• Push [MENU] key with the cursor at "Sv Stat", "Status information" will be displayed. • When this item is selected, this screen will be displayed by default. B

• Push [MENU] key with the cursor at "Ver & Diag", "Diag information" will be displayed.

C

D

• Push [MENU] key with the cursor at "Err Info", "Error information" will be displayed. <Error List> Screen names for each error message Position

Sv Stat

Ver&Diag

Data is invalid. GPS is unconnected.

GET_TIME2_ERROR

GPS is unconnected. Command error

GET_POS_ERROR

Data is invalid. GPS is unconnected.

GET_TIME2_ERROR

GPS is unconnected. Command error

GET_SV_STATUS2_ERROR

GPS is unconnected. Command error

GET_VERS_ERROR

GPS is unconnected. Command error

GET_DIAG_ERROR

GPS is unconnected. Command error

GET_TIME2_ERROR

GPS is unconnected. Command error

GET_ERR_ERROR

Err Info

Error details

Displayed messages GET_POS_ERROR

E

F

GPS is unconnected.

AVIC-Z1/UC 5

6

7

8

219

1

2

3

4

<Error details> Error factors

Error details A

GPS unconnected When communication between the navigation system and GPS unit is not established for some reason, this will be displayed. This can be mainly because something is wrong with the hardware. Something can be wrong with the navigation system itself, serial interface (including poor serial connection), and GPS unit. Command error

When no API response is returned from GPS unit, this will be displayed. Following incidents can be causes for it. • Timeout occurs just because something is wrong with serial interface (poor ), or data gets garbled and looks like another response. • When a response different from the requested API is returned because of malfunction of GPS unit and another request for API is already requested, the time-out response to the first request is determined to be incorrect one. • Navigation system performs so slow that it cannot handle the response within the time limit even though a response is returned from GPS unit, or GPS unit cannot handle the same kind of situation within the time limit. (The time limit is 1.5 sec.) • Others

Invalid error

When connection to GPS unit is established, however, routine communication cannot be received for some reason, this will be displayed. Following incidents can be causes for it. • After confirming the connection, GPS unit is reset before routine communication is started. • Connection is only confirmed when serial is poor. • Others

B

C

4-19. Sound Reproduction Test Sound file selecting screen

D

• • • •

Sound file can be reproduced. Use [←] [→] key to change the volume. Use [MENU] key to reproduce the selected sound. When sound reproduction stops, use [AV] key to go back to the menu screen.

E

F

220

AVIC-Z1/UC 1

2

3

4

5

6

7

8

<Sound File List> File identification

File contents

ADPCM fixation 11K 1K L

1KHz sine-wave sampled at 11KHz is reproduced. Sounds are output only from L side (Mobile phone side)

ADPCM fixation 11K 1K mono

1KHz sine-wave sampled at 11KHz is reproduced. Sounds are output in mono mode.

ADPCM fixation 11K 1K R

1KHz sine-wave sampled at 11KHz is reproduced. Sounds are output only from R side (Speaker)

ADPCM fixation 11K 1K ste

1KHz sine-wave sampled at 11KHz is reproduced. Sounds are output in stereo.

ADPCM fixation 19K 1K L

1KHz sine-wave sampled at 19KHz is reproduced. Sounds are output only from L side (Mobile phone side)

ADPCM fixation 19K 1K mono

1KHz sine-wave sampled at 19KHz is reproduced. Sounds are output in mono.

ADPCM fixation 19K 1K R

1KHz sine-wave sampled at 19KHz is reproduced. Sounds are output only from R side (Speaker side).

A

B

ADPCM fixation 19K 1K ste

1KHz sine-wave sampled at 19KHz is reproduced. Sounds are output in stereo.

ADPCM fixation 22K 1K L

1KHz sine-wave sampled at 22KHz is reproduced. Sounds are output only from L side (Mobile phone).

ADPCM fixation 22K 1K mono

1KHz sine-wave sampled at 22KHz is reproduced. Sounds are output only in mono.

ADPCM fixation 22K 1K R

1KHz sine-wave sampled at 22KHz is reproduced. Sounds are output only from R side (Speaker side).

ADPCM fixation 22K 1K ste

1KHz sine-wave sampled at 22KHz is reproduced. Sounds are output in stereo.

mono fixation 11K music

A music file sampled at 11KHz is reproduced. Sounds are output in mono.

mono fixation 19K music

A music file sampled at 19KHz is reproduced. Sounds are output in mono.

mono fixation 22K music

A music file sampled at 22KHz is reproduced. Sounds are output in mono.

mono fixation 11K narration

Narration sampled at 11KHz is reproduced. Sounds are output in mono.

mono fixation 19K narration

Narration sampled at 19KHz is reproduced. Sounds are output in mono.

mono fixation 22K narration

Narration sampled at 22KHz is reproduced. Sounds are output in mono.

ste 11K music

A music file sampled at 11KHz is reproduced. Sounds are output in stereo.

ste 19K music

A music file sampled at 19KHz is reproduced. Sounds are output in stereo.

ste 22K music

A music file sampled at 22KHz is reproduced. Sounds are output in stereo.

ste 11K narration

Narration sampled at 11KHz is reproduced. Sounds are output in stereo.

ste 19K narration

Narration sampled at 19KHz is reproduced. Sounds are output in stereo.

ste 22K narration

Narration sampled at 22KHz is reproduced. Sounds are output in stereo.

C

D

E

F

AVIC-Z1/UC 5

6

7

8

221

1

2

3

4

4-20. File Maintenance A

B

4-21. Graphics Test

C

[↓] [↓] keys to select patterns and [MENU] key to display images. • Use • Pattern 1. PLAIN • • • • • • • Use [←] [→] keys to display blue, red, pink, green, light blue, yellow, white and black. 2. COLOR BAR • • • • • • • Bars colored, white, yellow, light blue, green, pink, red, blue and black are displayed from left. 3. CYCLE LINE 1 4. CYCLE LINE 2 5. SIDE STRIPE 1 6. SIDE STRIPE 2 7. NATURAL PICTURE

D

• Use [AV] key to menu screen.

E

F

222

AVIC-Z1/UC 1

2

3

4

5

6

7

8

A

• Select "7. NATURAL PICTURE", the image above will be displayed.

B

4-22. Initialization of backup variables

C

• • • •

Initialize backup variables for system reset. After displaying the testing screen, use [MAP] key to execute the test. After initialization, restart the system. Use [AV] key to return to the menu screen.

D

E

F

AVIC-Z1/UC 5

6

7

8

223

1

2

3

4

7. GENERAL INFORMATION 7.1 DIAGNOSIS A

7.1.1 DISASSEMBLY How to remove the case in the monitor area. Be sure to remove the case from downside. It cannot be removed from the upper side. Insert the smallest flathead screw driver of the precision screw drivers into under the 4 claws. When inserting the screw driver into the clearance between the case (sheet metal) and the grille, put it 45 degrees diagonally under the case to prevent it from touching the grille, then they will be easily loosened. Cautions - Be careful not to confuse screws. - Before disassembling, make sure to remove the HDD Assembly exclusive for Service. - The HDD Assembly (CXX2121 and CXX2122) exclusive for Service is a precision apparatus. So, handle it carefully and avoid shock and static electricity.

B

- Preparation for Removing the Monitor Assy To remove the Monitor Assy block, it must always be moved to the OPEN position. 1. Rotate the gear using a screwdriver, etc. (ø2.8 or smaller) from the slit on the bottom surface of the main unit (Fig.1) in the direction of the arrow, and move the Monitor Assy to OPEN position. Note) Though the gear is heavy, please turn carefully not to inflict too much force. Turning with excessive force may cause damage in the rack or gear in the driving section. C

D

Monitor Assy Fig.1 E

F

224

AVIC-Z1/UC 1

2

3

4

5

6

7

8

- Removing the Monitor Assy

1

A

Remove the two screws. (Fig.2)

Monitor Assy

B

1

Fig.2 (2) Remove the screw to remove the Cover. Do not pull the connecting flexible cable. (Fig.3) (3) Remove the flexible cable from the connector to remove the Monitor Assy. Push the lid of the con up with the top of precision screwdriver (minus), and then remove the flexible cable. Take much c not to pull the connector forcedly or break it ope because it is easy to be damaged. And also, use precision screwdriver in the same way in the installation. (Fig.3)

C

Assy

D

Cove

E

3

F

AVIC-Z1/UC 5

6

7

8

225

1

2

3

4

- Removing the Case Unit (Fig.4) A

Guide

1

Remove the two screws and then remove the Guide.

2

Remove the four screws.

2

2

3

3 1

1

2

2

3

Remove the five screws and then remove the Case Unit.

4

Insert a flat screwdriver (2mm in width) selected among precision-type screwdrivers into four tabs shown below. When inserting the screwdriver into the gap between the case unit and the grill, push the screwdriver toward the case unit approximately at 45 degree angle to avoid it from ing the grill. By doing so, you can open the unit easily.

B

3

3

Case Unit 4

4

4

4

Caution: When assembling the case unit, be careful not to nip (damage) the touch-’s tail (left side) and FFC with back of the case.

C

Fig.4

- Removing the Monitor Unit (Fig.5) 1

1

1

Remove the five screws.

Disconnect the connector and then remove the Monitor Unit.

1

About handling of touch When replacing the touch 1 (hereafter, "") located below the LCD , pay attention to the following. - The is made of glass. So, be careful not to break or damage it. - Do not leave your fingerprints on the display. - The four sides and corners of the glass are sharp. So, handle it carefully to avoid any injury

D

1

Monitor Unit

Fig.5 E

F

226

AVIC-Z1/UC 1

2

3

4

5

6

7

8

- Removing the DVD Mechanism Module (Fig.6)

1

A

Remove the four screws.

Disconnect the connector and then remove the DVD Mechanism Module.

1

Caution: When assembling or disassembling the DVD mechanism module, be sure to hold the external side. When lifting the DVD mechanism module, lift it from the front side to avoid a burden on the connected connector.

1

B

1

1

DVD Mechanism Module

Fig.6

- Removing the Unit (Fig.7) Remove the screw.

2

Remove the two screws.

3

Remove the four screws and then remove the Unit.

C

3

3

1

1

3

2

2

3 D

Fig.7

Unit - Removing the Heat Sink (Fig.8)

1

2

Remove the two screws.

2 2

2

2 Remove the eleven screws.

2

Disconnect the connector and then remove the Heat Sink.

1

2

1

2

E

2

2

2 2 Fig.8

Heat Sink

F

AVIC-Z1/UC 5

6

7

8

227

1

2

3

4

- Removing the Hard Disk Unit (Fig.9) 1. Insert tweezers into holes (four places) near the circumference of shield top surface, and lift the shield gradually with the tweezers.

A

1

Remove the four screws.

1 1

Disconnect the connector and then remove the Hard Disk Unit.

B

1

1

Shield

Hard Disk Unit - Removing the CC Unit (Fig.10) C

1

Fig.9

Navi Mother PCB

Remove the three screws and then remove the CC Unit.

3

3 1

3

1

- Removing the Navi Mother PCB (Fig.10)

2

Remove the screw.

3

Remove the six screws.

D

3

3

Disconnect the connector and then remove the Navi Mother PCB.

1 3 2

CC Unit

E

F

228

AVIC-Z1/UC 1

2

3

4

Fig.10

5

6

7

8

- Removing the Chassis Unit (Fig.11)

1

Remove the three screws and then remove the Chassis Unit.

A

1

1

1

B

Chassis Unit - Removing the Audio Unit (Fig.12)

Fig.11

2 3

1

Remove the screw.

2

Straighten the tab at location indicated.

3

Remove the four screws and then remove the Audio Unit.

C

1

3

3

3 D

Fig.12

Audio Unit - Removing the Main PCB Unit (Fig.13) 1

1

Straighten the tabs at two locations indicated.

2

Remove the screw and then remove the Main PCB Unit.

E

1

2

Fig.13

Main PCB Unit

AVIC-Z1/UC 5

6

7

8

229

F

1

2

3

4

- Precautions on handling the mechanism module 1. Hold the upper and main frames. 2. Do not hold the front portion of the upper frame. It is a delicate part. 3. Do not touch the switches on the top . 4. Be careful not to catch the flexible cables.

A

B

Do not touch here. Do not touch here. Do not hold this delicate portion.

C

- Removing the module pc board 1. Set the mechanism to the lock position (disc load standby position). 2. Place the mechanism module upside down. 3. Short the two lands on the pickup flexible cable as shown below. 4. Be sure to disconnect the pickup flexible cable and the CRG flexible cable from the connectors to protect them from damages. 5. Remove solder from the load motor leads and clamp SW leads. 6. Loosen the two fixing screws. Lift the position A of the module pc board lightly and move it in the direction B to remove it. Be careful not to damage the flexible cable C. 7. Disconnect the 8/12 detection flexible-cable from the connector.

D

Short here. Module pc board

E

Connector (for pickup flexible cable) Connector (for 8/12 detection flexible cable) Load motor leads and clamp SW leads

A

B

C

Connector (for CRG flexible cable)

F

230

AVIC-Z1/UC 1

2

3

4

5

6

7

8

- Removing the pickup unit 1. Remove the module pc board in accordance with the procedure of "Removing the module pc board.” 2. While holding the pickup case, remove the skew screw (main). 3. Lifting the end of the pickup rack, slide the main shaft, and remove the pickup unit. Notes: Replacing the pickup unit requires the skew adjustment. Remove glue from both ends of the main and sub shafts, and skew stud. Do not reuse the old skew screw. Be sure to use a brand-new skew screw supplied with a new pickup unit. Fix the skew screw with glue (GYL1001) after adjustment.

A

B

Skew screw (main)

Skew screw Pickup unit C

Sub shaft

Skew screw

Notice of Exchange the Keyboard unit • Howe to fold the flexible cable The Keyboard unit of the service parts is not folded. Please see the following picture and fold the flexible cable at 90 degrees.

D

• Fold the flexible cable at this line • Don't fold the cable while rubbing it.

E

Please check the following item after exchange the Keyboard unit 1 Lighting check of all LED device. 2 Operation check of the all switches. 3 Remote control receiver function check

F

AVIC-Z1/UC 5

6

7

8

231

1

2

3

4

7.1.2 PCB LOCATIONS

A

UNIT

B

C

COMPOUND

D

COMPOUND E

F

232

AVIC-Z1/UC 1

2

3

4

5

6

7

8

7.1.3 CONNECTOR FUNCTION DESCRIPTION AV BUS

BLUETOOTH

EXTENSION

2523211917151311 9 7 5 3 1

2 4 6 8 10

A

262422201816141210 8 6 4 2 1 3 5 7 9

1 : VIDEO GND 2 : COMP VIDEO 3 : (REMPW) 4 : IP-SEL1 5 : IP-SEL2 6 : LED-V 7 : GND

8 : BEEP MUTE 9 : BEEP10 : REMOUT 11 : NEW AV SENS 12 : AV ON 13 : BEEP+

1 : DT22 : T-A 3 : R-A 4 : PDC/CDMA/FOMA 5 : AGND 6 : UNIT 7 : CD 8 : UNB/CC 9 : CNT1 10 : CNT2 11 : AVPL 12 : GNDL 13 : AVPR

14 : GNDR 15 : TCHC/ 16 : /BA 17 : /CB 18 : /BB 19 : /CE 20 : /CJ 21 : NC 22 : SYNC CLOCK 23 : 24 : 25 : 26 : GND

1 : GTOEX 2 : EXTOG 3 : GND 4 : CTOEX 5 : EXTOC

6 : HYOKA 7 : CTOTA 8 : TATOC 9 : VTA 10 : TAGND

B

IP-BUS IN 8 9 10 11 5 6

GPS ANTENNA

DIGITAL OUT

GUIDE SP OUT

MIC IN

7

1 2 3 4

1 : IPBUS+ 2 : IPBUSG 3 : IPLG 4 : NC 5 : IPBUS6 : IPRG 7 : IPL+ 8 : ASENBO 9 : IPR+ 10 : IPR11 : IPL-

C

D

ANTENNA JACK VEHICLE I/F

AV I/O

2 4 6 8 10 12 14 16

20 18 16 14 12 10 8 6 4 2

16 14 12 10 8 6 4 2

1 3 5 7 9 11 13 15

19 17 15 13 11 9 7 5 3 1

15 13 11 9 7 5 3 1

1 : BUP 2 : GND 3 : ILM 4 : ANT 5 : ACC 6 : SPEED 7 : REV 8 : PKB 9 : FL10 : RR-

11 : FL+ 12 : RR+ 13 : FR14 : RL15 : FR+ 16 : RL+

1 : POSWL 2 : GNDA 3 : POSWR 4 : GNDA 5 : RL 6 : GNDA 7 : RR 8 : GNDA 9 : FL 10 : GNDA

11 : FR 12 : GNDA 13 : VIN 14 : GNDV 15 : VTR_L 16 : GNDL 17 : VTR_R 18 : GNDR 19 : BREM 20 : TELMUTE

1: 2 : NC 3 : NC 4 : NC 5 : GND 6 : WREM AN 7 : WREM SEL 8 : GUIDEON 9 : GNDA 10 : ROUT

E

11 : GNDA 12 : LOUT 13 : GNDV 14 : VOUT 15 : BCVGND 16 : BCV

F

AVIC-Z1/UC 5

6

7

8

233

1

2

3

4

7.2 IC BA00CC0WT PAL007B NJM2505F BH7236AF NJM3403AV TPS2051AD TC74VHC541FTS1 TC7SET04FUS1 HA12241FP UPD4721GSS1 BD3931HFP TC74VHC32FTS1 TC74VHCT125AFTS1 TC74VHC125FTS1

NJM2730F TC7SH04FUS1 TC7SH32FUS1 TC7PA53FU TC7WH34FK NJM2125F TC74LCX244FTS1 K4S641632H-TC75 PD6527A UPB1027GS ADC12H034CIMSAS1 LC72720YVSS1 TK15405BMI NJM2060V

A

B

TC7WH14FU BD5335FVE TC74LCX245FTS1 TC7MZ245FK LM56BIMM TC74VHC04FTS1 S-1132B25-U5 S-1132B15-U5 TC7MBL3244AFK BR93L56FJ-W OZ964ISN

TC7SH04FUS1 NJM2730F 1 NC 1

GND

2

IN-

3

5

5 VCC

V+

+

IN+

2 IN A 4

OUT

3 GND

4 OUT Y

C

TC7PA53FU

TC7SH32FUS1

A

1 IN B

VCC 5

6

5 VCC

COMMON 4

2 IN A D

3 GND

4 OUT Y

1

2

3

CH1

GND

CH0

TC7WH34FK NJM2125F

1

1A

E

8

VCC

+INPUT 1 2

3Y

7

1Y

V- 2 2A

3

6

3A

GND

4

5

2Y

-INPUT 3

5 V+ +

4 OUTPUT

F

234

AVIC-Z1/UC 1

2

3

4

5

6

7

TC74LCX244FTS1

8

K4S641632H-TC75

1 1oe

20 VCC

2 1A1

19 2oe

3 2Y4

18 1Y1

4 1A2

17 2A4

5 2Y3

16 1Y2 15 2A3

6 1A3 7 2Y2

14 1Y3

8 1A4

13 2A2

9 2Y1

12 1Y4

10 GND

11 2A1

VDD

1

54 VSS

DQ0

2

53 DQ15

VDDQ

3

52 VSSQ

DQ1

4

51 DQ14

DQ2

5

VSSQ

6

DQ3

7

DQ4

8

A0-A11 : Address input BA0-BA1 : Bank select address DQ0-DQ15 : Data input/output CLK : Clock input CKE : Clock enable cs : Chip select ras : Row address strobe cas : Column address strobe we : Write enable DQM : Data input/output mask VDD : Power supply VSS : GND VDDQ : Data output power supply VSSQ : Data output GND NC : Not used

A

50 DQ13 49 VDDQ 48 DQ12 47 DQ11

VDDQ

9

DQ5

10

DQ6

11

VSSQ

12

DQ7

13

VDD

14

41 VSS

DQM

15

40

46

VSSQ

45 DQ10

B

44 DQ9 43 VDDQ 42 DQ8

NC

WE

16

39 DQM

CAS

17

38 CLK

RAS

18

37 CKE

CS

19

36 NC

BA0

20

35 A11

BA1

21

34 A9

A10

22

33 A8

A0

23

32 A7

A1

24

31 A6

A2

25

30 A5

A3

26

29

A4

VDD

27

28

VSS

C

PD6527A

A0 25

ce

DQ0 29

26

DQ8 30

VSS

DQ1 31

27

DQ9 32

oe

DQ2 33

28

DQ10 34

DQ12 39

DQ3

DQ5 40

35

DQ13 41

DQ11

DQ6 42

36

DQ14 43

VCC

DQ7 44

37

DQ15/A-1 45

DQ4

VSS 46

38

byte 47

:Data output/Address input :Address input :Data input output :Mode select :Chip enable input :Output enable input :Ready/Busy output :Reset :Acc :Power supply :GND :Write enable

A16 48

D

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

A-1 A0-A20 DQ0-D15 byte ce oe RY/by reset ACC VCC VSS we

E

A1

A2

A3

A4

A5

A6

A7

A17

A18

RY/by

ACC

NC

reset

we

A20

A19

A8

A9

A10

A11

A12

A13

A14

A15

F

AVIC-Z1/UC 5

6

7

8

235

1

2

3

4

UPB1027GS

A

B

IF-MIXin

1

30 Vcc(IF-IMX)

GND(IF-MIX)

2

29 VGC(IF-IMX)

RF-MIXout

3

28 IF-MIXout

Vcc(RF-MIX)

4

27 GND(2ndIF-AMP)

RF-MIXin

5

26 2ndIFin1

GND(RF-MIX)

6

Vcc(1stLO-OSC)

7

1stLO-OSC1

8

1stLO-OSC2

9

1/2

22 2ndIFout

GND(1stLO-OSC) 10

1/2

21 TCXOout

25 2ndIFin2

1/25

24 2ndIFby 1/2

23 Vcc(2ndIF-AMP)

Vcc(phase detector) 11

20 Vcc(reference block)

PD-Vout3 12

C

PFD

1/2

19 TCXOin

PD-Vout2 13

18 GND(divider block)

PD-Vout1 14

17 LOout

GND(phase detector) 15

16 Vcc(divider block)

ADC12H034CIMSAS1

D

E

F

236

AVIC-Z1/UC 1

2

3

4

5

6

7

8

- Pin Functions(LC72720YVSS1) Pin No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

Pin Name VREF MPXIN Vdda NC Vssa FLOUT CIN NC T1 T2 T3 NC T4 T5 XOUT XIN Vddd Vssd NC T6 T7 SYNC NC RDS-ID DO CL NC DI CE SYR

I/O O l

O l l l O O O O l

O O O O O l l l l

Function and Operation Reference voltage output Base band (multiplexed) signal input Analog system power supply (+ 5 V) Not used Analog system GND Sub carrier output (filter output) Sub carrier input (comparator input) Not used Test input (connect to GND) Test input (stand-by control) RDS clock output Not used RDS data output Soft-decision control data output Crystal oscillator output Crystal oscillator input Digital system power supply (+ 5 V) Digital system GND Not used Error status,regenerated carrier and error block count outputs Error correction status, SK detection and error block count outputs Block synchronization detection output Not used RDS detection output Data output Clock input Not used Data input Chip enable input Synchronization and RAM address reset input

A

B

C

LC72720YVSS1 TK15405BMI

30

1

16

15

Stand-by

1

Output

SAG

Reference & Standby Logic

6

Vcc

2

5

GND

3

4

Input

Clamp

D

D OUTPUT

D -INPUT

D +INPUT

V-

C +INPUT

C -INPUT

C OUTPUT

NJM2060V

14

13

12

11

10

9

8

BA00CC0WT

E

Vref Driver

1

2

3

4

5

6

7

A OUTPUT

A -INPUT

A +INPUT

V+

B +INPUT

B -INPUT

B OUTPUT

OVP

TSD

O

1

2

3

4

5

CTL

VCC

GND

VOUT

C

F

AVIC-Z1/UC 5

6

7

8

237

238

1

2

3

4

AVIC-Z1/UC 1

2

3

VOUT

GND

V+

F E

VGND

VIN

5

4

NJM2505F sw_vcc

Protector; Over voltage

24 25

P-GND4

23

OUT4-

22

MUTE

20 21

OUT4+

19

OUT3-

18

P-GND3

17

OUT3+

16

AC-GND

15

IN3

14

IN4

12 13

S-GND

11

IN1

10

SVR

9

OUT1+

8

P-GND1

7

OUT1-

6

VCC

5

OUT2+

4

STBY

3

OUT2-

2

P-GND2

1

TAB

Reference

amp_vcc Stand-by Circuit

+-

Offset Detection

Protector; Thermal

-+ +-

Offset Detection

-+ amp_vcc

IN2

Protector; Short circuit

+-

Offset Detection

-+

VCC

+-

Offset Detection

-+

SWITCH

D C B stby

sw_vcc

Protector; Over current limit

Mute circuit

A

PAL007B 1

2

3

4

5

6

5 6 7 8 9 10 11 12

NC SCIN NPIN BFOUT YCLPC SYNC IN NC VCC1

CLAMP

CLAMP

MATRIX

CLAMP

PHASE SHIFTER

7

8 C OUTPUT

4

B IN

SIN PULSE

B-OUT

G-OUT

R-OUT

75 75 DRIVER DRIVER

B OUTPUT 7

3

G IN

CLAMP

Y/C MIX

9 C- INPUT

2

R IN

GND2 ROUT GOUT BOUT CVOUT VCC2 FO YTRAP YOUT COUT VREF I REF

6

B- INPUT 6

1

GND1

DELAY

10 C+ INPUT

11 V-

12 D+ INPUT

13 D- INPUT

14 D OUTPUT

VIDEO OUT

B+ INPUT 5

V+ 4

A+ INPUT 3

A- INPUT 2

A OUTPUT 1

5 7 8

BH7236AF A

24 23 22 21 20 19 18 17 16 15 14 13

REGULATOR

BPF

B

SYNC ADD R-Y MODULATOR

B-Y MODULATOR

PULSE GEN

C

NJM3403AV

D

E

F

AVIC-Z1/UC

8

239

1

2

3

5 oc

6 OUT

7 OUT

Thermal Sense

EN 4

UVLO

IN 3

IN 2

GND 1

Charge Pump

B

Driver

Power switch

CS

A

TC74VHC541FTS1

Current Limit

8 OUT

TPS2051AD

4

1 g1

20 VCC

2 A1

19 G2

3 A2

18 Y1

4 A3

17 Y2

5 A4

16 Y3

6 A5

15 Y4

7 A6

14 Y5

8 A7

13 Y6

9 A8

12 Y7

10 GND

11 Y8

C

TC7SET04FUS1

D

NC 1

5 VCC

IN A 2

GND 3

E

4 OUT Y

F

240

AVIC-Z1/UC 1

2

3

4

5

6

7

8

HA12241FP

stb 8

VCC 7

-BUS 5

+BUS 6

A

BIAS

DRIVER OUTPUT (current)

+ -

+

RECEIVER OUTPUT

COM

B

-

1

2

3

4

S1

R out

S2

GND

C4+

GND

C4-

VSS

STBY

VCHA

DOUT1

DOUT2

RIN1

RIN2

UPD4721GSS1

20

19

18

17

16

15

14

13

12

11

C

4

5

6

7

8

9

10

C5+

C5-

DIN1

DIN2

ROUT1

ROUT2

C1+

3

C1-

2

VCC

1 VDD

D

BD3931HFP

VCC E

Reference Voltage

1

2

3

4

5

VCC

NC

GND

NC

VO

F

AVIC-Z1/UC 5

6

7

8

241

1

2

3

TC74VHC32FTS1

A

4

TC74VHCT125AFTS1 TC74VHC125FTS1 14 VCC

1 1A

14 VCC

1 1g 13 4B

2 1B

13 4g

2 1A 12 4A

3 1Y

12 4A

3 1Y B

4 2A

11 4Y 4 2g

11 4Y

5 2A

10 3g

10 3B

5 2B

9 3A

6 2Y

9 3A

6 2Y 7 GND

C

8 3Y

8 3Y

7 GND

TC7WH14FU BD5335FVE

1

1A

D

8

VCC

3Y

2

7

1Y

2A

3

6

3A

GND

4

5

2Y

VDD

GND

5

4

Vref

E

1

2

3

VOUT

SUB

CT

F

242

AVIC-Z1/UC 1

2

3

4

5

6

7

8

TC74LCX245FTS1 TC7MZ245FK

A

20 VCC

1 DIR 2 A1

19 oe

3 A2

18 B1

4 A3

17 B2

5 A4

16 B3

6 A5

15 B4

7 A6

14 B5

8 A7

13 B6

9 A8

12 B7

10 GND

11 B8

TC74VHC04FTS1

LM56BIMM

B

C

S-1132B25-U5 S-1132B15-U5

1A

1

14 VCC

1Y

2

13 6A

2A

3

12 6Y

2Y

4

11 5A

3A

5

10 5Y

3Y

6

9

4A

GND

7

8

4Y

VIN

ON/OFF

5

4

D

Overcurrent Protector

+

ON/OFF circuit

E

-

Reference voltage circuit

1

2

3

VOUT

VSS

NC

F

AVIC-Z1/UC 5

6

7

8

243

1

2

3

4

TC7MBL3244AFK 1OE 1

20 VCC

1A1 2

19 2OE

2B4 3

18 1B1

1A2 4

17 2A4

2B3 5

16 1B2

1A2 6

15 2A3

2B3 7

14 1B3

1A4 8

13 2A2

2B1 9

12 1B4

GND 10

11 2A1

A

1A1,2A1

1B1,2B1

1A4,2A4

1B4,2B4

BR93L56FJ-W

1OE,2OE

B

NC

GND

DO

DI

8

7

6

5

VCC : Power Supply GND : Ground CS : Chip select control input SK : Serial data clock input DI : Serial data input DO : Serial data output NC : Not used 1

2

3

4

NC

VCC

CS

SK

NDR_B

20

NDR_B

PDR_A

19

PDR_A

18

CT

17

RT

16

PGND

15

LCT

14

DIM

13

LPWM

PDR_C

12

PDR_C

NDR_D

11

NDR_D

C

OZ964ISN I = 3 uA

OVP

1 2V

CTIMR

+

2

I = 6 uA OVP Protection

- hys. COMP

ACTIVE "HIGH"

E

+

3

ENA

1.5 V

ENA

D

SST

4

VCCA

5

GNDA

6

REF

7

RT1

8

FB

9

POFF

Soft Start

-

hys. COMP

HF OSC

+ SST2 POFF

VCCA

Reference

sub.

3V

OPLAMP

3.35 V

+

ZVS Phase-Shift Controller

BurstMode Control

EA SST/2.5 CMP

10

+

1.25V

F

244

AVIC-Z1/UC 1

2

3

4

5

6

7

8

- FM/AM Tuner Unit

5V

OSC

1

RDS_HSLK

RDS_LOCK

RDS_CK

18 19 20 21 RDS_DATA

14 DO

LDET

11

CE1

DI

SL

IC 3 EEPROM 5.0 V

AM ANT

10 9 8 CK

5

ROM_VDD

CE2

NC

13

A

IC 5 3.3 V ←

7 6

LPF

FMRF

ATT Rch

IC 1 3.3 V

FM ANT ATT FMRF RF adj

No. Symbol 1 AMANT

2 RFGND MANT 4 VCC 5 SL 6 CE2 7 NC 8 CE1 9 CK 10 DI 11 LDET 12 OSCGND 13 ROM_VDD 14 15 16 17 18 19 20

DO DGND NC VDD_3.3 RDS_CK RDS_DATA RDS_LOCK

AUDIOGND

NC

12

15

22

16

I/O Explain I AM antenna input

I O I I I I O

O

O O

RF ground g FM antenna input power supply signal g level chip enable-2 non connection chip enable-1 clock data in lock detector osc ground g power supply data out digital g ground g non connection power supply RDS clock DS data RDS lock

B

CF52

VCC

DGND

2

OSCGND

RFGND

T51

23

DET, FM MPX, RDS DECODER

4

VDD_3.3

ANT adj

Lch

MIXER, IF AMP

3.3 V 3.3 V

IC 4 2.5 V 2.5 V ←

3

24

IC 2 2.5 V

17

C

AM antenna input high impedance AMANT pin is connected with an all antenna by way of 4.7 µH. (LAU type inductor) A series circuit including an inductor and a resistor is connected with RF ground for Ground of antenna block Input of FM antenna 75 Ω Surge g absorber

is necessar y. ± 0.3 V

Output of FM/AM signals g level Chip enable for EEPROM ”Low” active Not used Chip enable for AF•RF ”High g ” active Clock

D

“ ” active Ground of oscillator block Power supply for EEPROM pin 13 is connected with a power supply of micro computer. Data output Ground of digital g block Not used The power supply for digital g block. 3.3 V ± 0.2 V Output of RDS clock(2.5 V) Output unit “

”

E

“Low” active) 21 RDS_HSLK

O

22 AUDIOGND 23 L ch O 24 R ch O

RDS high speed lock audio ground g L channel output R channel output

Output unit “ . “ ” active) Ground of audio block FM stereo “L-ch” signal output or AM audio output FM stereo “R-ch” signal output or AM audio output

F

AVIC-Z1/UC 5

6

7

8

245

1

2

3

4

3

4

8. OPERATIONS A

B

C

D

E

F

246

AVIC-Z1/UC 1

2

5

6

7

8

A

B

C

D

E

F

AVIC-Z1/UC 5

6

7

8

247

1

2

1

2

3

4

3

4

A

B

C

D

E

F

248

AVIC-Z1/UC

5

6

7

8

A

B

C

D

E

F

AVIC-Z1/UC 5

6

7

8

249

1

2

1

2

3

4

3

4

A

B

C

D

E

F

250

AVIC-Z1/UC

5

6

7

8

A

B

C

D

E

F

AVIC-Z1/UC 5

6

7

8

251

1

2

1

2

3

4

3

4

A

B

C

D

E

F

252

AVIC-Z1/UC

5

6

7

8

A

B

C

D

E

F

AVIC-Z1/UC 5

6

7

8

253

1

2

3

4

- Jigs List Jig No. GGD1455 GGD1170 GGD1284 GGD1327 GGD1406 GGD1209 GGD1123 GGD1170 GGF1416 GGF1463 GGD1322 GGD1323 GGK1068 GGV1194

A

B

Name 122-Pin Extension Cable 40-Pin FFC 40-Pin FFC BBR 20-Pin Extension Cord 80-Pin FFC 20-Pin FFC 15-Pin FFC 40-Pin FFC Jig for Monitor Adjustment Conversion PCB for OSD display GGF1463 for repair GGF1463 for repair Torques screwdriver Test Disc

Remarks Navi Mother PCB <-> CC Unit DVD Mechanism Module <--> Navi Mother PCB DVD Mechanism Module <--> HDD Unit Navi Mother PCB <-> Audio Unit Navi Mother PCB <-> Audio Unit Navi Mother PCB <-> Audio Unit Audio Unit <-> Main PCB Unit Audio Unit <-> Monitor Unit For OSD displayy GGF1416 Conversion For repair For repair T8(For ( HDD COVER))

- Grease List Name Grease Grease Grease Grease

C

Jig No. GEM1045 GEM1043 GEM1024 GEM1050

Remarks

Before shipping out the product, be sure to clean the following portions by using the prescribed cleaning tools: Portions to be cleaned DVD pickup lenses

Cleaning tools Cleaning liquid : GEM1004 Cleaning paper : GED-008

Portions to be cleaned Fans

Cleaning tools Cleaning paper : GED-008

D

E

F

254

AVIC-Z1/UC 1

2

3

4

ORDER NO.

CRT3684 ND-BT1/E5

BLUETOOTH UNIT

ND-BT1

/E5

For details, refer to "Important Check Points for Good Servicing".

PIONEER CORPORATION

4-1, Meguro 1-chome, Meguro-ku, Tokyo 153-8654, Japan PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A. PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936

PIONEER CORPORATION 2006 K-ZZD.MAR. 2006 Printed in Japan

1

2

3

4

SAFETY INFORMATION CAUTION A

This service manual is intended for qualified service technicians; it is not meant for the casual do-it-yourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safely repair complex products such as those covered by this manual. Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty. If you are not qualified to perform the repair of this product properly and safely, you should not risk trying to do so and refer the repair to a qualified service technician. WARNING This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of California to cause cancer, birth defects or other reproductive harm. Health & Safety Code Section 25249.6 - Proposition 65

B

- Service Precaution 1.You should conform to the regulations governing the product (safety, radio and noise, and other regulations), and should keep the safety during servicing by following the safety instructions described in this manual. 2. Be careful in handling ICs. Some ICs such as MOS type are so fragile that they can be damaged by electrostatic induction.

C

D

E

F

2

ND-BT1/E5 1

2

3

4

5

6

7

8

[Important Check Points for Good Servicing] In this manual, procedures that must be performed during repairs are marked with the below symbol. Please be sure to confirm and follow these procedures. A

1. Product safety Please conform to product regulations (such as safety and radiation regulations), and maintain a safe servicing environment by following the safety instructions described in this manual. 1 Use specified parts for repair. Use genuine parts. Be sure to use important parts for safety. 2 Do not perform modifications without proper instructions. Please follow the specified safety methods when modification(addition/change of parts) is required due to interferences such as radio/TV interference and foreign noise. 3 Make sure the soldering of repaired locations is properly performed.

B

When you solder while repairing, please be sure that there are no cold solder and other debris. Soldering should be finished with the proper quantity. (Refer to the example) 4 Make sure the screws are tightly fastened. Please be sure that all screws are fastened, and that there are no loose screws. 5 Make sure each connectors are correctly inserted. Please be sure that all connectors are inserted, and that there are no imperfect insertion. 6 Make sure the wiring cables are set to their original state. Please replace the wiring and cables to the original state after repairs. In addition, be sure that there are no pinched wires, etc.

C

7 Make sure screws and soldering scraps do not remain inside the product. Please check that neither solder debris nor screws remain inside the product. 8 There should be no semi-broken wires, scratches, melting, etc. on the coating of the power cord. Damaged power cords may lead to fire accidents, so please be sure that there are no damages. If you find a damaged power cord, please exchange it with a suitable one. 9 There should be no spark traces or similar marks on the power plug. When spark traces or similar marks are found on the power supply plug, please check the connection and advise on secure connections and suitable usage. Please exchange the power cord if necessary. 0 Safe environment should be secured during servicing.

D

When you perform repairs, please pay attention to static electricity, furniture, household articles, etc. in order to prevent injuries. Please pay attention to your surroundings and repair safely.

2. Adjustments To keep the original performance of the products, optimum adjustments and confirmation of characteristics within specification. Adjustments should be performed in accordance with the procedures/instructions described in this manual.

3. Lubricants, Glues, and Replacement parts Use grease and adhesives that are equal to the specified substance. Make sure the proper amount is applied.

E

4. Cleaning For parts that require cleaning, such as optical pickups, tape deck heads, lenses and mirrors used in projection monitors, proper cleaning should be performed to restore their performances.

5. Shipping mode and Shipping screws To protect products from damages or failures during transit, the shipping mode should be set or the shipping screws should be installed before shipment. Please be sure to follow this method especially if it is specified in this manual.

F

ND-BT1/E5 5

6

7

8

3

1

2

3

4

CONTENTS SAFETY INFORMATION ..................................................................................................................................... 2 1. SPECIFICATIONS ............................................................................................................................................ 5 2. EXPLODED VIEWS AND PARTS LIST ............................................................................................................ 6 2.1 PACKING ................................................................................................................................................... 6 2.2 EXTERIOR................................................................................................................................................. 7 3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM ............................................................................................ 8 3.1 BLOCK DIAGRAM ..................................................................................................................................... 8 3.2 BLUETOOTH ASSY................................................................................................................................. 10 4. PCB CONNECTION DIAGRAM ..................................................................................................................... 12 4.1 BLUETOOTH ASSY................................................................................................................................. 12 5. ELECTRICAL PARTS LIST ............................................................................................................................ 16 6. ADJUSTMENT ............................................................................................................................................... 18 6.1 BLUETOOTH TEST MODE...................................................................................................................... 18 7. GENERAL INFORMATION ............................................................................................................................. 22 7.1 DIAGNOSIS ............................................................................................................................................. 22 7.1.1 DISASSEMBLY ..................................................................................................................................... 22 7.1.2 CONNECTOR FUNCTION DESCRIPTION .......................................................................................... 23 7.2 IC ............................................................................................................................................................. 24 8. OPERATIONS ................................................................................................................................................ 26

A

B

C

D

E

F

4

ND-BT1/E5 1

2

3

4

5

6

7

8

1. SPECIFICATIONS A

B

C

D

E

F

ND-BT1/E5 5

6

7

8

5

1

2

3

4

2. EXPLODED VIEWS AND PARTS LIST NOTES : • Parts marked by " * " are generally unavailable because they are not in our Master Spare Parts List. • The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. • Screw adjacent to mark on the product are used for disassembly. • For the applying amount of lubricants or glue, follow the instructions in this manual. (In the case of no amount instructions,apply as you think it appropriate.)

A

"

2.1 PACKING 8

B

1

2 4 3 5

C

6

7 D

E

PACKING SECTION PARTS LIST Mark No.

*

1 2 3 4 5

Description Air Cushioned Bag Accessories Assy Polyethylene Bag Fastener Fastener

Mark No.

Part No. CEG1081 CEA5378 CEG1158 CNM9866 CNM9867

6 7 8

Description Carton Contain Box Owner's Manual

Part No. CHG5904 CHL5904 CRD4118

Owner's Manual F

Part No. CRD4118

6

Language English, Spanish, German, French, Italian, Dutch, Russian

ND-BT1/E5 1

2

3

4

5

6

7

8

2.2 EXTERIOR A

3

5

B

7

10 9

6 2

A C

9 8

D

4

1 1

To remove the #1 screw, use a torques screwdriver(T6)(GGK1072) E

EXTERIOR SECTION PARTS LIST Mark No.

Description

Part No.

1 2 3 4 5

Screw Cord Assy Cover Case Bluetooth Assy

BPZ20T100FTB CDE7963 CNS8686 CNS8741 CWN1211

6 7 8 9 10

Connector(CN1051) Shield Shield Insulator Antenna(ANT1001)

CKS5270 CND3026 CND3027 CNM9813 CTX1095

F

ND-BT1/E5 5

6

7

8

7

1

2

3

4

3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 3.1 BLOCK DIAGRAM A

A

BLUETOOTH ASSY

3.3V

BT3V REGULATOR

RESET 1

B

IC1081 BD5230FVE

5

3

IC1051 NJM2391DL1-33

BLUETOOTH MODULE SIOF_SS2 Y1001 CWX3131

BLUETOOTH ANTENNA

A5

SIOF_SCK RF_I/O

SIOF_TXD SIOF_SYNC

SCIF1_RTS SCIF1_TXD SCIF1_RXD SCIF1_CTS

C

CN1051 BT5V

2

P1

23

Q1001 RESETP SIOF_RXD

ANT1001

1

Q2

BTTEST Q1041

N2

2

N1

3

N3

4 DR 5 FS

O2

DX BCLK

RSTN

CODEC MUTEN IC1041 AK2301A

VFTN GSR

14

9

22

BTRST

23

BTMUTE

11

10

15 7

MICIN 19 TELOUT 15

2

BTCTS 18 BTRX 9 BTTX 7 BTRTS 16

17 18 16 20

I2 H3 H2 I1

12

7

3

MULTIPLEXER 1 1Y

Y-COM IC1052 TC74HC4053AFT

13

1X

X-COM

15

14

1 3 5 7 9 11 13 15 17 19 21 23 25 2 4 6 8 10 12 14 16 18 20 22 24 26

D

E

F

8

ND-BT1/E5 1

2

3

4

5

6

7

8

A

B

C

D

E

F

ND-BT1/E5 5

6

7

8

9

1

2

3

4

3.2 BLUETOOTH ASSY Note: When ordering service parts, be sure to refer to " EXPLODED VIEWS AND PARTS LIST" or "ELECTRICAL PARTS LIST".

A

A

BLUETOOTH ASSY

B

C

D

E

BLUETOOTH ANTENNA NOT

F

A 10

ND-BT1/E5 1

2

3

4

5

6

7

8

A

B

1 2 17 5 20

C

3 9 5 7 10 19 18 26 16 26 6 23 26 23 23

D

1 3 5 7 9 11 13 15 17 19 21 23 25 2 4 6 8 10 12 14 16 18 20 22 24 26

NOTE : Symbol indicates a resistor. No differentiation is made between chip resistors and discrete resistors. Symbol indicates a capacitor. No differentiation is made between chip capacitors and discrete capacitors.

Decimal points for resistor and capacitor fixed values are expressed as : 2.2 ← 2R2 0.022 ← R022

1 2 3 4 5 6 7 8 9 10 11 12 13

Pin Name DT2MICIN TELOUT (NC) AGND BOOT_E BT_RST (NC) BT_TEST BT_MUTE (NC) (NC) (NC)

14 15 16 17 18 19 20 21 22 23 24 25 26 GNDE

Pin Name (NC) (NC) BT_TX BT_CTS BT_RX /CE BT_RTS (NC) (NC) BT5V (NC) (NC) DGND GND

E

F

A ND-BT1/E5 5

6

7

8

11

1

2

3

4

4. PCB CONNECTION DIAGRAM 4.1 BLUETOOTH ASSY

A

NOTE FOR PCB DIAGRAMS 1.The parts mounted on this PCB include all necessary parts for several destination. For further information for respective destinations, be sure to check with the schematic diagram. 2.Viewpoint of PCB diagrams

Connector

A BLUETOOTH ASSY

Capacitor

SIDE A B Chip Part

P.C.Board

SIDE B

30

C

CORD ASSY

20

D

10

E

Y

X

0

10

20

F

A 12

ND-BT1/E5 1

2

3

4

5

6

7

8

A

SIDE A

B

BLUETOOTH ANTENNA

C

D

E

30

40

50

60

F

A ND-BT1/E5 5

6

7

8

13

1

A

2

3

4

A BLUETOOTH ASSY

B

C

D

E

60

50

40

30

F

A 14

ND-BT1/E5 1

2

3

4

5

6

7

8

A

SIDE B

B

30

C

20

D

10

E

Y

30

20

10

X

0

F

A ND-BT1/E5 5

6

7

8

15

1

2

3

4

5. ELECTRICAL PARTS LIST A

B

NOTE: • Parts whose parts numbers are omitted are subject to being not supplied. • The part numbers shown below indicate chip components. Chip Resistor RS1/_S___J,RS1/__S___J Chip Capacitor (except for CQS.....) CKS....., CCS....., CSZS..... • The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. • Meaning of the figures and others in the parentheses in the parts list. Example) IC 301 is on the point (face A, 91 of x-axis, and 111 of y-axis) of the corresponding PC board. IC 301 (A, 91, 111) IC NJM2068V Circuit Symbol and No.

Circuit Symbol and No.

Part No.

Unit Number : CWN1211 Unit Name : Bluetooth Assy

C

A Unit Number : CWN1211 Unit Name

: Bluetooth Assy

MISCELLANEOUS

D

E

IC 1041 IC 1051 IC 1052 IC 1081 Q 1001

(A,16,14) IC (A,13,34) IC (A,34,8) IC (B,23,38) IC (B,28,38) Transistor

AK2301A NJM2391DL1-33 TC74HC4053AFT BD5230FVE DTC124EU

Q D D D D

1041 1051 1052 1053 1054

(A,22,7) Transistor (B,7,14) Diode (B,11,14) Diode (B,16,17) Diode (B,16,20) Diode

DTC124EU UDZS6R8(B) UDZS6R8(B) UDZS6R8(B) UDZS6R8(B)

D D D D D

1055 1056 1057 1058 1059

(B,6,33) Diode (B,14,34) Diode (B,8,25) Diode (B,11,28) Diode (B,19,26) Diode

UDZS6R8(B) UDZS6R8(B) UDZS6R8(B) UDZS6R8(B) UDZS6R8(B)

D D D L L

1060 1061 1062 1001 1041

(B,21,29) (B,15,29) (B,19,35) (A,29,38) (A,18,30)

UDZS6R8(B) UDZS6R8(B) UDZS6R8(B) LCTAW1R0J3225 LCYC2R2K2125

Y 1001 ANT1001

Diode Diode Diode Inductor Inductor

(A,35,24) BT Module (A,56,21) Antenna

CWX3131 CTX1095

F

16

1001 1002 1003 1004 1006

(A,41,14) (A,42,34) (A,40,14) (A,38,15) (A,35,15)

1008 1009 1012 1013 1014

(A,32,37) (A,28,15) (A,43,14) (A,30,15) (A,33,15)

RS1/16S103J RS1/16S473J RS1/16S681J RS1/16S471J RS1/16S471J

R R R R R

1015 1021 1022 1023 1024

(A,32,15) (A,11,11) (A,12,8) (A,8,10) (A,9,8)

RS1/16S471J RS1/16S203J RS1/16S203J RS1/16S103J RS1/16S103J

R R R R R

1031 1032 1033 1034 1041

(A,17,22) (A,15,23) (A,16,26) (A,14,24) (A,22,16)

RS1/16S393J RS1/16S393J RS1/16S103J RS1/16S103J RS1/16S471J

R R R R R

1042 1045 1051 1052 1053

(A,22,10) (A,22,11) (B,11,30) (B,9,33) (B,17,29)

RS1/16S104J RS1/16S473J RS1/16S681J RS1/16S681J RS1/16S681J

R R R R R

1054 1055 1056 1057 1058

(B,23,29) (B,21,33) (B,7,26) (B,13,36) (A,10,14)

RS1/16S0R0J RS1/16S681J RS1/16S0R0J RS1/16S681J RS1/16S0R0J

R R R R R

1059 1060 1065 1066 1068

(B,17,22) (B,20,25) (A,26,9) (A,39,8) (A,27,6)

RS1/16S0R0J RS1/16S0R0J RS1/16S473J RS1/16S473J RS1/16S473J

R 1081

(B,31,37)

RS1/16S103J

CAPACITORS C C C C C

RESISTORS R R R R R

Part No.

R R R R R

RS1/16S681J RS1/16S0R0J RS1/16S681J RS1/16S103J RS1/16S103J

1001 1002 1003 1004 1005

(A,44,32) (A,44,33) (A,41,32) (A,38,32) (A,39,34)

CCSRCH101J50 CKSRYB105K10 CKSRYB104K16 CKSRYB104K16 CKSQYB475K6R3

C 1006 C 1007 C 1010

(A,36,32) (A,38,37) (A,27,15)

CKSRYB104K16 CEVW100M16 CCSRCH150J50

ND-BT1/E5 1

2

3

4

5

Circuit Symbol and No.

6

7

8

Part No.

C 1021 C 1022

(A,9,11) (A,11,8)

CCSRCH101J50 CCSRCH101J50

C C C C C

1023 1024 1026 1031 1032

(A,8,13) (A,9,5) (A,11,5) (A,17,21) (A,15,21)

CKSRYB105K10 CKSRYB105K10 CKSRYB105K10 CCSRCH101J50 CKSRYB105K10

C C C C C

1033 1034 1041 1042 1043

(A,18,24) (A,14,22) (A,19,21) (A,18,26) 10 µF (A,16,8)

CKSRYB105K10 CKSRYB105K10 CKSRYB104K16 CCG1171 CKSRYB105K10

C C C C C

1044 1051 1052 1053 1056

(A,19,8) (A,5,32) (A,9,34) (A,20,35) (B,13,30)

CKSRYB334K10 CEVW100M16 CKSRYB104K16 CEVW100M16 CCSRCH101J50

C 1064 C 1081 C 1082

(A,29,5) (B,25,37) (B,21,37)

CKSRYB103K50 CKSRYB104K16 CKSRYB473K50

A

B

C

D

E

F

ND-BT1/E5 5

6

7

8

17

1

2

3

4

6. ADJUSTMENT 6.1 BLUETOOTH TEST MODE A

- Bluetooth Test Mode (when using BT Built-in mobile phone) 0. Specifications for BT Built-in mobile phone A mobile phone ing Bluetooth Ver.1.1 and mounting HFP and OPP is required. Models with which connection has been verified are recommended. *HFP : Hands-Free Profile, OPP : Object Push Profile Recommneded mobile phone model; for AVIC-HD1BT/EW5 (ND-BT1/E5) - SonyEricsson S700i/K750i B

for AVIC-Z1/UC + ND-BT1/E5 - AUDIOVOX SMT5600 Notes: SMT5600 is not possible to transfer whole address book at a time. It can be transfered one by one on this model.

1. Caution *This is a precaution for the case where the mobile phone is actually connected at the serviced site. For AVIC-HD1BT/EW5 and AVIC-Z1/UC, up to 5 sets of Bluetooth units can be ed. When more than 5 sets are tried to be ed, the 6th set and beyond will be overwritten. (Overwriting will be made by selecting the model number to be overwritten.) In the case of overwriting, be careful as the device information stored by the will be deleted. C

2. Outline of functions When checking the operation using the BT built-in mobile phone, check the connection under the normal operation. • Checking of Bluetooth connection (authentication connection and voice connection) • Checking of Bluetooth antenna sensitivity (connection)

Mobile Phone

3. Configuration diagram AVIC-HD1BT/EW5, AVIC-Z1/UC

ND-BT1/E5

D

Bluetooth

E

F

18

ND-BT1/E5 1

2

3

4

5

6

7

8

4. Procedure for checking Display

Operation Method A

ND-BT1/E5 will be connected to the connectable product, and start. Select [Menu]

[Settings]

[Hardware]

[Conection Status].

Make sure on the left screen that the items under Phone Connection Status are indicating [OK]. In this case, because registration of the BT telephone has not been completed, level indication of the antenna bar is not displayed even though the status is indicated as OK. * In the case of NOK, possible case is poor connection between ND-BT1/E5 and navigation product or failure of the wired section of ND-BT1/E5.

Select [Menu] [Info/Phone] [Registration] [Mobile].

[Phone Menu]

B

[Phone Settings]

Search for the Bluetooth device and enter the key by operating the mobile telephone.

C

* In case the device name is not displayed in Bluetooth device search, the possible cause is the failure of the wireless section of ND-BT1/E5.

When the connection with the BT telephone is completed, the screen as shown on the left will be displayed.

D

Antenna bar will be displayed on the [Conection Status] screen. When the connection is successfully established, conduct speech test and check the voice transmission and reception.

E

F

ND-BT1/E5 5

6

7

8

19

1

2

3

4

- Bluetooth Test Mode (using spectrum analyzer) 1. Cautions

A

If there is a spectrum analyzer ing 2.4 GHz at the service site, confirmation of transmission carrier becomes possible. Since ND-BT1/E5 cannot operate singly, the AVIC-HD1/EW5 or AVIC-Z1/UC is required. Carrier existence is checked by removing the product case and applying the probe onto the "ANT" land of the base unit. Since it is done by probe connection, the level cannot be confirmed accurately.

2. Function outline Simple operation check on Bluetooth is executed in test mode using a spectrum analyzer ing 2.4 GHz. Output check on Bluetooth unit

B

3. Configuration diagram

AVIC-HD1/EW5, AVIC-Z1/UC

ND-BT1/E5

Spectrum analyzer ing 2.4 GHz

C

4. Procedure for test mode startup Display

D

Operation Method

Enter the test mode using a product connectable to ND-BT1/E5. When the test screen is displayed, select [Bluetooth Unit Test] from the menu. 1) Loop Back(TX) Test (Not used for servicing.) 2) Page Scan Test (Not used for servicing.) 3) Inquily Scan Test (Not used for servicing.) 4) Local TX Test (Not used for servicing.) 5) Local TX(No Modulated) Test (Not used for servicing.)

E

5) Select Local TX(No Modulated) Test.

F

20

ND-BT1/E5 1

2

3

4

5

6

7

Display

8

Operation Method Bring the cursor to [TX Frequency], and push [OK] button.

A

B

As the selectable frequencies will be displayed on the right side of the screen, bring the cursor by u/down cursor and push [OK] button. 00 : 2 402 MHz 27 : 2 441 MHz 4E : 2 480 MHz

(default value)

C

Press [Ret] key to return to the top screen of Local TX (No Modulated) Test. * On the top screen, " [OK] Exec " is displayed on the lower left position of the screen. Push [OK] button on the top screen, and take measurement using a spectrum analyzer. Apply a probe to [ANT] land on the PCB, and check if any carrier is displayed at the designated frequency band. Furthermore, make sure that carrier is displayed at each of the three bands.

D

E

F

ND-BT1/E5 5

6

7

8

21

1

2

3

4

7. GENERAL INFORMATION 7.1 DIAGNOSIS A

7.1.1 DISASSEMBLY - Removing the Case (Fig.1)

1

Case

Remove the four screws by tolcs driver (GGK1072) and then remove the Case.

1

1

1

1

B

Fig.1 - Removing the Bluetooth Assy (Fig.2)

1

Remove the solder.

1 C

Remove the Bluetooth Assy.

1

Bluetooth Assy Fig.2 D

E

F

22

ND-BT1/E5 1

2

3

4

5

6

7

8

7.1.2 CONNECTOR FUNCTION DESCRIPTION

A

B

C

TO NAVIGATION UNIT 1 3 5 7 9 11 13 15 17 19 21 23 25 2 4 6 8 10 12 14 16 18 20 22 24 26 D

1 2 3 4 5 6 7 8 9 10 11 12 13

Pin Name DT2MICIN TELOUT (NC) AGND BOOT_E BT_RST (NC) BT_TEST BT_MUTE (NC) (NC) (NC)

14 15 16 17 18 19 20 21 22 23 24 25 26 GNDE

Pin Name (NC) (NC) BT_TX BT_CTS BT_RX /CE BT_RTS (NC) (NC) BT5V (NC) (NC) DGND GND

E

F

ND-BT1/E5 5

6

7

8

23

1

2

3

4

7.2 IC A

AK2301A - Pin Layout

24 23 22 21 20 19 18 17 16 15 14 13

B

1

2

3

4

5

6

7

8

9 10 11 12

C

- Block Diagram

GST VFTN VFTP

+

A/D

AAF AMPT

D

PCM I/F VR VFR GSR

SMF AMPR

D/A CODEC Core

+

Internal Main Clock

TAGND

E

VREF

DX DR FS BCLK

PLL PLLC MUTEN RSTN

BGREF

VDD AMP1

VSS

AMP2

+ AMP1O

TEST1 TEST2 TEST3

+ AMP1I

AMP2O

AMP2I

F

24

ND-BT1/E5 1

2

3

4

5

6

7

8

BD5230FVE VDD

GND

5

4

A

+ Vref B

1

2

3

VOUT

SUB

CT

C

D

E

F

ND-BT1/E5 5

6

7

8

25

1

2

3

4

3

4

8. OPERATIONS A

B

C

D

E

F

26

ND-BT1/E5 1

2

5

6

7

8

A

B

C

D

E

F

ND-BT1/E5 5

6

7

8

27

1

2

3

4

- Jigs List Name Torques screwdriver

Jig No. GGK1072

Remarks Torques screwdriver(T6)

A

B

C

D

E

F

28

ND-BT1/E5 1

2

3

4

Service Manual

ORDER NO.

CRT3056

DVD MECHANISM MODULE(MS3)

CX-3016 - This service manual describes the operation of the DVD mechanism modules incorporated in the models listed below. - When performing repairs use this manual together with the specific manual for the model under repair. - The DVD mechanism MS3 has VIDEO-type and ROM-type models. This manual covers the operations for both models.

Model AVH-P6500DVD/UC DVH-P5000MP/UC AVH-P7500DVD/UC

Service Manual CRT3038 CRT3074 CRT3039

DVD Mechanism Module CXK6310 CXK6312 CXK6300

CONTENTS 1. CIRCUIT DESCRIPTIONS ...........................................2 2. MECHANISM DESCRIPTIONS.................................15 3. DISASSEMBLY .........................................................20

PIONEER CORPORATION 4-1, Meguro 1-Chome, Meguro-ku, Tokyo 153-8654, Japan PIONEER ELECTRONICS SERVICE INC. P.O.Box 1760, Long Beach, CA 90801-1760 U.S.A. PIONEER EUROPE NV Haven 1087 Keetberglaan 1, 9120 Melsele, Belgium PIONEER ELECTRONICS ASIACENTRE PTE.LTD. 253 Alexandra Road, #04-01, Singapore 159936 C PIONEER CORPORATION 2003

K-ZZU. APR. 2003 Printed in Japan

1

2

3

4

1.Circuit descriptions A

1.1 Front-end processor (FEP) section (AN8703FH: IC1101) The IC1101 generates servo signals for focus and tracking operations, processes the RF signal, and controls the laser power of the pickup. For servo signal processing, the IC contains a focus operational amplifier, a focus balance adjustment circuit, a threebeam tracking operational amplifier, a phase-difference tracking detection circuit, a tracking balance adjustment circuit, and an envelope detection circuit. For the RF signal processing, the AGC and equalizer functions are contained in the IC.

B

+5V

3.9 Ω 3.9 Ω 3.9 Ω 3.9 Ω

CN101

orCDF 170mV

CDL1 +

– +

24

4

LPC02

78LD

CDL0

C 3

5

78MD

2 L +5V

3.9 Ω 3.9 Ω 3.9 Ω 3.9 Ω

+5V MD

+

VD orF 180mV

VDL1 +

– +

26

LPC01

2

D

CD

VD LD LD

65LD

VDL0 1

7

65MD

1L

PU UNIT

AN8703FH

1.1.1 APC circuit The light output of laser diodes (LD) has largely negative thermal characteristics. If they are driven with a constant current, the laser power level will not be constant. The APC circuit is designed to control the current so that the laser power becomes constant through the monitor diode (MD). The IC AN8703FH contains two APC circuits, one for DVDs and the other for CDs. The LD current values for DVDs can be calculated by dividing the voltage between the DVDLD1 (or CDLD1 for CDs) and 5V line by 15.6 ohms (3.9 ohms x 4): approximately 26mA and 44mA for DVDs and CDs respectively. E

F

2

CX-3016

1

2

3

4

6

5

8

7

1.1.2 Focus error (FE) generating circuit A

CN101

B1

FEY 1+f +

G4

FE 17AD0

+

1 –f

22 FEOUT

59VIN3 (5VIN7 1 )

B

VHALF 1.65V

60VIN4 (52VIN8) 1

FEX

–

–

58VIN2 (50VIN6)

13

B3

B4

G4

15

B2

21FEN

57VIN1 (49VIN5)

16

VHALF

Contrl

MNZS26EDCUB AN8702FH

7

FBAL

The pin numbers and names in the brackets are for CDs. The circuits for CDs and DVDs are identical, except for the input terminals of the signals B1 through B4. C

Focus error (FE) generating circuit The signals B1 through B4, obtained by dividing the output in the pickup, are applied to the FE generating circuit. Inside the circuit, the (B1 + B3) and (B2 + B4) signals are generated via the internal resistors, fed into the variable amplifier for the focus balance adjustment, and finally the FE signal is generated by amplifying the {(B1 + B3) – (B2 + B4)} signal.

D

E

F

3

CX-3016

5

6

7

8

1

2

3

4

1.1.3 Tracking error (TE) generating circuit A

• CD (three-beam TE) CN1101 A

17

63 10 VIN12 C 62 VIN11

TBAL TEOUT

+ -

18 TEY

TEX

TE 118 ADI

B

AN8703FH

17 TEN

6 TBAL

VHALF

MNZS26EDCUB

· DVD (phase difference TE)

16 VIN1 15 B2 VIN2 B3 13 VIN3 B4 11 VIN4 B1 C

57

EQ

58

EQ

TBAL 59

EQ

60

EQ

+ -

Differential Phase Det.

18

17

AN8703FH

TEOUT VHALF 118 ADI TEN TEY TEX TE MNZS26EDCUB

6 TBAL

D

Tracking error (TE) generating circuit

E

For DVDs, the TE signal is generated by utilizing the phase difference between the (B2 + B4) and (B1 + B3) signals (the phase difference method). For CDs, the A and C signals are applied to the TE generating circuit via the external resistors. Inside the circuit the signals are fed to the variable amplifier for the tracking balance adjustment, and finally the TE signal is obtained by amplifying the (A – C) signal (the three-beam method).

F

4

CX-3016

1

2

3

4

6

5

8

7

1.2 Optical disc controller (SODC) section (MNZS26EDCUB: IC1301) A

The IC1301, an optical disc controller (SODC) for DVD-ROM/DVD players, is one of a signal processing LSI conforming to the DVD standards. This IC works as a servo controller for the focus, tracking and traverse operations, a spindle motor controller, a seek controller, a digital signal processor for DVD-ROM/RAM reproduction (8/6 demodulation and error correction), and a digital signal processor for CD-ROMs (error correction). In the DSC (Disc Servo Controller) employing an arithmetic processor as a core, analog circuits such as A/D and D/A converters and PLL, and digital circuits including a PWM converter and a cycle timer are contained. In the CIRC, a digital signal processor for CD-DA and CD-ROMs (EFM demodulation and error correction), a spindle motor digital servo processor, and a 1-bit D/A converter with a digital filter (with a secondary low- filter, differential OP amplifier output) are prepared. This LSI has easily realized a complete CD/DVD-ROM system. B

1.2.1 Focus close FODRV VHALF

C yfromthedisk aw A

Lens

ocalpintF Nearthdisk

1

5

FE

D 4

RFENV

7

6 2

E

3

AS

After a focus close command is issued, the following procedures are performed irrespective of DVDs and CDs: 1. Measuring and optimizing the signal levels The pickup lens initially moves away from the disc, and then toward the disc. When the pickup lens es the focal point, the FE, AS and RFENV signal levels are measured to optimize the FE and AS signal levels (1 and 2 shown in the above diagram). F

5

CX-3016

5

6

7

8

1

2

3

4

2. Focus closing Next, the pickup lens moves away from the disc to detect the focus closing levels for FE and AS signals. The focus loop filter operates to close the focus loop (3 through 6 in the above diagram). 3. ing focus close completion The focus close completion is verified by observing the AS and RFENV signal levels (6 and 7 in the above diagram). In the test mode, focus search is used to the FE, AS and RFENV signal levels and the focus drive voltage. A

1.2.2 Tracking close After a tracking-close command is issued, the following procedures are performed irrespective of DVDs and CDs: 1. Tracking brake A half cycle of the track-cross (TKC) signal is measured. If the measured cycle falls within the prescribed range, then a brake pulse signal is output. The direction of the brake pulse depends on the relation in phase between the OFTR signal and TKC signal (which is obtained by converting the TE signal into a binary signal). When it is confirmed that the stability in lens operation against the disc has been obtained, the brake pulse output will be terminated, and the operation will proceed to the track-closing mode. If it is not confirmed, the brake pulse output will be terminated 10msec. after the brake pulse signal is output, then the operation will automatically proceed to the track-closing mode. 2. Tracking closing The tracking drive-hold process is performed with the OFTR signal. 3. ing tracking close completion The success or failure in tracking close depends on the number of tracks that the pickup crosses within the prescribed period. That is, when the number is the prescribed one or less, the system senses that the tracking close is completed. The time limit for the tracking close verification process is 20msec. The retry operation will be carried out with the command from the microcomputer if the verification has not been completed within the time limit. B

C

1.2.3 Track jump This system performs track jumps by selecting the following three modes depending on the number of tracks to be skipped: Interval jump, multi jump and traverse jump. 1. Interval jump In this mode, a single-track jump is performed repeatedly. This mode is used for fine seek operation when the pickup has approached the target track or adjacent tracks are targeted. 2. Multi jump This mode performs the pickup track-count movement by counting both edges of the TKC signal to jump the target number of tracks. 3. Traverse seek In this mode, the time is measured with the TKC signal to control the pickup speed. During the movement of the pickup, its vibration is minimized. D

E

F

The track-jump mode settings for DVDs and CDs are shown below: Target number of tracks

Track jump mode

1~10

Interval jump

11~100

Multi jump

101~500

Combination of multi jump and interval jump

501~

Traverse seek

The waveform in each of the track-jump modes is shown in the following pages.

6

CX-3016

1

2

3

4

5

6

7

8

Tracking–on process A

B

C

D

Interval jump (one track) Toward outer tracks

Toward inner tracks

E

TE

TD

F

7

CX-3016

5

6

7

8

1

2

3

4

Multi jump (32 tracks) A

Toward outer tracks

Toward inner tracks

TE

TD B

Traverse seek (501 tracks) Toward outer tracks

Toward inner tracks

C

TE

TD

CO±

D

Traverse seek (5,000 tracks) Toward outer tracks

Toward inner tracks

TE E

TD

CO±

F

8

CX-3016

1

2

3

4

5

6

8

7

1.2.4 Focus jump A

Focus jump is used for single-sided, double-layered or double-sided, double-layered discs. The layer closest to the objective lens is called layer 0 (L0), and the other layer is layer 1 (L1).

L0

L1 L1 B

er1)y (La

L1

er0) y (La

L0

L0

C

L1

L0

B D

A

elnsObjctiv

The waveforms in the focus jump mode are shown below:

Focus jump waveform L0→L1

L1→L0 C

TE

FD D

The focus-jump operation flow is described below: 1. The tracking loop is unlocked on the layer that is being played. 2. A jump command is issued to jump to the targeted layer. 3. The tracking loop closes on the targeted layer and reproduction starts. The detailed processes after a jump command is issued are as follows: 1. The pickup lens is accelerated towards the target layer until the FE signal detects the focus jump acceleration completion level. If the acceleration timeout occurs before the acceleration completion level is detected, the acceleration is forcibly terminated. 2. No drive voltage is applied until the FE signal detects the deceleration starting level, and the lens is kept moving by the inertia. 3. With the deceleration starting level detected, the lens starts decelerating, and continues it until the deceleration completion level is detected. If the deceleration timeout occurs before the deceleration completion level is detected, the deceleration is forcibly terminated. E

F

9

CX-3016

5

6

7

8

1

2

3

4

1.3 Automatic adjustment functions A

This system automatically performs all circuit adjustments by combined operations of the ICs AN8703FH (FEP) and MNZS26EDCUB (SODC). Each automatic adjustment function is explained below: 1.3.1 FE, TE and AS offset cancel The analog signals FE, TE and AS, generated by the FEP, are A/D-converted by the A/D converter inside the SODC. When the power is turned on, the offset cancel works to cancel the input offset of the A/D converter. 1.3.2 Data slice balance (DBAL) adjustment The DBAL adjustment is made to adjust the data-slice level that is used when the RF signal from the FEP is converted to a binary signal in the SODC. When the power is turned on, the test signal of the constant frequency is output from the SODC and the jitter component of the signal is adjusted to the minimum. •In the same manner as the above, the PLL balance (PBAL) adjustment is made to optimize the current level balance between the P-ch and N-ch sides of the chargeable pump. B

1.3.3 FE regulating adjustment The FE signal level measured when the focus loop is closed is A/D-converted in the SODC. Then it is adjusted so that it becomes 190LSB at the input stage of the digital equalizer. 1.3.4 Spindle gain learning The time is measured that is required for the spindle motor to start rotating in the stop mode and reach the prescribed rotation. The measured time is used to adjust the SPDL gain, thereby absorbing the variation in the motor torque. C

1.3.5 Tracking balance (TBAL) adjustment In the focus close and tracking open mode, the lens is vibrated in the tracking direction. The tracking balance is adjusted so that the DC offset becomes zero (the balance point) by using the Newton-Raphson’s method. 1.3.6 Tracking error amplitude learning In the focus close and tracking open mode, the lens is vibrated in the tracking direction. After A/D-converted in the ADSC, the amplitude level of the TE signal is adjusted so that it becomes 190LSB at the input stage of the digital equalizer. 1.3.7 Focus balance (FBAL) adjustment In the tracking close mode, the focusing position is adjusted by minimizing the RFENV. D

1.3.8 Focus gain and tracking gain adjustments In the tracking close mode, some disturbance signal is applied to the servo loops. The focus and tracking gains are adjusted to the target gain cross points. 1.3.9 AS regulating adjustment In the tracking close mode, the AS signal level is sampled the prescribed times. After A/D-converted in the ADSC, this signal is adjusted so that it becomes 64LSB at the input stage of the digital equalizer.

E

F

10

CX-3016

1

2

3

4

6

5

7

8

For each automatic adjustment, the adjustment results can be displayed in the test mode for A

verification.

Condition

Coefficient name

DVD

CD

Power-on

FE offset

FC44 - 03BC

FABB - 0545

TE offset

EF90 - 1070

F435 - 0BCB

AS offset

FBBB - 0745

F8BB - 0745

Spindle gain

01CF - 048D

01CF - 048D

FE maximum

1767 - 462B

15C2 - 485A

FE minimum

B9D5 - E899

B7A6 - EA3E

AS maximum

1006 - 2AD5

0E96 - 26FD

FE regulation

014E - 044E

0142 - 04AB

Focus close

TE maximum

199E - 4776

147C - 43D6

(after TBAL)

TE minimum

B88A - E662

BC2A - EB84

TE regulation

00F7 - 03AE

00EF - 0428

Focus gain

0100 - 0400

0100 - 0400

Tracking gain

0100 - 0400

0100 - 0400

AS regulation

0170 - 04BF

0192 - 05D0

Focus close

Tracking close

B

C

Notes: The coefficient values are indicated in the hexadecimal system. The specifications shown above are for the production line. The used discs are DVD-REF-A1 and TCD-782 for DVDs and CDs respectively.

D

E

F

11

CX-3016

5

6

7

8

1

2

3

4

1.4 Back-end section A

As described before, in the front-end processor and optical disc controller, the data is read out from a disc, and processed for demodulation and error correction. Here in the back-end section, thorough the MPEG decoding, compressed audio decoding and other processing, the data is output as video and audio signals. The back-end section, including the microcomputer, its peripheral circuits, and power supply, is explained below:

B

1.4.1 Back-end power supply The back-end power supply for each model is shown below. The video-type model with DVD-Audio reproduction function has the 2.5V internal regulator, but the video-type model without DVD-Audio reproduction function does not. The ROM-type has a different power supply circuit from those for the video-type models. C

X-3016(Video model) The model with DVD-Audio playback

X-3016(Video model) The model without DVD-Audio playback

X-3055(ROM model)

VD8V

F.E.drivers

VD8V

F.E.drivers

VD8V

F.E.driver

VDD33

IC1701 U power supply

VDD33

IC1701 U power supply

VCC5

F.E. IC1101 P.U peripheral

SRVDD33

IC1702 SRAM power supply

SRVDD33

IC1702 SRAM power supply

IC601 3.3V regurator

VCC5

F.E. IC1101 P.U peripheral

VCC5

F.E. IC1101 P.U peripheral

IC602 1.8V regurator

AVCC5

IC1605 DAC Q1501 peripheral

AVCC5

IC1605 DAC Q1501 peripheral

VCC33

IC1503 AV CHIP etc.

VCC33

IC1503 AV CHIP etc.

VCC18

IC1503 AV CHIP

VCC18

IC1503 AV CHIP

VCC33

IC1804 VCC25 2.5V regulator

D

E

(=2.5V)

F

Power supply configuration

12

CX-3016

1

2

3

4

VCC33

VCC18

6

5

8

7

1.4.2 Back-end clock section A

For the Video-type models: An oscillating crystal of 27MHz is used to generate the 27MHz buffer-out (CLK27), audio section clock (EXTCK), and front-end section clock (MCK16) signals by the IC1507. For the ROM-type model: An oscillating crystal of 16.93MHz is used to generate the front-end section clock (MCK16) signal by the IC1301. IC1507

CLK27

Clock generator

EXTCK

27MHz Crystal

IC1503 AVLSI IC1605 AUDIO DAC

MCK16

79 OSCI1 MNZS26EDCUB 16.93MHz Crystal

IC1301 SODC

*MCK33 VCC33

IC1301

B

80 OSCO1

*IC1601 AWM

*MCK33:The model with DVD-Audio playback Clock configuration

1.4.3 Back-end stream I/F section (only for the video-type models) This section functions as an interface to transfer the data read out in the front-end section, between the SODC and the back-end section. For DVDs, this section transfers MPEG data, which is generally called MPEG stream. Therefore, the I/F section is called stream I/F. Note that the signals are given different names between the IC1301 SODC and IC1503 AVLSI.

IC1301 SODC

OHDD8-15

STD0-7

C

IC1503 AVLSI

IC1405 STCLK STVALID STENABL

ODA2 O/INTRO MASTER

D

Streaming I/F

1.4.4 Back-end audio circuit section (only for the video-type models) The three serial audio signals, output from the AVLSI, are applied to the IC1605 (Audio DAC), where they are converted into analog audio signals. These analog signals are output from the HOST I/F. Only for the models installed in navigation products, after output from the AVLSI, the same serial signals are directly put out from the HOST I/F. The IEC958 (audio/digital out) is available only for the model without DVD-Audio playback function. AVCC5

E

CN1611

HOST I/F IC1503 AVLSI

IC1605 Audio DAC

SRCKAV ADOUT0 LRCKAV

LO RO AAGND

Only the models installed in navigation products CN1501

IEC 958

F

The model without DVD-Audio playback

Audio circuit

13

CX-3016

5

6

7

8

1

2

3

4

1.4.5 Back-end video circuit section (only for the video-type models) A

The composite video signal from the video DAC circuit inside the AVLSI is output from the HOST I/F via the video buffer circuit.

IC1503 AVLSI Video DAC section B

CN1611 HOST I/F

AVCC5 Q1501 peripheral Video buffer circuit

COMP

COMPO

Video circuit

1.4.6 Back-end SDRAM I/F section (only for the video-type models) For the SDRAM, which functions as the communication I/F between the AVLSI and the memory, a 64Mbit IC has employed to secure the MPEG stream dada buffer. C

IC 1501 SDRAM

IC1503 AVLSI

MA0-11 MDQ0-15 MCK XWE XCAS XRAS XCSM(XCSE) DQMUM(DQMUE) DQMLM

D

SDRAM interface

1.4.7 Back-end microcomputer I/F section (only for the video-type models) This section works as a communication interface between the AVLSI and the U. In order to match the operating frequency for the U with that for the AVLSI, a frequency dividing circuit is inserted as shown below. IC1701 U E

IC1503 AVLSI

A1-A17 DO-D15 IC1706

XCSAVR XCSAVW XAVINT XRD CLKOUT XSRAMWR

XCSAV

IC1502 IC1504 IC1505 Dividing circuit

HCLK XHWR

F

Microcomputer interface

14

CX-3016

1

2

3

4

6

5

8

7

2. Mechanism descriptions A

Configuration CRG motor

PU unit B

C

Spindle motor

Load motor

D

E

SW5 (CLAMP SW)

SW4 8/12 detection lever L

SW2 SW1 SW6

SW3

8/12 detection lever R

F

15

CX-3016

5

6

7

8

1

2

3

4

2.1 Disc loading operation A

1. When a disc is inserted, the 8/12-detection levers R and L slide. Either of the switches SW1 and SW2 is shifted from ON to OFF, which triggers the operation of the loading motor. 2. For a 12cm disc, the switch SW3 is turned OFF and SW4 is ON during disc transportation. The microcomputer senses that a 12cm disc is loaded.

B

C

12 cm disk 3. For an 8cm disc, neither the switch SW3 nor SW4 will be shifted to the above states (SW3: OFF, SW4:ON) during disc transportation. The operation mode proceeds to the clamp operation. The microcomputer senses that an 8cm disc is loaded.

D

E

8 cm disk F

16

CX-3016

1

2

3

4

6

5

8

7

2.2 Disc centering mechanism A

1. With a 12cm disc loaded, the disc pushes both of the lock arms R and L to open the centering arms R and L. Then, the clamp arm or the stopper of the centering arm R stops the disc for centering. The operation mode proceeds to the clamp operation.

12 cm disk latching section

12 cm disk latching section

B

Clamp arm

Lock arm

C

Centering arm Centering arm

2. With an 8cm disc loaded, the disc pushes either of the lock arms R and L. The lock arms R and L are connected each other via the centering arms R and L. The lock arms R and L will be kept locked unless the disc pushes them at the same time. Therefore, the lock arm blocks the disc for centering. During disc centering, the disc pushes out the disc detection arm. When the detection arm completes moving, the disc stops. The operation mode proceeds to the clamp operation. D

E

8 cm disk latching section

F

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CX-3016

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6

7

8

1

2

3

4

2.3 Clamp operation A

1. When an 8 or 12 cm disc is centered over the spindle, the disc detection arm moves the clamp lever. The loading rack driven by the clamp lever is engaged with the lever driving gear, which triggers the disc clamp operation.

Disc positioning section

Disc detection arm

Clamp lever B

Loading rack Load lever R

C

Clamp switch

D

E

F

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CX-3016

1

2

3

4

5

6

7

8

2. When pressed by the loading rack, the load lever R moves toward the front side, and the roller shaft, which is connected to the cam of the load lever R, moves downward. The roller shaft is connected to the cam of the cam ring also. Therefore, the drive of the roller shaft is transferred to the load lever L via the cam ring. The load lever L moves toward the front side. The load lever cams are released from the three shafts for the CRG chassis unit and the clamp arm shaft. When the load lever R turns on the clamp switch, the clamp operation ends.

CRG chassis shaft linked with the cam

A

CRG chassis shaft linked with the cam

B

Clamp arm shaft linked with the cam CRG chassis shaft linked with the cam

CRG chassis shaft linked with the cam

C

2.4 Eject operation 1. When the loading motor turns in reverse, the disc eject operation begins. 2. With a 12cm disc loaded, when the SW4 is shifted from OFF to ON, and then OFF again, the eject operation ends. 3. With an 8cm disc loaded, when the SW3 or SW 6 is shifted from ON to OFF, and then both switches are turned ON, the eject operation ends. D

E

F

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CX-3016

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6

7

8

1

2

3

4

3. Disassembly - Precautions on handling the mechanism module A

1. Hold the upper and main frames. 2. Do not hold the front portion of the upper frame. It is a delicate part. 3. Do not touch the switches on the top . 4. Be careful not to catch the flexible cables.

B

C

Do not touch here. Do not touch here. Do not hold this delicate portion.

Fig. 1

- Removing the module pc board (fig.2 and 3) 1. Set the mechanism to the lock position (disc load standby position). 2. Place the mechanism module upside down. 3. Short the two lands on the pickup flexible cable as shown below. 4. Be sure to disconnect the pickup flexible cable and the CRG flexible cable from the connectors to protect them from damages. 5. Remove solder from the load motor leads and clamp SW leads. 6. Loosen the two fixing screws. Lift the position A of the module pc board lightly and move it in the direction B to remove it. Be careful not to damage the flexible cable C. 7. Disconnect the 8/12 detection flexible-cable from the connector. D

Short here. Module pc board E

Fig. 2 Fig. 2 Connector (for pickup flexible cable) Connector (for 8/12 detection flexible cable) Load motor leads and clamp SW leads F

B

A

C

Fig. 3

Connector (for CRG flexible cable) 20

CX-3016

1

2

3

4

6

5

8

7

- Removing the pickup unit (fig. 4)) A

1. Remove the module pc board in accordance with the procedure of "Removing the module pc board.” 2. While holding the pickup case, remove the skew screw (main). 3. Lifting the end of the pickup rack, slide the main shaft, and remove the pickup unit. Notes: Replacing the pickup unit requires the skew adjustment. Remove glue from both ends of the main and sub shafts, and skew stud. Do not reuse the old skew screw. Be sure to use a brand-new skew screw supplied with a new pickup unit. Fix the skew screw with glue (GYL1001) after adjustment. B

Skew screw (main)

Skew screw C

Pickup unit Sub shaft

Skew screw

Fig. 4 D

E

F

21

CX-3016

5

6

7

8

1

2

3

4

- Removing the CRG motor ASSY (fig.5) 1. Remove the module pc board in accordance with the procedure of "Removing the module pc board.” 2. Release the CRG motor leads from the resin guide and remove the CRG flexible cable from the land. 3. Remove the fixing screw, and remove the feed screw holder together with the 2-stage gear. 4. Remove the fixing two screws and CRG motor ASSY. Caution: When replacing the CRG motor ASSY, be careful not to damage the gears, especially the 2-stage gear that is very delicate. When lifting the pickup rack to install the motor, be careful not to damage the gear teeth. A

- Removing the spindle motor (fig.5) 1. Remove the module pc board in accordance with the procedure of "Removing the module pc board." 2. Release the CRG motor leads from the resin guide and remove the CRG flexible cable from the land. 3. Remove the three fixing screws for the SPDL motor. Be careful not to deform the CRG chassis when replacing the SPDL motor. CRG motor ASSY Feed screw B

Screw 2-stage gear Pickup rack

Feed screw holder Screw

C

SPDL motor

Fig. 5

- Removing the upper frame ASSY (fig. 6) 1. Remove the module pc board in accordance with the procedure of "Removing the module pc board.” 2. Remove the spring. 3. Remove the four screws and remove the upper frame ASSY.

D

Screw

Screw

E

Spring Upper frame ASSY Screw F

Screw

Fig. 6 22

CX-3016

1

2

3

4

5

6

8

7

- Removing the load gear ASSY (fig. 7) A

1. Remove the module pc board in accordance with the procedure of "Removing the module pc board.” 2. Remove the upper frame ASSY in accordance with the procedure of "Removing the upper frame ASSY.” 3. Remove the two screws and remove the load gear ASSY. 4. Remove the loading rack and the spring.

B

Screw

Load gear ASSY

C

Screw

Fig. 7 - Setting the quasi-clamp mode by driving the loading motor (fig. 8) 1. While driving the loading motor in the clamping direction, pull the clamp lever toward the front side. 2. Even after the clamp lever pushes the loading rack (clamp mode), keep the clamp lever pulled lightly. Prevent the clamp lever bar ring from coming into the clamp spring. If not, ejection will not be impossible. 3. After the clamp operation ends, stop the operation before the objection of the loading rack touches the load lever R. (fig. 10) D

Clamp lever

Pull toward the front side.

E

Fig. 8 F

23

CX-3016

5

6

7

8

1

2

3

4

A

Clamp lever Clamp spring bar ring

B

Prevent the clamp lever bar ring from coming into the clamp spring (the above condition is NG)

Fig. 9

C

Stop before this clearance becomes zero. Load lever R

Loading rack

D

E

Fig. 10 F

24

CX-3016

1

2

3

4

5

6

8

7

- Setting the quasi-clamp mode manually (fig. 11) 1. Remove the module pc board in accordance with the procedure of "Removing the module printed circuit board.” 2. Remove the upper frame ASSY in accordance with the procedure of "Removing the upper frame ASSY.” 3. Remove the load gear ASSY in accordance with the procedure of "Removing the load gear ASSY." 4. While pulling the clamp lever toward the front side, pull the fixed portion of the load lever R toward the front side until the mode enters the clamp position. A

Clamp lever B

Pull this portion of the load lever R forward.

Load lever R

C

Fig. 11

- Removing the load motor ASSY (fig. 12) 1. Remove the module pc board in accordance with the procedure of "Removing the module printed circuit board.” 2. Remove the upper frame ASSY in accordance with the procedure of "Removing the upper frame ASSY.” 3. Remove the load gear ASSY in accordance with the procedure of "Removing the load gear ASSY." 4. Enter the quasi-clamp mode in accordance with the procedure of “Setting the quasi-clamp mode manually.” 5. Remove the screw. Slide the load motor ASSY to pull it out. D

E

Screw

Slide to remove.

25

CX-3016

5

6

F

Fig. 12

7

8

1

2

3

4

- Removing the CRG ASSY (fig. 13) A

1. Enter the quasi-clamp mode in accordance with the procedure of “Setting the quasi-clamp mode by driving the loading motor.” 2. Remove the module pc board in accordance with the procedure of "Removing the module pc board.” 3. Remove the upper frame ASSY in accordance with the procedure of "Removing the upper frame ASSY.” 4. Remove the four springs. 5. Lift the CRG ASSY until the shafts come from the dampers, and then remove it.

- Removing the disc guide ASSY (fig. 13) 1. Enter the quasi-clamp mode in accordance with the procedure of “Setting the quasi-clamp mode by driving the loading motor.” 2. Remove the module pc board in accordance with the procedure of "Removing the module pc board.” 3. Remove the upper frame ASSY in accordance with the procedure of "Removing the upper frame ASSY.” 4. Remove the two disc guide springs. While lifting the disc guide and keeping the lifting angle around 45 degrees, slide the guide in the left side to remove it. B

Spring C

CRG ASSY

Spring

Spring

D

Disc guide spring Disc guide spring

Disc guide

Fig. 13

E

F

26

CX-3016

1

2

3

4

6

5

8

7

- Removing the roller ASSY (fig. 14) A

1. Remove the module pc board in accordance with the procedure of "Removing the module pc board.” 2. Remove the upper frame ASSY in accordance with the procedure of "Removing the upper frame ASSY.” 3. Remove the tension spring. 4. Remove the load gear ASSY in accordance with the procedure of "Removing the load gear ASSY." 5. Enter the quasi-clamp mode in accordance with the procedure of “Setting the quasi-clamp mode manually.” 6. Remove the disc guide ASSY in accordance with the procedure of “Removing the disc guide ASSY.” 7. Remove the CRG ASSY in accordance with the steps 4 and 5 in the procedure of “Removing the CRG ASSY.” 8. By pushing the fixed portion of the load lever R, move the load lever R to the rear side completely. 9. Remove the load levers R and L. Unhook the end of the roller arm spring R from the load lever R. 10. While lifting the roller ASSY to the highest position, slide it to the right side. Lightly bend the whole slot guide by pushing the ends with your fingers and remove the roller ASSY. B

C

Move to the rear side

Load lever R

Roller arm spring R

Roller arm spring L

D

Push the ends to lightly bend the whole slot

Slot guide

Tension spring

Roller ASSY

Fig. 14 E

F

27

CX-3016

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6

7

8

1

2

3

4

- Removing the dampers (fig. 15) A

1. Enter the quasi-clamp mode in accordance with the procedure of “Setting the quasi-clamp mode by driving the loading motor.” 2. Remove the module pc board in accordance with the procedure of "Removing the module pc board.” 3. Remove the upper frame ASSY in accordance with the procedure of "Removing the upper frame ASSY.” 4. Remove the three springs. 5. Remove the CRG SSSY in accordance with the steps 4 and 5 in the procedure of "Removing the CRG assembly.” 6. Release each of the three dampers from the clinches as follows: 6.1 By using a pair of pliers, hold the portion A and turn them in the direction B. While making a gap in the portion C, release the damper from the clinches. 6.2 Insert a flat-type screwdriver into the portion D. Slightly raise the plate and release the damper from the clinches. 7. Remove the CRG motor ASSY in accordance with the steps 2 through 4 in the procedure of "Removing the CRG motor ASSY.” 8. Remove the dampers. B

C C

A

A

B

D

D

Fig. 15

E

F

28

CX-3016

1

2

3

4