CRT3879 AVICD3

User Manual: AVICD3

Open the PDF directly: View PDF .
Page Count: 306 [warning: Documents this large are best viewed by clicking the View PDF Link!]

SAFETY INFORMATION
CONTENTS
1. SPECIFICATIONS
2. EXPLODED VIEWS AND PARTS LIST
2.1 PACKING (UC)
2.2 PACKING (EW5)
2.3 EXTERIOR (1)
2.4 EXTERIOR (2)
2.5 EXTERIOR (3)
2.6 DVD MECHANISM MODULE
3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM
3.1 BLOCK DIAGRAM
3.2 OVERALL CONNECTION DIAGRAM
3.3 NAVI MOTHER UNIT (CPU, ASIC, SDRAM)(GUIDE PAGE)
3.4 NAVI MOTHER UNIT (ROM, SRAM, BUS-BUFFER)
3.5 NAVI MOTHER UNIT (GRAPHIC)(GUIDE PAGE)
3.6 NAVI MOTHER UNIT (MAIN, CC I/F)
3.7 NAVI MOTHER UNIT (SYSTEM uCOM)(GUIDE PAGE)
3.8 NAVI MOTHER UNIT (I/F)(GUIDE PAGE)
3.9 NAVI MOTHER UNIT (PS)(GUIDE PAGE)
3.10 GPS UNIT(GUIDE PAGE)
3.11 AV UNIT (PS, I/F)
3.12 AV UNIT (A/V)(GUIDE PAGE)
3.13 AV UNIT (TUNER)
3.14 DVD CORE UNIT (1/2)(GUIDE PAGE)
3.15 DVD CORE UNIT (2/2)
3.16 COMPOUND UNIT(A), COMPOUND UNIT(B)
3.17 MONITOR UNIT (VIDEO)(GUIDE PAGE)
3.18 MONITOR UNIT (INVERTER)
3.19 KEY PCB
3.20 AV MINI JACK PCB
4. PCB CONNECTION DIAGRAM
4.1 NAVI MOTHER UNIT
4.2 AV UNIT
4.3 DVD CORE UNIT
4.4 COMPOUND UNIT(A), COMPOUND UNIT(B)
4.5 GPS UNIT
4.6 MONITOR UNIT
4.7 KEY PCB
4.8 AV MINI JACK PCB
5. ELECTRICAL PARTS LIST
6. ADJUSTMENT
6.1 JIG CONNECTION DIAGRAM
6.2 DVD ADJUSTMENT
6.3 MONITOR UNIT ADJUSTMENT
6.4 SERVICE ADJUSTMENT
6.5 EEPROM ADJUSTMENT
6.6 PHASE ADJUSTMENT
6.7 RGB ILLUMINATION ADJUSTMENT
6.8 TOUCH PANEL TEST MODE
6.9 NAVIGATION TEST MODE
6.10 USING THE TEST DISC
7. GENERAL INFORMATION
7.1 DIAGNOSIS
7.1.1 DISASSEMBLY
7.1.2 CONNECTOR FUNCTION DESCRIPTION
7.2 IC
7.3 EXPLANATION
7.3.1 CIRCUIT DESCRIPTIONS
7.3.2 OPERATIONAL FLOW CHART
8. OPERATIONS

ORDER NO.

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

AVIC-D3/XU/UC

CRT3879

DVD MULTIMEDIA AV NAVIGATION SERVER

AVIC-D3

/XU/UC

AVIC-D3

/XU/EW5

This service manual should be used together with the following manual(s):

Model No. Order No. Mech.Module Remarks

CX-3212 CRT3896 MS5 DVD Mech. Module : Circuit Descriptions, Mech. Descriptions, Disassembly

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

K-ZZW. FEB. 2007 Printed in Japan

AVIC-D3/XU/UC

1234

SAFETY INFORMATION

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.

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.

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.

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

This product contains mercury. Disposal of this material may be regulated due to environmental considerations.

For disposal or recycling information, please contact your local authorities or the Electronics Industries

Alliance: www.eiae.org.

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

2.The trianglar label is attached to the mechanism unit frame.

On the top of the player.

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:660 nm to 670 nm

CD:780 nm to 800 nm

DVD : 1.27 mW(Emitting period :9 sec.)

CD : 6.26 mW(Emitting period : unlimited)

Maximum output:

AVIC-D3/XU/UC 3

5678

Additional Laser Caution

Transistors Q1103 and Q1104 in PCB drive the laser diodes for DVD and CD

respectively. When Q1103 or Q1104 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.

DVD MECHANISM MODULE section precaution

1. 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.

2. To protect the pickup unit from electrostatic discharge during servicing, take an appropriate treatment

(shorting-solder) by referring to "the DISASSEMBLY" .

3. After replacing the pickup unit, be sure to skew adjustment.

4. During disassembly, be sure to turn the power off since an internal IC might be destroyed when a

connector is plugged or unplugged.

- Service Precautions

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.

3. Because a part to show in figure below becomes hot, take care upon its operation.

is a trademark of DVD Format/Logo Licensing Corporation.

AVIC-D3/XU/UC

1234

[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.

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.

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.

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.

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.

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.

3. Lubricants, Glues, and Replacement parts

Use grease and adhesives that are equal to the specified substance.

Make sure the proper amount is applied.

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.

AVIC-D3/XU/UC 5

5678

CONTENTS

SAFETY INFORMATION......................................................................................................................................2

1. SPECIFICATIONS .............................................................................................................................................6

2. EXPLODED VIEWS AND PARTS LIST...........................................................................................................10

2.1 PACKING (UC) .........................................................................................................................................10

2.2 PACKING (EW5).......................................................................................................................................12

2.3 EXTERIOR (1) ..........................................................................................................................................14

2.4 EXTERIOR (2) ..........................................................................................................................................16

2.5 EXTERIOR (3) ..........................................................................................................................................18

2.6 DVD MECHANISM MODULE ...................................................................................................................20

3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM ..........................................................................................22

3.1 BLOCK DIAGRAM....................................................................................................................................22

3.2 OVERALL CONNECTION DIAGRAM ......................................................................................................40

3.3 NAVI MOTHER UNIT (CPU, ASIC, SDRAM)(GUIDE PAGE) ...................................................................42

3.4 NAVI MOTHER UNIT (ROM, SRAM, BUS-BUFFER)...............................................................................48

3.5 NAVI MOTHER UNIT (GRAPHIC)(GUIDE PAGE)....................................................................................50

3.6 NAVI MOTHER UNIT (MAIN, CC I/F) .......................................................................................................56

3.7 NAVI MOTHER UNIT (SYSTEM uCOM)(GUIDE PAGE)..........................................................................58

3.8 NAVI MOTHER UNIT (I/F)(GUIDE PAGE)................................................................................................64

3.9 NAVI MOTHER UNIT (PS)(GUIDE PAGE) ...............................................................................................70

3.10 GPS UNIT(GUIDE PAGE) ......................................................................................................................76

3.11 AV UNIT (PS, I/F) ...................................................................................................................................82

3.12 AV UNIT (A/V)(GUIDE PAGE) ................................................................................................................84

3.13 AV UNIT (TUNER) ..................................................................................................................................90

3.14 DVD CORE UNIT (1/2)(GUIDE PAGE)...................................................................................................92

3.15 DVD CORE UNIT (2/2) ...........................................................................................................................98

3.16 COMPOUND UNIT(A), COMPOUND UNIT(B).....................................................................................102

3.17 MONITOR UNIT (VIDEO)(GUIDE PAGE).............................................................................................104

3.18 MONITOR UNIT (INVERTER) ..............................................................................................................110

3.19 KEY PCB ..............................................................................................................................................114

3.20 AV MINI JACK PCB ..............................................................................................................................116

4. PCB CONNECTION DIAGRAM ....................................................................................................................118

4.1 NAVI MOTHER UNIT..............................................................................................................................118

4.2 AV UNIT..................................................................................................................................................122

4.3 DVD CORE UNIT....................................................................................................................................126

4.4 COMPOUND UNIT(A), COMPOUND UNIT(B).......................................................................................130

4.5 GPS UNIT...............................................................................................................................................131

4.6 MONITOR UNIT .....................................................................................................................................132

4.7 KEY PCB ................................................................................................................................................136

4.8 AV MINI JACK PCB ................................................................................................................................137

5. ELECTRICAL PARTS LIST ...........................................................................................................................138

6. ADJUSTMENT ..............................................................................................................................................164

6.1 JIG CONNECTION DIAGRAM ...............................................................................................................164

6.2 DVD ADJUSTMENT ...............................................................................................................................165

6.3 MONITOR UNIT ADJUSTMENT ............................................................................................................196

6.4 SERVICE ADJUSTMENT .......................................................................................................................205

6.5 EEPROM ADJUSTMENT .......................................................................................................................207

6.6 PHASE ADJUSTMENT ..........................................................................................................................213

6.7 RGB ILLUMINATION ADJUSTMENT .....................................................................................................215

6.8 TOUCH PANEL TEST MODE .................................................................................................................217

6.9 NAVIGATION TEST MODE ....................................................................................................................223

6.10 USING THE TEST DISC.......................................................................................................................242

7. GENERAL INFORMATION ...........................................................................................................................254

7.1 DIAGNOSIS............................................................................................................................................254

7.1.1 DISASSEMBLY....................................................................................................................................254

7.1.2 CONNECTOR FUNCTION DESCRIPTION ........................................................................................260

7.2 IC ............................................................................................................................................................261

7.3 EXPLANATION .......................................................................................................................................293

7.3.1 CIRCUIT DESCRIPTIONS ..................................................................................................................293

7.3.2 OPERATIONAL FLOW CHART ...........................................................................................................294

8. OPERATIONS ...............................................................................................................................................296

AVIC-D3/XU/UC

1234

1. SPECIFICATIONS

AVIC-D3/XU/UC 7

5678

AVIC-D3/XU/UC

1234

AVIC-D3/XU/UC 9

5678

AVIC-D3/XU/UC

1234

2. EXPLODED VIEWS AND PARTS LIST

2.1 PACKING (UC)

OTES : • 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.)

AVIC-D3/XU/UC 11

5678

PACKING (UC) SECTION PARTS LIST

Owner's Manual,Installation Manual

Mark No. Description Part No.

1 Polyethylene Bag CEG1383

2 Unit Box CHG6065

3 Contain Box CHL6065

4 Protector CHP3376

5 Protector CHP3315

6 Protector CHP3316

7 Cord CDE5044

8 Cord CDE6825

9 Cord Assy CDP1063

10 Cord Assy CDP1064

11 Screw Assy CEA3797

12 Screw BMZ50P060FTC

* 13 Polyethylene Bag CEG-127

14 Screw CMZ50P060FTC

15 Polyethylene Bag CEG1116

16 Sub Unit Box CHG6064

17 Panel CNS9008

18 Pen CNV8969

19 DVD-ROM CPJ1183

20-1 Owner's Manual CRB2325

20-2 Owner's Manual/POC/FRE CRB2326

20-3 Owner's Manual CRB2327

20-4 Owner's Manual/POC/FRE CRB2328

20-5 Installation Manual CRD4167

20-6 Caution Card CRP1310

* 20-7 Warranty Card CRY1246

* 20-8 Registration Card CRY1263

21 GPS Antenna Assy CXC4864

22 Water Proof Pad CZN5442

23 Sheet CZN7008

24 Connector CKX1049

Mark No. Description Part No.

Part No. Language

CRB2325,

CRB2327

English

CRB2326,

CRB2328

French

CRD4167 English, French

AVIC-D3/XU/UC

1234

2.2 PACKING (EW5)

AVIC-D3/XU/UC 13

5678

PACKING (EW5) SECTION PARTS LIST

Owner's Manual,Installation Manual

Mark No. Description Part No.

1 Polyethylene Bag CEG1382

2 Unit Box CHG6066

3 Contain Box CHL6066

4 Protector CHP3376

5 Protector CHP3317

6 Protector CHP3318

7 Cord CDE5044

8 Cord CDE6825

9 Cord Assy CDP1062

10 Cord Assy CDP1064

11 Screw Assy CEA7395

12 Screw CBA2081

13 Bush CNV3930

* 14 Polyethylene Bag E36-615

15 Polyethylene Bag CEG1116

16 Sub Unit Box CHG6064

17 Panel CNS8665

18 Panel CNS9007

19 Pen CNV8969

20-1 Owner's Manual/PEE/ENG CRB2329

20-2 Owner's Manual/PEE/SPE CRB2330

20-3 Owner's Manual/PEE/GER CRB2331

20-4 Owner's Manual/PEE/FRE CRB2332

20-5 Owner's Manual/PEE/ITA CRB2333

20-6 Owner's Manual/PEE/DUT CRB2334

20-7 Owner's Manual/PEE/ENG CRB2335

20-8 Owner's Manual/PEE/SPE CRB2336

20-9 Owner's Manual/PEE/GER CRB2337

20-10 Owner's Manual/PEE/FRE CRB2338

20-11 Owner's Manual/PEE/ITA CRB2339

20-12 Owner's Manual/PEE/DUT CRB2340

20-13 Installation Manual CRD4169

20-14 Caution Card CRP1310

* 20-15 Warranty Card CRY1157

21 GPS Antenna Assy CXC4864

22 Water Proof Pad CZN5442

23 Sheet CZN7008

24 Connector CKX1049

Mark No. Description Part No.

Part No. Language

CRB2329,

CRB2335

English

CRB2330,

CRB2336

Spanish

CRB2331,

CRB2337

German

CRB2332,

CRB2338

French

CRB2333,

CRB2339

Italian

CRB2334,

CRB2340

Dutch

CRD4169 English, Spanish, German, French, Italian, Dutch

AVIC-D3/XU/UC

1234

2.3 EXTERIOR (1)

48 44

2522

AVIC-D3/XU/UC 15

5678

(1) EXTERIOR (1) SECTION PARTS LIST

(2) CONTRAST TABLE

AVIC-D3/XU/UC and AVIC-D3/XU/EW5 are constructed the same except for the following:

Mark No. Description Part No.

1 Screw ASZ26P050FTC

2 Screw BMZ26P050FTC

3 Screw BMZ26P160FTB

4 Screw See Contrast table(2)

5 Screw(M2 x 3) CBA2096

6 Screw(M3 x 10) CBA2097

7 Cord Assy CDE8156

8 FFC CDE8312

9 FFC CDE8313

10 Cord Assy CDE8339

11 FFC CDE8340

12 •••••

13 Gasket CNN1805

14 Gasket CNN1804

15 Cushion CNN1807

16 Screw See Contrast table(2)

17 Chassis CNA2964

18 Case CNB3357

19 Holder See Contrast table(2)

20 Holder See Contrast table(2)

21 Shield CND3692

22 Bracket CND3697

23 Bracket CND3698

24 Cover CND3917

25 Insulator CNN1404

26 Sheet CNN1449

27 Flexible PCB CNP8272

28 Heat Sink CNR1888

29 Navi Mother Unit See Contrast table(2)

30 Jack(CN2063) CKN1043

31 Connector(CN2065) CKS3408

32 Connector(CN2068) CKS4674

33 Connector(CN2059) CKS4822

34 Connector(CN2061) CKS4823

35 Connector(CN2) CKS5075

36 Connector(CN2057) CKS5075

37 Connector(CN2055) CKS5110

38 Connector(CN2060) CKS5205

39 Connector(CN2066) CKS5598

40 Holder CND3696

41 Sheet CNM9933

42 Sheet CNN1449

43 GPS Unit See Contrast table(2)

44 Connector(CN504) CKS4432

45 Connector(CN461) CKS5204

46 Shield CNC9191

47 Shield CNC9192

48 Holder CND1535

49 Shield Assy CXC7020

50 Shield Assy CXC7021

51 DVD Mechanism Module(MS5) CXK6601

52 Fan Motor CXM1320

53 Label See Contrast table(2)

54 Shield CNN1806

Mark No. Description Part No.

Mark No. Description AVIC-D3/XU/UC AVIC-D3/XU/EW5

4 Screw Not used BMZ30P060FTC

16 Screw Not used CMZ50P060FTC

19 Holder Not used CND3430

20 Holder Not used CND3431

29 Navi Mother Unit CWN2189 CWN2089

43 GPS Unit CWX3446 CWX3447

53 Label Not used CAN5448

AVIC-D3/XU/UC

1234

2.4 EXTERIOR (2)

10 14

11 24

19 32

AVIC-D3/XU/UC 17

5678

(1) EXTERIOR (2) SECTION PARTS LIST

(2) CONTRAST TABLE

AVIC-D3/XU/UC and AVIC-D3/XU/EW5 are constructed the same except for the following:

Mark No. Description Part No.

1 Screw ASZ26P050FTC

2 Cord Assy See Contrast table(2)

3 Cap See Contrast table(2)

4 Cord Assy CDP1064

5 Cap CNV6727

6 Chassis See Contrast table(2)

7 Sheet CNM9933

8 Insulator CNN1403

9 AV Unit See Contrast table(2)

10 Screw BMZ26P060FTC

11 Plug(CN1651) CKM1376

12 Connector(CN1701) CKM1460

13 Jack(CN1721) CKN1042

14 Connector(CN1652) CKS4674

15 Connector(CN1711) CKS5110

16 Connector(CN1661) CKS5486

17 Connector(CN1621) CKS5683

18 Antenna Jack(CN1401) CKX1060

19 Holder CNC9921

20 Shield CND3004

21 Holder CND3181

22 Shield See Contrast table(2)

23 Holder CND3693

24 Holder CND3694

25 Holder CND3695

26 Shield See Contrast table(2)

27 Sheet CNM9805

28 FM/AM Tuner Unit(Y1431) See Contrast table(2)

29 Holder CND1054

30 Tuner Unit(Y1452) See Contrast table(2)

31 Shield Assy CXC7172

32 IC(IC1201) PAL007C

33 IC(IC1821,1841) BA00C0WCP-V5

34 Screw BMZ26P050FTC

35 Fuse(10A) CEK1208

36 Cord Assy See Contrast table(2)

Mark No. Description Part No.

Mark No. Description AVIC-D3/XU/UC AVIC-D3/XU/EW5

2 Cord Assy Not used CDP1062

3 Cap Not used CKX-003

6 Chassis CNA2971 CNA2963

9 AV Unit CWN2190 CWN2090

22 Shield Not used CND3188

26 Shield Not used CND3769

28 FM/AM Tuner Unit(Y1431) CWE1952 CWE1951

30 Tuner Unit(Y1452) Not used CWE2023

36 Cord Assy CDP1063 Not used

AVIC-D3/XU/UC

1234

2.5 EXTERIOR (3)

33 33

21 18

16 7

22 1

AVIC-D3/XU/UC 19

5678

(1) EXTERIOR (3) SECTION PARTS LIST

(2) CONTRAST TABLE

AVIC-D3/XU/UC and AVIC-D3/XU/EW5 are constructed the same except for the following:

Mark No. Description Part No.

1 Screw BMZ26P030FTC

2 Screw BPZ20P080FTC

3 Button CAC9994

4 Button CAC9995

5 Button CAC9996

6 Screw(M2 x 3) CBA1797

7 FFC CDE8341

8 Cord Assy CDE8343

9 Cushion CNN1429

10 Cover CNN1432

11 Lighting Conductor CNV9371

12 Holder CNV9375

13 Touch Panel CSX1114

14 Jack(CN5552) CKN1046

15 Connector(CN4825) CKS4825

16 Connector(CN5503) CKS5037

17 Holder CND3755

18 Screw(M2 x 2) CBA1771

19 Holder CND3757

20 Holder CND3758

21 Holder CND3759

22 Insulator CNN1431

23 Insulator CNN1444

24 Monitor Unit See Contrast table(2)

25 Connector(CN5006) CKS4428

26 Connector(CN5004) CKS4825

27 Connector(CN5002) CKS5033

28 Connector(CN5003) CKS5037

29 Connector(CN5007) CKS5050

30 Connector(CN5001) CKS5054

31 Cushion CNN1445

32 LCD Module CWX3435

33 Screw PMB20P040FTC

34 Grille Assy See Contrast table(2)

35 Knob Assy CXC7160

36 Screw IMS26P040FTC

37 REMOTE IC(IC5307) GP1UX51RK

38 Cushion CNN1704

39 Shield CNN1731

40 Shield CND3932

Mark No. Description Part No.

Mark No. Description AVIC-D3/XU/UC AVIC-D3/XU/EW5

24 Monitor Unit CWN2188 CWN2091

34 Grille Assy CXC7159 CXC7158

AVIC-D3/XU/UC

1234

2.6 DVD MECHANISM MODULE

:(A) GEM1045

:(B) GEM1043

:(C) GEM1024

:(D) GEM1050

(C)

(A)

(A) (A)

(C)

(B)

(C)

(B)

(C)

(A)

(B)

(A)

(C)

(A)

(C)

(D)

16 59

8812

75 19 79

14 18

(A)

(B)

43 39

70 15

(A)

44(1/2)

44(2/2)

AVIC-D3/XU/UC 21

5678

DVD MECHANISM MODULE SECTION PARTS LIST

Mark No. Description Part No.

1 DVD Core Unit CWX3401

2 Connector(CN1852) CKS4817

3 Connector(CN1101) CKS4841

4 Connector(CN1301) CKS5017

5 Connector(CN1201) CKS5043

6 Connector(CN1901) CKS5054

7 Connector(CN2001) CKS5054

8 Screw BMZ20P020FTC

9 Screw BMZ20P025FNI

10 Screw CBA1787

11 Washer CBF1038

12 Washer CBF1064

13 Spring CBH2586

14 Spring CBH2588

15 Spring CBH2589

16 Spring CBH2590

17 Spring CBH2591

18 Spring CBH2592

19 Spring CBH2593

20 Spring CBH2596

21 Spring CBH2597

22 Spring CBL1726

23 Spring CBH2599

24 Spring CBH2600

25 Spring CBH2601

26 Spring CBH2926

27 Spring CBH2604

28 Spring CBH2605

29 Spring CBH2710

30 Spring CBH2711

31 Spring CBH2935

32 Spring CBH2890

33 Spring CBL1689

34 Spring CBH2898

35 Shaft CLA4206

36 Shaft CLA4701

37 Lever CNC9933

38 Holder CND2643

39 Frame CND2250

40 Holder CND2251

41 Holder CND2642

42 Sheet CNM6883

43 Sheet CNM8697

44 Sheet CNM9658

45 Sheet CNM9407

46 Cam CNV7156

47 Clamper CNV7158

48 Roller CNV7165

49 Rack CNV7175

50 Damper CNV9061

51 Damper CNV9062

52 Collar CNV8845

53 Lever CNV8865

54 Rack CNV9063

55 Arm CNV8867

56 Arm CNV8868

57 Arm CNV9577

58 Arm CNV8870

59 Arm CNV8871

60 Arm CNV8872

61 Arm CNV8873

62 Gear CNV8874

63 Gear CNV8875

64 Gear CNV8876

65 Gear CNV8877

66 Gear CNV8878

67 Gear CNV8879

68 Lever CNV8903

69 Lever CNV8904

70 Roller CNV8905

71 Lever CNV8908

72 Arm CNV8909

73 Guide CNV8910

74 Arm CNV9116

75 Arm CNV9117

76 Compound Unit(A) CWX3154

77 Compound Unit(B) CWX3394

* 78 Arm Unit CXC7872

79 Frame Unit CXC6442

80 Bracket Unit CXB8685

81 Chassis Unit CXC6443

82 Motor Unit(LOAD)(M1) CXC4912

83 Motor(STEPPING)(M2) CXM1364

84 Arm Unit CXC5486

85 Roller Unit CXC5708

86 Motor(SPDL)(M3) CXM1362

87 Screw JFZ20P018FTC

88 Washer YE20FTC

89 Pickup Unit(Service) CXX2118

90 Screw IMS20P030FTC

Mark No. Description Part No.

AVIC-D3/XU/UC

1234

3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM

3.1 BLOCK DIAGRAM

D0-15

D16-31

D0-7

D8-15

D16-23

D24-31

BD0-7

BD8-15

BD16-23

BD24-31

A1-23

D0-31

CPU

IC2

UPD705103

GM-180S1

411XCS5

57 X2

84 PORTB0/TI

PORTB6/INTP02

PORTA6/DMARQ3

30.000MHz

SDRAM

IC1

K4S561632H-UL75 BUS BUFFER

IC103

TC74LCX245FTS1

IC104

TC74LCX245FTS1

IC3

HY57V561620FLTP-H

13XCS6

95 5XCS7

108

109

105

2XCS4

CKE 13

1XCS2

IC4

TC7SZ08FU

IC102

TC7SH04FUS1

IC105

TC74LCX245FTS1

BUS BUFFER

IC106

TC74LCX245FTS1

IC107

TC74LCX541FTS1

IC108

TC74LCX541FTS1

IC109

TC74LCX541FTS1

R/W

IC101

TC74LCX08FTS1

DIR

99GDC_INT

XBCYST

XCS4

XMRD

XMWR

XLLBEN

XLUBEN

XULBEN

XUUBEN

GDC_DMARQ

GDC_DMAACK

XTC

115

114

116

179

117

118

119

120

107

108

ASIC

IC5(2/2)

PD6336C

33CPU_CLKASIC CPU_CLK

169 XBCYST

238 XCS5

171 XCS3

170 XCS2

88 XMRD

XMWR

163

164 XLLBEN

231

XIOWR 165

XIORD

XLUBEN

110

107

127

UART2_TX

UART2_RX

UART3_TX

UART3_RX

UART4_TX

UART4_RX

PIO13

CPU_CLKGDC 113

XCS6

XIORD

XIOWR

XCS6

IOWR

R/W

CS6

IORD

DREQ0

DREQ1 PORTA2/DMARQ1

87DREQ2 PORTA4/DMARQ2

PORTA0/DMARQ0

INT2

INT3 PORTB3/INTP13

PORTB2/INTP00

106

XREADY

INT0 PORTB7/INTP03

READY

HYOKA

IRQPWR

PORTA7/DMAAK3

GDC_DMAACK

GDC_DMARQ

XTC

XCS4

107

XBCYST

115

XMRD

114

XMWR

113

XLLBEN

112

XLUBEN

111

XULBEN

110

XUUBEN

CLKOUT

CPU_CLKGDC

CPU_CLKASIC

TC/STOPAK

CS4

CS7

5 XRAS

3XCS0

12 SDCKOUT

14 XCAS

4 XWE

915

LLDQM LDQM

839

LUDQM UDQM

715

ULDQM LDQM

639

UUDQM UDQM

CAS

RAS

CS0

SDCLKOUT

CAS

RAS

CLK

CKE

RST3

RESET

MWR

MRD

BCYST

LLBEN

LUBEN

ULBEN

UUBEN

100

GDC_INT PORTB4/INTP01

XCS2 CS2

XCS5 CS5

XCS3 CS3

BD0-31

A1-8

A9-16

A17-23

BA1-8

BA9-16

BA17-23

XLLBEN

XLUBEN

41XMRD

17XMWR

XMRD

XMWR 11

BD0-15

BD16-31

BD0-15

XCS7 26

ANAVI MOTHER UNIT(1/2)

CTOGPS

GPSTOC

MTOC

CTOM

XMSRS

CPUWDT5

CTOSYS5

CCRST5

CPUWDT5

CTOSYS

CPUWDT

SYSTOC

IRQPWR

SYSTOC5

IRQPW5

GSENS

CTOGPSCTG

GPSREV

GPSRQ

GPSTOCGTC

RXDD

TXDD

PULSE

POUT

GYRO

GSNS

IRQPW5

MUTE

CN2060

5V→3V

IC2084

TC7SH04FUS1

IC2052

TC7S32FU

5V→3V

IC2051

TC7WH32FU

5V→3V

IC2053

TC7WH08FU

GYRO

GY1

3V→5V

IC2050

TC74VHCT08AFTS1

VCC5

4,5

1,27

5,63

9,10

1,2

TMCDET

TMCSD

TMCCE

GTOTMC

TMCCK

TMCTOG

TMCSL

CCD3

SWBUP

BUP3

VCC5

BCN461

8G Sensor

GY4

Q2052

IC2058

NJM2904M

SPEED SENSE

IC2055

BD5335FVE

RESET

PIO29 2

IC309

TC7SH08FUS1

XRSTMS3

RST3

108

XRESET

105

104

UART6_TX

UART6_RX

UART7_TX

UART7_RX CTOETC

ETCTOC

CTOEX

EXTOC

EXTOD

DTOEX

CN2066

RS232C DRIVER

IC2078

UPD4723GSS1

GTOEX

CTOEX

EXTOG

EXTOC

HYOKA

CTOETC

ETCTOC

Rout2

Din2

Rout3

Din3

Rout1

Din1

Rin2

Dout2

Rin3

Dout3

Rin1

Dout1

TO EXTENSION A

MS5STBY1 PIO12

XBCYST

XCS5

XCS3

XCS2

XMRD

XMWR

XLLBEN

XLUBEN

XIOWR

XIORD

XCS6

PIO14 MSCCSTBY 13

12 2A,2B

3A,3B

1A,1B

4A OFFOK

MS5STBY1

A2-16

PDO

PDI

BA2-23

BA1-17

BA2-23

TO 2/2

EXTOD

DTOEX

AVIC-D3/XU/UC 23

5678

X202

14.31818MHz

124

128

ATA_XRESET114 RESET

ATA_DMARQ182 DMARQ

ATA_XDIOW109 DIOWB

ATA_XDIOR246 DIORB

ATA_IORDY181 IORDY

ATA_XDMACK180 DMACKB

ATA_INT179 INTRQ

ATA_DA1178 DA1

ATA_DA0177 DA0

ATA_DA2191 DA2

ATA_ XCS 0257 CS1FXB

ATA_ XCS 1192 CS3FXB

RST3

CCD3C

XRST 44

XINT

XRDY

XBS

XCS

129

AOUTR 152

AOUTG 147

AOUTB 143

DAC_LRCK

99GDC_INT

AOUTBLUE

CSYNC 204 NVSYNC

AOUTGREEN

AOUTRED

NVBLUE

NVGREN

NVRED

GDC_WT

XBCYST

XCS4

XMRD

XMWR

XLLBEN

XLUBEN

XULBEN

XUUBEN

GDC_DMARQ

GDC_DMAACK

XTC

115

114

XRD

116 A24

179

XWE0

117

XWE1

118

XWE2

119

XWE3

120

DREQ

DRACK

107

DTACK

108

ASIC

IC5(1/2)

PD6336C

GDC_WT

101

134

135

126

PIO11

129

PIO17 GUIDEMUTE

PBSNS

REM_IN

IR_RX

CN2

CPU_CLKGDC BCLKI

OSCOUT

CLK

113

1 DACOUTL GUIDE11

DAC_MCLK

DAC_DATA

DAC_BCLK

176

175

172

173

240

174

XREADY

INT0

INT2

INT3

DREQ0

DREQ1

DREQ2

DAC

IC304

AK4388VT

MCLK AOUTL

BICK

3SDTI

4LRCK

ATA_DMARQ

ATA_DD0-15

ATA_XRESET

ATA_XDIOW

ATA_XDIOR

ATA_IORDY

ATA_XDMACK

ATA_INT

ATA_DA1

ATA_DA0

ATA_DA2

ATA_XCS0

ATA_XCS1

ATA_ DD 0-15

D0-31

BD0-31 C

16 XTAL0

EXTAL0

33.000MHz

58 XTAL1

EXTAL1

33.8688MHz

IC114

TC7SH08FUS1

SCARLET

IC201

MB86291

APFVS-G-DL

FLASH ROM

IC110

IC111

SRAM

IC113

M5M5V216

ATP-70HI

XLLBEN

XLUBEN

41XMRD

17XMWR

28 12

XMRD RST3

XMWR 11

OE RESET

IC112

TC7SH00FUS1

2 SRAM_CSE

11 XCS_SRAM

44 PIO4

BD0-15

BD16-31

BD0-15

S7 26

Q201

RSTIN

SRCMUTE

SPEED

GPSREV

SPEED

CN2055

(1/2)

CN2057

CN2065

MVDD5

CVBS DVDV

SLVSTS

CTOM

HSTCMD

MTOC

IRQPWR

XRES XMSRS

TMCDET

TMCSD

TMCCE

GTOTMC

TMCCK

TMCTOG

TMCSL

ANALOUT DVDL

AMUTE

ASENBO

IPBUS+

IPBUS-

IPL+ IPL

ASENB

IRQPWR

SYSTOC

CPUWDT

RST3

CTOSYS

ASENBO

130

BKSNS

89IPPW IPPW

90IPTOSYS RX

113

118

SYSTOIPBUS TX

BUS-

BUS+

98 MUTE

40 RESET

DIN1 2

ROUT 8

STBY

IC2068

HA12241FP

SYSTEM-uCOM

IC2056(1/2)

IPBUS+

IPBUS-

103

106

SYSTOC5

CCRST5

117CTOSYS5

CPUWDT5

IRQPW5

REVSNS

SYSREV

GPSREV 51

RESETRSTIN

SRCMUTE

IP-BUS IN

CCN1711

VDD5

ASENB Q2091

Q2054

IC2058

JM2904M

EED SENSE

IC2055

BD5335FVE

RESET

AMUTE 54

PDI

TMCTOG 24

PCK

TMCCK 26

PDO

GTOTMC 34

PCE

TMCCE 36

TMCSD 30

DETOUTTMCDET

TMCSL

IPL

DVDL

DVDV

VD8

VDD8(DRY)

VDD8(REG)

REMIN

PKB

5V→3V

IC2083

TC7SH14FUS1

PARKING SENSE

Q2055

Q2068

Q2069

Q2070

NVSYNC 13

NVBLUE 7

NVGREN 9

NVRED 11

PBSNS 129

PBSNS

VDD5

A2-12,23

PDO

PDI

25 STANBY MS5STBY1

BA2-23

BA1-17

BA2-23

PEH078B

PEH104B

PEH077B

PEH103B

DCN1901

XREADY

INT0

INT2

INT3

DREQ0

DREQ1

DREQ2

MUTE

RESET

105 XCCSTBY

OFFOK

Q2089

KBUP

AAVIC-D3/XU/EW5

BAVIC-D3/XU/UC

TO 2/2

5CTO 2/2

RSTIN

DCN2001

PE5581A

PE5580A

BC1

BC2

IC2065

TC7SH04FUS1

AVIC-D3/XU/UC

1234

Q2099

132

OPTSNS

120

OPTON

DRAMPW

FCONT

DD8CONT

VSEL2 85

VSEL1 86

BCVSW 53

NOSELL 109

SWACPW 62

SYSPWR

TELIN

ANTON 126

MUTEVO 76

ACONTA 9

VDT 77

ACONTB 10

VCK 61

SREMOTE 12

VST 29

137

WREMIN 124

PPW

116

125

123

PID

135

TUNSL 101

TUNCE2 107

MTOSYS 100

TUNCE1 108

SYSTOM 48

TUNCLK 133

TUNDO 45

LDET 46

TUNDI 13

ROT1 14

ROT0 65

XVMUTE

RCK

RDT

RDSLK

RDS57K

112

TXIPOD

111

RXIPOD

SYSTEM-uCOM

IC2056(2/2)

RSTOUT

104

CCON

69BSENS

BSENS

BLSENS

Q2088

Q2090

BUP

KBUP

NAVI MOTHER UNIT(2/2)

74 X2

X2050

Q2059

Q2053

Q2051

Q209

Q2097

Q209

SYSRST

CCON

RST3 2

CCD3C

RESET GEN.

IC301

M51957BFP

Q301

IN1

RSTOUT

IC302

TC7SH08FUS1

TO 1/2 2

FANCONT

ILLSNS

WCONT

IC2

TC7SE

OPTSNS

ASENS ASENS

FANUP

IC2061

TC7SH08FUS

1,2 4

5TC

DALMON 33

Q2102

Q2104

Q2103

Q2105

BUP3

UVDD5

Q2093

BUP

VD8

SRVDD

FU1931

KBUP

FU1913

FU2060

SD3VC FU1908

FCONT

Q2094

CCON

Q2092

FCONT

8.0V D/D CONVERTER

IC1931

TPS5103IDB

3.3V D/D CONVERTER

IC1903

TPS5103IDB

KBUP

FU1903

CCON

FCONT

5.0V / 2.5V D/D CONVERTER

IC1901

TPS5120DBT

CCD3C Q2071

Q2072

Q1935

Q2101

VDD5

UVDD5

MVDD5

CCD5

CCD5C FU1901

CCD25C FU1902

CCD3

BUP3

BUP3C

IC2070

S-814A50AUC-BDO

VCC5 VD8

VCC5 REG.

IC2076

BD3931HFP

VDD5 REG.

5 1,3

IC2075

S-L2980A33MC-C6S

BUP3 REG.

PSENS

PSENSG

DVEJKY

AAVIC-D3/XU/EW5

VCC

VCC-SENSE

STBY

Q1931

OUT_U

OUT_D

3FB

2INV

Q1934

OUT_U

OUT_D

3FB

2INV 10

STBY

RWMSKIP

VCC

VCC-SENSE

Q1903

LL2

OUT2_U

OUT2_D

14 FB2

15 INV2

Q1902

LL1

OUT1_U

OUT1_D

2FB1

1INV1

VCC

5V-STBY

STBY2

STBY1

Q2095

Q2100

SWBUP REG.

BUP

SWBUP

BAVIC-D3/XU/UC

TO 1/2

PE5581A

PE5580A

AVIC-D3/XU/UC 25

5678

Q2099

FU2051

VSEL2

CCON

VSEL1

BCVSW

GMUTEL

SWACPW

SYSPWR

MUTEIN

TELMUTE

ANTON

ILMSNS

MUTEVO

ACONTA

VDT

ACONTB

VCK

SREMOT

VST

WCONT

WREMIN

PPW

ACCPW

ACCDET

ACCID

FMSL

FMCE2

MTOSYS

FMCE1

SYSTOM

FMCLK

DVEJKY

STOFM

HLDET

FMTOS

ROT1

ROT0

XVMUTE

HRHSLK

HRLK

HRDT

HRCK

SYSTOI

ITOSYS

CN2059

FAN

CCN1711

Q2059

Q2053

Q2051

Q2098

Q2097

Q2096

CN2063

IC2067

TC7SET08FUS1

CN2061

DIGITAL

OUT

OPTSNS

ASENS

FANUP

ASENS

DIN

FNV

IC2061

TC7SH08FUS1

1,2 4

5IC2062

TC7SET08FUS1

1,2

Q2102

Q2104

Q2103

Q2105

Q2056

Q2058

Q2060

Q2062

CN2055 (2/2)

KBUP

VD8

CN2068

BUP

CCN1652 DCN1852

AVIC-D3/XU/UC

1234

AUXL

CLK

FLOUT

DATA

IN3L

RLOUT

VDT

VCK

MUTEVO

VST STB

MUTE

41FML IN2L

PREOUTL

IPL

POMUTE

RSTMUTE

IN4+L 12

GUIDE MIX

IC1131

NJM2060V

Lch MUTE

ISOLATOR, LPF AMP

CAPTAIN

IC1061

PML009A

13FL

SWL

IC1111

BA4558RFVM

GUIDE

GMUTEL

GMUTE

3AV1VIN 1 AV1V

IC1301

NJM2137V

ISOLATOR

KBUP

NBUP

CN1401

FM/AM TUNER UNIT Y1431

VDD_3.3

VCC

ROM_VDD

CE1

CE2

STOFM

FMTOS

FMCE1

FMCLK

FMSL

FMCE2

Lch FML

AM_ANT

FM_ANT

RDS-LOCK

RDS-HSLK

RDS-CK

RDS-DATA

LDET

HRLK

HRHSLK

HRCK

HRDT

HLDET

AV8

VDD5

TMC8

TU3

GUIDE

GUIDEMUTE GMUTE

GMUTEL

FM TUNER UNIT Y1452

STUNB

SPLL

SCMP

SBSL

SBDI

SBCE

SBDO

SBCK

SFMANT

SBSD

TMCDET

TXiPod SYSTOI

RXiPod ITOSYS

ACCID

ACCPW

ACCDET

TMCSL

TMCTOG

TMCCE

GTOTMC

TMCCK

TMCSD

ANTENA

SREMOTE

SRCMUTE

DVDV

VSEL2

VSEL1

XVMUTE

SYSPWR

CCON

SWACPW

VDD5

F/W PWR

ACONTA

CN1711

VST

VDT

MUTEVO

VCK

FANUP

ACONTB

IPL

DETOUT TMCDET

SD TMCSD

PCK

PDO

PCE

PDI

HRCK

HRDT

HLDET

HRLK

HRHSLK

TMCSL

TMCCK

GTOTMC

TMCCE

CTL

TMCTOG

Q1331

CN2055

AV UNIT

Q1402

AV8

Q1401

T1403T1402

T1401

Q1403

Q1451 Q1452

Q109

Q1205

Q1206

DVD LPF

IC1001

NJM4558V

VTR2L

iPodL

VTR1L

AUDIO SELECTOR

IC1051

TC4052BFT

3AUXL

ACONTA

Q1052

ACONTB

Q1051

ISOLATOR

IC1021(1/2)

BA4558RFVM

Q1112

Q1114

Q1204

Q1001

Q1002

Q1201

Q1203

40DVDL1

DVDLS

AMUTE

IN1L

VIDEO SELEC

IC1331

BA7649AF

IN1

8IN3

3AV2VIN 6 AV2V

IC1316

NJM2136V

ISOLATOR

10 IN4

VSEL1 3CTLA

VSEL2 4CTLB

5CTLC

4IPODVS 1

IC1381

NJM2505F

ISOLATOR

6IN2

VOUT

DVDV

STOFM

FMTOS

FMCE1

FMCLK

FMSL

FMCE2

70 SYSTOI

49 ITOSYS

51 ACCID

57 ACCPW

53 ACCDET

DVDL

32 AMUTE

LOUT IPODLS

CN1621

VOUT IPODVS

9SREMOT

SRCMUTE

NBU

TU3 REG.

NBUP TU3

IC1841

BA00CC0WCP-V5

CTL

FM DISTRIBUTION

TO iPod

SREMOTE

NBUP

IPODV

AVIC-D3/XU/UC 27

5678

4SREMOTE

MUT

POWER AMP

IC1201

PAL007C

IN2 OUT2+

OUT2-

IN4 OUT4+

OUT4-

B-REMOTE 25

MUTE

STBY

VTR1L

POMUTE

GUIDE MIX

IC1131

NJM2060V

RL+

FANUP

RL-

FL+

FL-

Q1093

13FL

SWL SWL

BREMOTE

Q1711

(1/2)

Q1711

(2/2)

TMC8 REG.

FireWire PWR

13,4

IC1876

NJM2125F

AV8 AU5

AU5 REG.

KBUP TMC8

F/W PWR

NBUP

IC1891

BA00CC0WFP

42,3

SELECTOR

IC1351

NJM2235M

75 DRIVER

IC1361

TK15405BMI

CN1701

BREM

SWL 13

BCVBCVIN

AV2V

AV2L

AV2VIN

AV2LS

REARVOUTRVOUT

WCONT

WREMIN

TELMUTE

VTR1V

AV1VIN

VTR1LAV1LS

PFL

PRL

CN1651

FL-

RL-

RL+ 6

KBUP

NBUP

AANTANTON

FL+

PULSESPEED

PKB

REV

ILM

BUP

ACC

16 IC1601

TPD1018F

AUTO ANT

PWRVI

VIDEO5

MFLPW

SWACPW

HDRST

MONVBS

BCVIN

ROT0

CN1661

CN1721

WIRED

REMOTE

(BLACK)

MTOSYS

MOREM

NVR

DISCEJ

SYSTOM

MTOS

STOM

NVB

ROT1

NVG

ILMB

VDD5

RSTMUTE

RVOUT

NVGREN NVG

NVRED

BCVSW

REMIN MOREM

MTOSYS

SYSTOM

MTOS

STOM

ROT1

NVSYNC

NVBLUE

NVR

NVB

XVMUTE

SPEED

REVSNS REV

PKB

DVEJKY

CCON

ANTON

RESET RSTIN

MUTEIN TELM

WCONT

WREMIN

ILMSNS

ILM SENS

Q1603

ASENS

Q1602

ASENS

ILM

ACC

REV SENS Q1601

Q1331

CN5001

14 IC1341

NJM2505F

ISOLATOR

KBUP

ILMB

CN1652

NBUP BUP

CN2068

PRL

PFL

Q1092

Q1091

VTR2L

ECTOR

BFT

3AUXL

ISOLATOR

IC1031(1/2)

BA4558RFVM

ISOLATOR

IC1041(1/2)

BA4558RFVM

AAVIC-D3/XU/EW5

BAVIC-D3/XU/UC

PWRFL

NBUP

MFLPW

FU1864

Q1861

Q1862

PWRVI

NBUP

SWACPW

FU1865

Q1851

Q1852

Q1204

Q1801

Q1805

ACC5V

PWRFL

VIDEO SELECTOR

IC1331

BA7649AF

IN1

8IN3

2V 10 IN4

EL1 3CTLA

EL2 4CTLB

5CTLC

6IN2

VOUT

PPW

AV8 REG.

NBUP AV8

SWACPW VIDEO5

IC1821

BA00CC0WCP-V5

CTL Q1831

Q1833

TU3

VIDEO5 REG.

BUP

Vehicle I/F

TELM

DVEJKY

NVSYNC 25

ROT0

AVIC-D3/XU/UC

1234

Q5300

MONITOR CPU

IC5300

PE5584A

TH5300

TEMP. SENSOR

CN5001

PWRVI

ACC5V

MTOSYS

SYSTOM

MOREM REMCON

NVR

NVG

NVB

AV2V

AV2L

AV2V

AV2L

AV2V

AV2L

ANR

ANG

ANB

DIMDTY

INVBST

Q5301

V14

MONVBS

ROT1

ROT0

HDRST

DISCEJ

VACC5

SWACPW

ILMB

TEMPSEN

KDT0

61 REMIN

MFLPW MFLPW

77 KDT1

VDDSENS

RXD/TSI

TXD/TSO

INVBST

DIMMER

MVIPW

X5300

12.58MHz 70

MONITOR UNIT

SWACPW

44 INVPUL

VACC5 RESET

601

EPRCS 49 1

EPRCK 48 2

EPRDO 47 3

EPRDI 46 4

EEP-ROM

IC5303

S-93C46BD0I-J8

IC5304

S-80835CNNB-B8U

IC5681

NJM2903V

POWER ON RESET

CN5002

ADX

ADY

PNLXV

PNLYV

PNLADY

PNLADX

TOUCH

PANEL

Q5364

Q5362

26 PNLVD

Q5360

(2/2)

Q5360

(1/2)

VACC5

Q5363

Q5361

VACC5

FL1

FL2

531

DIMDTY

INVPUL

INVBST

LCT

3ENA

7V2500

9FB

18 CT

DIM

VDDA NDRV_D

PDRV_C

NDRV_B

PDRV_A

OVP

Q5900 Q5901

Q5904

Q5902

Q5908

Q5905

Q5907

Q5903

5V REG.

IC5900

TA78L05F

LCD DRIVE

IC5902

OZ961ISN

10 COMP

T5900

PWRFL

31 PWRFL

OSDDT

OSDCK

OSDCS

HSY

OSDDISP 31

IC5650

PD6567A

LCDDT 12

LCDCK 13

LCDCS 14

MODS 34 16

MODW 35

MODN 36

MDS

MDW

MDN

FREQSW 43

LEDDT 52

LEDCK 53

LEDCS 54

BLKDRV 15

RGBSEL 27

PSAVE 28

COLSYS 29

SIN

SCLK

DISP

OSDTRE 16 23 TRE

ROUT(C1)

GOUT(C2)

DOCKI

VOB1

IOUT(C3)

BOUT(C0)

HSYNC

13 VSYNC

IC5100

LZ9FE30

MDW

MDN

VSYNC 64 12 VSY

MDS

SPI

MOD

SPO

SYN

FRP

NTP

AV MINI

JACK PCB

IC5901

TC7SH08FUS1

1,2

CN1661

IC5651

TC7SH08FUS1

1414

OSC

REMOTE

IC5307

GP1UX51RK

REM

AAVIC-D3/XU/EW5

CN5552 CN5004CN4825

NVSYNC

AVIC-D3/XU/UC 29

5678

CN5003

KDT0

X5010

4.43MHz

IC5011

RB5P0090M

KDT1

CN5007

REDLCDR

GREEN

V53

VGL

COM

BLUE 21

LCDG

LCDB

VCOM

COMS

ROUT

RIN1

GIN1

BIN1

GOUT

VCO_OUT(PAL)

VCO_IN(PAL)

X5011

3.58MHz

VCO_OUT(NTSC)

VCO_IN(NTSC)

BOUT 37

COM_DC 39

COMOUT

ANR

ANG

ANB

13 LCD MODULE

MVIPW

Q5650

IC5101

NJM2107F

4IC5060

TC74VHC221AFTS1

CN5006

FL1

FL2

FL1

FL2

1,2,5,6

V14

FREQSW

D/D CONVERTER

IC5181

BD6171KV

5V REG.

6PVCC1

PVCC2

32 EN1

OUT2 7

VS2 4

PVCC3

PVCC4

PVCC5

OUT1 10

OUT5 38

OUT4 47

V15

OUT3 22 V53

VM10

Q5210

8V REG.

Q5200

41 PVCC

42 VCC

VS1 13

VSHA2

VSHA1

VCC

SPIO

SPS

CLS

VRV

MODE2

MODE1

CTR

CLD

HRVHR

SPOI

RIN2

GIN2

BIN2

SW2

OSDOVR

5650

6567A

BLK_IN

PSAVE

NTSC/PAL_OUT

BLKDRV

COLSYS

434

COLSYS

210 MASK

111

CLK

SYNC_SW

LCDDT

LCDCK

LCDCS

RGBSEL

ROUT(C1)

GOUT(C2)

DOCKI

VOB1

IOUT(C3)

BOUT(C0)

17 OSDRGB

IC5700

M62343FP

6DI A01 1

7CLK A02 2

8LD A03 3

HSYNC

IC5100

LZ9FE30

MDW

MDN

12 VSY

MDS

VSC

37 1

SPIO

SPS 57

CLS 59

VR 32

MOD2 60

MOD1 36

CTR 47

CLD 33

HR 28

SPOI

PDP

SYNI

FRPT

NTPC

HSY

FRP

2SYNCCT SYNC_OUT

4SYNC_IN1

COM_FRP

HSY_IN

D5501

RESET

S5506

EJECT

S5505

Q5703

Q5705

Q5700

Q5702

CN5503

KEY PCB

KEY MATRIX

ROT0

KDT1

LEDR

S5501

RIGHT

S5502

LEFT

S5503

MAP

S5504

S5507

SOURCE(enter)

ROT1

KDT0

ROT0

ROT1

LEDG

LEDB

LEDR

LEDG

LEDB

RED

GREEN

BLUE

ILMB

HDRST

DISCEJ

HDRST

DISCEJ

Q5180

44 RT

IC5010

TC7SH32FUS1

OSCI

OSCO

ILMB

LEDDT

LEDCK

LEDCS

V15 VGH

IC5012

TC7SH04FUS1

SYNC_IN2

NVSYNC

PSAVE SW1

Q5100

MOD2

MOD1

ILMB

AVIC-D3/XU/UC

1234

D0-15

A1-18

D0-15

A1-18

D0-15

A1-17

GPS UNIT

IC402

UPB1027GS

RF_MIXin 2ndIFout

19 17

REFin LOOUT

IC503

M5M5V216ATP-70HI

530

TXDD

RXDD

GPSTOC

CTOGPS

REVSNS

SPEED9

133

132

CN461

CN504

ANTVCC

AD5V

VCC3

BUP3

1 RESETB

CERAM 97

120

140

DRAGON

IC501

PD3390A

WRLB

RDB

CS1B

CEROM 89 CS0B

RESETB

BOWWOWB

RTCVCC

110 CRCK

PIN0

PIN2

PIN3

RXD0

TXD0

RXD1

TXD1

SPEED

GSNSIN

ADRXD

GYROIN

ADCSB

VSNS

ADTXD 11

ADSCK

XRTCIN

XRTCOUT

143

GPS

ANTENNA

X401

F401

POWER ON RESET

IC504

MAX6364PUT29

Q441 130

PIN1

131

ANTVCC

41 IC401

UPC2749T 4

IC441

NJM2100V

64HBS40 A0

BC2 85LBS39 WRHB

BC1

RESET

IC461

ADC12H034CIMSAS1

SCLK

15 22

ADIO0 CCLK

14 16

ADSRX EOC

CH2

CH1

CH3

X501

102

103

X532

PSWOUT17

ADIO2

FLASHWE112

PC0

PDI25

PLRX

PCK23

PLSCK

PDO24

PLTX

SD28

PLIO2

PCE22

PLCE

CH0

DDIO1 29

DDINT 33

DDRX

BCLOCK

DINT

DDO

IC532

LC72720YVSS1

RDS-ID

SYNC

DDSCK 30

DDCE 32

DDTX

DCL

DCE

DDI DI

DDIO2

DDIO0 30

DSTB

DRST SYR

XOUT

XIN

DETIN

MPXIN

CN2060

VCC3

104

AAVIC-D3/XU/EW5

XAUXIN

XAUXOUT

X502

20.0MHz

128

129

FM ANT

AM ANT

FM ANT

AM ANT

FM/A

BAVIC-D3/XU/UC

IC502

PEH101A8

PEH100A8

VCC3 4

AVIC-D3/XU/UC 31

5678

FMRF

ANT adj RF adj

FM ANT

T51 CF52

RFGND

OSCGND

DGND

AUDIOGND

VCC

VDD_3.3

3.3V 2.5V

IC 4

3.3V 2.5V

←

IC 2

2.5V

CE2

ROM_VDD

CE1

76 13 5 1098 11 14 18192021

212 1522 16 4 17

IC 1

3.3V

AM ANT FMRF

ATT

LPF

OSC

IC 3 EEPROM

5.0V

IC 5

5V 3.3V

←

ATT

MIXER, IF AMP DET, FM MPX

Rch

Lch

FMRF

ANT adj RF adj

FM ANT

T51 CF52

RFGND

OSCGND

DGND

AUDIOGND

VCC

VDD_3.3

3.3V 2.5V

IC 4

3.3V 2.5V

←

IC 2

2.5V

CE2

ROM_VDD

CE1

LDET

RDS_CK

RDS_DATA

RDS_LOCK

RDS_HSLK

76 13 5 1098 11 14 18192021

212 1522 16 4 17

IC 1

3.3V

AM ANT FMRF

ATT

LPF

OSC

IC 3 EEPROM

5.0V

IC 5

5V 3.3V

←

ATT

MIXER, IF AMP DET, FM MPX,

RDS DECODER

Rch

Lch

FM/AM TUNER UNIT(AVIC-D3/XU/UC)

FM/AM TUNER UNIT(AVIC-D3/XU/EW5)

AVIC-D3/XU/UC

1234

MA0-11

MDQ0-31

DQM0-3

HDD0-15

A16-19

AD0-15

VIDEO+AUDIO

IC1501

MN2DS0016AAUB

SRCK

LRCK

ADOUT3

SDODAC

LTDAC

SCKDAC

DACCK

174

173

175

172 DACCLK

SRCK

ADOUT3

SDODAC

LRCK

LTDAC

SCKDAC

DACCLK

DRV3 95

CONT1

CONT2 84

LOADIN 93

FD 150

TD 149

LDIN

HOME

TEMP

VIN1RF

VIN3RF

VIN4RF

VIN2RF

VIN5

VIN6

DVDMPD

RFINN

F+H_G+H

CDMPD

E+G_E+F

LPCO2

LPCO1

145

123

121

120

122

VIN2 142

136

137

FE1

FE2

128

116

134

130

135

131

129

Comp

152

153

154

161

STANDBY 78

HOSTCMD 80

SLVSTS 79

IRQPWR 89

AMUTE 87

DSCSNS 147

PHOTOSNS 144

(CR)

(CB)

(Y)

(COMPOSIT)

COMPOSIT

DRV2 96

NRES

OSCO

OSCI

X1501

169

170

STANBY

CMDCOMN

STSCOMN

IECOUT 179

A16-19

A0-15

AD0-15

XRDNRES 28 50 NEXOE

101 NRST

77 XCSSR

51 NEXCE

62 NEXWE

XCSSR

XWR111

RESET

2 1 VSENS

VOLTAGE DETECT

IC1003

S-80859CNNB-B9K

VD8 OUTVDD 88 VSENCE

SDRAM

IC1481

EDS1232AATA-75

CLK

XWE17 3 NWE

XCAS18 4 NCAS

XRAS19 5 NRAS

XCSM 6 NCSM

22 8BA0

23 10 BA1

BA0

BA1

MCK 234 MCK

232 MCKI

194 NRESET

216 DMARQ

217 NIOWR

218 NIORD

219 IORDY

193 MASTER

222 NDMACK

223 INTRQ

224 DA1

225 NPDIAG

226 DA0

227 DA2

228 NCS1FX

229 NCS3FX

230 NDASP

CAS

RAS

92 P0

VIN1 143

VIN3 140

VIN4 141

FLASH 16M

IC1401

CWW1428

LATCH

IC1352

TC74LCX16373FT

IC1351

TC7SZ08FU

IC1403

TC7SZ32FU

XCSFM26

11 XWR2

IC1402

CWW1429

XCSFM

1LE 25

2LE

CN2001

1HRST

DMARQ

NIOWR

NIORD

IORDY

NDMACK

INTRQ

DA1

DA0

DA2

NCS0

NCS1

34 NPDIAG

28 MASTER

39 DASP

HRST

NCS0

NCS1

DASP

DVD CORE UNIT

VREF

132

VREFH

VHALF

133

VHALF

CLAMP 94

VDD5 VCC

STB

SEL1

PVC

DC/DC

BD9

CN2

AVIC-D3/XU/UC 33

5678

AVCC5

VOUTL 7

BCK

LRCK

DATA

AUDIO 2CH ANALOG OUT

IC1801

PCM1753DBQ

LOUT

SCK

SRCK

ADOUT3

SDODAC

LRCK

LTDAC

SCKDAC

DACCLK

20 18

CTL2

ACO2+4

MOTOR DRIVER

IC1201

BD7996EFV

TOM

TOP

FOM

FOP

ACO1+

21 CTL1

25 SLIN2

29 SPIN

10 LDIN

13 FG

DISC DET

IC1301

TC7SZ125FU

VDD5

CN1201

SLO2+

SLO1+42

VCOILV

WCOILW

UCOILU

HB HBM

30 HWM

HW+ HWP

32 HVM

HV+ HVP

34 HUM

HU+ HUP

Q1104Q1102

VREF

VCC5

CN1101

LD(CD)

F+

T+

FOM

THTEMP

FOP

TOM

TOP

LPCO2

Q1103Q1101

LD(DVD)

VCC

LPCO1

4DSCSNS 2,3

51 ACTIN1

50 ACTIN2

VIN

VOUT ON/OFF

AVCC5 REG.

IC1005

S-L2980A50MC-C7J

VCC5

VDD5

VD8

VIN

VOUT CONT

VCC5 REG.

IC1004

NJM2880U1-05

FE1

FE2

78MD

CDMPD

65MDDVDMPD

F+H/G+HF+H_G+H

E+G/E+FE+G_E+F

DRV3

SLIN1

DRV2

CONT1

CONT2

IECOUT

COMPOSIT

STANBY

SLVSTS

HSTCMD

STSCOMN

CMDCOMN

IRQPWR

AMUTE

VD8

XRESETNRES

WAKE UP

B+

COIL_V

COIL_W

COIL_U

ANALOG LOUT

DiscDetect

8cm

12cm

8cm

PhotoPHOTOSNS

CN1901

CN1852

CN1301

A+

SWITCHHOME

HALL_W+

HALL_V+

HALL_U+

HALL_BIAS+

COMPOUND UNIT(A)

S1203 S1204

DISC SENS

S1202

8cm

S1201

212cm

5S1205

8cm

6Q1299

CLAMP1 TP1

COMPOUND UNIT(B)

S1206

CLAMP

Q1003

VCC12

VCC33

VCC INV2

FB2

STB

19 6

INV1

FB1 15

SEL1

PVCC1

PVCC2

8OUT1

Q1001

OUT2

DC/DC CONVERTER

IC1001

BD9851EFV

VAREF

CN2057

CN2061

PICKUP UNIT(SERVICE)

AVIC-D3/XU/UC

1234

TUNER

REG

AUDIO

REG

FM/AM TUNER

UNIT

TU3V = 3.3 V

AV8V = 8.3 V FM

DISTRIBUTOR

TMC8

REG TMC TUNER UNIT

(UC NM)

ZENER

DIODE

TMC8 = 8.2 V

VCC3V = 3.3 V

CAPTAIN4

PML009A

AV2 AUDIO

ISORATOR

BA4558RFV

AUDIO MUTE

IMD3A

GUIDE

ISOLATOR

BA4558RFV

VIDEO5

REG

AV1 AUDIO

ISOLATOR

BA4558RFV

IPOD AUDIO

ISOLATOR

BA4558RFV

GUIDE MUTE

IMD3A

GUIDE MIX

NJM2060V

VIDEO

SELECTOR

BA7649AF

IPOD VIDEO

ISOLATOR

NJM2505F

AUTO ANT

TPD1018F

SRC MUTE

FW PWR SW

PWR VI SW

PWR FL SW

POWER AMP

PAL007C

INVERTER

OZ961ISN

BACK LIGHT DC/DC

CONVERTER

BD6171KV

V5 = 5 V

V15 = 15 V

VM10 = -10 V

V53V = 5.3 V

5V REG

TA78L05F

INV PUL

TC7SH08FUS1

CCON

SWACPW

SYSPWR

SWACPW

SYSPWR

SWACPW

AV UNIT

SREMOTE

PPW

SWACPW

MFLPWR

V8V = 8 V

AB C

- Power supply system figure

AVIC-D3/XU/UC 35

5678

AUDIO

SELECTOR

TC4052BFT

GUIDE

ISOLATOR

BA4558RFV

DVD AUDIO

LPF

NJM4558V

AU5 REF

NJM2125F

AV1 VIDEO

ISOLATOR

NJM2137V

AV2 VIDEO

ISOLATOR

NJM2136V

VIDEO

SELECTOR

BA7649AF

IPOD VIDEO

ISOLATOR

NJM2505F

B CAMERA

ISOLATOR

NJM2505F

75 Ω DRIVER

TK154058BMI

VIDEO

SELECTOR

NJM2235

VSW5V

MONITOR

UCOM

PE5584A

RESET IC

S-80835

EEPROM

UCOM MEMORY

S-93C46BD0I

EEPROM

ROM COLLECT

S-93C56BDOI

THERMISTOR

CCX1051

TIMING

ADJUSTMENT

TC74VHC221AFTS1

TC7SH32FUS1

OSD SW

AND

TC7SH08FUS1

LED DRIVER

M62343

DIMMER OSC

NJM2903V

VIDEO I/F IC

RB5P0090M

REMCON

GP1UX51RK

TOUCH

PAN EL

CSX1114

6.1 inch LCD

TIMING

CONTROL IC

LZ9FE30

V5 = 5 V

V15 = 15 V

VM10 = -10 V

V53V = 5.3 V

OSD IC

PD6567

MULTI COLOR LED

NSSM025

MONITOR UNIT

KEY UNIT

V8V = 8 V

AVIC-D3/XU/UC

1234

VDD5

REG

IPBUS

DRIVER

HA12241FP

SYSTEM

UCOM

uPD703089YGJ

RST INV

5 3

TC7SH04FUS1

MUTE

TC7S32FU

ROM

COLLECTION

S-93C568DOI-J8

RESET IC

BD5335FVE

TR SW

CTOSYS WDT OFFOK RST

3 5 AND

TC74VHCT08AFTS1

LC FILTER

UVDD5

DC/DC

8 V

TPS5103IDB

VCC5

REG

SWBUP

FAN CNT

DC/DC

5 V

TPS5120BT

MS5

ASENS IPBUS

POWER

OPTON

TC7SET08FUS1

SPEED

PULSE

NJM2904M

LC FILTER RGB

BUFFER

K MODE

(EW NM)

PB SNS

NAVI MOTHER UNIT

ASENBO

VDD5 = 5 V

ASENS

FANCONT

FANUP

CCON

VD8 = 8.2 V

VCC5V

UVDD5 = 5 V

CCON

DD8CONT

CCON

DALMON

FAN

7.5 V to 10.5 V

AB C

DEEF

AVIC-D3/XU/UC 37

5678

ROM

LLECTION

C568DOI-J8

SET IC

335FVE

R SW

IPOD TO SYS

3 5

TC7SET08FUS1

BUP3

S-L2980A33MC-C6S

SYS TO IPOD

5 3

TC7SH08FUS1

TR SW

CC5

REG

GYRO

CSX1122

G SENSOR

CSX1118

MS5

RST IC

MAX6364PUT29

GPS 2M SRAM

M5M5V216ATP

DRAGON

PD3390A

4Mbit

FLASH

ADC

ADC12H034CIMSA

DIAGNOSIS

NJM2100V

TCXO

CWX2381

RF AMP

UPC2749T

GPS

ANNTENA

RDS DECODER

LC72720YVS

(UC/NM)

WDT IRQ

OR 5 3

TC7WH32FU

SYSTOC IRQ

AND 5 3

RS232C

DRIVER

UPD4723GSS1

REM INV

5 3

TC7SH14FUS1

SYNC

INV

TC7SH04FUS1

GPS UNIT

BUP3 = 3.3 V

RF IC

UPB1027GS

DALMON

TC7WH08FU

AVIC-D3/XU/UC

1234

DC/DC

3.3 V

TPS5103IDB

TR SW

RST3

AND

TC7WH08FUS1

CKE SDRAM

AND

TC7SZ08FU

SDRAM*2

K4S561632E

HY57V561620

ASIC

PD6336B

DATA

BUFFER

TC74LCX24

Xtal

CWX2795

CHIP SE

AND

TC74LCX08

ADDRESS

BUFFER*3

TC74LCX541FTS1

64MBIT

FLASH*2

R/W

INV

TC7SH04F

RST3

M51957BF

DC/DC

2.5 V

TPS5120BT

DRAMPW

CCON

CCD5

CCON

CCD3 = 3.3 V

CCD25 = 2.5 V

SRAM

M5M5V21

XCS SR

NAND

TC7SH00

RST SRA

AND

TC7SH08

DAC

AK4388VT

DEEF

AVIC-D3/XU/UC 39

5678

DATA

BUFFER*4

TC74LCX245FT

CHIP SEL

AND

TC74LCX08FTS1

R/W

INV

TC7SH04FUS1

RST3

M51957BFP

MS5 RESET

AND

TC7SH08FUS1

BUFFER

TC74LVX4245

SCARLET

MB86291APFVS

CPU

UPD705103GM180S1

SRAM

M5M5V216ATP

XCS SRAM

NAND

TC7SH00FUS1

RST SRAM CS

AND

TC7SH08FUS1

CC SECTION

AVIC-D3/XU/UC

1234

3.2 OVERALL CONNECTION DIAGRAM

NAVI MOTHER UNIT

1/7

CPU,ASIC,SDRAM

2/7

ROM,SRAM,BUS-BUFFER

3/7

GRAPHIC

4/7

MAIN,CC I/F

5/7

SYSTEM uCOM

6/7

I/F

7/7

AV UNIT

1/3

PS,I/F

2/3

A/V

3/3

TUNER

KEY PCB

AV MINI JACK

DVD MECHANISM

MODULE(MS5)

D E F

TOUCH PANEL

AVIC-D3/XU/EW5

AVIC-D3/XU/UC

Note: When ordering service parts, be sure to refer to " EXPLODED VIEWS AND PARTS LIST" or

"ELECTRICAL PARTS LIST".

CN2001CN1901CN1852

AVIC-D3/XU/UC 41

5678

GPS UNIT

NIT

S,I/F

UNER

MONITOR UNIT

1/2

VIDEO

2/2

INVERTER

KEY PCB

MINI JACK PCB

LCD

MODULE

OUCH PANEL

TUNER UNIT

(AVIC-D3/XU/EW5)

FM/AM TUNER UNIT

GPS ANTENNA

FAN MOTOR

AVIC-D3/XU/UC

1234

3.3 NAVI MOTHER UNIT (CPU, ASIC, SDRAM)(GUIDE PAGE)

A-a

1/7

A-a A-b

A-b

A-a

Large size

SCH diagram

Guide page

Detailed page

4/7

3/7

A2/7

Decimal points for resistor

and capacitor fixed values

are expressed as :

2.2 2R2

0.022 R022

←

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.

Symbol indicates a resistor.

No differentiation is made between chip resistors and

discrete resistors.

NOTE :

Symbol indicates a capacitor.

No differentiation is made between chip capacitors and

discrete capacitors.

3.3V

2.5V

AVIC-D3/XU/UC 43

5678

A-b

1/7

A-a A-b

A-b

A-a

CN2001

2/2

4/7

NAVI MOTHER UNIT (CPU, ASIC, SDRAM)

1/7

3.3V

2.5V

3.3V

2.5V

AVIC-D3/XU/UC

1234

A-a A-b

A-b 1/7

CN2001

2/2

4/7

NAVI MOTHER UNIT (CPU, ASIC, SDRAM)

1/7

3.3V

2.5V

AVIC-D3/XU/UC 45

5678

A-a A-b

A-b 1/7

3.3V

AVIC-D3/XU/UC

1234

A-bA-a

A-a 1/7

A-b 1/7

4/7

Decimal points for resistor

and capacitor fixed values

are expressed as :

2.2 2R2

0.022 R022

←

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.

Symbol indicates a resistor.

No differentiation is made between chip resistors and

discrete resistors.

NOTE :

Symbol indicates a capacitor.

No differentiation is made between chip capacitors and

discrete capacitors.

3.3V

2.5V

AVIC-D3/XU/UC 47

5678

A-bA-a

A-a 1/7

A-b 1/7

3/7

A2/7

2.5V

AVIC-D3/XU/UC

1234

3.4 NAVI MOTHER UNIT (ROM, SRAM, BUS-BUFFER)

2/7

1/7

AVIC-D3/XU/UC 49

5678

2/7

NAVI MOTHER UNIT (ROM, SRAM, BUS-BUFFER)

2/7

3/7

4/7

3.3V 3.3V

AVIC-D3/XU/UC

1234

3.5 NAVI MOTHER UNIT (GRAPHIC)(GUIDE PAGE)

A-a

3/7

2/7

1/7

2.5V

3.3V

AVIC-D3/XU/UC 51

5678

A-b

3/7

NAVI MOTHER UNIT (GRAPHIC)

3/7

4/7

2.5V

3.3V

AVIC-D3/XU/UC

1234

A-a A-b

A-b 3/7

1 2

NAVI MOTHER UNIT (GRAPHIC)

3/7

4/7

2.5V

3.3V

AVIC-D3/XU/UC 53

5678

A-a A-b

A-b 3/7

2.5V

3.3V

AVIC-D3/XU/UC

1234

A-bA-a

A-a 3/7

A-b 3/7

1 2

1/7

2.5V

3.3V

AVIC-D3/XU/UC 55

5678

A-bA-a

A-a 3/7

A-b 3/7

2/7

2.5V

3.3V

AVIC-D3/XU/UC

1234

3.6 NAVI MOTHER UNIT (MAIN, CC I/F)

4/7

1/7

2/7

3/7

5.1V

3.3V

2.5V

3.3V

2.5V

AVIC-D3/XU/UC 57

5678

4/7

NAVI MOTHER UNIT (MAIN, CC I/F)

4/7

7/7

6/7

3.3V

2.5V

3.3V

5.1V

AVIC-D3/XU/UC

1234

3.7 NAVI MOTHER UNIT (SYSTEM uCOM)(GUIDE PAGE)

A-a

5/7

CN1901

2/2

CN1711

2/3

SYSTEM CONTROLL

5.1V

8.1V

3.3V

5.0V

3.3V

5.0V

AVIC-D3/XU/UC 59

5678

A-b

5/7

NAVI MOTHER UNIT (SYSTEM uCOM)

5/7

6/7

7/7

STEM CONTROLLER

3.3V

5.1V

8.1V

5.0V

3.3V

5.0V

3.3V

5.0V

3.3V

5.0V

AVIC-D3/XU/UC

1234

A-a A-b

A-b 5/7

1 2 3

NAVI MOTHER UNIT (SYSTEM uCOM)

5/7

6/7

7/7

3.3V

5.1V

8.1V

5.0V

3.3V

5.0V

AVIC-D3/XU/UC 61

5678

A-a A-b

A-b 5/7

SYSTEM CONTROLLER

3.3V

5.0V

3.3V

5.0V

AVIC-D3/XU/UC

1234

A-bA-a

A-a 5/7

A-b 5/7

1 2 3

CN1901

2/2

CN1711

2/3

5.1V

8.1V

3.3V

5.0V

3.3V

5.0V

AVIC-D3/XU/UC 63

5678

A-bA-a

A-a 5/7

A-b 5/7

CN1711

2/3

SYSTEM CO

5.0V

3.3V

5.0V

AVIC-D3/XU/UC

1234

3.8 NAVI MOTHER UNIT (I/F)(GUIDE PAGE)

A-a

6/7

BCN461

5/7

4/7

5.1V

3.3V

5.0V

AVIC-D3/XU/UC 65

5678

A-b

6/7

NAVI MOTHER UNIT (I/F)

6/7

CN1852

2/2

7/7

5.1V

5.0V

5.1V

3.3V

5.1V

AVIC-D3/XU/UC

1234

A-a A-b

A-b 6/7

1 2

NAVI MOTHER UNIT (I/F)

6/7

7/7

5.1V

AVIC-D3/XU/UC 67

5678

A-a A-b

A-b 6/7

CN1852

2/2

7/7

5.0V

5.1V

3.3V

5.1V

AVIC-D3/XU/UC

1234

A-bA-a

A-a 6/7

A-b 6/7

1 2

CN461

5/7

4/7

3.3V

5.0V

AVIC-D3/XU/UC 69

5678

A-bA-a

A-a 6/7

A-b 6/7

5.0V

AVIC-D3/XU/UC

1234

3.9 NAVI MOTHER UNIT (PS)(GUIDE PAGE)

A-a

7/7

6/7

5/7

4/7

5/7

6/7

2.5V

3.3V

5.1V

3.3V

5.1V

8.1V

5.0V

3.3V

5.1V

5.0V

3.3V

2.5V

5.1V

3.3V

5.1V

AVIC-D3/XU/UC 71

5678

A-b

7/7

CN1652

1/3

NAVI MOTHER UNIT (PS)

7/7

FAN MOTOR

CXM1320

5.0V

5.1V

8.1V

AVIC-D3/XU/UC

1234

A-a A-b

A-b 7/7

1 2 3

CN1652

1/3

NAVI MOTHER UNIT (PS)

7/7

5.1V

AVIC-D3/XU/UC 73

5678

A-a A-b

A-b 7/7

4 5

FAN MOTOR

CXM1320

5.0V

8.1V

AVIC-D3/XU/UC

1234

A-bA-a

A-a 7/7

A-b 7/7

1 2 3

6/7

5/7

4/7

5/7

2.5V

3.3V

5.1V

3.3V

5.1V

2.5V

5.1V

AVIC-D3/XU/UC 75

5678

A-bA-a

A-a 7/7

A-b 7/7

4 5

6/7

8.1V

5.0V

3.3V

5.1V

5.0V

3.3V 3.3V

AVIC-D3/XU/UC

1234

3.10 GPS UNIT(GUIDE PAGE)

B-a

CN2060

6/7

AVIC-D3/XU/UC 77

5678

B-b

BGPS UNIT

AVIC-D3/XU/UC

1234

B-a B-b

B-b 1

BGPS UNIT

AVIC-D3/XU/UC 79

5678

B-a B-b

B-b

2 3

AVIC-D3/XU/UC

1234

B-bB-a

B-a

B-b 1

AVIC-D3/XU/UC 81

5678

B-a

B-b

B-bB-a

2 3

CN2060

6/7

AVIC-D3/XU/UC

1234

3.11 AV UNIT (PS, I/F)

1/3

3/3

2/3

CN5001

1/2

AVIC-D3/XU/UC 83

5678

1/3

FUSE

CEK1208(10A)

AV UNIT (PS, I/F)

1/3

2/3

CN2068

7/7

AVIC-D3/XU/UC

1234

3.12 AV UNIT (A/V)(GUIDE PAGE)

C-a

2/3

3/3

C1/3

3/3

CN2055

5/7

AVIC-D3/XU/UC 85

5678

C-b

2/3

(4A)

NC(Reserved?)

1/3

AV UNIT (A/V)

2/3

AVIC-D3/XU/UC

1234

C-a C-b

C-b 2/3

1 2

AV UNIT (A/V)

2/3

AVIC-D3/XU/UC 87

5678

C-a C-b

C-b 2/3

3 4 5

(4A)

NC(Reserved?)

1/3

AVIC-D3/XU/UC

1234

C-bC-a

C-a 2/3

C-b 2/3

1 2

3/3

C1/3

CN2055

5/7

AVIC-D3/XU/UC 89

5678

C-bC-a

C-a 2/3

C-b 2/3

3 4 5

3/3

CN2055

5/7

AVIC-D3/XU/UC

1234

3.13 AV UNIT (TUNER)

3/3

AVIC-D3/XU/UC 91

5678

3/3

2/3

1/3

2/3

AV UNIT (TUNER)

3/3

AVIC-D3/XU/UC

1234

3.14 DVD CORE UNIT (1/2)(GUIDE PAGE)

D-a

1/2

2/2

RF SIGNAL

FOCUS SERVO LINE

TRACKING SERVO LINE

CARRIAGE SERVO LINE

SPINDLE SERVO LINE

AVIC-D3/XU/UC 93

5678

D-b

1/2

DVD CORE UNIT (1/2)

2/2

1/2

2/2

PICKUP UNIT(SERVICE)

STEPPING MOTOR

M2:CXM1364

M1:CXC4912

SPINDLE

MOTOR

M3:CXM1362

S S

RF RF

AVIC-D3/XU/UC

1234

D-a D-b

D-b 1/2

DVD CORE UNIT (1/2)

2/2

1/2

2/2

PICKUP UNIT(SERVICE)

S S

RF RF

AVIC-D3/XU/UC 95

5678

D-a D-b

D-b 1/2

2/2

STEPPING MOTOR

M2:CXM1364

M1:CXC4912

SPINDLE

MOTOR

M3:CXM1362

AVIC-D3/XU/UC

1234

D-bD-a

D-a 1/2

D-b 1/2

2/2

AVIC-D3/XU/UC 97

5678

D-bD-a

D-a 1/2

D-b 1/2

RF SIGNAL

FOCUS SERVO LINE

TRACKING SERVO LINE

CARRIAGE SERVO LINE

SPINDLE SERVO LINE

AVIC-D3/XU/UC

1234

3.15 DVD CORE UNIT (2/2)

2/2

1/2

CN2061

6/7

AVIC-D3/XU/UC 99

5678

2/2

DVD CORE UNIT(2/2)

2/2

1/2

CN2

1/7

CN2057

5/7

: The power supply is shown with the marked box.

AVIC-D3/XU/UC

100

1234

1 RF

2 TD1

3 A+, A-

4 B+, B-

5 FD1

1RF 0.2 V/div(AC) 1RF 0.2 V/div(AC) 50 ns/div 1

RF 0.2 V/div(AC) 50 ns/div

CDRF(x 4 CLV) CDRF(x 20 CAV Inner peripheral)

CDRF(x 20 CAV

Peripheral)

RF 0.2 V/div(AC) 50 ns/div

DVDRF(x 1.3 ZCAV) DVDRF(x 5 CAV

Inner peripheral)

DVDRF(x 5 CAV

Peripheral)

RF 0.5 V/div

TD1 0.1 V/div

DVDRF(BD1 mm) Interval FWD Interval REV

VHALF VHALF2.2 V

- Waveforms

Note:1. The encircled number denote measuring points in the circuit diagram.

2. Reference voltage: 1.65 V(TD1,FD1)(=VHALF)

2.2 V(RF)(=VREF)

In the waveform, it is seeing on the GND standard.

Offset of 1.65 V or 2.2 V is put in.

100 µs/div 100 µs/div 100 µs/div

0.1 µs/div

AVIC-D3/XU/UC 101

5678

2TD1 0.1 V/div 2TD1 0.1 V/div 2

CH1 : TD1 0.5 V/div 10 ms/div

Multi

32 FWD Multi

32 REV 3

CH2 : A+-A-10.0 V/div 10 ms/div

CH3 : B+-B-10.0 V/div 10 ms/div

Traverse 900 FWD(Short)

VHALF

VHALF VHALF

CH1 : TD1 0.5 V/div 10 ms/div

CH1 : TD1 0.5 V/div 20 ms/div

CH2 : A+-A-10.0 V/div 10 ms/div

CH2 : A+-A-10.0 V/div 20 ms/div

CH3 : B+-B-10.0 V/div 10 ms/div

CH3 : B+-B-10.0 V/div 20 ms/div

Traverse 900 REV(Short) Traverse 5 000 FWD(Long) Traverse 5 000 REV(Long)

VHALFVHALF VHALF

A+-A-10 V/div 50 ms/div

TD1 0.5 Vdiv 20 ms/div

FD1 0.5 V/div 1 ms/div

CH2

B+-B-Play

TD Focus Close

ID search Inside

Outside

VHALFVHALF

(LPF of the oscilloscope is set to 10 kHz)

5FD1 0.5 V/div 20 ms/div 5FD1 0.5 V/div

Play FD Focus Jump L0

VHALF VHALFVHALF

5FD1 0.5 V/div

Focus Jump L1

500 µs/div 500 µs/div

500 µs/div500 µs/div

AVIC-D3/XU/UC

102

1234

3.16 COMPOUND UNIT(A), COMPOUND UNIT(B)

E F

COMPOUND UNIT(B)

COMPOUND UNIT(A)

CLAMP

D1/2

S1201

Q1299

S1202 S1204

S1203

R1298

0R0

S1205

R1299

0R0

CPT231SCTD

CSN1069

CSN1067

CSN1070

12cm

8cm

DISC SENS DISC SENS

8cm

CN1301

D1/2

AVIC-D3/XU/UC 103

5678

AVIC-D3/XU/UC

104

1234

3.17 MONITOR UNIT (VIDEO)(GUIDE PAGE)

G-a

1/2

68/10

CN1661

TOUCH

PANEL

1/3

2/2

5.3V

5.0V

15.0V

5.0V

330P

⁄

)(

‹

AVIC-D3/XU/UC 105

5678

G-b

1/2

CN5503

CN4825

LCD

MODULE

MONITOR UNIT (VIDEO)

1/2

5.0V

8.0V

5.0V

-10.0V

5.3V

15.0V

RGB

(NAVI)

RGB

(OSD)

330P

AVIC-D3/XU/UC

106

1234

G-a G-b

G-b 1/2

1 2 3 4

LCD

MODULE

MONITOR UNIT (VIDEO)

1/2

-10.0V

5.3V

15.0V

RGB

(NAVI)

RGB

(OSD)

330P

AVIC-D3/XU/UC 107

5678

G-a G-b

G-b 1/2

4 65

CN5503

CN4825

LCD

MODULE

5.0V

8.0V

5.0V

AVIC-D3/XU/UC

108

1234

G-bG-a

G-a 1/2

G-b 1/2

1 2 3 4

68/10

CN1661

TOUCH

PANEL

1/3

2/2

5.3V

5.0V

15.0V

5.0V

330P

⁄

)(

AVIC-D3/XU/UC 109

5678

G-bG-a

G-a 1/2

G-b 1/2

4 65

TOUCH

PANEL

5.0V

‹

AVIC-D3/XU/UC

110

1234

3.18 MONITOR UNIT (INVERTER)

2/2

1/2

›

ﬁ

5.0V

AVIC-D3/XU/UC 111

5678

2/2

MONITOR UNIT (INVERTER)

2/2

LCD

MODULE

ﬂ

AVIC-D3/XU/UC

112

1234

DVD TEST DISC : State of color bar display

1 CH1 : MONVBS 3 CH3 : LCDR

2 CH2 : LCDB 4 CH4 : LCDG

DVD TEST DISC : State of color bar display

1 CH1 : MONVBS 6 CH3 : HSY

5 CH2 : SYNCCT 7 CH4 : COMS

DVD TEST DISC : State of color bar display

1 CH1 : MONVBS 9 CH3 : SPIO

8 CH2 : CLS 0 CH4 : CTR

DVD TEST DISC : State of color bar display

1 CH1 : MONVBS ! CH3 : HSYNC

9 CH2 : SPIO

DVD TEST DISC : State of color bar display

1 CH1 : MONVBS # CH3 : VSYNC

@ CH2 : SPS

DVD TEST DISC : State of color bar display

1 CH1 : MONVBS % CH3 : IOUT(C3)

$ CH2 : OSDOVR ^ CH4 : OSD RGB

- Waveforms The encircled number denote measuring pointes in the circuit diagram.

AVIC-D3/XU/UC 113

5678

DVD TEST DISC : State of color bar display

& CH1 : CLD

* CH2 : DOCKI

( CH1 : OUT1 ⁄ CH3 : OUT4

) CH2 : OUT2 ¤ CH4 : OUT5

‹ CH1 : INVPUL ﬁ CH3 : PDRV_C

› CH2 : NDRV_B ﬂ CH4 : FL2

AVIC-D3/XU/UC

114

1234

3.19 KEY PCB

CN5003

1/2

VOLUME

AVIC-D3/XU/UC 115

5678

HKEY PCB

KEYBOARD UNIT

Consists of

KEY PCB

AV MINI JACK PCB

AVIC-D3/XU/UC

116

1234

3.20 AV MINI JACK PCB

CN5004

1/2

IAV MINI JACK PCB

KEYBOARD UNIT

Consists of

KEY PCB

AV MINI JACK PCB

MINI JACK

AVIC-D3/XU/UC 117

5678

AVIC-D3/XU/UC

118

1234

4. PCB CONNECTION DIAGRAM

4.1 NAVI MOTHER UNIT

ANAVI MOTHER UNIT

Capacitor

Connector

P.C.Board Chip Part SIDE B

SIDE 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 dia-

gram.

2.Viewpoint of PCB diagrams

10 20 30 40 50 60 70

140

130

120

110

100

DCN1852

DCN1901

BCN461

DCN2001

FAN MOTOR

AVIC-D3/XU/UC 119

5678

SIDE A

70 80 90 100 110 120 130 140 150 160 170

FRONT

DIGITAL OUT

EXTENSION

IP-BUS

1234

567

891011

AVIC-D3/XU/UC

120

1234

ANAVI MOTHER UNIT

8090100110120130140150160170

AVIC-D3/XU/UC 121

5678

SIDE B

1020304050607080 X

140

130

120

110

100

CCN1652

CCN1711

AVIC-D3/XU/UC

122

1234

4.2 AV UNIT

CAV UNIT

10 20 30 40 50 60 70 80 90

140

130

120

110

100

ACN2068

ACN2055

CORD ASSY

AVIC-D3/XU/UC 123

5678

SIDE A

80 90 100 110 120 130 140 150 160 170

GCN5001

WIRED REMOTE

CONTROLLER

iPod

95436

1381271110

ANTENNA

FM/AM TUNER UNIT

TUNER UNIT(EW5)

AVIC-D3/XU/UC

124

1234

CAV UNIT

8090100110120130140150160170

AVIC-D3/XU/UC 125

5678

SIDE B

140

130

120

110

100

1020304050607080

0X0

AVIC-D3/XU/UC

126

1234

4.3 DVD CORE UNIT

DDVD CORE UNIT

10 20 30 40

CN2061

PICKUP UNIT(SERVICE)

M2,M3

AVIC-D3/XU/UC 127

5678

SIDE A

40 50 60 70 80 90

IT(SERVICE)

CN2057

CN2

AVIC-D3/XU/UC

128

1234

DDVD CORE UNIT

5060708090

AVIC-D3/XU/UC 129

5678

SIDE B

1020304050

AVIC-D3/XU/UC

130

1234

4.4 COMPOUND UNIT(A), COMPOUND UNIT(B)

CLAMP

12cm

S1201

R1298

R1299

Q1299

CN1301

DISC SENS

S1204

DISC SENS

S1203

8cm

S1202

8cm

S1205

COMPOUND UNIT(B)COMPOUND UNIT(A)

AVIC-D3/XU/UC 131

5678

4.5 GPS UNIT

SIDE A

BGPS UNIT

SIDE B

BGPS UNIT

10 20 30 40 50 60

ACN2060

GPS ANTENNA

AVIC-D3/XU/UC

132

1234

4.6 MONITOR UNIT

GMONITOR UNIT

10 20 30 40 50 60 70

LCD MODULE

AVIC-D3/XU/UC 133

5678

SIDE A

70 80 90 100 110 120 130 140

CCN1661 ICN4825 HCN5503

LCD MODULE

TOUCH PANEL

AVIC-D3/XU/UC

134

1234

GMONITOR UNIT

708090100110120130140

FL1

FL2

AVIC-D3/XU/UC 135

5678

SIDE B

10203040506070 X

COM

V53

VM10

V15

LCDG

LCDR

LCDB

HSY

AVIC-D3/XU/UC

136

1234

4.7 KEY PCB

SIDE BSIDE A

HKEY PCB HKEY PCB

10 20

1020 X

GCN5003

RESET

EJECT

MAP

VOLUME

AVIC-D3/XU/UC 137

5678

4.8 AV MINI JACK PCB

SIDE BSIDE A

IAV MINI JACK PCB IAV MINI JACK PCB

10 X

GCN5004

MINI JACK

AVIC-D3/XU/UC

138

1234

5. ELECTRICAL PARTS LIST

OTE:

• 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. Part No.

Unit Number : CWN2189(UC)

Unit Number : CWN2089(EW5)

Unit Name : Navi Mother Unit

Unit Number : CWX3446(UC)

Unit Number : CWX3447(EW5)

Unit Name : GPS Unit

Unit Number : CWN2190(UC)

Unit Number : CWN2090(EW5)

Unit Name : AV Unit

Unit Number : CWN2188(UC)

Unit Number : CWN2091(EW5)

Unit Name : Monitor Unit

Unit Number :

Unit Name : Keyboard Unit

Unit Number : CWX3401

Unit Name : DVD Core Unit

Unit Number : CWX3154

Unit Name : Compound Unit(A)

Unit Number : CWX3394

Unit Name : Compound Unit(B)

Unit Number : CWN2189(UC)

Unit Number : CWN2089(EW5)

Unit Name : Navi Mother Unit

MISCELLANEOUS

IC 1 (B,135,30) IC K4S561632H-UL75

IC 2 (A,138,50) IC UPD705103GM-180S1

IC 3 (B,151,30) IC HY57V561620FLTP-H

IC 4 (A,154,20) IC TC7SZ08FU

IC 5 (B,143,54) IC PD6336C

IC 101 (A,131,17) IC TC74LCX08FTS1

IC 102 (A,133,11) IC TC7SH04FUS1

IC 103 (A,131,27) IC TC74LCX245FTS1

IC 104 (A,139,27) IC TC74LCX245FTS1

IC 105 (A,148,27) IC TC74LCX245FTS1

IC 106 (A,156,27) IC TC74LCX245FTS1

IC 107 (A,159,37) IC TC74LCX541FTS1

IC 108 (A,159,45) IC TC74LCX541FTS1

IC 109 (A,159,54) IC TC74LCX541FTS1

IC 110 (B,114,39) IC(UC) PEH103B

(B,114,39) IC(EW5) PEH077B

IC 111 (B,114,23) IC(UC) PEH104B

(B,114,23) IC(EW5) PEH078B

IC 112 (B,103,61) IC TC7SH00FUS1

IC 113 (B,115,57) IC M5M5V216ATP-70HI

IC 114 (B,103,58) IC TC7SH08FUS1

IC 201 (A,101,24) IC MB86291APFVS-G-DL

IC 301 (A,141,18) IC M51957BFP

IC 302 (A,138,10) IC TC7SH08FUS1

IC 304 (A,105,52) IC AK4388VT

IC 309 (A,118,48) IC TC7SH08FUS1

IC 1901 (B,57,57) IC TPS5120DBT

IC 1903 (B,73,83) IC TPS5103IDB

IC 1931 (B,56,96) IC TPS5103IDB

IC 2050 (A,20,38) IC TC74VHCT08AFTS1

IC 2051 (A,38,37) IC TC7WH32FU

IC 2052 (A,10,40) IC TC7S32FU

IC 2053 (A,39,46) IC TC7WH08FU

IC 2055 (A,13,34) IC BD5335FVE

IC 2056 (B,23,46) IC(UC) PE5580A

(B,23,46) IC(EW5) PE5581A

IC 2058 (B,9,126) IC NJM2904M

IC 2061 (B,9,22) IC TC7SH08FUS1

IC 2062 (B,6,22) L-MOS AND Gate TC7SET08FUS1

IC 2065 (B,63,29) IC TC7SH04FUS1

IC 2067 (A,86,114) L-MOS AND Gate TC7SET08FUS1

IC 2068 (A,13,24) IC HA12241FP

IC 2070 (A,29,77) IC S-814A50AUC-BDO

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC 139

5678

IC 2075 (A,147,103) IC S-L2980A33MC-C6S

IC 2076 (B,28,93) IC BD3931HFP

IC 2078 (B,115,109) IC UPD4723GSS1

IC 2083 (A,33,38) IC TC7SH14FUS1

IC 2084 (A,41,36) IC TC7SH04FUS1

Q 201 (A,122,10) Transistor UMD2N

Q 301 (A,147,21) Transistor DTC114EUA

Q 1902 (B,66,48) FET SP8K10S

Q 1903 (B,66,65) FET SP8K10S

Q 1931 (B,55,83) FET SP8K10S

Q 1934 (B,74,97) FET SP8K2

Q 1935 (B,49,56) FET 2SK1827

Q 2050 (A,126,87) Transistor 2SA1576A

Q 2051 (B,19,28) Transistor 2SA1576A

Q 2052 (B,7,135) Transistor DTC114WK

Q 2053 (A,47,26) Transistor DTC124EUA

Q 2054 (B,13,128) Transistor DTC114EUA

Q 2055 (A,28,24) Transistor 2SA1576A

Q 2056 (B,48,120) Transistor DTA114EUA

Q 2057 (B,38,117) Transistor DTC114EUA

Q 2058 (B,35,120) Transistor 2SA1587

Q 2059 (A,45,26) Transistor DTC124EUA

Q 2060 (B,40,123) Transistor IMX1

Q 2061 (B,31,117) Transistor DTC114EUA

Q 2062 (B,36,129) Transistor 2SD1760F5

Q 2068 (B,58,17) Transistor 2SA1576A

Q 2069 (B,58,21) Transistor 2SA1576A

Q 2070 (B,58,24) Transistor 2SA1576A

Q 2071 (B,94,86) Transistor 2SA1834F5

Q 2072 (B,105,82) Transistor 2SC4081

Q 2088 (A,33,94) Transistor 2SC4081

Q 2089 (B,37,108) Transistor DTC114EUA

Q 2090 (A,37,95) Transistor 2SC4081

Q 2091 (B,35,113) Transistor 2SA1576A

Q 2092 (B,67,74) Transistor DTC114EUA

Q 2093 (B,54,105) Transistor DTC114EUA

Q 2094 (B,77,75) Transistor DTC114EUA

Q 2095 (B,49,117) Transistor 2SC4081

Q 2096 (B,43,36) Transistor(EW5) DTC124EUA

Q 2097 (B,43,33) Transistor(EW5) DTC124EUA

Q 2098 (B,43,30) Transistor(EW5) DTC124EUA

Q 2099 (B,43,27) Transistor(EW5) DTC124EUA

Q 2100 (A,50,128) Transistor 2SA1576A

Q 2101 (B,49,59) Transistor DTC114EUA

Q 2102 (B,12,25) Transistor 2SA1576A

Q 2103 (B,5,28) Transistor 2SA1576A

Q 2104 (B,18,22) Transistor DTC114EUA

Q 2105 (B,6,32) Transistor DTC114EUA

D 1901 (B,65,59) Diode RB160M-40

D 1902 (B,65,54) Diode RB160M-40

D 1916 (B,78,89) Diode RB400D

D 1918 (A,68,96) Diode RB060L-40

D 1931 (B,51,90) Diode RB160M-40

D 1933 (A,50,95) Diode RB083L-20

D 2050 (A,28,53) Diode DAN202U

D 2051 (B,14,118) Diode 1SS355

D 2052 (A,31,25) Diode 1SS355

D 2054 (B,39,120) Diode RB500V-40

D 2055 (B,28,123) Diode RB500V-40

D 2056 (B,28,119) Diode HZU8R2(B1)

Circuit Symbol and No. Part No.

D 2057 (B,27,128) Diode HZU11(B2)

D 2059 (B,12,90) Diode EDZ5R6(B)

D 2060 (B,110,120) Diode EDZ13(B)

D 2061 (B,108,121) Diode EDZ13(B)

D 2062 (B,109,123) Diode EDZ13(B)

D 2063 (B,108,125) Diode EDZ13(B)

D 2064 (B,112,123) Diode EDZ13(B)

D 2065 (B,111,125) Diode EDZ13(B)

D 2066 (B,115,123) Diode EDZ13(B)

D 2067 (B,114,125) Diode EDZ13(B)

D 2069 (B,118,123) Diode EDZ13(B)

D 2070 (B,117,125) Diode EDZ13(B)

D 2072 (B,121,125) Diode EDZ13(B)

D 2073 (B,120,127) Diode EDZ13(B)

D 2078 (A,94,122) Diode EDZ5R6(B)

D 2079 (B,148,122) Diode UDZS18(B)

D 2081 (B,89,131) Diode EDZ5R6(B)

D 2082 (B,148,125) Diode UDZS18(B)

D 2084 (A,108,120) Diode EDZ6R8(B)

D 2085 (B,148,124) Diode UDZS18(B)

D 2096 (A,40,83) Diode HZU7R5(B3)

D 2097 (A,40,81) Diode RB500V-40

D 2098 (A,38,79) Diode RB500V-40

D 2099 (A,36,81) Diode EDZ20(B)

D 2100 (B,130,125) Diode MALS068X

D 2101 (B,148,120) Diode MALS068X

D 2102 (B,130,124) Diode MALS068X

D 2103 (B,130,122) Diode MALS068X

D 2104 (A,54,105) Diode RB500V-40

L 1 (B,127,16) Inductor CTF1558

L 2 (B,142,17) Inductor CTF1558

L 3 (A,154,16) Inductor CTF1410

L 5 (A,135,32) Inductor CTF1556

L 6 (A,123,33) Inductor CTF1295

L 7 (B,157,53) Inductor CTF1558

L 8 (A,144,67) Inductor CTF1556

L 101 (A,128,15) Chip Ferrite Bead CTF1557

L 102 (A,129,11) Chip Ferrite Bead CTF1557

L 103 (A,135,27) Chip Ferrite Bead CTF1557

L 104 (A,144,26) Chip Ferrite Bead CTF1557

L 105 (A,152,26) Chip Ferrite Bead CTF1557

L 106 (A,160,26) Chip Ferrite Bead CTF1557

L 107 (A,159,33) Chip Ferrite Bead CTF1557

L 108 (A,159,41) Chip Ferrite Bead CTF1557

L 109 (A,159,49) Chip Ferrite Bead CTF1557

L 110 (B,102,37) Inductor CTF1556

L 111 (B,102,21) Inductor CTF1556

L 112 (B,103,54) Inductor CTF1556

L 113 (B,105,59) Chip Ferrite Bead CTF1557

L 114 (B,105,54) Chip Ferrite Bead CTF1557

L 201 (A,122,28) Inductor CTF1556

L 203 (A,82,9) Inductor CTF1556

L 204 (A,101,44) Inductor CTF1488

L 205 (A,120,20) Inductor CTF1556

L 206 (A,85,44) Inductor CTF1556

L 207 (A,91,42) Inductor CTF1379

L 301 (A,137,18) Chip Ferrite Bead CTF1557

L 302 (A,141,12) Chip Ferrite Bead CTF1557

L 305 (A,99,53) Inductor CTF1556

L 308 (A,106,58) Inductor CTF1334

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC

140

1234

L 312 (A,117,51) Inductor CTF1410

L 619 (A,125,79) Inductor CTF1306

L 620 (A,123,83) Inductor CTF1306

L 621 (A,124,83) Inductor CTF1306

L 622 (A,122,79) Inductor CTF1334

L 623 (A,122,83) Inductor CTF1387

L 624 (A,121,79) Inductor CTF1334

L 625 (A,103,79) Inductor CTF1306

L 626 (A,101,79) Inductor CTF1306

L 627 (A,124,79) Inductor CTF1306

L 628 (A,119,79) Inductor CTF1306

L 630 (A,114,83) Inductor CTF1306

L 631 (A,117,83) Inductor CTF1334

L 632 (A,117,79) Inductor CTF1334

L 633 (A,116,83) Inductor CTF1334

L 634 (A,115,79) Inductor CTF1334

L 635 (A,118,79) Inductor CTF1306

L 636 (A,119,83) Inductor CTF1334

L 637 (A,114,79) Inductor CTF1306

L 638 (A,113,83) Inductor CTF1306

L 639 (A,112,83) Inductor CTF1306

L 640 (A,111,79) Inductor CTF1306

L 644 (A,109,83) Inductor CTF1306

L 645 (A,108,79) Inductor CTF1306

L 646 (A,107,83) Inductor CTF1334

L 647 (A,107,79) Inductor CTF1334

L 648 (B,69,18) Inductor CTF1378

L 649 (B,69,22) Inductor CTF1378

L 650 (B,69,26) Inductor CTF1378

L 651 (B,66,29) Inductor CTF1378

L 652 (A,106,83) Inductor CTF1334

L 653 (A,105,79) Inductor CTF1467

L 744 (A,110,79) Inductor CTF1334

L 793 (A,126,83) Inductor CTF1334

L 1901 (A,67,47) Inductor CTH1257

L 1902 (A,67,66) Inductor CTH1257

L 1903 (A,55,64) Inductor CTH1253

L 1904 (A,75,94) Inductor CTH1255

L 1907 (A,71,82) Inductor CTH1257

L 1931 (A,54,86) Inductor CTH1255

L 1932 (A,58,97) Inductor CTH1257

L 2000 (B,42,72) Inductor CTF1357

L 2001 (A,13,42) Inductor CTF1410

L 2002 (A,16,34) Inductor CTF1410

L 2003 (A,36,42) Inductor CTF1410

L 2004 (B,36,34) Inductor CTF1410

L 2005 (B,19,33) Inductor CTF1410

L 2006 (A,35,66) Inductor CTF1463

L 2007 (A,31,41) Inductor CTF1410

L 2009 (A,32,64) Inductor CTF1306

L 2010 (A,35,63) Inductor CTF1306

L 2011 (A,32,62) Inductor CTF1306

L 2012 (A,33,48) Inductor CTF1410

L 2013 (A,35,62) Inductor CTF1306

L 2014 (A,42,63) Inductor CTF1306

L 2015 (A,32,61) Inductor CTF1306

L 2016 (A,33,59) Inductor CTF1306

L 2017 (A,33,57) Inductor CTF1306

L 2018 (A,42,57) Inductor CTF1306

L 2019 (A,35,45) Inductor CTF1410

Circuit Symbol and No. Part No.

L 2020 (B,37,46) Inductor CTF1410

L 2021 (B,9,53) Inductor CTF1410

L 2022 (B,23,61) Inductor CTF1410

L 2023 (B,35,63) Inductor CTF1410

L 2025 (B,5,119) Inductor CTF1334

L 2027 (B,14,130) Inductor CTF1334

L 2028 (B,17,123) Inductor CTF1334

L 2030 (B,8,25) Inductor CTF1410

L 2031 (B,6,25) Inductor CTF1410

L 2050 (A,32,73) Inductor CTF1453

L 2051 (A,93,82) Inductor CTF1453

L 2151 (A,91,108) Inductor CTF1453

L 2220 (A,110,83) Inductor CTF1334

L 2221 (A,112,79) Inductor CTF1334

L 2234 (B,7,95) Inductor CTF1334

L 2235 (B,7,96) Inductor CTF1334

L 2236 (B,7,98) Inductor CTF1334

L 2237 (B,7,99) Inductor CTF1334

L 2238 (B,7,86) Inductor(EW5) CTF1334

L 2239 (B,7,88) Inductor(EW5) CTF1334

L 2240 (B,7,89) Inductor(EW5) CTF1334

L 2241 (B,7,91) Inductor(EW5) CTF1334

L 2242 (B,7,93) Inductor(EW5) CTF1334

L 2245 (A,14,63) Inductor CTF1334

L 2246 (B,17,102) Inductor CTF1334

L 2247 (B,18,99) Inductor CTF1334

L 2248 (B,15,103) Inductor CTF1463

L 2249 (B,16,89) Inductor(EW5) CTF1334

L 2250 (B,13,89) Inductor(EW5) CTF1334

L 2251 (B,14,94) Inductor CTF1334

L 2252 (B,14,96) Inductor CTF1334

L 2253 (B,14,97) Inductor CTF1334

L 2254 (B,14,99) Inductor CTF1334

L 2257 (A,40,107) Inductor CTF1334

L 2262 (B,122,99) Inductor CTF1410

L 2263 (B,59,31) Inductor CTF1410

L 2264 (B,116,115) Inductor CTF1334

L 2265 (B,115,115) Inductor CTF1334

L 2266 (B,113,115) Inductor CTF1334

L 2267 (B,112,115) Inductor CTF1334

L 2268 (B,111,115) Inductor CTF1334

L 2269 (B,109,115) Inductor CTF1334

L 2270 (A,14,29) Inductor LCYC2R2K1608

L 2271 (A,134,117) Inductor CTF1334

L 2272 (A,137,117) Inductor CTF1334

L 2273 (A,138,117) Inductor CTF1334

L 2274 (A,133,117) Inductor CTF1334

L 2276 (A,91,115) Inductor CTF1379

L 2400 (A,105,91) Inductor CTF1393

L 2401 (A,142,103) Chip Ferrite Bead CTF1399

L 2402 (B,77,43) Inductor CTF1393

L 2403 (B,102,78) Inductor CTF1393

L 2404 (A,22,80) Inductor CTF1393

L 2405 (A,35,78) Inductor CTF1357

L 2406 (B,53,10) Inductor CTF1410

L 2407 (A,41,41) Inductor CTF1410

X 1 (A,139,71) Radiator 30.000 MHz CSS1633

X 2 (B,131,60) Radiator 33.000 MHz CSS1634

X 3 (B,157,48) Radiator 33.868 8 MHz CSS1551

X 202 (A,122,20) Radiator 14.318 18 MHz CSS1632

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC 141

5678

X 2050 (B,6,38) Radiator 18.874 368 MHz CSS1622

>FU1901 (A,76,68) Fuse 2 A CEK1257

>FU1902 (A,76,46) Fuse 2 A CEK1257

>FU1903 (A,53,73) Fuse 2.5 A CEK1258

>FU1908 (A,77,101) Fuse 2.5 A CEK1258

>FU1913 (A,79,79) Fuse 2.5 A CEK1258

>FU1931 (A,50,101) Fuse 2.5 A CEK1258

>FU2051 (A,31,126) Fuse 1 A CEK1254

>FU2052 (B,114,130) Fuse 2 A CEK1257

>FU2060 (A,50,79) Fuse 3.15 A CEK1259

GY1 (A,10,69) Sensor CSX1122

GY4 (A,35,111) Sensor CSX1118

EF2052 (B,33,78) EMI Filter CCG1172

EF2053 (B,32,74) EMI Filter CCG1172

RESISTORS

R 1 (B,127,33) RS1/16S0R0J

R 3 (B,127,36) RS1/16S0R0J

R 5 (A,110,58) RS1/16S473J

R 6 (A,117,62) RS1/16S473J

R 7 (A,152,47) RS1/16S220J

R 8 (A,116,69) RS1/16S473J

R 9 (A,119,66) RS1/16S473J

R 10 (A,148,69) RS1/16S104J

R 11 (A,151,69) RAB4C473J

R 12 (A,141,66) RS1/16S105J

R 13 (A,139,66) RS1/16S151J

R 14 (B,143,33) RS1/16S0R0J

R 16 (B,143,36) RS1/16S0R0J

R 19 (A,117,67) RS1/16S473J

R 20 (A,131,68) RS1/16S101J

R 21 (A,134,65) RS1/16S101J

R 22 (A,132,68) RS1/16S101J

R 23 (B,133,58) RS1/16S105J

R 24 (B,133,61) RS1/16S151J

R 25 (A,130,68) RS1/16S101J

R 26 (A,134,68) RS1/16S101J

R 27 (A,130,65) RS1/16S101J

R 28 (A,133,65) RS1/16S101J

R 29 (A,129,65) RS1/16S101J

R 30 (A,128,65) RS1/16S101J

R 31 (A,128,68) RS1/16S101J

R 32 (B,133,52) RS1/16S473J

R 33 (A,127,68) RS1/16S473J

R 34 (B,154,49) RS1/16S105J

R 35 (A,123,47) RS1/16S104J

R 36 (A,122,58) RS1/16S101J

R 37 (A,122,59) RS1/16S101J

R 38 (A,122,61) RS1/16S101J

R 39 (A,122,62) RS1/16S101J

R 40 (A,122,45) RS1/16S470J

R 45 (B,126,54) RS1/16S104J

R 46 (B,126,60) RS1/16S104J

R 47 (B,156,46) RS1/16S104J

R 48 (B,155,64) RS1/16S104J

R 49 (B,156,64) RS1/16S104J

R 50 (B,158,64) RS1/16S104J

R 51 (B,80,24) RS1/16SS101J

R 52 (B,80,25) RS1/16SS101J

R 53 (B,80,26) RS1/16SS101J

Circuit Symbol and No. Part No.

R 54 (B,80,27) RS1/16SS101J

R 55 (B,80,29) RS1/16SS101J

R 57 (B,80,28) RS1/16SS101J

R 59 (B,80,30) RS1/16SS101J

R 60 (B,80,31) RS1/16SS101J

R 61 (A,57,17) RS1/16SS0R0J

R 62 (B,80,33) RS1/16SS101J

R 63 (B,80,32) RS1/16SS101J

R 64 (B,82,37) RS1/16SS101J

R 65 (B,80,35) RS1/16SS101J

R 66 (A,72,33) RS1/16SS101J

R 67 (A,71,32) RS1/16SS101J

R 68 (A,71,33) RS1/16SS101J

R 69 (A,70,32) RS1/16SS101J

R 70 (A,69,33) RS1/16SS101J

R 71 (A,69,32) RS1/16SS101J

R 72 (A,68,33) RS1/16SS101J

R 73 (A,68,32) RS1/16SS101J

R 74 (A,67,33) RS1/16SS101J

R 75 (A,67,32) RS1/16SS101J

R 76 (A,66,33) RS1/16SS101J

R 77 (A,66,32) RS1/16SS101J

R 78 (A,65,33) RS1/16SS101J

R 79 (A,64,32) RS1/16SS101J

R 80 (A,64,33) RS1/16SS101J

R 81 (A,63,32) RS1/16SS101J

R 82 (A,63,33) RS1/16SS101J

R 84 (B,80,36) RS1/16SS562J

R 85 (B,82,30) RS1/16SS103J

R 87 (B,156,62) RS1/16S104J

R 88 (B,128,47) RS1/16S104J

R 89 (B,132,45) RS1/16S0R0J

R 90 (B,132,44) RS1/16S0R0J

R 93 (B,130,43) RS1/16S153J

R 94 (B,134,43) RS1/16S153J

R 95 (B,130,48) RS1/16S153J

R 96 (B,130,47) RS1/16S153J

R 97 (A,118,55) RS1/16S473J

R 98 (A,155,60) RS1/16S473J

R 101 (B,102,35) RS1/16S473J

R 102 (B,102,20) RS1/16S473J

R 103 (B,101,58) RS1/16S473J

R 104 (A,131,21) RS1/16S220J

R 151 (B,127,31) RS1/16S0R0J

R 152 (B,158,34) RS1/16S0R0J

R 153 (B,142,43) RS1/16S471J

R 154 (A,116,55) RS1/16S473J

R 155 (A,113,55) RS1/16S473J

R 156 (A,105,65) RS1/16S473J

R 158 (A,118,51) RS1/16S473J

R 159 (B,126,56) RS1/16S473J

R 160 (A,119,60) RS1/16S473J

R 161 (A,105,68) RS1/16S103J

R 162 (B,131,56) RS1/16S473J

R 163 (A,122,57) RS1/16S560J

R 164 (A,112,65) RS1/16S473J

R 165 (A,122,68) RS1/16S473J

R 166 (A,104,68) RS1/16S473J

R 167 (A,117,63) RS1/16S473J

R 170 (A,107,65) RS1/16S473J

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC

142

1234

R 171 (A,109,65) RS1/16S473J

R 172 (A,108,65) RS1/16S473J

R 174 (A,122,66) RS1/16S473J

R 175 (A,122,67) RS1/16S473J

R 176 (A,122,55) RS1/16S0R0J

R 177 (A,117,64) RS1/16S473J

R 180 (A,145,65) RS1/16S101J

R 181 (A,114,55) RS1/16S473J

R 182 (A,117,55) RS1/16S473J

R 183 (A,114,62) RS1/16S473J

R 184 (A,114,58) RS1/16S473J

R 185 (A,112,62) RS1/16S473J

R 186 (A,113,58) RS1/16S473J

R 187 (A,112,58) RS1/16S473J

R 188 (A,107,68) RS1/16S473J

R 189 (A,108,68) RS1/16S473J

R 190 (A,109,68) RS1/16S473J

R 191 (B,126,63) RS1/16S473J

R 192 (A,113,62) RS1/16S473J

R 193 (A,123,64) RS1/16S473J

R 194 (A,146,67) RS1/16S390J

R 196 (A,112,68) RS1/16S473J

R 198 (A,124,63) RS1/16S473J

R 201 (A,120,40) RN1/16SE1502D

R 202 (A,120,39) RN1/16SE1202D

R 210 (A,99,41) RS1/16S104J

R 211 (A,97,41) RS1/16S104J

R 212 (A,90,42) RS1/16S104J

R 213 (A,88,42) RS1/16S104J

R 217 (A,121,35) RS1/16S272J

R 220 (A,122,7) RS1/16S223J

R 221 (A,121,25) RS1/16S105J

R 222 (A,122,16) RS1/16S151J

R 224 (A,79,15) RS1/16S0R0J

R 225 (A,117,8) RS1/16S104J

R 226 (A,118,8) RS1/16S104J

R 227 (A,79,18) RS1/16S104J

R 228 (A,80,18) RS1/16S104J

R 229 (B,115,15) RS1/16S560J

R 230 (A,80,12) RS1/16S104J

R 232 (A,82,12) RS1/16S104J

R 237 (B,112,15) RS1/16S104J

R 238 (B,114,15) RS1/16S330J

R 240 (A,114,7) RS1/16S104J

R 301 (A,136,18) RS1/16S123J

R 302 (A,136,21) RS1/16S103J

R 303 (A,137,15) RS1/16S473J

R 320 (A,106,56) RS1/16S103J

R 329 (A,110,49) RS1/16SS821J

R 330 (A,110,52) RS1/16SS221J

R 331 (A,110,51) RS1/16SS221J

R 332 (A,110,50) RS1/16SS472J

R 349 (B,156,43) RS1/16S473J

R 350 (B,147,42) RS1/16S473J

R 356 (A,109,55) RS1/16S0R0J

R 360 (B,97,59) RS1/16SS473J

R 361 (B,97,46) RS1/16SS473J

R 362 (B,97,58) RS1/16SS473J

R 363 (B,97,47) RS1/16SS473J

R 364 (B,97,51) RS1/16SS473J

Circuit Symbol and No. Part No.

R 365 (B,97,50) RS1/16SS473J

R 366 (B,97,49) RS1/16SS473J

R 367 (B,99,48) RS1/16SS473J

R 368 (B,99,50) RS1/16SS473J

R 369 (B,97,57) RS1/16SS473J

R 370 (A,89,71) RS1/8S0R0J

R 629 (A,120,83) RS1/16S681J

R 781 (B,59,32) RS1/16S0R0J

R 2000 (B,15,28) RS1/16S0R0J

R 2001 (A,19,16) RS1/16S0R0J

R 2002 (B,20,24) RS1/16S0R0J

R 2003 (A,20,11) RS1/16S0R0J

R 2004 (B,21,21) RS1/16S0R0J

R 2005 (A,21,16) RS1/16S0R0J

R 2006 (B,21,24) RS1/16S0R0J

R 2007 (A,22,11) RS1/16S0R0J

R 2008 (B,22,21) RS1/16S0R0J

R 2009 (B,26,31) RS1/16S0R0J

R 2010 (B,23,24) RS1/16S0R0J

R 2011 (B,24,31) RS1/16S0R0J

R 2012 (B,24,21) RS1/16S0R0J

R 2014 (B,24,24) RS1/16S0R0J

R 2015 (A,25,11) RS1/16S0R0J

R 2016 (B,25,21) RS1/16S0R0J

R 2017 (A,25,16) RS1/16S0R0J

R 2018 (B,26,24) RS1/16S0R0J

R 2019 (A,26,11) RS1/16S0R0J

R 2020 (B,27,21) RS1/16S0R0J

R 2021 (A,27,16) RS1/16S0R0J

R 2022 (B,27,24) RS1/16S0R0J

R 2023 (A,28,11) RS1/16S0R0J

R 2024 (B,28,21) RS1/16S0R0J

R 2025 (A,28,16) RS1/16S0R0J

R 2026 (B,29,24) RS1/16S0R0J

R 2027 (A,29,11) RS1/16S0R0J

R 2028 (B,30,21) RS1/16S0R0J

R 2029 (A,30,16) RS1/16S0R0J

R 2030 (B,30,24) RS1/16S0R0J

R 2031 (A,31,11) RS1/16S0R0J

R 2032 (B,31,21) RS1/16S0R0J

R 2033 (A,18,16) RS1/16S0R0J

R 2034 (A,32,11) RS1/16S0R0J

R 2035 (B,33,21) RS1/16S0R0J

R 2036 (A,33,16) RS1/16S0R0J

R 2037 (B,33,24) RS1/16S0R0J

R 2038 (A,34,11) RS1/16S0R0J

R 2039 (B,34,21) RS1/16S0R0J

R 2040 (A,34,16) RS1/16S0R0J

R 2041 (B,35,24) RS1/16S0R0J

R 2042 (A,35,11) RS1/16S0R0J

R 2043 (B,14,20) (EW5) RS1/16S0R0J

R 2044 (A,36,16) RS1/16S0R0J

R 2045 (B,17,19) (EW5) RS1/16S0R0J

R 2046 (A,37,11) RS1/16S0R0J

R 2047 (B,36,21) (EW5) RS1/16S0R0J

R 2048 (A,37,16) RS1/16S0R0J

R 2049 (B,14,19) (EW5) RS1/16S0R0J

R 2050 (A,38,11) RS1/16S0R0J

R 2051 (B,17,18) (EW5) RS1/16S0R0J

R 2052 (A,39,16) RS1/16S0R0J

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC 143

5678

R 2053 (B,14,17) (EW5) RS1/16S0R0J

R 2054 (A,40,11) RS1/16S0R0J

R 2055 (B,17,16) (EW5) RS1/16S0R0J

R 2056 (A,40,16) RS1/16S0R0J

R 2057 (B,36,24) RS1/16S0R0J

R 2058 (A,41,11) RS1/16S0R0J

R 2059 (B,37,21) RS1/16S0R0J

R 2060 (A,42,16) RS1/16S0R0J

R 2061 (B,38,24) RS1/16S0R0J

R 2062 (A,43,11) RS1/16S0R0J

R 2063 (B,39,21) RS1/16S0R0J

R 2064 (A,43,16) RS1/16S0R0J

R 2065 (B,40,25) RS1/16S0R0J

R 2066 (B,59,28) RS1/16S0R0J

R 2067 (B,41,21) RS1/16S0R0J

R 2068 (B,65,16) RS1/16S0R0J

R 2069 (B,42,21) RS1/16S0R0J

R 2070 (B,64,20) RS1/16S0R0J

R 2071 (B,44,21) (EW5) RS1/16S0R0J

R 2072 (B,65,24) RS1/16S0R0J

R 2073 (B,44,24) (EW5) RS1/16S0R0J

R 2074 (A,47,11) RS1/16S0R0J

R 2075 (B,45,22) (EW5) RS1/16S0R0J

R 2076 (A,48,16) RS1/16S0R0J

R 2077 (B,46,24) (EW5) RS1/16S0R0J

R 2078 (A,29,65) RS1/16S104J

R 2079 (B,15,34) RS1/16S104J

R 2081 (B,43,25) RS1/16S471J

R 2082 (B,41,25) RS1/16S471J

R 2083 (B,36,30) RS1/16S471J

R 2084 (B,22,31) (EW5) RS1/16S223J

R 2085 (B,23,33) (EW5) RS1/16S681J

R 2086 (B,27,31) (EW5) RS1/16S681J

R 2087 (B,31,30) RAB4C104J

R 2088 (B,16,28) RS1/16S472J

R 2089 (A,13,31) RS1/16S102J

R 2090 (B,19,31) RS1/16S472J

R 2091 (B,6,45) RS1/16S104J

R 2093 (B,22,29) RS1/16S102J

R 2094 (B,24,28) RS1/16S473J

R 2095 (B,8,45) RS1/16S104J

R 2096 (A,36,48) RS1/16S104J

R 2097 (B,37,39) RS1/16S102J

R 2098 (B,37,40) RS1/16S103J

R 2099 (B,36,43) (EW5) RAB4C681J

R 2100 (B,8,47) RS1/16S220J

R 2101 (B,8,48) RS1/16S220J

R 2102 (B,40,43) (EW5) RAB4C223J

R 2103 (B,37,49) RAB4C681J

R 2104 (A,45,16) RS1/16S822J

R 2105 (A,46,11) RS1/16S822J

R 2107 (B,37,59) RS1/16S104J

R 2108 (B,10,56) RS1/16S220J

R 2110 (B,38,59) RS1/16S104J

R 2111 (B,11,59) RS1/16S220J

R 2113 (B,40,59) RS1/16S104J

R 2114 (B,8,50) RS1/16S104J

R 2115 (B,10,53) RS1/16S104J

R 2116 (B,26,60) RS1/16S102J

R 2118 (B,41,59) RS1/16S104J

Circuit Symbol and No. Part No.

R 2119 (B,31,60) RS1/16S104J

R 2120 (B,15,60) RS1/16S681J

R 2121 (B,37,54) RAB4C0R0J

R 2122 (A,26,54) RS1/16S681J

R 2123 (B,20,61) RS1/16S220J

R 2124 (B,18,60) RS1/16S220J

R 2125 (B,17,61) RS1/16S220J

R 2126 (A,28,56) RS1/16S0R0J

R 2127 (B,43,58) RS1/16S473J

R 2129 (B,34,63) RS1/16S104J

R 2130 (B,26,64) RAB4C104J

R 2132 (B,15,61) RS1/16S103J

R 2135 (B,30,63) RS1/16S103J

R 2137 (B,28,60) RS1/16S102J

R 2138 (B,22,66) RS1/16S104J

R 2139 (B,37,64) RS1/16S104J

R 2141 (B,7,131) RS1/16S104J

R 2142 (B,8,115) RS1/16S473J

R 2143 (B,10,131) RS1/16S563J

R 2144 (B,9,132) RS1/16S513J

R 2145 (B,9,121) RS1/16S104J

R 2146 (B,9,118) RS1/16S513J

R 2147 (B,11,121) RS1/16S513J

R 2148 (B,6,120) RS1/16S102J

R 2149 (B,6,117) RS1/16S102J

R 2150 (A,49,23) RS1/16S102J

R 2151 (A,18,42) RS1/16SS0R0J

R 2152 (A,20,44) RS1/16SS0R0J

R 2157 (A,47,23) RS1/16S104J

R 2160 (B,10,44) RS1/16SS0R0J

R 2162 (B,12,119) RS1/16S564J

R 2163 (B,14,115) RS1/16S202J

R 2164 (B,11,115) RS1/16S822J

R 2166 (B,15,123) RS1/16S203J

R 2169 (B,15,120) RS1/16S333J

R 2172 (A,25,24) RS1/16S101J

R 2173 (A,28,21) RS1/16S471J

R 2174 (A,30,23) RS1/16S103J

R 2177 (A,31,21) RS1/16S272J

R 2182 (B,42,119) RS1/16S472J

R 2183 (B,46,124) RS1/16S103J

R 2185 (B,32,120) RS1/16S103J

R 2187 (B,7,20) RS1/16S102J

R 2188 (B,35,117) RS1/16S512J

R 2189 (B,43,122) RS1/16S224J

R 2190 (B,37,123) RS1/16S472J

R 2191 (A,45,23) RS1/16S393J

R 2192 (A,45,20) RS1/16S514J

R 2193 (B,45,120) RS1/10S221J

R 2194 (B,32,123) RS1/4S471J

R 2196 (A,43,21) RS1/16S472J

R 2197 (A,41,21) RS1/16S104J

R 2198 (A,40,20) RS1/16S472J

R 2228 (A,9,63) RS1/16S104J

R 2229 (A,9,61) RS1/16S202J

R 2232 (B,18,94) RS1/16S104J

R 2242 (B,12,92) RS1/16S1001D

R 2244 (B,14,93) RS1/16S1001D

R 2247 (B,17,92) RS1/16S1101D

R 2266 (A,29,113) RS1/16S0R0J

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC

144

1234

R 2272 (A,29,111) RS1/16S0R0J

R 2274 (A,128,90) RS1/16S103J

R 2277 (B,114,102) RS1/16S101J

R 2278 (B,113,99) RS1/16S101J

R 2279 (B,113,102) RS1/16S101J

R 2280 (B,112,99) RS1/16S101J

R 2281 (B,111,102) RS1/16S101J

R 2282 (B,110,99) RS1/16S101J

R 2285 (A,7,29) RS1/16S472J

R 2286 (B,65,18) RS1/10S1000F

R 2287 (B,62,17) RS1/16S100J

R 2288 (A,82,119) RS1/16S221J

R 2289 (B,68,16) RS1/16S102J

R 2290 (B,62,16) RS1/16S0R0J

R 2291 (A,83,117) RS1/16S621J

R 2292 (A,8,26) RS1/16S101J

R 2293 (A,6,26) RS1/16S101J

R 2295 (A,83,114) RS1/16S473J

R 2296 (B,65,22) RS1/10S1000F

R 2297 (B,61,21) RS1/16S100J

R 2298 (B,67,20) RS1/16S102J

R 2299 (B,61,20) RS1/16S0R0J

R 2302 (B,65,26) RS1/10S1000F

R 2303 (B,61,25) RS1/16S100J

R 2304 (A,19,26) RS1/16S102J

R 2305 (A,19,23) RS1/16S101J

R 2306 (A,19,22) RS1/16S101J

R 2307 (B,68,24) RS1/16S102J

R 2308 (B,62,24) RS1/16S0R0J

R 2309 (A,21,22) RS1/16S620J

R 2310 (A,87,118) RS1/16S121J

R 2313 (A,117,120) RS1/16S681J

R 2314 (A,116,120) RS1/16S681J

R 2315 (A,115,120) RS1/16S681J

R 2316 (A,113,120) RS1/16S681J

R 2317 (A,110,120) RS1/16S101J

R 2318 (A,112,120) RS1/16S681J

R 2319 (A,111,120) RS1/16S681J

R 2400 (B,103,85) RS1/10S330J

R 2401 (B,102,82) RS1/16S330J

R 2402 (B,102,81) RS1/16S330J

R 2405 (B,105,85) RS1/16S102J

R 2406 (B,101,85) RS1/16S103J

R 2410 (B,102,79) RS1/16S392J

R 2413 (A,94,106) RS1/16S0R0J

R 2414 (A,59,73) RS1/4SA561J

R 2416 (B,38,114) RS1/16S222J

R 2419 (B,54,119) RS1/4S182J

R 2420 (A,42,91) RS1/16S473J

R 2423 (B,38,110) RS1/16S682J

R 2424 (A,39,95) RS1/16S103J

R 2426 (A,40,84) RS1/16S104J

R 2427 (B,36,111) RS1/16S332J

R 2428 (A,42,96) RS1/16S103J

R 2430 (A,108,85) RS1/10S0R0J

R 2431 (A,72,119) RS1/10S0R0J

R 2432 (A,29,67) RS1/10S0R0J

R 2433 (A,29,71) RS1/10S0R0J

R 2434 (A,27,71) RS1/10S0R0J

R 2435 (A,22,66) RS1/10S0R0J

Circuit Symbol and No. Part No.

R 2503 (B,58,47) RS1/16S0R0J

R 2504 (B,56,46) RS1/16S1800D

R 2505 (B,53,46) RS1/16S1801D

R 2506 (B,51,47) RS1/16S1001D

R 2507 (B,58,66) RS1/16S0R0J

R 2508 (B,56,67) RS1/16S3900D

R 2509 (B,53,67) RS1/16S4701D

R 2510 (B,51,66) RS1/16S1001D

R 2511 (B,53,47) RS1/16S122J

R 2512 (B,53,66) RS1/16S132J

R 2513 (B,51,82) RS1/16S331J

R 2514 (B,80,100) RS1/10S0R0J

R 2515 (B,79,97) RS1/16S5600D

R 2516 (B,79,94) RS1/16S2401D

R 2517 (B,79,92) RS1/16S1601D

R 2518 (B,52,49) RS1/16S332J

R 2519 (B,52,52) RS1/16S104J

R 2520 (B,50,80) RS1/16S0R0J

R 2521 (B,50,82) RS1/16S5600D

R 2522 (B,50,85) RS1/16S8201D

R 2523 (B,50,87) RS1/16S1501D

R 2524 (B,52,64) RS1/16S332J

R 2525 (B,78,97) RS1/16S101J

R 2526 (B,78,77) RS1/16S332J

R 2527 (B,78,82) RS1/16S104J

R 2528 (B,50,102) RS1/16S332J

R 2529 (B,50,98) RS1/16S104J

R 2531 (B,80,85) RS1/16S473J

R 2532 (B,73,77) RS1/16S1503D

R 2533 (B,56,102) RS1/16S1503D

R 2534 (B,56,44) RS1/16S473J

R 2535 (B,52,62) RS1/16S104J

R 2537 (B,78,100) RS1/10S100J

R 2538 (B,66,82) RS1/16S100J

R 2540 (B,51,79) RS1/10S100J

R 2541 (B,57,90) RS1/16S184J

R 2543 (B,68,55) RS1/10S150J

R 2544 (B,68,59) RS1/10S150J

R 2545 (B,72,89) RS1/16S184J

R 2546 (B,56,49) RS1/16S224J

R 2547 (B,56,64) RS1/16S224J

R 2548 (B,63,98) RS1/16S100J

R 2549 (A,79,87) RS1/16S105J

R 2550 (A,57,105) RS1/16S105J

R 2552 (A,26,62) RS1/16S104J

R 2553 (B,58,42) RS1/4S101J

R 2554 (A,81,66) RS1/4S221J

R 2555 (B,70,74) RS1/16S8203D

R 2556 (B,57,104) RS1/16S8203D

R 2557 (B,125,23) RS1/16SS0R0J

R 2558 (B,49,112) RS1/16S104J

R 2559 (B,52,116) RS1/16S104J

R 2560 (A,7,59) RS1/16S0R0J

R 2561 (A,146,81) (EW5) RS1/16S0R0J

R 2562 (A,146,79) (UC) RS1/16S0R0J

R 2564 (B,4,45) RS1/16S473J

R 2565 (B,32,24) RS1/16S0R0J

R 2567 (A,107,89) RS1/8S0R0J

R 2568 (B,28,65) RS1/16S472J

R 2569 (A,27,46) RS1/16S0R0J

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC 145

5678

R 2571 (B,39,34) RS1/16S104J

R 2574 (B,5,18) RS1/16S104J

R 2575 (B,126,38) RS1/16SS0R0J

R 2577 (A,50,130) RS1/16S473J

R 2579 (B,49,63) RS1/16S104J

R 2581 (A,35,54) RS1/16S104J

R 2584 (B,20,64) RS1/16S104J

R 2585 (B,41,67) RS1/16S0R0J

R 2586 (B,37,95) RS1/10S0R0J

R 2587 (B,15,25) RS1/16S472J

R 2588 (B,17,26) RS1/16S472J

R 2589 (B,6,30) RS1/16S472J

R 2590 (B,8,28) RS1/16S472J

R 2591 (B,139,86) (EW5) RS1/16S0R0J

R 2592 (B,139,88) (UC) RS1/16S0R0J

R 2594 (B,10,28) RS1/16S104J

R 2595 (A,28,59) RS1/16S104J

R 2596 (A,128,86) RS1/16S471J

R 2597 (A,128,88) RS1/16S101J

R 2766 (B,57,26) RS1/16SS101J

R 2768 (B,42,129) RS1/16S0R0J

R 2770 (B,55,7) RS1/10S0R0J

R 2776 (B,57,27) RS1/16SS473J

CAPACITORS

C 1 (B,128,18) CKSRYB104K16

C 2 (B,127,21) CKSRYB104K16

C 3 (B,127,24) CKSRYB104K16

C 4 (B,127,29) CKSRYB104K16

C 5 (B,127,41) CKSRYB104K16

C 6 (A,148,36) CKSRYB104K16

C 7 (A,152,44) CKSRYB104K16

C 8 (A,152,49) CKSRYB104K16

C 9 (A,152,52) CKSRYB104K16

C 10 (A,152,55) CKSRYB104K16

C 11 (A,152,60) CKSRYB104K16

C 12 (B,132,17) CKSQYB106K6R3

C 13 (B,142,25) CKSRYB104K16

C 14 (B,142,28) CKSRYB104K16

C 15 (A,143,35) CKSRYB104K16

C 16 (A,141,35) CKSRYB104K16

C 17 (A,143,66) CKSRYB104K16

C 18 (A,141,68) CCSRCH100D50

C 19 (A,138,68) CCSRCH100D50

C 20 (B,145,17) CKSRYB104K16

C 21 (B,144,21) CKSRYB104K16

C 22 (B,144,24) CKSRYB104K16

C 23 (B,144,29) CKSRYB104K16

C 24 (B,143,40) CKSRYB104K16

C 25 (A,137,36) CKSRYB104K16

C 26 (A,137,65) CKSRYB104K16

C 27 (B,148,17) CKSQYB106K6R3

C 28 (B,153,15) CKSRYB104K16

C 29 (B,158,27) CKSRYB104K16

C 30 (A,154,18) CKSRYF104Z25

C 31 (B,128,58) CCSRCH9R0D50

C 32 (B,128,62) CCSRCH9R0D50

C 33 (A,132,36) CKSRYB104K16

C 35 (A,132,65) CKSRYB104K16

C 36 (A,126,64) CKSRYB104K16

Circuit Symbol and No. Part No.

C 38 (A,131,32) CKSQYB106K6R3

C 39 (A,123,40) CKSRYB104K16

C 40 (A,122,42) CKSRYB104K16

C 41 (A,123,50) CKSRYB104K16

C 42 (B,137,44) CKSRYB104K16

C 44 (B,133,56) CKSRYB104K16

C 47 (B,141,65) CKSRYB104K16

C 49 (B,139,44) CKSRYB104K16

C 51 (A,144,35) CKSRYB224K10

C 54 (B,80,37) CCSRCH121J50

C 55 (B,144,44) CKSRYB104K16

C 57 (B,147,44) CKSRYB104K16

C 60 (B,149,65) CKSRYB104K16

C 63 (B,154,46) CKSRYB104K16

C 64 (B,154,51) CKSRYB104K16

C 66 (B,154,54) CKSRYB104K16

C 67 (B,156,54) CKSQYB106K6R3

C 68 (A,127,35) 22 µF CCG1178

C 69 (A,127,33) 22 µF CCG1178

C 70 (A,126,29) 22 µF CCG1178

C 71 (B,125,60) CKSRYF103Z50

C 72 (B,159,51) CKSRYF103Z50

C 73 (B,157,51) CKSRYF104Z25

C 74 (B,154,61) CKSRYF104Z25

C 75 (A,152,17) CKSRYF104Z25

C 76 (B,127,27) CKSRYB103K16

C 77 (B,135,17) CKSRYB103K16

C 78 (B,142,20) CKSRYB103K16

C 79 (B,158,29) CKSRYB103K50

C 80 (B,151,16) CKSRYB103K50

C 81 (B,143,39) CKSRYB224K10

C 82 (B,158,22) CKSRYB103K50

C 96 (B,160,22) CKSRYB224K10

C 97 (B,160,27) CKSRYB224K10

C 98 (B,160,29) CKSRYB224K10

C 101 (A,127,17) CKSRYB104K16

C 102 (A,131,11) CKSRYB104K16

C 103 (A,135,25) CKSRYB104K16

C 104 (A,144,29) CKSRYB104K16

C 105 (A,152,29) CKSRYB104K16

C 106 (A,160,29) CKSRYB104K16

C 107 (A,156,33) CKSRYB104K16

C 108 (A,156,41) CKSRYB104K16

C 109 (A,156,49) CKSRYB104K16

C 110 (B,102,42) CKSQYB106K6R3

C 111 (B,102,39) CKSRYB104K16

C 112 (B,102,34) CKSRYF224Z16

C 113 (B,102,26) CKSQYB106K6R3

C 114 (B,102,23) CKSRYB104K16

C 115 (B,102,18) CKSRYF224Z16

C 116 (B,115,64) CKSRYF104Z25

C 117 (B,103,51) CKSQYB106K6R3

C 118 (B,103,49) CKSRYB104K16

C 119 (B,115,49) CKSRYF104Z25

C 120 (B,105,61) CKSRYF104Z25

C 121 (B,105,56) CKSRYF104Z25

C 122 (B,100,38) CKSRYF104Z25

C 123 (B,102,54) CKSRYF103Z50

C 124 (B,126,41) CCSRCH101J50

C 125 (A,162,33) CKSRYF104Z25

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC

146

1234

C 126 (A,162,49) CKSRYF104Z25

C 201 (A,120,37) CKSRYB104K16

C 202 (A,115,42) CKSRYB104K16

C 203 (A,113,42) CKSRYB104K16

C 204 (A,118,37) CKSRYB104K16

C 205 (A,107,42) CKSRYB104K16

C 206 (A,102,41) CKSRYB104K16

C 207 (A,96,41) CKSRYB104K16

C 208 (A,92,42) CKSRYB104K16

C 209 (A,83,37) CKSRYB104K16

C 211 (A,118,34) CKSRYB104K16

C 213 (A,118,31) CKSRYB104K16

C 214 (A,119,32) CKSRYB104K16

C 215 (A,83,35) CKSRYB104K16

C 216 (A,83,31) CKSRYB104K16

C 217 (A,83,30) CKSRYB104K16

C 220 (A,121,32) CKSQYB106K6R3

C 221 (A,118,29) CKSRYB104K16

C 222 (A,118,26) CKSRYB104K16

C 223 (A,120,8) CKSRYB224K10

C 224 (A,118,24) CKSRYB104K16

C 225 (A,120,28) CKSRYB104K16

C 227 (A,83,28) CKSRYB104K16

C 228 (A,83,24) CKSRYB104K16

C 230 (A,123,25) CCSRCH150J50

C 231 (A,123,16) CCSRCH120J50

C 232 (A,118,21) CKSRYB104K16

C 233 (A,118,18) CKSRYB104K16

C 234 (A,83,19) CKSRYB104K16

C 235 (A,84,18) CKSRYB104K16

C 237 (A,119,15) CKSRYB104K16

C 238 (A,119,13) CKSRYB104K16

C 239 (A,84,16) CKSRYB104K16

C 240 (A,84,14) CKSRYB104K16

C 241 (A,84,12) CKSRYB104K16

C 242 (A,112,7) CKSRYB104K16

C 243 (A,108,7) CKSRYB104K16

C 244 (A,105,7) CKSRYB104K16

C 245 (A,102,7) CKSRYB104K16

C 246 (A,98,7) CKSRYB104K16

C 247 (A,94,7) CKSRYB104K16

C 248 (A,89,7) CKSRYB104K16

C 249 (A,85,9) CKSQYB106K6R3

C 250 (A,104,42) CKSQYB106K6R3

C 251 (A,120,25) CKSQYB106K6R3

C 252 (A,85,42) CKSQYB106K6R3

C 253 (A,121,13) CKSRYF104Z25

C 255 (A,83,33) CKSRYB103K50

C 256 (A,83,27) CKSRYB103K50

C 257 (A,83,25) CKSRYB103K50

C 258 (A,83,22) CKSRYB103K50

C 259 (A,83,21) CKSRYB103K50

C 260 (A,84,15) CKSRYB103K50

C 261 (B,81,8) CKSRYB103K50

C 262 (B,79,8) CKSRYB103K50

C 301 (A,137,21) CKSRYF104Z25

C 302 (A,144,21) CKSRYB334K10

C 303 (A,138,12) CKSRYF104Z25

C 306 (A,116,48) CKSRYF104Z25

C 323 (A,103,56) CKSQYB106K6R3

Circuit Symbol and No. Part No.

C 328 (A,100,50) CKSRYB104K16

C 329 (A,99,50) 10 µF CCG1203

C 341 (A,156,18) CCSRCH101J50

C 342 (A,136,13) CKSRYF104Z25

C 344 (B,142,11) CKSRYF103Z50

C 345 (B,140,11) CKSRYF104Z25

C 346 (B,126,11) CKSRYF103Z50

C 347 (B,115,9) CKSRYF103Z50

C 348 (B,114,8) CKSRYF104Z25

C 349 (B,92,7) CKSRYF103Z50

C 1917 (A,76,52) 330 µF/6.3 V CCH1366

C 1918 (A,76,61) 330 µF/10 V CCH1623

C 1925 (A,58,48) 27 µF/20 V CCH1744

C 1941 (A,58,77) 220 µF/10 V CCH1409

C 1998 (A,68,102) 330 µF/6.3 V CCH1366

C 2000 (B,40,73) CKSRYB104K25

C 2001 (A,36,72) CKSRYB104K25

C 2002 (A,42,71) CKSRYF104Z25

C 2003 (A,34,72) CKSRYF104Z25

C 2004 (A,36,39) CKSRYB104K16

C 2005 (A,12,40) CKSRYB104K16

C 2006 (A,16,31) CKSRYB153K50

C 2007 (A,20,34) CKSRYB104K16

C 2008 (A,36,68) CKSRYF104Z25

C 2010 (B,36,36) CKSRYB104K16

C 2011 (B,18,33) CKSRYB104K50

C 2012 (B,34,34) CKSRYB105K10

C 2013 (A,31,46) CKSRYB104K16

C 2014 (A,13,36) CKSRYB104K16

C 2015 (B,10,38) CCSRCH7R0D50

C 2016 (B,10,36) CCSRCH6R0D50

C 2017 (A,31,38) CKSRYB104K50

C 2018 (A,39,44) CKSRYB104K16

C 2019 (B,40,46) CKSRYB104K16

C 2020 (B,9,56) CKSRYB104K16

C 2023 (B,24,61) CKSRYB104K16

C 2024 (B,34,61) CKSRYB104K16

C 2025 (B,31,63) CKSRYB104K16

C 2028 (B,34,60) CKSRYB104K16

C 2029 (B,5,122) CKSRYB104K50

C 2030 (B,9,119) CKSRYB102K50

C 2033 (B,13,123) CKSRYB104K50

C 2034 (B,12,125) CKSRYB103K50

C 2035 (B,14,125) CKSRYB823K16

C 2037 (B,45,124) CKSRYB104K50

C 2038 (B,7,23) CKSRYB104K50

C 2040 (B,37,124) CKSRYB472K50

C 2041 (B,4,25) CKSRYB104K50

C 2043 (B,28,129) CKSRYB103K50

C 2044 (B,28,131) CKSRYB103K50

C 2091 (A,46,113) CEVW470M16

C 2093 (A,46,121) CEVW101M16

C 2130 (B,117,99) CSZSR330M10

C 2151 (A,99,88) CEVW101M16

C 2168 (A,77,42) CSZSR101M6R3

C 2170 (A,23,76) CEVW100M16

C 2205 (A,12,62) CKSRYB104K50

C 2206 (B,12,102) CKSRYB102K50

C 2207 (B,18,97) CKSRYB102K50

C 2209 (B,19,102) CKSRYB102K50

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC 147

5678

C 2210 (A,11,60) CKSRYB474K16

C 2225 (A,40,109) CKSRYB104K50

C 2227 (A,149,113) CEVW100M16

C 2235 (A,125,90) CKSRYB104K50

C 2236 (A,29,83) CEVW101M16

C 2237 (B,118,101) CKSRYB105K6R3

C 2238 (B,121,107) CKSQYB105K16

C 2239 (B,120,102) CKSQYB105K16

C 2240 (B,116,102) CKSQYB105K16

C 2241 (B,59,29) CKSRYB104K16

C 2242 (B,119,115) CKSQYB105K16

C 2243 (B,123,111) CKSQYB105K16

C 2244 (A,83,116) CCSRCH150J50

C 2245 (A,14,27) CKSRYB472K50

C 2247 (A,89,114) CKSRYB104K16

C 2248 (B,108,119) CKSRYB102K50

C 2249 (B,110,125) CKSRYB102K50

C 2250 (B,113,125) CKSRYB102K50

C 2251 (B,116,125) CKSRYB102K50

C 2252 (B,119,125) CKSRYB102K50

C 2253 (B,122,127) CKSRYB102K50

C 2256 (B,148,127) CKSRYB104K50

C 2400 (A,104,93) CKSRYB104K50

C 2401 (B,78,41) CKSRYB104K50

C 2402 (A,142,102) CKSRYB104K50

C 2404 (A,92,91) CKSRYB104K16

C 2405 (A,100,106) CKSRYF104Z25

C 2407 (A,101,106) CKSRYF103Z50

C 2409 (A,101,104) CKSRYF103Z50

C 2410 (A,98,106) CKSRYF104Z25

C 2411 (A,97,106) CKSRYF103Z50

C 2412 (A,95,106) CKSRYF103Z50

C 2413 (A,95,109) CKSRYB104K50

C 2414 (B,105,79) CKSRYB104K50

C 2415 (A,28,88) CKSRYB103K50

C 2416 (A,21,72) CKSRYB104K16

C 2417 (B,63,42) CCSRCH680J50

C 2418 (A,24,82) CKSRYB104K16

C 2419 (A,35,81) CKSRYB334K10

C 2422 (A,151,110) CKSRYB104K16

C 2423 (A,150,103) CKSRYB104K16

C 2424 (B,32,87) CKSYB105K16

C 2425 (B,35,100) CKSYB105K25

C 2427 (B,33,71) CKSRYB104K50

C 2428 (B,34,81) CKSRYB104K50

C 2500 (B,56,47) CKSRYB103K50

C 2501 (B,56,66) CKSRYB472K50

C 2502 (B,51,85) CKSRYB103K25

C 2503 (B,54,49) CCSRCH101J50

C 2504 (B,52,50) CKSRYB224K16

C 2505 (B,54,64) CCSRCH221J50

C 2506 (B,52,63) CKSRYB104K50

C 2507 (B,78,94) CKSRYB103K25

C 2508 (B,78,80) CCSRCH102J50

C 2509 (B,51,100) CCSRCH101J50

C 2510 (B,49,53) 15 pF CCG1240

C 2511 (B,79,80) CKSRYB104K16

C 2512 (B,50,100) CKSRYB104K50

C 2513 (B,52,54) 27 pF CCG1241

C 2514 (B,52,59) CKSRYB104K50

Circuit Symbol and No. Part No.

C 2515 (B,76,77) CKSRYB473K50

C 2516 (B,74,77) 30 pF CCG1252

C 2517 (B,71,77) CKSRYB105K10

C 2518 (B,53,102) CKSRYB473K50

C 2519 (B,54,102) 30 pF CCG1252

C 2520 (B,57,102) CKSRYB105K10

C 2521 (B,52,53) CKSRYB473K50

C 2522 (B,52,56) CKSRYB105K10

C 2523 (B,52,60) CKSRYB473K50

C 2524 (B,67,78) 4.7 µF CCG1111

C 2525 (B,78,85) CKSQYB475K10

C 2526 (B,57,89) CKSRYF104Z25

C 2527 (B,51,95) 4.7 µF CCG1222

C 2528 (B,59,52) CKSRYF474Z16

C 2529 (B,64,57) 4.7 µF CCG1222

C 2530 (B,59,62) CKSRYF474Z16

C 2531 (B,75,89) CKSRYF474Z16

C 2532 (B,54,90) CKSRYF474Z16

C 2533 (B,72,90) CKSRYB104K16

C 2534 (B,56,50) CKSRYF104Z25

C 2535 (B,56,63) CKSRYF104Z25

C 2536 (B,61,101) 4.7 µF CCG1222

C 2537 (B,69,99) 10 µF CCG1223

C 2538 (B,69,96) 10 µF CCG1223

C 2539 (B,60,81) 4.7 µF CCG1111

C 2542 (B,69,93) 10 µF CCG1223

C 2543 (B,60,84) 4.7 µF CCG1111

C 2546 (B,60,87) 4.7 µF CCG1111

C 2547 (A,61,89) 10 µF CCG1223

C 2549 (B,59,77) 4.7 µF CCG1111

C 2640 (B,62,48) 4.7 µF CCG1111

C 2641 (B,62,64) 4.7 µF CCG1111

C 2644 (B,71,47) 4.7 µF CCG1111

C 2645 (B,71,66) 4.7 µF CCG1111

C 2648 (A,59,54) 10 µF CCG1223

C 2650 (A,59,57) 10 µF CCG1223

C 2900 (B,122,98) CKSRYB105K6R3

C 2903 (A,30,111) CKSRYB334K10

C 2908 (B,49,114) CKSQYB105K10

C 2909 (B,51,9) CKSRYB104K50

C 2910 (B,56,10) CKSRYB104K50

C 2913 (A,18,30) CKSRYB104K25

C 2914 (A,41,39) CKSRYB104K50

C 2915 (A,93,91) CKSRYB104K50

C 2916 (B,55,13) 100 µF/6.3 V DCH1164

C 2920 (A,9,59) CKSRYB474K16

C 2921 (B,71,24) CKSRYB104K16

C 2922 (B,71,20) CKSRYB104K16

C 2923 (B,70,16) CKSRYB104K16

Unit Number : CWX3446(UC)

Unit Number : CWX3447(EW5)

Unit Name : GPS Unit

MISCELLANEOUS

IC 401 (A,25,16) IC UPC2749T

IC 402 (B,20,27) IC UPB1027GS

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC

148

1234

IC 441 (A,33,30) IC NJM2100V

IC 461 (B,29,10) IC ADC12H034CIMSAS1

IC 501 (B,50,25) IC PD3390A

IC 502 (B,48,9) IC(UC) PEH100A8

(B,48,9) IC(EW5) PEH101A8

IC 503 (A,50,29) IC M5M5V216ATP-70HI

IC 504 (A,31,14) IC MAX6364PUT29

IC 532 (A,47,15) IC(EW5) LC72720YVSS1

Q 441 (A,32,22) Transistor 2SB1132

D 401 (B,11,27) Diode 1SV314

D 501 (B,35,30) Diode RB751V-40

L 401 (B,12,29) Inductor CTF1549

L 402 (B,26,22) Inductor LCYC1R2K1608

L 403 (B,27,26) Inductor LCYC1R2K1608

L 404 (A,21,22) Inductor LCSA3N3R1608

L 405 (B,13,24) Inductor LCYB22NJ1608

L 406 (B,15,20) Inductor LCYB22NJ1608

L 407 (A,19,32) Inductor CTF1410

L 408 (B,26,31) Inductor(UC) CTF1556

(B,26,31) Inductor(EW5) CTF1410

L 409 (B,19,12) Inductor LCYC1R0K2125

L 410 (B,26,17) Inductor CTF1547

L 412 (A,25,27) Inductor CTF1547

L 413 (A,25,26) Inductor CTF1547

L 414 (A,25,32) Inductor CTF1547

L 415 (A,26,29) Inductor CTF1547

L 416 (A,27,28) Inductor CTF1547

L 417 (B,25,20) Inductor CTF1547

L 418 (A,14,33) Inductor CTF1410

L 441 (B,32,20) Inductor CTF1410

L 442 (A,29,25) Inductor CTF1410

L 461 (A,29,9) Inductor CTF1410

L 462 (A,31,8) Inductor CTF1410

L 467 (B,33,17) Inductor CTF1547

L 468 (B,32,17) Inductor CTF1547

L 469 (A,32,11) Inductor CTF1410

L 501 (B,38,17) Inductor CTF1410

L 502 (B,36,32) Inductor CTF1410

L 503 (B,59,6) Inductor CTF1410

L 504 (A,38,33) Inductor CTF1410

L 531 (A,53,17) Inductor CTF1410

X 401 (A,14,27) TCXO 16.368 MHz CWX2381

X 501 (A,38,26) Radiator 32.768 kHz CSS1319

X 502 (B,36,26) Radiator 20.00 MHz CSS1549

X 532 (A,58,15) Radiator 4.332 MHz(EW5) CSS1550

F 401 (A,23,23) Filter CTF1548

RESISTORS

R 401 (B,11,26) RS1/16SS472J

R 402 (B,12,30) RS1/16SS472J

R 403 (B,14,32) RS1/16SS122J

R 404 (B,14,30) RS1/16SS622J

R 405 (A,23,26) RS1/16SS100J

R 406 (B,27,29) RS1/16S271J

R 407 (B,25,18) RS1/16S2R2J

R 441 (A,30,27) RN1/16SC10R0D

R 442 (B,33,24) RN1/16SE1501D

R 443 (B,31,24) RN1/16SE2402D

R 444 (B,31,26) RN1/16SE3302D

Circuit Symbol and No. Part No.

R 445 (B,32,33) RN1/16SE4702D

R 446 (B,30,32) RN1/16SE4702D

R 447 (A,33,25) RS1/16S432J

R 448 (B,32,30) RN1/16SE1002D

R 449 (B,33,32) RN1/16SE2202D

R 450 (B,32,32) RN1/16SE3302D

R 451 (A,29,32) RS1/16S103J

R 452 (B,34,27) RS1/16SS102J

R 454 (B,34,26) RS1/16SS102J

R 460 (B,22,13) RS1/16S0R0J

R 461 (A,37,5) RS1/16SS102J

R 462 (A,38,9) RS1/16SS102J

R 463 (B,36,12) RAB4CQ102J

R 464 (A,35,12) RAB4CQ333J

R 465 (A,39,8) RS1/16SS102J

R 468 (A,58,8) (EW5) RS1/16SS471J

R 469 (A,58,6) (EW5) RAB4CQ471J

R 470 (B,35,7) RAB4CQ471J

R 471 (B,35,4) RAB4CQ104J

R 477 (B,31,17) RS1/16SS222J

R 478 (B,30,16) RS1/16SS222J

R 479 (B,28,15) RS1/16SS222J

R 480 (B,29,17) RS1/16SS332J

R 481 (B,30,17) RS1/16SS332J

R 482 (A,38,6) RS1/16SS223J

R 483 (A,38,5) RS1/16SS473J

R 501 (B,39,27) RS1/16SS0R0J

R 502 (B,38,29) RS1/16SS102J

R 503 (B,39,26) RS1/16SS154J

R 508 (B,60,14) (UC) RS1/16SS103J

(B,60,14) (EW5) RS1/16SS472J

R 509 (B,34,15) RS1/16SS473J

R 510 (A,38,7) RS1/16SS102J

R 511 (A,34,19) RS1/16SS103J

R 512 (B,39,30) RS1/16SS473J

R 513 (B,60,16) RS1/16SS103J

R 514 (B,39,29) RS1/16SS473J

R 515 (A,30,12) RS1/16SS473J

R 517 (B,39,22) RS1/16SS103J

R 519 (B,39,21) RS1/16SS473J

R 521 (B,37,29) RS1/16SS473J

R 532 (A,43,10) (EW5) RS1/16SS104J

R 533 (A,40,18) (UC) RS1/16SS103J

(A,40,18) (EW5) RS1/16SS332J

R 534 (A,41,19) RS1/16SS103J

R 535 (A,38,13) RS1/16SS103J

R 536 (A,39,18) RS1/16SS0R0J

R 537 (A,38,15) (EW5) RS1/16S0R0J

R 538 (A,38,17) (EW5) RS1/16SS0R0J

CAPACITORS

C 401 (A,25,13) CCSRCH100D50

C 402 (A,24,20) CCSSCH101J50

C 403 (A,27,16) CKSSYB104K10

C 404 (A,20,24) CCSSCH101J50

C 405 (B,14,27) CCSRUJ220J50

C 406 (B,14,29) CCSRUJ220J50

C 407 (B,13,32) CKSSYB333K16

C 408 (B,12,32) CKSSYB182K50

C 409 (A,21,29) CSZS100M6R3

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC 149

5678

C 410 (B,28,32) CKSSYB103K16

C 411 (A,21,27) CKSSYB102K50

C 412 (A,21,28) CKSSYB102K50

C 413 (A,20,31) CKSSYB104K10

C 414 (A,24,32) CKSSYB104K10

C 415 (A,25,30) CKSSYB104K10

C 416 (A,24,28) CKSSYB104K10

C 417 (B,25,22) CKSSYB104K10

C 418 (A,21,32) CKSSYB102K50

C 419 (B,39,32) CKSSYB104K10

C 420 (A,14,32) CKSSYB104K10

C 421 (B,26,27) CKSSYB102K50

C 422 (B,25,26) CKSSYB103K16

C 423 (B,26,24) CKSSYB104K10

C 424 (B,27,22) CCSRCH102J50

C 425 (B,29,23) CCSRCH271J50

C 426 (B,28,26) CCSRCH102J50

C 427 (B,25,25) CKSSYB104K10

C 428 (B,15,24) CKSSYB103K16

C 429 (B,12,24) CCSRCH301J50

C 430 (B,13,22) CCSSCH120J50

C 431 (B,14,20) CCSRCH301J50

C 432 (B,16,22) CKSSYB103K16

C 433 (B,19,9) CCSRCH101J50

C 434 (B,19,14) CKSSYB102K50

C 435 (B,20,14) CKSSYB103K16

C 436 (B,31,22) CKSSYB104K10

C 441 (B,31,28) CKSRYB104K16

C 442 (A,30,29) CCSRCH101J50

C 443 (A,30,32) CKSRYB104K16

C 444 (B,33,22) CKSSYB103K16

C 445 (A,29,30) CKSSYB104K10

C 461 (A,28,5) 22 µF/6.3 V CCH1408

C 462 (A,31,9) CKSRYB104K16

C 463 (A,27,9) CKSRYB104K16

C 464 (B,31,5) CKSSYB103K16

C 465 (B,31,4) CKSSYB103K16

C 466 (B,32,4) CKSSYB103K16

C 467 (B,33,4) CKSSYB103K16

C 468 (A,30,11) CKSSYB104K10

C 469 (B,27,4) CSZS100M10

C 470 (B,26,15) CKSSYB104K10

C 471 (B,37,6) CCSSCH101J50

C 501 (B,39,19) CKSSYB104K10

C 502 (B,37,22) CCSRCH150J50

C 503 (B,38,22) CCSRCH150J50

C 504 (B,40,17) CKSSYB104K10

C 506 (B,60,19) CKSSYB104K10

C 507 (B,60,21) CKSSYB104K10

C 508 (B,60,26) CKSSYB104K10

C 509 (B,60,30) CKSSYB104K10

C 511 (B,41,34) CKSSYB104K10

C 512 (B,38,31) CKSSYB104K10

C 514 (A,31,17) CSZS100M6R3

C 515 (B,39,24) CKSSYB104K10

C 516 (B,59,11) CKSSYB104K10

C 517 (A,51,21) CKSSYB104K10

C 518 (A,39,32) CKSSYB104K10

C 535 (A,55,15) (EW5) CSZS100M6R3

C 539 (A,55,19) (EW5) CCSRCH100D50

Circuit Symbol and No. Part No.

C 540 (A,53,12) (EW5) CCSRCH100D50

C 541 (A,47,10) (EW5) CCSRCH561J50

C 542 (A,45,10) (EW5) CKSSYB104K10

C 543 (A,40,12) (EW5) CSZS100M6R3

C 544 (A,50,10) (EW5) CCSRCH331J50

C 545 (A,53,15) (EW5) CKSSYB104K10

Unit Number : CWN2190(UC)

Unit Number : CWN2090(EW5)

Unit Name : AV Unit

MISCELLANEOUS

IC 1001 (A,46,43) IC NJM4558V

IC 1021 (A,72,43) IC BA4558RFVM

IC 1031 (A,56,43) IC BA4558RFVM

IC 1041 (A,64,43) IC BA4558RFVM

IC 1051 (B,66,43) IC TC4052BFT

IC 1061 (B,81,65) IC PML009A

IC 1111 (B,41,43) IC BA4558RFVM

IC 1131 (B,81,79) IC NJM2060V

IC 1201 (A,84,139) IC PAL007C

IC 1301 (A,15,30) IC NJM2137V

IC 1316 (B,16,25) IC NJM2136V

IC 1331 (B,24,56) IC BA7649AF

IC 1341 (B,8,44) IC NJM2505F

IC 1351 (B,18,46) IC NJM2235M

IC 1361 (A,6,47) IC TK15405BMI

IC 1381 (A,32,43) IC NJM2505F

IC 1601 (B,36,102) IC TPD1018F

IC 1821 (A,9,99) IC BA00CC0WCP-V5

IC 1841 (A,9,88) IC BA00CC0WCP-V5

IC 1876 (A,38,56) IC NJM2125F

IC 1891 (B,97,67) Regulator(EW5) BA00CC0WFP

Q 1001 (A,37,50) Transistor IMD3A

Q 1002 (A,40,43) Transistor FMG12

Q 1051 (B,59,42) Transistor DTC114EUA

Q 1052 (B,57,42) Transistor DTC114EUA

Q 1091 (A,91,91) Transistor FMG12

Q 1092 (A,81,91) Transistor FMG12

Q 1093 (A,71,91) Transistor FMG12

Q 1112 (B,49,60) Transistor IMD3A

Q 1114 (B,45,60) Transistor DTC323TK

Q 1201 (A,84,112) Transistor UMD2N

Q 1202 (A,87,112) Transistor UMD2N

Q 1203 (A,78,103) Transistor 2SC4081

Q 1204 (B,92,100) Transistor UMD2N

Q 1205 (A,81,106) Transistor DTC124EUA

Q 1206 (A,84,106) Transistor DTC114EUA

Q 1331 (B,24,62) Transistor DTC114EUA

Q 1401 (B,138,93) Transistor(EW5) 2SC3357

Q 1402 (B,142,87) Transistor(EW5) 2SC3127

Q 1403 (A,135,75) Transistor(EW5) 2SC3130

Q 1451 (A,105,74) Transistor(EW5) DTC144EK

Q 1452 (A,105,77) Transistor(EW5) DTC144EK

Q 1601 (A,53,115) Transistor 2SC4116

Q 1602 (B,57,111) Transistor 2SC4116

Q 1603 (B,57,100) Transistor DTC114EUA

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC

150

1234

Q 1711 (B,45,12) Transistor IMD2A

Q 1801 (A,123,117) Transistor 2SA1797

Q 1802 (A,117,117) Transistor 2SA1162

Q 1803 (B,117,117) Transistor 2SC4081

Q 1804 (B,113,104) Transistor 2SA1797

Q 1805 (B,114,119) Transistor DTC114EUA

Q 1831 (B,20,76) Transistor 2SD1760F5

Q 1832 (B,25,68) Transistor DTA114EUA

Q 1833 (B,27,68) Transistor DTC114EUA

Q 1851 (A,109,24) Transistor 2SA1797

Q 1852 (A,118,32) Transistor 2SC4081

Q 1861 (A,102,34) Transistor 2SA1385-ZS1

Q 1862 (A,102,49) Transistor 2SC4081

D 1001 (A,36,43) Diode DAP202K

D 1111 (B,49,64) Diode DAN202K

D 1161 (B,91,96) Diode DAP202K

D 1201 (A,82,125) Diode MA111

D 1202 (A,82,110) Diode UDZS8R2(B)

D 1205 (A,83,103) Diode DAN202U

D 1206 (A,81,103) Diode DAN202U

D 1451 (A,96,57) Diode(EW5) HZU3R3(B1)

D 1601 (A,56,118) Diode UDZS5R1(B)

D 1602 (B,59,115) Diode HZU8R2(B1)

D 1603 (A,59,105) Diode UDZS18(B)

D 1604 (A,59,103) Diode UDZS18(B)

D 1605 (B,58,104) Diode 1SR154-400

D 1606 (A,59,107) Diode 1SS355

D 1607 (B,36,109) Diode 1SR154-400

D 1609 (B,36,112) Diode 1SR154-400

D 1610 (A,60,109) Diode PTZ18A

D 1621 (A,128,126) Diode EDZ6R8(B)

D 1622 (A,128,129) Diode EDZ6R8(B)

D 1623 (B,131,116) Diode EDZ6R8(B)

D 1624 (B,135,116) Diode EDZ6R8(B)

D 1625 (B,138,116) Diode EDZ6R8(B)

D 1626 (B,140,116) Diode MALS068X

D 1627 (B,145,116) Diode MALS068X

D 1628 (A,147,126) Diode MALS068X

D 1629 (B,143,116) Diode MALS068X

D 1630 (B,148,116) Diode MALS068X

D 1651 (B,44,83) Diode KS926S2

D 1652 (A,38,119) Diode 5KP22A

D 1701 (A,9,129) Diode MALS068X

D 1702 (B,13,143) Diode EDZ6R8(B)

D 1703 (A,13,129) Diode MALS068X

D 1704 (A,26,117) Diode 1SR154-400

D 1705 (B,18,143) Diode MALS068X

D 1706 (B,20,143) Diode MALS068X

D 1707 (A,18,129) Diode MALS068X

D 1708 (A,22,129) Diode MALS068X

D 1709 (A,21,115) Diode 1SS355

D 1710 (B,16,129) Diode MALS068X

D 1711 (B,16,143) Diode MALS068X

D 1712 (A,14,117) Diode PTZ27(B)

D 1713 (A,19,115) Diode 1SS355

D 1714 (A,16,113) Diode DAN202U

D 1715 (A,23,117) Diode PTZ20(B)

D 1716 (B,13,144) Diode EDZ20(B)

D 1721 (A,121,131) Diode UDZS5R6(B)

D 1722 (A,121,128) Diode UDZS5R6(B)

Circuit Symbol and No. Part No.

D 1801 (A,123,111) Diode RB060L-40

D 1802 (B,132,116) Diode UDZS27(B)

D 1821 (B,28,77) Diode DAN202U

D 1824 (A,30,95) Diode RB060L-40

D 1831 (B,22,67) Diode UDZS5R6(B)

D 1844 (A,30,82) Diode RB060L-40

D 1876 (A,39,59) Diode EDZ4R3(B)

D 1877 (A,42,56) Diode 1SS355

D 1878 (B,110,116) Diode UDZS22(B)

ZNR1401 (B,163,116) Surge Protector RCCA-201Q31UA-PI

L 1061 (A,85,59) Inductor LCYA2R2J2520

L 1301 (A,12,28) Inductor CTF1410

L 1316 (B,13,28) Inductor CTF1410

L 1331 (B,25,49) Inductor CTF1410

L 1351 (B,11,46) Inductor CTF1410

L 1361 (A,10,59) Inductor LCTAW100J3225

L 1401 (B,149,102) Inductor(EW5) LCTAWR12J2520

L 1402 (B,147,97) Inductor(EW5) LCYCR10K2125

L 1404 (A,145,78) Inductor(EW5) LCTAW101J2520

L 1405 (B,144,89) Inductor(EW5) LCTCR22K2125

L 1406 (B,149,92) Inductor(EW5) LCTCR10K2125

L 1407 (A,139,74) Inductor(EW5) LCTCR15K2125

L 1408 (B,145,78) Inductor(EW5) LCTAW101J2520

L 1410 (A,145,72) Chip Coil(EW5) LCTAW1R0J2520

L 1431 (B,160,95) Chip Coil LCTAW4R7J2520

L 1432 (A,143,43) Inductor LCTAW2R2J3225

L 1433 (A,146,36) Inductor LCTAW2R2J2520

L 1434 (A,143,35) Chip Ferrite Bead CTF1399

L 1435 (A,145,19) Inductor LCTAW2R2J3225

L 1451 (A,106,64) Chip Coil(EW5) LCTAW1R0J2520

L 1452 (A,106,58) Inductor(EW5) LCTAW2R2J2520

L 1453 (A,91,57) Chip Ferrite Bead(EW5) CTF1557

L 1454 (A,95,67) Chip Ferrite Bead(EW5) CTF1557

L 1601 (A,56,125) Inductor CTF1410

L 1602 (A,65,109) Inductor CTF1410

L 1603 (A,63,107) Inductor CTF1410

L 1651 (A,44,106) Choke Coil 600 µH CTH1347

L 1661 (A,102,24) Inductor CTH1256

L 1662 (A,94,14) Inductor CTF1306

L 1701 (A,16,116) Inductor LCTC2R2K1608

L 1702 (A,17,119) Inductor CTF1556

L 1721 (A,27,25) Inductor CTF1379

L 1722 (A,119,126) Inductor CTF1334

L 1723 (A,119,133) Inductor CTF1334

T 1401 (A,140,93) Coil(EW5) CTC1194

T 1402 (A,142,84) Coil(EW5) CTC1193

T 1403 (A,132,84) Coil(EW5) CTC1192

>FU1701 (A,24,123) Fuse 4 A CEK1260

>FU1702 (A,26,129) Fuse 4 A CEK1260

>FU1855 (A,108,31) Fuse 400 mA CEK1250

>FU1864 (A,95,48) Fuse 1 A CEK1254

Y 1452 (A,115,67) Tuner Unit(EW5) CWE2023

Y 1431 (A,157,80) FM/AM Tuner Unit(UC) CWE1952

(A,157,80) FM/AM Tuner Unit(EW5) CWE1951

EF1701 (A,11,130) EMI Filter CCG1067

EF1702 (A,17,130) EMI Filter CCG1067

EF1703 (A,20,130) EMI Filter CCG1067

EF1704 (B,18,129) EMI Filter CCG1067

EF1705 (B,22,129) EMI Filter CCG1067

EF1706 (B,27,129) EMI Filter CCG1067

EF1707 (A,8,130) EMI Filter CCG1067

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC 151

5678

EF1708 (B,20,129) EMI Filter CCG1067

EF1709 (B,24,129) EMI Filter CCG1067

EF1710 (B,29,129) EMI Filter CCG1067

EF1711 (A,14,130) EMI Filter CCG1067

>Fuse 10 A CEK1208

RESISTORS

R 1001 (A,44,36) RS1/16S473J

R 1002 (A,47,37) RS1/16S473J

R 1003 (A,47,38) RS1/16S473J

R 1004 (A,44,37) RS1/16S473J

R 1005 (A,44,51) RS1/16S473J

R 1006 (A,47,49) RS1/16S473J

R 1007 (A,47,48) RS1/16S473J

R 1008 (A,44,49) RS1/16S473J

R 1009 (A,41,39) RS1/16S182J

R 1010 (A,41,47) RS1/16S182J

R 1011 (A,41,46) RS1/16S473J

R 1012 (A,41,40) RS1/16S473J

R 1023 (A,70,37) RS1/16S103J

R 1024 (A,73,38) RS1/16S103J

R 1025 (A,73,39) RS1/16S103J

R 1026 (A,70,38) RS1/16S103J

R 1027 (A,70,50) RS1/16S103J

R 1028 (A,73,48) RS1/16S103J

R 1029 (A,73,47) RS1/16S103J

R 1030 (A,70,48) RS1/16S103J

R 1033 (A,54,36) RS1/16S103J

R 1034 (A,57,38) RS1/16S103J

R 1035 (A,57,39) RS1/16S103J

R 1036 (A,55,38) RS1/16S103J

R 1037 (A,55,50) RS1/16S103J

R 1038 (A,57,48) RS1/16S103J

R 1039 (A,57,47) RS1/16S103J

R 1040 (A,55,48) RS1/16S103J

R 1043 (A,62,37) RS1/16S103J

R 1044 (A,65,38) RS1/16S103J

R 1045 (A,65,39) RS1/16S103J

R 1046 (A,62,38) RS1/16S103J

R 1047 (A,62,50) RS1/16S103J

R 1048 (A,65,48) RS1/16S103J

R 1049 (A,65,47) RS1/16S103J

R 1050 (A,62,48) RS1/16S103J

R 1051 (B,65,37) RS1/16S104J

R 1052 (B,67,37) RS1/16S104J

R 1053 (B,68,50) RS1/16S104J

R 1054 (B,66,50) RS1/16S104J

R 1055 (B,64,50) RS1/16S473J

R 1056 (B,65,50) RS1/16S473J

R 1061 (B,85,47) RS1/16S181J

R 1062 (B,78,47) RS1/16S181J

R 1063 (B,86,47) RS1/16S223J

R 1064 (B,76,47) RS1/16S223J

R 1065 (B,87,47) RS1/16S102J

R 1066 (B,75,47) RS1/16S102J

R 1067 (B,73,56) RS1/16S0R0J

R 1068 (A,80,46) RS1/16S331J

R 1069 (A,83,46) RS1/16S331J

R 1091 (A,93,89) RS1/16S821J

Circuit Symbol and No. Part No.

R 1092 (A,88,89) RS1/16S821J

R 1093 (A,83,89) RS1/16S821J

R 1094 (A,78,89) RS1/16S821J

R 1095 (A,73,89) RS1/16S821J

R 1096 (A,68,89) RS1/16S821J

R 1097 (A,93,91) RS1/16S223J

R 1098 (A,83,91) RS1/16S223J

R 1099 (A,73,91) RS1/16S223J

R 1100 (A,88,91) RS1/16S223J

R 1101 (A,78,91) RS1/16S223J

R 1102 (A,68,91) RS1/16S223J

R 1103 (A,95,91) RS1/16S471J

R 1104 (A,85,91) RS1/16S471J

R 1105 (A,75,91) RS1/16S471J

R 1106 (A,87,91) RS1/16S471J

R 1107 (A,77,91) RS1/16S471J

R 1108 (A,67,91) RS1/16S471J

R 1111 (B,39,37) RS1/16S103J

R 1112 (B,39,38) RS1/16S103J

R 1113 (B,39,40) RS1/16S103J

R 1114 (B,42,38) RS1/16S103J

R 1115 (B,41,52) RS1/16S102J

R 1116 (B,41,49) RS1/16S104J

R 1117 (B,38,48) RS1/16S104J

R 1118 (B,38,47) RS1/16S683J

R 1119 (B,41,47) RS1/16S473J

R 1121 (B,43,57) RS1/16S821J

R 1123 (B,43,60) RS1/16S104J

R 1124 (B,59,57) RS1/16S0R0J

R 1131 (B,90,80) RS1/16S472J

R 1132 (B,73,80) RS1/16S562J

R 1133 (B,72,80) RS1/16S472J

R 1134 (B,88,80) RS1/16S562J

R 1135 (B,75,80) RS1/16S472J

R 1136 (B,87,80) RS1/16S472J

R 1137 (B,88,78) RS1/16S472J

R 1138 (B,73,78) RS1/16S472J

R 1139 (B,87,78) RS1/16S472J

R 1140 (B,75,78) RS1/16S472J

R 1201 (A,82,121) RS1/16S391J

R 1202 (A,82,119) RS1/16S391J

R 1203 (A,77,106) RS1/16S473J

R 1204 (A,79,106) RS1/16S223J

R 1205 (A,80,110) RS1/16S103J

R 1206 (B,90,104) RS1/10S102J

R 1207 (A,86,107) RS1/16S103J

R 1208 (A,87,105) RS1/16S221J

R 1209 (A,86,105) RS1/16S103J

R 1210 (B,76,116) RS1/16S101J

R 1211 (B,72,116) RS1/16S101J

R 1212 (B,74,116) RS1/16S101J

R 1213 (B,79,116) RS1/16S101J

R 1214 (B,89,126) RS1/16S103J

R 1215 (B,87,126) RS1/16S103J

R 1216 (B,90,126) RS1/16S103J

R 1217 (A,87,107) RS1/16S101J

R 1302 (A,13,34) RS1/16S750J

R 1303 (A,17,34) RS1/16S103J

R 1304 (A,15,34) RS1/16S103J

R 1305 (A,22,32) RS1/16S4701D

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC

152

1234

R 1306 (A,21,32) RS1/16S4701D

R 1307 (A,20,32) RS1/16S4701D

R 1308 (A,20,30) RS1/16S4701D

R 1309 (A,20,27) RS1/16S101J

R 1310 (A,9,30) RS1/16S102J

R 1311 (A,10,30) RS1/16S563J

R 1312 (A,10,33) RS1/16S473J

R 1316 (B,14,22) RS1/16S750J

R 1317 (B,18,22) RS1/16S103J

R 1318 (B,16,22) RS1/16S103J

R 1319 (B,21,26) RS1/16S4701D

R 1320 (B,21,24) RS1/16S4701D

R 1321 (B,21,23) RS1/16S4701D

R 1322 (A,15,25) RS1/16S4701D

R 1323 (A,10,25) RS1/16S101J

R 1333 (B,27,63) RS1/16S104J

R 1338 (B,22,50) RS1/16S105J

R 1341 (B,7,57) RS1/16S750J

R 1342 (B,7,55) RS1/16S473J

R 1343 (B,7,53) RS1/16S473J

R 1344 (B,7,51) RS1/16S101J

R 1345 (B,9,51) RS1/16S101J

R 1351 (B,20,42) RS1/16S105J

R 1352 (B,20,41) RS1/16S105J

R 1353 (B,20,40) RS1/16S105J

R 1354 (B,16,41) RS1/16S105J

R 1361 (A,8,50) RS1/16S105J

R 1362 (A,17,50) RS1/16S750J

R 1372 (A,21,38) RS1/16S0R0J

R 1381 (A,30,33) RS1/16S750J

R 1382 (A,30,34) RS1/16S473J

R 1383 (A,30,37) RS1/16S473J

R 1385 (A,32,36) RS1/16S101J

R 1386 (A,34,36) RS1/16S101J

R 1401 (B,151,103) (EW5) RS1/16S105J

R 1402 (B,155,94) (UC) RS1/4S0R0J

R 1403 (A,135,94) (EW5) RS1/16S821J

R 1404 (A,135,97) (EW5) RS1/16S330J

R 1405 (A,142,78) (EW5) RS1/16S332J

R 1406 (A,132,80) (EW5) RS1/16S101J

R 1407 (B,139,81) (EW5) RS1/16S151J

R 1408 (B,139,84) (EW5) RS1/16S680J

R 1409 (B,142,85) (EW5) RS1/16S152J

R 1410 (B,144,83) (EW5) RS1/16S681J

R 1411 (A,131,73) (EW5) RS1/16S151J

R 1412 (A,133,76) (EW5) RS1/16S680J

R 1413 (B,146,89) (EW5) RS1/16S181J

R 1414 (A,139,76) (EW5) RS1/16S152J

R 1415 (A,141,74) (EW5) RS1/16S681J

R 1416 (A,140,71) (EW5) RS1/16S151J

R 1431 (B,149,63) RS1/16S681J

R 1432 (B,149,62) RS1/16S681J

R 1433 (B,149,61) RS1/16S681J

R 1434 (B,149,59) RS1/16S681J

R 1435 (B,149,58) RS1/16S681J

R 1436 (B,149,57) (EW5) RS1/16S681J

R 1438 (B,146,37) RS1/16S681J

R 1439 (B,147,20) RS1/16S0R0J

R 1440 (B,147,17) RS1/16S0R0J

R 1443 (B,80,41) RS1/16S0R0J

Circuit Symbol and No. Part No.

R 1444 (B,82,41) RS1/16S0R0J

R 1445 (B,149,56) RS1/16S223J

R 1451 (A,107,71) (EW5) RS1/16S473J

R 1455 (B,136,54) (EW5) RS1/16S221J

R 1456 (A,93,55) (EW5) RS1/10S391J

R 1601 (A,56,116) RS1/16S473J

R 1602 (A,53,118) RS1/16S104J

R 1603 (B,57,113) RS1/16S473J

R 1604 (B,57,114) RS1/16S104J

R 1605 (B,60,102) RS1/16S103J

R 1606 (A,56,121) RS1/16S102J

R 1607 (A,53,121) RS1/16S472J

R 1608 (A,55,123) RS1/4S102J

R 1609 (B,65,117) RS1/4S102J

R 1610 (B,65,123) RS1/4S472J

R 1611 (B,65,113) RS1/4S102J

R 1612 (B,65,120) RS1/4S472J

R 1613 (A,62,116) RS1/4S472J

R 1621 (A,139,119) RS1/16S0R0J

R 1622 (A,138,116) RS1/16S0R0J

R 1623 (A,140,116) RS1/16S0R0J

R 1624 (A,142,119) RS1/16S0R0J

R 1625 (A,144,115) RS1/16S0R0J

R 1626 (A,148,115) RS1/16S0R0J

R 1627 (A,140,119) RS1/16S0R0J

R 1628 (A,141,116) RS1/16S0R0J

R 1629 (A,144,121) RS1/16S0R0J

R 1655 (A,107,8) (EW5) RS1/10S0R0J

R 1656 (A,110,8) (UC) RS1/10S0R0J

R 1660 (A,29,72) RS1/16S473J

R 1661 (A,76,15) RS1/16S0R0J

R 1662 (A,79,15) RS1/16S0R0J

R 1663 (A,82,15) RS1/16S0R0J

R 1664 (A,77,15) RS1/16S0R0J

R 1665 (A,88,15) RS1/16S0R0J

R 1666 (A,89,15) RS1/16S101J

R 1667 (A,74,12) RS1/16S0R0J

R 1668 (A,72,12) RS1/16S0R0J

R 1669 (A,90,15) RS1/16S0R0J

R 1670 (B,105,7) RS1/16S0R0J

R 1671 (B,94,14) RS1/16S0R0J

R 1672 (A,80,15) RS1/16S0R0J

R 1673 (A,71,9) RS1/8S0R0J

R 1674 (A,71,7) RS1/8S0R0J

R 1675 (A,66,7) RS1/8S0R0J

R 1703 (A,16,119) RS1/16S153J

R 1704 (A,19,119) RS1/10S103J

R 1721 (A,16,19) RS1/16S0R0J

R 1722 (A,16,20) RS1/16S0R0J

R 1723 (A,16,21) RS1/16S0R0J

R 1724 (B,26,13) RS1/16S0R0J

R 1725 (A,16,23) RS1/16S0R0J

R 1726 (A,20,17) RS1/16S0R0J

R 1727 (A,24,22) RS1/16S0R0J

R 1729 (A,25,25) RS1/16S0R0J

R 1731 (A,26,22) RS1/16S0R0J

R 1734 (A,27,22) RS1/16S0R0J

R 1735 (B,28,17) RS1/16S0R0J

R 1736 (A,28,25) RS1/16S0R0J

R 1737 (B,29,20) RS1/16S0R0J

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC 153

5678

R 1738 (A,29,22) RS1/16S0R0J

R 1739 (B,30,17) RS1/16S0R0J

R 1740 (A,30,25) RS1/16S0R0J

R 1741 (B,30,20) RS1/16S0R0J

R 1742 (A,30,22) RS1/16S0R0J

R 1743 (B,31,17) RS1/16S0R0J

R 1744 (A,31,25) RS1/16S0R0J

R 1745 (B,32,20) RS1/16S0R0J

R 1746 (A,32,22) RS1/16S0R0J

R 1747 (B,32,17) RS1/16S0R0J

R 1748 (A,33,25) RS1/16S0R0J

R 1749 (B,33,20) RS1/16S0R0J

R 1750 (A,33,22) RS1/16S0R0J

R 1751 (B,34,17) RS1/16S0R0J

R 1752 (A,34,25) RS1/16S0R0J

R 1753 (B,34,20) RS1/16S0R0J

R 1754 (A,35,22) RS1/16S0R0J

R 1755 (B,35,17) RS1/16S0R0J

R 1756 (A,36,25) RS1/16S0R0J

R 1757 (B,36,20) RS1/16S0R0J

R 1758 (A,36,22) RS1/16S0R0J

R 1759 (B,37,17) RS1/16S0R0J

R 1760 (A,37,25) RS1/16S0R0J

R 1761 (B,37,20) RS1/16S0R0J

R 1762 (A,38,22) (EW5) RS1/16S0R0J

R 1763 (B,38,17) RS1/16S0R0J

R 1764 (A,38,25) (EW5) RS1/16S0R0J

R 1766 (A,39,22) (EW5) RS1/16S0R0J

R 1768 (A,40,25) (EW5) RS1/16S0R0J

R 1770 (A,40,22) (EW5) RS1/16S0R0J

R 1772 (A,41,25) (EW5) RS1/16S0R0J

R 1774 (A,42,22) (EW5) RS1/16S0R0J

R 1776 (A,43,25) RS1/16S0R0J

R 1778 (A,43,22) RS1/16S0R0J

R 1780 (A,44,25) RS1/16S0R0J

R 1782 (A,45,22) RS1/16S0R0J

R 1784 (A,45,25) RS1/16S0R0J

R 1786 (A,46,22) (EW5) RS1/16S0R0J

R 1788 (A,47,25) RS1/16S0R0J

R 1790 (A,47,22) (EW5) RS1/16S0R0J

R 1792 (A,48,25) (EW5) RS1/16S0R0J

R 1794 (A,49,22) (EW5) RS1/16S0R0J

R 1796 (A,50,25) (EW5) RS1/16S0R0J

R 1801 (A,120,118) RS1/16S103J

R 1802 (A,114,117) RS1/4SA271J

R 1803 (A,112,117) RS1/4SA271J

R 1804 (A,120,116) RS1/16S102J

R 1805 (A,111,111) RS2PMFR47J

R 1806 (A,117,114) RS1/16S103J

R 1807 (B,116,104) RS1/16S103J

R 1808 (B,110,110) RS1/4SA271J

R 1809 (B,115,116) RS1/16S103J

R 1810 (B,112,110) RS1/4SA271J

R 1811 (B,114,116) RS1/16S103J

R 1812 (B,112,120) RS1/16S222J

R 1813 (B,107,104) RS1/8S0R0J

R 1814 (B,110,120) RS1/16S124J

R 1817 (A,132,115) RS1/8S0R0J

R 1821 (B,18,101) RN1/16SE1002D

R 1822 (B,18,99) RN1/16SE2701D

Circuit Symbol and No. Part No.

R 1823 (B,18,96) RN1/16SE2201D

R 1825 (B,18,94) RS1/16S104J

R 1831 (B,21,84) RS1/8S0R0J

R 1832 (B,25,71) RS1/16S471J

R 1841 (B,18,90) RS1/16S8200D

R 1842 (B,18,88) RS1/16S1201D

R 1843 (B,18,85) RS1/16S1201D

R 1851 (A,99,13) RS1/16S153J

R 1852 (A,112,24) RS1/4SA331J

R 1853 (A,112,29) RS1/4SA331J

R 1854 (A,108,28) RS1/16S153J

R 1855 (A,118,30) RS1/16S103J

R 1856 (A,115,29) RS1/16S153J

R 1861 (A,102,43) RS1/4SA151J

R 1862 (A,102,45) RS1/4SA151J

R 1863 (A,102,41) RS1/16S153J

R 1864 (A,107,49) RS1/16S123J

R 1865 (A,102,47) RS1/4SA151J

R 1866 (A,104,49) RS1/16S103J

R 1876 (A,44,56) RS1/16S102J

R 1891 (B,96,57) (EW5) RS1/16S5601D

R 1892 (B,96,56) (EW5) RS1/16S1000D

R 1893 (B,96,54) (EW5) RS1/16S1001D

R 1894 (B,106,70) (EW5) RS1/8S0R0J

R 1895 (B,99,60) (EW5) RS1/16S103J

CAPACITORS

C 1001 (A,48,34) 10 µF CCG1203

C 1002 (A,47,52) 10 µF CCG1203

C 1003 (A,48,52) 10 µF CCG1203

C 1004 (A,44,38) CCSRCH330J50

C 1005 (A,43,43) CKSRYB104K50

C 1006 (A,44,48) CCSRCH330J50

C 1007 (A,38,39) 10 µF CCG1203

C 1008 (A,38,47) 10 µF CCG1203

C 1009 (A,47,34) 10 µF CCG1203

C 1021 (A,72,35) 10 µF CCG1203

C 1022 (A,74,35) 10 µF CCG1203

C 1023 (A,72,51) 10 µF CCG1203

C 1024 (A,74,51) 10 µF CCG1203

C 1025 (A,70,39) CCSRCH100D50

C 1026 (A,69,43) CKSRYB104K50

C 1027 (A,70,47) CCSRCH100D50

C 1031 (A,56,36) 10 µF CCG1203

C 1032 (A,57,36) 10 µF CCG1203

C 1033 (A,55,52) 10 µF CCG1203

C 1034 (A,57,52) 10 µF CCG1203

C 1035 (A,55,39) CCSRCH100D50

C 1036 (A,53,43) CKSRYB104K50

C 1037 (A,55,47) CCSRCH100D50

C 1041 (A,64,34) 10 µF CCG1203

C 1042 (A,63,52) 10 µF CCG1203

C 1043 (A,65,52) 10 µF CCG1203

C 1044 (A,62,39) CCSRCH100D50

C 1045 (A,61,43) CKSRYB104K50

C 1046 (A,62,47) CCSRCH100D50

C 1047 (A,62,34) 10 µF CCG1203

C 1051 (B,69,43) CKSRYB104K50

C 1061 (B,86,51) 10 µF CCG1203

C 1062 (B,85,54) 10 µF CCG1203

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC

154

1234

C 1063 (B,84,51) 10 µF CCG1203

C 1064 (B,83,54) CKSQYB105K16

C 1065 (B,82,51) 10 µF CCG1203

C 1066 (B,81,54) 10 µF CCG1203

C 1067 (B,80,51) CKSQYB105K16

C 1068 (B,79,54) 10 µF CCG1203

C 1069 (B,78,51) 10 µF CCG1203

C 1070 (B,77,54) 10 µF CCG1203

C 1071 (A,85,64) CEVW100M16

C 1072 (A,82,62) CKSRYB104K25

C 1073 (A,81,62) CKSRYB104K25

C 1074 (A,79,62) CKSRYB104K25

C 1075 (B,91,60) CKSQYB475K10

C 1076 (B,71,60) CKSQYB475K10

C 1077 (B,91,62) CKSQYB475K10

C 1078 (B,71,62) CKSQYB475K10

C 1079 (B,91,64) CKSQYB475K10

C 1080 (B,71,64) CKSQYB475K10

C 1081 (B,91,66) CKSQYB475K10

C 1082 (B,71,66) CKSQYB475K10

C 1083 (B,90,77) CKSQYB475K10

C 1084 (B,72,77) CKSQYB475K10

C 1085 (A,85,70) CEVW100M16

C 1086 (A,77,71) CKSRYB104K25

C 1087 (B,78,73) CKSRYB104K25

C 1088 (A,80,48) CKSRYB103K50

C 1089 (A,83,48) CKSRYB103K50

C 1091 (A,93,84) CEVW100M16

C 1092 (A,88,84) CEVW100M16

C 1093 (A,83,84) CEVW100M16

C 1094 (A,78,84) CEVW100M16

C 1095 (A,73,84) CEVW100M16

C 1096 (A,68,84) CEVW100M16

C 1097 (A,95,89) CKSRYB222K50

C 1098 (A,85,89) CKSRYB222K50

C 1099 (A,75,89) CKSRYB222K50

C 1100 (A,87,89) CKSRYB222K50

C 1101 (A,77,89) CKSRYB222K50

C 1102 (A,67,89) CKSRYB222K50

C 1111 (B,37,37) CKSRYB105K10

C 1112 (B,37,38) CKSRYB105K10

C 1113 (B,42,40) CCSRCH221J50

C 1114 (B,43,43) CKSRYB104K25

C 1115 (B,41,51) CKSRYB103K50

C 1116 (B,36,47) CKSRYB104K50

C 1117 (B,41,48) CCSRCH151J50

C 1118 (B,36,48) CCSRCH151J50

C 1119 (B,43,47) CKSRYB105K10

C 1131 (B,88,83) CKSRYB105K10

C 1132 (B,76,80) CCSRCH221J50

C 1133 (B,86,80) CCSRCH221J50

C 1134 (B,82,75) CKSRYB104K25

C 1135 (A,81,77) CEVW101M16

C 1136 (B,86,78) CCSRCH221J50

C 1137 (B,76,78) CCSRCH221J50

C 1138 (B,73,83) CKSRYB105K10

C 1201 (B,93,104) CKSRYB104K50

C 1202 (A,89,117) CEVW470M16

C 1203 (A,92,108) CEVW330M10

C 1205 (A,96,130) CKSRYB104K50

Circuit Symbol and No. Part No.

C 1209 (B,76,119) CKSQYB105K16

C 1210 (B,72,119) CKSQYB105K16

C 1211 (B,74,119) CKSQYB105K16

C 1212 (B,79,119) CKSQYB105K16

C 1215 (B,76,122) CKSRYB105K10

C 1216 (B,72,122) CKSRYB105K10

C 1217 (B,74,122) CKSRYB105K10

C 1218 (B,79,122) CKSRYB105K10

C 1219 (A,26,113) CKSRYB104K50

C 1220 (B,91,126) CKSRYB105K10

C 1221 (A,73,130) CKSQYB225K10

C 1222 (A,77,130) CKSYB225K16

C 1223 (A,73,123) CEVW100M16

C 1301 (A,16,34) CKSRYB473K50

C 1302 (A,20,36) 10 µF CCG1203

C 1303 (A,20,34) 10 µF CCG1203

C 1304 (A,21,30) CCSRCH5R0C50

C 1305 (A,15,28) CKSRYB104K16

C 1306 (A,9,33) CKSRYB105K10

C 1316 (B,17,22) CKSRYB473K50

C 1317 (B,21,20) 10 µF CCG1203

C 1318 (B,21,21) 10 µF CCG1203

C 1319 (A,15,27) CCSRCH5R0C50

C 1320 (B,15,28) CKSRYB104K16

C 1331 (A,30,64) CEVWNP100M10

C 1332 (A,25,64) CEVWNP100M10

C 1333 (A,30,56) CEVWNP100M10

C 1334 (A,25,56) CEVWNP100M10

C 1338 (B,25,50) CKSRYB104K25

C 1339 (B,22,51) CKSRYB104K25

C 1341 (B,7,56) CKSRYB473K50

C 1342 (B,7,48) 10 µF CCG1203

C 1343 (B,9,48) 10 µF CCG1203

C 1344 (B,7,41) CKSRYB104K25

C 1351 (A,25,48) CEVWNP100M10

C 1352 (A,20,48) CEVWNP100M10

C 1353 (B,13,46) CKSRYB104K25

C 1354 (B,16,42) CKSRYB104K25

C 1361 (A,20,56) CEVWNP100M10

C 1362 (A,11,54) CEVW101M16

C 1363 (A,6,50) CKSRYB104K25

C 1364 (A,13,47) CEVW220M16

C 1365 (A,13,40) CEVW221M10

C 1374 (A,26,34) CEVQW101M10

C 1382 (A,31,39) 10 µF CCG1203

C 1383 (A,33,39) 10 µF CCG1203

C 1384 (A,31,46) CKSRYB104K25

C 1402 (B,151,100) (EW5) CCSRCH270J50

C 1403 (B,149,99) (EW5) CCSRCH220J50

C 1404 (B,147,100) (EW5) CCSRCH270J50

C 1405 (B,145,98) (EW5) CCSRCH330J50

C 1406 (B,145,95) (EW5) CCSRCH470J50

C 1407 (A,135,93) (EW5) CKSRYB103K50

C 1408 (A,135,95) (EW5) CKSRYB103K50

C 1409 (A,143,78) (EW5) CKSRYB103K50

C 1410 (A,137,83) (EW5) CKSRYB222K50

C 1411 (B,138,81) (EW5) CKSRYB222K50

C 1412 (A,131,76) (EW5) CKSRYB222K50

C 1413 (B,142,83) (EW5) CKSRYB222K50

C 1415 (B,148,89) (EW5) CCSRCH150J50

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC 155

5678

C 1416 (B,144,82) (EW5) CKSRYB103K50

C 1417 (A,138,76) (EW5) CKSRYB222K50

C 1418 (B,151,89) (EW5) CCSRCH270J50

C 1419 (A,137,71) (EW5) CCSRCH220J50

C 1420 (A,143,73) (EW5) CKSRYB103K50

C 1431 (A,144,61) CEVW221M10

C 1432 (A,144,50) CEVW221M10

C 1433 (B,141,65) CKSRYB103K50

C 1434 (A,147,43) CKSRYB103K50

C 1435 (A,148,33) CKSRYB103K50

C 1437 (A,147,31) 10 µF CCG1203

C 1438 (A,145,25) CEVW470M16

C 1441 (A,162,73) (UC) CCSRCH101J50

C 1451 (A,107,74) (EW5) CKSRYB103K50

C 1453 (A,108,58) (EW5) CKSRYB103K50

C 1454 (A,102,65) (EW5) CEVW220M16

C 1455 (A,98,65) (EW5) CKSRYB103K50

C 1456 (A,102,57) (EW5) CEVW100M16

C 1457 (A,102,77) (EW5) CKSRYB473K50

C 1458 (A,97,56) (EW5) CKSRYB473K50

C 1459 (B,136,52) (EW5) CCSRCH221J50

C 1603 (B,57,102) CKSQYB105K16

C 1604 (A,56,119) CKSRYB102K50

C 1606 (B,57,115) CKSRYB104K50

C 1607 (B,37,106) CKSRYB104K50

C 1608 (B,57,107) CKSRYB102K50

C 1609 (B,35,106) CKSRYB102K50

C 1610 (A,53,125) CKSRYB102K50

C 1611 (B,37,115) CKSRYB102K50

C 1612 (A,60,111) CKSRYB102K50

C 1652 (A,48,74) CEAT103M16

C 1653 (A,47,91) 3 300 µF/16 V CCH1018

C 1661 (A,93,22) CEVW221M16

C 1701 (B,31,129) CKSRYB102K50

C 1702 (A,17,116) CKSRYF103Z50

C 1703 (B,22,143) CKSRYB104K25

C 1711 (B,44,9) CKSRYB104K25

C 1712 (B,47,9) CKSRYB104K25

C 1721 (A,119,131) CKSRYB102K50

C 1722 (A,119,128) CKSRYB102K50

C 1802 (B,134,116) CKSRYB102K50

C 1803 (A,103,116) 10 µF CCG1223

C 1804 (A,103,105) 10 µF CCG1223

C 1821 (A,15,99) CCSRCH102J50

C 1822 (A,19,99) 100 µF/16 V CCH1565

C 1824 (A,15,96) CKSRYB104K50

C 1831 (B,19,69) CKSRYB104K50

C 1832 (A,17,64) CEVW101M16

C 1833 (B,22,69) CKSRYB104K50

C 1841 (A,19,88) 100 µF/16 V CCH1565

C 1842 (A,15,88) CKSRYB103K50

C 1846 (A,15,85) CKSRYB104K50

C 1851 (A,99,14) CKSRYB104K50

C 1852 (A,110,18) CEVW101M16

C 1853 (A,118,29) CKSRYB683K50

C 1861 (A,95,36) CKSRYB104K50

C 1863 (A,91,48) CKSRYB104K50

C 1864 (A,93,42) CEVW101M25

C 1865 (A,105,49) CKSRYB104K50

C 1866 (A,93,31) CEVW101M25

Circuit Symbol and No. Part No.

C 1876 (A,39,60) CKSRYB103K50

C 1877 (A,39,63) CEVW100M16

C 1878 (A,41,56) CKSRYB104K50

C 1891 (A,94,62) (EW5) CEVW101M16

C 1892 (B,97,60) (EW5) CKSRYB103K50

C 1894 (B,102,66) (EW5) CKSRYB104K50

Unit Number : CWN2188(UC)

Unit Number : CWN2091(EW5)

Unit Name : Monitor Unit

MISCELLANEOUS

IC 5010 (A,20,42) 1 Chip or Gate TC7SH32FUS1

IC 5011 (A,27,51) IC RB5P0090M

IC 5012 (A,28,35) IC TC7SET04FUS1

IC 5060 (A,77,33) IC TC74VHC221AFTS1

IC 5100 (A,54,36) IC LZ9FE30

IC 5101 (B,65,32) IC NJM2107F

IC 5181 (A,31,15) IC BD6171KV

IC 5300 (A,111,34) IC PE5584A

IC 5303 (A,124,23) IC S-93C46BD0I-J8

IC 5304 (B,121,46) IC S-80835CNNB-B8U

IC 5307 (B,12,86) Remote IC GP1UX51RK

IC 5650 (A,57,57) IC PD6567A

IC 5651 (A,68,52) IC TC7SH08FUS1

IC 5681 (A,71,72) IC NJM2903V

IC 5700 (A,132,32) IC M62343FP

IC 5900 (B,103,51) IC TA78L05F

IC 5901 (B,77,67) IC TC7SH08FUS1

IC 5902 (A,80,65) IC OZ961ISN

Q 5100 (A,70,34) Transistor 2SC2411K

Q 5180 (B,47,15) Transistor DTC114EUA

Q 5200 (A,29,25) FET RSQ035P03

Q 5210 (A,24,21) FET RSQ035P03

Q 5300 (A,95,17) Transistor 2SC4617

Q 5301 (B,112,25) Transistor 2SC4617

Q 5360 (A,110,18) Transistor FMG12

Q 5361 (A,107,18) Transistor DTA123JU

Q 5362 (A,113,18) Transistor DTA123JU

Q 5363 (B,108,18) Transistor DTC114EUA

Q 5364 (B,113,17) Transistor DTC114EUA

Q 5650 (B,55,70) Transistor 2SC4617

Q 5700 (B,133,51) Transistor UMX1N

Q 5701 (B,127,49) Transistor UMX1N

Q 5702 (B,129,30) Transistor UMX1N

Q 5703 (B,128,42) Transistor UMX1N

Q 5704 (B,121,34) Transistor UMX1N

Q 5705 (B,135,30) Transistor UMX1N

Q 5900 (B,94,56) Transistor 2SC4617

Q 5901 (B,92,56) Transistor 2SC4617

Q 5902 (B,83,62) Transistor DTA144EE

Q 5903 (A,89,68) FET TS8M1

Q 5904 (A,89,61) FET TS8M1

Q 5905 (A,111,73) Transistor 2SC4617

Q 5906 (A,114,73) Transistor 2SC4617

Q 5907 (A,119,76) Transistor UMX2N

Q 5908 (B,85,60) Transistor 2SC4617

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC

156

1234

D 5060 (A,75,28) Diode 1SS355

D 5061 (A,73,39) Diode 1SS355

D 5100 (A,47,28) Diode RB500V-40

D 5101 (A,61,29) Diode UDZS5R1(B)

D 5102 (A,67,38) Diode RB548W

D 5103 (A,64,29) Diode MA335

D 5104 (B,70,27) Diode UDZS5R1(B)

D 5105 (B,67,19) Diode RB500V-40

D 5183 (A,41,18) Diode RB548W

D 5184 (A,38,19) Diode RB548W

D 5185 (A,41,14) Diode RB548W

D 5186 (A,41,12) Diode RB548W

D 5187 (A,41,9) Diode RB548W

D 5200 (A,33,27) Diode RB160M-30

D 5210 (A,20,26) Diode RSX201L-30

D 5231 (A,32,8) Diode RB500V-40

D 5233 (A,32,6) Diode RB500V-40

D 5234 (A,28,7) Diode RB500V-40

D 5360 (B,109,16) Diode MA111

D 5361 (B,116,13) Diode UDZS5R6(B)

D 5364 (B,114,13) Diode UDZS5R6(B)

D 5650 (A,53,48) Diode 1SS355

D 5900 (B,98,56) Diode UDZS6R2(B)

D 5902 (B,78,60) Diode RB751V-40

D 5903 (B,93,66) Diode HZU6R2(B3)

D 5904 (B,93,61) Diode HZU6R2(B3)

D 5905 (A,109,75) Diode UDZS8R2(B)

D 5906 (A,132,55) Diode MA147

D 5907 (A,122,54) Diode HZU6R2(B3)

D 5908 (A,128,55) Diode MA147

L 5010 (A,11,59) Chip Coil LCTAW100J2520

L 5011 (A,17,34) Chip Coil LCTAW100J2520

L 5012 (A,13,44) Chip Coil LCTAW100J2520

L 5013 (A,22,33) Chip Coil LCTAW100J2520

L 5014 (A,24,37) Inductor CTF1334

L 5060 (A,75,22) Chip Coil LCTAW100J2520

L 5100 (A,44,27) Chip Coil LCTAW100J2520

L 5101 (A,63,41) Inductor LCTAW150J2520

L 5102 (A,70,28) Inductor LCTAW2R7J2520

L 5103 (B,65,20) Chip Inductor(10U) DTL1096

L 5104 (B,65,22) Chip Inductor(10U) DTL1096

L 5105 (B,65,18) Inductor LCTC120K2125

L 5106 (B,52,18) Inductor LCTC120K2125

L 5181 (A,42,16) Chip Inductor(10U) DTL1096

L 5200 (A,68,6) Inductor CTF1488

L 5203 (A,37,25) Choke Coil 68 µH CTH1318

L 5207 (A,44,9) Inductor CTF1635

L 5214 (A,19,19) Choke Coil 18 µH CTH1250

L 5230 (A,24,11) Inductor CTF1635

L 5300 (A,85,19) Inductor CTF1635

L 5650 (A,42,45) Chip Coil LCTAW100J2520

L 5651 (A,58,73) Inductor LCKBW100K2520

L 5700 (A,129,27) Chip Coil LCTAW100J2520

T 5900 (A,116,64) Transformer CTT1130

TH5300 (B,107,40) Thermistor CCX1051

X 5010 (A,22,68) Radiator 4.43 MHz(EW5) CSS1726

X 5011 (A,36,66) Radiator 3.58 MHz CSS1725

X 5300 (A,111,45) Radiator 12.58 MHz CSS1601

VR5101 (A,68,25) Semi-ﬁxed 2.2 kΩ(OB) CCP1485

VR5900 (A,79,57) Semi-ﬁxed 15 kΩ(OB) CCP1490

Circuit Symbol and No. Part No.

RESISTORS

R 5010 (A,32,41) RS1/16S9100D

R 5011 (A,32,40) RS1/16S1301D

R 5013 (B,23,49) RS1/16S102J

R 5014 (B,24,45) RS1/16S103J

R 5015 (B,25,49) RS1/16S474J

R 5016 (A,28,40) RS1/16S0R0J

R 5017 (A,19,46) RS1/16S101J

R 5018 (A,26,40) RS1/16S561J

R 5019 (B,43,47) RS1/16S1501D

R 5020 (B,41,47) RS1/16S1501D

R 5021 (B,43,50) RS1/16S1501D

R 5023 (B,23,51) RS1/16S103J

R 5026 (B,24,54) RS1/16S0R0J

R 5027 (B,27,45) RS1/16S1802F

R 5028 (B,26,52) RS1/16S0R0J

R 5029 (B,28,50) RS1/16S0R0J

R 5030 (A,14,58) RS1/16S103J

R 5031 (A,23,61) RS1/16S101J

R 5032 (A,24,61) RS1/16S101J

R 5033 (A,26,61) RS1/16S101J

R 5034 (A,38,52) RS1/16S105J

R 5035 (A,38,57) RS1/16S105J

R 5036 (A,26,64) RS1/16S681J

R 5037 (A,30,62) RS1/16S222J

R 5038 (B,29,55) RS1/16S822J

R 5039 (B,30,58) RS1/16S562J

R 5040 (A,24,35) RS1/16S391J

R 5042 (B,49,47) RS1/16S6200D

R 5043 (B,46,48) RS1/16S6200D

R 5044 (B,49,49) RS1/16S6200D

R 5045 (B,42,43) RS1/16S0R0J

R 5060 (A,80,39) RS1/16S0R0J

R 5061 (A,80,36) RS1/16S101J

R 5062 (A,75,26) RS1/16S104J

R 5063 (A,77,38) RS1/16S101J

R 5064 (A,74,37) RS1/16S3001D

R 5065 (A,71,37) RS1/16S82R0F

R 5092 (A,77,44) RS1/16S0R0J

R 5100 (A,42,39) RS1/16S0R0J

R 5101 (B,42,39) RS1/16S0R0J

R 5102 (A,42,38) RS1/16S0R0J

R 5103 (B,42,38) RS1/16S0R0J

R 5104 (A,42,36) RS1/16S0R0J

R 5106 (A,46,40) RS1/16S1003F

R 5107 (A,45,39) RS1/16S101J

R 5108 (B,45,39) RS1/16S101J

R 5109 (A,45,38) RS1/16S101J

R 5110 (B,45,38) RS1/16S101J

R 5111 (A,44,36) RS1/16S101J

R 5112 (B,48,34) RS1/16S0R0J

R 5113 (A,50,44) RS1/16S5101D

R 5114 (A,47,47) RS1/16S0R0J

R 5115 (B,59,37) RS1/16S224J

R 5116 (A,54,28) RS1/16S101J

R 5117 (A,54,27) RS1/16S0R0J

R 5118 (B,51,38) RS1/16S0R0J

R 5119 (B,51,40) RS1/16S101J

R 5120 (B,52,40) RS1/16S101J

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC 157

5678

R 5121 (A,56,28) RS1/16S101J

R 5122 (A,57,26) RS1/16S0R0J

R 5123 (B,54,40) RS1/16S101J

R 5124 (A,58,28) RS1/16S101J

R 5125 (B,54,38) RS1/16S0R0J

R 5126 (B,55,40) RS1/16S101J

R 5127 (B,59,28) RS1/16S101J

R 5128 (B,59,26) RS1/16S0R0J

R 5129 (B,55,38) RS1/16S0R0J

R 5130 (B,58,30) RS1/16S101J

R 5131 (B,58,27) RS1/16S0R0J

R 5132 (A,63,34) RS1/16S105J

R 5133 (B,60,32) RS1/16S0R0J

R 5134 (A,62,39) RS1/16S391J

R 5136 (B,61,24) RS1/16S103J

R 5137 (A,61,26) RS1/16S3901D

R 5138 (B,61,30) RS1/16S3901D

R 5139 (A,62,33) RS1/16S4702D

R 5140 (A,62,32) RS1/16S243J

R 5141 (A,65,32) RS1/16S6802D

R 5142 (A,67,37) RS1/16S564J

R 5143 (A,67,42) RS1/16S564J

R 5144 (A,69,32) RS1/16S683J

R 5145 (B,70,30) RS1/16S105J

R 5146 (A,69,41) RS1/16S0R0J

R 5147 (A,67,29) RS1/16S103J

R 5148 (B,66,26) RS1/16S272J

R 5149 (B,65,34) RS1/16S272J

R 5150 (B,70,33) RS1/16S332J

R 5151 (B,65,35) RS1/16S101J

R 5152 (B,70,35) RS1/16S331J

R 5153 (A,46,13) RS1/16S103J

R 5154 (A,44,6) RS1/16S273J

R 5155 (B,57,20) RS1/16S333J

R 5156 (B,69,24) RS1/16S152J

R 5157 (B,61,37) RS1/16S101J

R 5158 (B,62,39) RS1/16S0R0J

R 5159 (A,71,26) RS1/16S0R0J

R 5160 (A,65,34) RS1/16S0R0J

R 5180 (B,39,16) RS1/16S2703D

R 5181 (B,40,19) RS1/16S3303D

R 5182 (B,38,20) RS1/16S2202F

R 5183 (B,38,18) RS1/16S1601F

R 5184 (B,37,16) RS1/16S6202D

R 5185 (A,38,7) RS1/16S3300F

R 5186 (A,38,9) RS1/16S3302F

R 5187 (A,36,9) RS1/16S1002F

R 5188 (B,29,20) RS1/16S563J

R 5189 (B,42,17) RS1/16S223J

R 5191 (B,31,24) RS1/16S150J

R 5192 (A,28,23) RS1/16S150J

R 5193 (B,27,20) RS1/16S273J

R 5194 (A,20,14) RS1/16S1500F

R 5195 (A,18,14) RS1/16S1201F

R 5196 (A,20,12) RS1/16S1500F

R 5197 (B,43,15) RS1/16S0R0J

R 5200 (A,70,4) RS1/16S0R0J

R 5201 (B,24,16) RS1/16S682J

R 5204 (A,135,19) RS1/16S0R0J

R 5216 (A,24,17) RS1/16S333J

Circuit Symbol and No. Part No.

R 5217 (A,22,14) RS1/16S102J

R 5218 (B,23,12) RS1/16S684J

R 5219 (B,35,30) RS1/16S6801F

R 5220 (B,21,16) RS1/16S1001F

R 5221 (B,24,19) RS1/16S2000D

R 5222 (B,22,13) RS1/16S182J

R 5230 (A,26,9) RS1/16S2001F

R 5231 (A,24,7) RS1/16S4700F

R 5300 (A,128,50) RS1/16S473J

R 5301 (A,128,49) RS1/16S473J

R 5302 (A,92,16) RS1/16S473J

R 5303 (A,92,18) RS1/16S223J

R 5304 (A,104,18) RS1/16S473J

R 5305 (A,100,33) RAB4C471J

R 5306 (A,122,28) RS1/16S471J

R 5308 (A,123,36) RAB4C471J

R 5309 (A,115,23) RAB4C471J

R 5310 (A,124,41) RS1/16S473J

R 5311 (B,100,25) RAB4C473J

R 5312 (B,107,42) RS1/16S153J

R 5313 (A,107,46) RAB4C123J

R 5314 (A,111,23) RS1/16S473J

R 5315 (B,112,23) RS1/16S103J

R 5316 (B,112,40) RS1/16S473J

R 5317 (A,112,23) RS1/16S471J

R 5320 (B,109,23) RS1/16S102J

R 5321 (A,118,45) RS1/16S0R0J

R 5322 (A,123,15) RS1/16S102J

R 5323 (A,120,46) RS1/16S0R0J

R 5324 (B,116,35) RS1/16S473J

R 5325 (A,109,23) RS1/16S471J

R 5326 (A,101,39) RS1/16S103J

R 5329 (B,101,33) RS1/16S0R0J

R 5330 (A,123,33) RAB4C102J

R 5331 (B,63,29) RS1/16S104J

R 5338 (B,119,49) RS1/16S0R0J

R 5341 (B,121,49) RS1/16S103J

R 5343 (A,120,22) RS1/16S473J

R 5344 (A,100,29) RAB4C471J

R 5345 (A,99,39) RS1/16S471J

R 5346 (A,98,38) RS1/16S471J

R 5350 (A,122,30) RS1/16S103J

R 5351 (A,127,46) (EW5) RS1/16S473J

R 5352 (A,128,46) (UC) RS1/16S473J

R 5353 (A,131,46) RS1/16S473J

R 5360 (A,104,10) RS1/16S102J

R 5365 (A,103,10) RS1/16S102J

R 5366 (B,108,13) RS1/16S105J

R 5367 (B,112,13) RS1/16S105J

R 5650 (B,56,67) RS1/16S362J

R 5651 (B,59,66) RS1/16S362J

R 5652 (B,57,67) RS1/16S182J

R 5653 (B,51,71) RS1/16S102J

R 5654 (B,55,72) RS1/16S103J

R 5655 (B,60,66) RS1/16S362J

R 5656 (B,59,68) RS1/16S182J

R 5657 (B,57,69) RS1/16S103J

R 5658 (B,61,66) RS1/16S362J

R 5659 (B,62,68) RS1/16S182J

R 5660 (B,63,66) RS1/16S362J

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC

158

1234

R 5661 (B,64,70) RS1/16S301J

R 5662 (B,47,67) RS1/16S101J

R 5665 (A,53,50) RS1/16S474J

R 5672 (B,57,60) RS1/16S471J

R 5674 (B,61,60) RS1/16S0R0J

R 5675 (B,63,60) RS1/16S101J

R 5676 (A,14,75) RS1/16S470J

R 5678 (A,66,49) RS1/16S101J

R 5680 (A,66,72) RS1/16S153J

R 5681 (A,64,74) RS1/16S153J

R 5682 (A,66,76) RS1/16S912J

R 5683 (A,64,76) RS1/16S392J

R 5684 (A,67,76) RS1/16S2703F

R 5685 (A,74,72) RS1/16S103J

R 5693 (A,15,75) RS1/16S470J

R 5702 (B,136,50) RS1/16S224J

R 5703 (B,125,39) RS1/16S102J

R 5704 (B,138,50) RS1/16S222J

R 5705 (B,129,49) RS1/16S224J

R 5706 (B,123,38) RS1/16S102J

R 5707 (B,131,49) RS1/16S222J

R 5709 (B,130,46) RS1/16S101J

R 5710 (B,127,30) RS1/16S224J

R 5711 (B,129,32) RS1/16S102J

R 5712 (B,126,30) RS1/16S222J

R 5713 (B,130,37) RS1/10S121J

R 5714 (B,128,35) RS1/10S101J

R 5717 (B,119,37) RS1/16S101J

R 5720 (B,21,49) RS1/16S101J

R 5721 (B,23,45) RS1/16S0R0J

R 5724 (B,120,32) RS1/10S121J

R 5725 (B,124,32) RS1/10S151J

R 5728 (B,132,30) RS1/16S101J

R 5730 (B,133,29) RS1/10S151J

R 5731 (B,131,27) RS1/10S181J

R 5751 (B,132,12) RS1/16S0R0J

R 5752 (B,134,14) RS1/16S0R0J

R 5753 (B,131,14) RS1/16S0R0J

R 5754 (B,131,16) RS1/16S0R0J

R 5755 (A,128,10) RS1/16S0R0J

R 5900 (B,96,56) RS1/16S103J

R 5901 (B,95,54) RS1/16S104J

R 5902 (B,97,54) RS1/16S473J

R 5903 (B,90,56) RS1/16S105J

R 5904 (B,85,58) RS1/16S102J

R 5905 (B,86,56) RS1/16S473J

R 5906 (B,83,65) RS1/16S363J

R 5907 (B,84,70) RS1/16S513J

R 5908 (B,132,55) RS1/16S105J

R 5909 (B,77,63) RS1/16S102J

R 5910 (A,83,57) RS1/16S5602D

R 5911 (B,93,68) RS1/16S103J

R 5912 (B,92,63) RS1/16S103J

R 5913 (A,108,73) RS1/16S103J

R 5914 (A,109,73) RS1/16S104J

R 5915 (A,113,76) RS1/16S621J

R 5916 (A,109,77) RS1/16S473J

R 5917 (A,116,75) RS1/16S621J

R 5918 (A,120,73) RS1/16S101J

R 5919 (A,118,73) RS1/16S101J

Circuit Symbol and No. Part No.

R 5920 (A,120,54) RS1/16S821J

R 5922 (A,124,55) RS1/16S4700D

R 5935 (A,98,55) RS1/16S0R0J

R 5997 (A,43,75) (EW5) RS1/10S0R0J

R 5998 (A,48,75) (UC) RS1/10S0R0J

CAPACITORS

C 5010 (A,17,58) 10 µF CCG1203

C 5012 (A,21,37) 47 µF CCG1233

C 5014 (B,26,45) CCSRCH821J50

C 5015 (A,25,42) CKSRYB105K10

C 5016 (B,29,45) CKSRYB104K50

C 5019 (A,33,43) 10 µF CCG1203

C 5020 (A,15,48) CEVW100M25

C 5021 (B,21,54) CKSRYB104K50

C 5022 (A,37,47) CKSRYB104K16

C 5023 (B,37,48) CKSRYB104K16

C 5024 (A,37,49) CKSRYB104K16

C 5025 (B,37,50) CKSRYB104K50

C 5026 (A,37,50) CKSRYB104K50

C 5027 (B,37,51) CKSRYB104K50

C 5028 (A,15,54) CEVW100M25

C 5029 (A,38,53) CKSRYB105K10

C 5030 (A,38,54) CKSRYB682K25

C 5031 (A,38,56) CKSRYB104K50

C 5032 (A,32,60) CKSRYB103K50

C 5033 (B,28,58) CKSRYB103K50

C 5034 (B,29,58) CKSRYB474K16

C 5035 (B,24,57) CKSRYB104K50

C 5036 (A,24,64) CCSRCH8R0D50

C 5037 (A,33,62) CCSRCH8R0D50

C 5039 (A,26,33) CKSRYB104K50

C 5060 (A,78,27) CCSRCH391J50

C 5061 (A,76,38) 330 pF CCG1247

C 5062 (A,75,25) CKSRYB105K10

C 5100 (B,50,42) CKSRYB104K50

C 5101 (B,48,40) CKSRYB104K50

C 5103 (A,45,43) CKSRYB222K50

C 5104 (A,44,34) 10 µF CCG1203

C 5105 (A,47,44) CKSRYB104K50

C 5106 (A,54,46) 330 pF CCG1247

C 5107 (B,51,43) CKSRYB104K50

C 5108 (B,54,28) CKSRYB104K50

C 5109 (B,53,31) CKSRYB104K50

C 5110 (A,54,44) CKSRYB104K50

C 5111 (B,54,34) CKSRYB104K50

C 5112 (B,57,39) CKSRYB224K16

C 5113 (B,56,29) CKSRYB104K50

C 5114 (B,55,31) CKSRYB104K50

C 5115 (B,57,42) CKSRYB104K50

C 5116 (B,59,42) CKSRYB104K50

C 5117 (B,59,41) CKSRYB104K50

C 5118 (B,59,39) CKSRYB104K50

C 5119 (B,57,36) CKSRYB104K50

C 5120 (B,57,34) CKSRYB104K50

C 5121 (A,59,28) CKSRYB105K10

C 5122 (A,63,36) CKSRYB104K50

C 5123 (A,63,39) CCSRCH330J50

C 5124 (A,65,39) CCSRCH330J50

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC 159

5678

C 5125 (A,68,43) CCSRCH102J50

C 5126 (B,69,30) CCSRCH561J50

C 5127 (A,69,30) CKSRYB104K50

C 5128 (B,62,32) CKSRYB104K50

C 5129 (B,66,28) CKSRYB104K50

C 5130 (B,59,35) CKSRYB105K10

C 5131 (A,71,31) CCSRCH102J50

C 5132 (A,73,31) CCSRCH101J50

C 5133 (B,67,26) CKSRYB104K50

C 5134 (A,67,34) CCSRCH221J50

C 5135 (B,70,34) CCSRCH331J50

C 5136 (B,69,18) 10 µF CCG1203

C 5137 (A,16,38) 10 µF CCG1223

C 5138 (A,11,38) CEVW101M16

C 5139 (A,64,27) CCSRCK2R0C50

C 5142 (B,61,20) CKSRYB105K10

C 5143 (B,61,22) CKSRYB105K10

C 5144 (B,54,20) CKSRYB104K50

C 5145 (B,61,18) CKSRYB105K10

C 5181 (B,43,18) CKSQYF105Z25

C 5182 (B,35,18) CKSQYF105Z25

C 5183 (A,38,17) CKSRYB104K25

C 5184 (A,38,16) CKSQYF105Z25

C 5188 (B,50,12) CKSQYB105K16

C 5190 (B,54,12) CKSQYF225Z16

C 5191 (A,43,13) CKSQYF225Z16

C 5192 (B,35,13) CKSQYF105Z25

C 5193 (A,38,12) CKSRYF474Z16

C 5194 (A,38,13) CKSRYF474Z16

C 5195 (B,31,14) CKSYF475Z16

C 5196 (A,40,20) CKSRYB472K50

C 5197 (A,41,20) CKSRYB472K50

C 5199 (A,38,10) CKSRYF474Z16

C 5200 (B,52,12) CKSQYB105K16

C 5201 (A,36,30) 33 µF/10 V CCH1586

C 5202 (A,36,33) CKSRYB104K25

C 5203 (B,29,29) CKSRYB103K50

C 5204 (A,29,29) 10 µF CCG1223

C 5205 (B,33,19) CKSRYB103K50

C 5206 (B,32,19) CKSRYB105K10

C 5207 (A,41,6) CKSQYF105Z25

C 5208 (B,30,17) CCSRCH102J50

C 5209 (B,30,20) CKSRYB104K25

C 5210 (A,70,7) CKSQYF224Z25

C 5211 (B,31,22) CKSRYB105K10

C 5212 (A,24,28) 10 µF CCG1223

C 5213 (B,26,20) CKSRYB104K25

C 5214 (A,24,24) 10 µF CCG1223

C 5215 (A,14,25) CKSRYB104K25

C 5216 (A,16,27) 68 µF/10 V CCH1635

C 5217 (A,23,17) CCSRCH101J50

C 5218 (B,24,26) CKSRYB103K50

C 5219 (B,26,18) CKSRYB103K50

C 5221 (A,21,14) CCSRCH331J50

C 5223 (B,28,17) CKSRYB393K16

C 5224 (B,22,10) CKSRYB103K50

C 5226 (B,22,16) CKSRYB473K50

C 5228 (B,26,16) CKSRYB393K16

C 5230 (B,32,12) CCSRCH102J50

C 5231 (A,21,10) CKSRYB104K25

Circuit Symbol and No. Part No.

C 5232 (A,22,11) 10 µF CCG1203

C 5233 (B,26,14) CKSRYB105K10

C 5234 (A,23,9) CKSRYB104K25

C 5235 (B,31,16) CKSRYB103K50

C 5242 (B,30,12) CKSRYB104K25

C 5247 (B,28,12) CKSRYB104K25

C 5249 (B,27,12) CKSRYB104K25

C 5300 (A,87,28) CEVW330M10

C 5301 (B,107,25) CKSRYF104Z16

C 5302 (B,95,24) CKSRYF104Z16

C 5303 (B,105,25) CKSRYF104Z16

C 5304 (B,107,39) CKSRYB104K25

C 5306 (B,112,22) CKSRYB105K6R3

C 5307 (B,112,27) CKSRYF104Z50

C 5308 (A,114,45) CKSRYF104Z16

C 5312 (B,119,46) CKSRYB103K50

C 5313 (B,123,46) CKSRYF104Z16

C 5314 (B,121,21) CKSRYF104Z16

C 5360 (A,104,12) CKSRYB473K50

C 5361 (A,103,12) CKSRYB473K50

C 5362 (B,117,13) CKSRYB102K50

C 5363 (B,119,13) CKSRYB102K50

C 5364 (B,105,18) CKSRYB104K10

C 5366 (B,110,13) CKSRYB102K50

C 5367 (B,111,13) CKSRYB102K50

C 5651 (B,61,70) 10 µF CCG1203

C 5652 (B,53,71) CKSRYB104K16

C 5654 (A,43,56) 10 µF CCG1203

C 5655 (A,47,54) CKSRYB104K50

C 5659 (A,55,50) CKSRYB474K10

C 5660 (B,59,62) CKSRYB104K50

C 5661 (A,43,48) 10 µF CCG1203

C 5663 (B,19,42) CKSRYB104K50

C 5665 (A,67,72) CCSRCH102J50

C 5666 (B,68,71) CFHXSQ562J16

C 5667 (A,60,73) 10 µF CCG1203

C 5668 (A,62,67) CEVW330M10

C 5669 (A,68,55) CKSRYB105K10

C 5670 (A,17,75) CKSRYB104K16

C 5700 (B,137,52) CKSQYB475K6R3

C 5702 (A,132,29) 10 µF CCG1203

C 5705 (B,130,51) CKSQYB475K6R3

C 5707 (B,126,28) CKSQYB475K6R3

C 5708 (B,134,22) CKSRYB102K50

C 5709 (B,134,20) CKSRYB102K50

C 5901 (A,94,52) 10 µF CCG1223

C 5902 (B,100,54) CKSRYB104K25

C 5903 (B,99,49) CKSRYB105K10

C 5904 (B,88,59) CKSRYB104K25

C 5905 (A,73,64) CKSRYB104K25

C 5906 (A,75,69) CKSRYB105K10

C 5907 (A,73,67) CKSRYB474K10

C 5908 (A,73,66) CKSRYB105K10

C 5909 (A,75,62) CKSRYB562K50

C 5910 (A,76,60) CKSRYB152K50

C 5911 (B,79,67) CKSRYB104K25

C 5912 (B,88,64) CKSRYB473K50

C 5913 (B,134,55) CKSRYB103K50

C 5914 (A,80,59) CKSRYB221K50

C 5915 (B,89,69) CKSRYB473K50

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC

160

1234

C 5916 (A,89,57) 10 µF CCG1223

C 5917 (A,89,64) 10 µF CCG1223

C 5918 (A,95,70) CKSQYB105K16

C 5919 (A,95,72) CKSQYB105K16

C 5920 (A,116,73) CKSRYB104K25

C 5921 (A,137,58) 15 pF CCG1194

C 5922 (B,137,55) CKSRYB153K50

Keyboard Unit

Consists of

Key PCB

AV Mini Jack PCB

Unit Number :

Unit Name : Keyboard Unit

MISCELLANEOUS

D 5501 (A,12,60) LED NSSM025-6502

D 5551 (B,5,6) Diode MALS068X

D 5552 (B,8,18) Diode MALS068X

D 5553 (B,11,6) Diode MALS068X

D 5554 (B,8,6) Diode MALS068X

S 5501 (A,11,26) Push Switch CSG1155

S 5502 (A,12,6) Push Switch CSG1155

S 5503 (A,12,47) Push Switch CSG1155

S 5504 (A,11,68) Push Switch CSG1155

S 5505 (A,12,74) Push Switch CSG1155

S 5506 (A,23,76) Push Switch CSG1155

S 5507 (A,12,37) Rotary Switch(VOLUME) CSD1142

RESISTORS

R 5501 (A,16,46) RS1/16S303J

R 5502 (A,14,66) RS1/16S303J

R 5503 (A,11,8) RS1/16S183J

R 5504 (A,12,20) RS1/16S103J

R 5505 (A,12,18) RS1/16S822J

R 5506 (B,10,50) RS1/16S102J

R 5507 (B,14,50) RS1/16S102J

CAPACITORS

C 5503 (A,11,54) CKSRYB104K25

C 5504 (A,12,56) CKSRYB104K25

C 5505 (B,11,50) CKSRYB103K50

C 5506 (B,13,50) CKSRYB103K50

Unit Number : CWX3401

Unit Name : DVD Core Unit

MISCELLANEOUS

IC 1001 (B,79,55) IC BD9851EFV

IC 1003 (B,72,42) IC S-80859CNNB-B9K

IC 1004 (B,75,48) Regulator IC NJM2880U1-05

IC 1005 (B,61,58) IC S-L2980A50MC-C7J

IC 1201 (A,26,15) IC BD7996EFV

Circuit Symbol and No. Part No.

IC 1301 (B,90,27) IC TC7SZ125FU

IC 1351 (B,86,27) IC TC7SZ08FU

IC 1352 (B,79,14) IC TC74LCX16373FT

IC 1401 (B,61,32) Flash ROM Unit CWW1428

IC 1402 (B,37,10) Flash ROM Unit CWW1429

IC 1403 (B,47,29) IC TC7SZ32FU

IC 1481 (B,60,12) IC EDS1232AATA-75

IC 1501 (A,60,19) IC MN2DS0016AAUB

IC 1801 (A,70,53) D/A Converter PCM1753DBQ

Q 1001 (B,77,67) FET RSQ030P03

Q 1003 (B,85,67) FET QS5U27

Q 1101 (B,62,50) Transistor 2SC4081

Q 1102 (B,68,50) Transistor 2SC4081

Q 1103 (B,60,45) Transistor 2SB1260

Q 1104 (B,67,45) Transistor 2SB1260

D 1001 (B,80,64) Chip Diode RB050L-40

D 1002 (A,89,67) Diode 1SR154-400

D 1301 (B,13,10) Chip LED CL205IRXTU

L 1001 (B,73,62) Inductor CTF1678

L 1002 (B,83,72) Inductor CTF1677

L 1003 (B,86,62) Inductor CTF1681

L 1004 (B,63,60) Inductor CTF1558

L 1005 (B,81,49) Inductor CTF1558

L 1101 (B,66,54) Inductor CTF1305

L 1482 (B,77,29) Inductor CTF1473

L 1502 (A,71,47) Inductor CTF1378

L 1503 (A,60,47) Inductor CTF1487

L 1504 (A,35,10) Inductor CTF1387

L 1511 (A,63,3) Inductor CTF1680

L 1601 (A,41,23) Inductor CTF1473

L 1602 (A,55,42) Inductor CTF1473

L 1603 (A,54,42) Inductor CTF1473

L 1604 (A,52,42) Inductor CTF1473

L 1605 (A,38,32) Inductor CTF1395

L 1671 (A,41,19) Inductor CTF1473

L 1672 (A,41,20) Inductor CTF1473

L 1673 (A,41,21) Inductor CTF1473

L 1801 (A,70,61) Inductor CTF1473

L 1901 (A,91,73) Inductor CTF1487

L 1902 (A,91,62) Inductor CTF1558

X 1501 (A,40,16) Clystal 27.000 MHz CSS1714

VR1671 (A,35,20) Semi-ﬁxed 10 kΩ(B) CCP1448

EF1501 (A,68,47) Chip EMI Filter DTL1106

EF1502 (A,61,45) Chip EMI Filter DTL1106

EF1901 (A,87,74) Chip EMI Filter DTF1106

EF1903 (A,91,65) Chip EMI Filter DTL1106

RESISTORS

R 1001 (B,70,55) RS1/16SS101J

R 1002 (B,72,51) RS1/16SS103J

R 1003 (B,72,55) RS1/16SS122J

R 1005 (B,72,52) RS1/16SS153J

R 1006 (B,73,54) RS1/16SS471J

R 1007 (B,73,55) RS1/16SS8201D

R 1008 (B,70,56) RS1/16SS4702D

R 1009 (B,72,56) RS1/16SS561J

R 1010 (B,74,51) RS1/16SS472J

R 1011 (B,72,40) RS1/16SS104J

R 1013 (B,87,54) RS1/16SS682J

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC 161

5678

R 1017 (B,88,54) RS1/16SS1002D

R 1018 (B,88,53) RS1/16SS472J

R 1019 (B,87,53) RS1/16SS2202D

R 1020 (B,87,52) RS1/16SS102J

R 1021 (B,87,51) RS1/16SS101J

R 1026 (B,78,61) RS1/16SS100J

R 1027 (B,77,61) RS1/16SS100J

R 1101 (B,63,53) RS1/16SS391J

R 1102 (B,63,47) RS1/16SS511J

R 1103 (B,67,53) RS1/16SS391J

R 1104 (B,69,47) RS1/16SS561J

R 1107 (B,61,53) RS1/16SS6R8J

R 1108 (B,65,53) RS1/16SS6R8J

R 1109 (B,58,41) RS1/10S1R5J

R 1110 (B,63,41) RS1/10S1R5J

R 1111 (B,70,41) RS1/10S1R5J

R 1112 (B,65,41) RS1/10S1R5J

R 1113 (B,61,41) RS1/10S1R5J

R 1114 (B,59,41) RS1/10S1R5J

R 1115 (B,66,41) RS1/10S1R5J

R 1116 (B,68,41) RS1/10S1R5J

R 1117 (B,64,49) RS1/16SS104J

R 1118 (B,70,49) RS1/16SS104J

R 1202 (A,19,12) RS1/16SS221J

R 1203 (A,19,11) RS1/16SS221J

R 1210 (A,30,27) RS1/16SS101J

R 1211 (B,26,18) RS1/16SS3R9J

R 1212 (B,27,18) RS1/16SS3R9J

R 1214 (B,28,18) RS1/16SS3R9J

R 1215 (B,29,18) RS1/16SS3R9J

R 1216 (B,30,18) RS1/16SS3R9J

R 1217 (B,31,18) RS1/16SS3R9J

R 1219 (A,20,27) RS1/16SS101J

R 1223 (A,19,4) RS1/16SS753J

R 1225 (A,19,7) RS1/16SS753J

R 1227 (B,13,21) RS1/16SS3R9J

R 1228 (B,14,21) RS1/16SS3R9J

R 1229 (B,15,21) RS1/16SS3R9J

R 1230 (B,16,21) RS1/16SS3R9J

R 1231 (B,17,21) RS1/16SS3R9J

R 1232 (B,18,21) RS1/16SS3R9J

R 1233 (B,19,21) RS1/16SS3R9J

R 1234 (B,20,21) RS1/16SS3R9J

R 1240 (B,32,18) RS1/16SS3R9J

R 1241 (B,33,18) RS1/16SS3R9J

R 1242 (B,34,18) RS1/16SS3R9J

R 1243 (B,38,18) RS1/16SS3R9J

R 1244 (B,36,18) RS1/16SS3R9J

R 1245 (B,35,18) RS1/16SS3R9J

R 1301 (B,14,14) RS1/16SS391J

R 1302 (B,16,14) RS1/16SS471J

R 1304 (B,87,23) RS1/16SS563J

R 1305 (B,86,23) RS1/16SS243J

R 1306 (B,85,23) RS1/16SS683J

R 1307 (B,88,23) RS1/16SS243J

R 1314 (B,86,21) RAB4CQ822J

R 1351 (B,84,25) RS1/16SS331J

R 1401 (B,72,33) RS1/16SS221J

R 1402 (B,50,27) RS1/16SS104J

R 1405 (B,48,10) RS1/16SS221J

Circuit Symbol and No. Part No.

R 1406 (B,26,4) RS1/16SS104J

R 1407 (B,26,6) RS1/16SS104J

R 1410 (B,47,32) RS1/16SS104J

R 1501 (B,71,3) RAB4CQ560J

R 1503 (A,72,3) RS1/16SS560J

R 1505 (B,68,3) RAB4CQ560J

R 1507 (B,65,3) RAB4CQ560J

R 1512 (B,59,3) RAB4CQ560J

R 1513 (A,44,4) RS1/16SS102J

R 1515 (A,43,3) RS1/16SS102J

R 1520 (A,35,8) RS1/16SS221J

R 1521 (A,41,12) RAB4CQ101J

R 1522 (B,56,3) RAB4CQ560J

R 1523 (A,39,11) RS1/16SS101J

R 1524 (A,39,13) RS1/16SS101J

R 1525 (B,53,3) RAB4CQ560J

R 1526 (A,36,11) RS1/16SS270J

R 1528 (A,43,14) RS1/16SS101J

R 1529 (B,54,22) RAB4CQ560J

R 1530 (A,43,15) RS1/16SS105J

R 1531 (B,50,22) RAB4CQ560J

R 1532 (A,77,23) RS1/16SS103J

R 1533 (A,76,27) RS1/16SS103J

R 1534 (A,77,26) RS1/16SS103J

R 1535 (A,63,36) RS1/16SS221J

R 1537 (A,67,41) RS1/16SS221J

R 1538 (A,66,41) RS1/16SS221J

R 1540 (A,71,44) RS1/16SS102J

R 1541 (A,64,41) RS1/16SS472J

R 1542 (A,60,36) RS1/16SS223J

R 1543 (A,59,38) RS1/16SS332J

R 1544 (A,57,41) RS1/16SS183J

R 1545 (A,61,36) RS1/16SS223J

R 1546 (A,59,42) RS1/16SS104J

R 1547 (A,59,41) RS1/16SS473J

R 1548 (A,59,36) RS1/16SS104J

R 1554 (A,60,40) RS1/16SS221J

R 1555 (A,58,38) RS1/16SS221J

R 1556 (A,43,8) RS1/16SS104J

R 1557 (A,57,40) RS1/16SS104J

R 1559 (A,63,41) RS1/16SS221J

R 1560 (A,68,42) RAB4CQ104J

R 1562 (A,64,38) RAB4CQ104J

R 1565 (A,73,36) RS1/16SS103J

R 1566 (A,72,36) RS1/16SS103J

R 1567 (B,68,22) RAB4CQ560J

R 1568 (B,65,22) RAB4CQ560J

R 1569 (B,62,3) RAB4CQ560J

R 1570 (B,60,22) RAB4CQ560J

R 1571 (B,57,22) RAB4CQ560J

R 1572 (A,47,3) RS1/16SS103J

R 1573 (B,63,20) RS1/16SS560J

R 1582 (A,82,26) RS1/16SS103J

R 1583 (A,82,28) RS1/16SS103J

R 1584 (A,77,28) RS1/16SS103J

R 1601 (A,41,25) RS1/16SS123J

R 1602 (A,39,24) RS1/16SS123J

R 1607 (A,41,27) RS1/16SS105J

R 1609 (A,37,29) RN1/16SE1002D

R 1610 (A,43,29) RS1/16SS222J

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC

162

1234

R 1613 (A,39,29) RS1/16SS223J

R 1614 (A,46,36) RS1/16SS105J

R 1615 (A,43,33) RS1/16SS105J

R 1616 (A,53,36) RS1/16SS2002D

R 1672 (A,43,21) RS1/16SS303J

R 1673 (A,38,22) RS1/16SS183J

R 1674 (A,34,23) RS1/16SS562J

R 1705 (A,55,57) RS1/16SS0R0J

R 1706 (A,52,57) RS1/16SS201J

R 1707 (A,55,51) RS1/16SS0R0J

R 1708 (A,52,50) RS1/16SS201J

R 1715 (A,60,56) RS1/16SS201J

R 1716 (A,63,57) RS1/16SS0R0J

R 1719 (A,60,50) RS1/16SS201J

R 1720 (A,63,51) RS1/16SS0R0J

R 1803 (A,72,56) RS1/16SS821J

R 1804 (A,74,56) RS1/16SS821J

R 1805 (A,72,62) RS1/16SS104J

R 1806 (A,74,62) RS1/16SS104J

R 1903 (A,89,52) RS1/16SS0R0J

R 2001 (A,77,8) RS1/16SS820J

R 2003 (A,78,12) RS1/16SS820J

R 2004 (A,77,14) RS1/16SS820J

R 2005 (A,77,17) RS1/16SS220J

R 2006 (A,81,31) RS1/16SS101J

R 2007 (A,80,7) RAB4CQ820J

R 2009 (A,80,11) RAB4CQ330J

R 2010 (A,80,14) RAB4CQ330J

R 2011 (A,80,19) RAB4CQ330J

R 2012 (A,80,22) RAB4CQ330J

R 2014 (A,85,3) RS1/16SS103J

R 2015 (A,77,19) RS1/16SS103J

R 2017 (A,78,7) RS1/16SS103J

R 2018 (A,87,4) RS1/16SS103J

R 2019 (A,85,5) RS1/16SS103J

R 2020 (A,89,4) RS1/16SS103J

R 2021 (A,76,9) RS1/16SS220J

R 2022 (A,77,9) RS1/16SS820J

R 2023 (A,78,9) RS1/16SS220J

CAPACITORS

C 1001 (B,68,60) 10 µF CCG1171

C 1002 (B,68,59) 10 µF CCG1171

C 1003 (B,73,57) CKSRYB103K50

C 1004 (B,72,54) CKSSYB681K50

C 1005 (B,73,56) CKSSYB103K16

C 1006 (B,74,52) CCSSCH820J50

C 1007 (B,75,57) CKSSYB104K10

C 1008 (B,80,67) 10 µF CCG1192

C 1009 (B,82,67) 10 µF CCG1192

C 1010 (B,85,54) CKSSYB222K50

C 1011 (B,84,51) CKSSYB104K10

C 1012 (B,84,58) CKSSYB104K10

C 1014 (B,85,52) CKSRYB105K10

C 1015 (B,81,61) 10 µF CCG1171

C 1016 (B,86,57) CKSRYB472K50

C 1017 (B,88,52) CKSSYB681K50

C 1018 (B,81,60) 10 µF CCG1171

C 1019 (B,58,59) CCSSCH101J50

C 1020 (B,58,57) CKSSYB104K10

Circuit Symbol and No. Part No.

C 1021 (B,60,60) CKSRYB105K10

C 1022 (B,79,47) CKSSYB103K16

C 1023 (B,79,49) CKSSYB104K10

C 1024 (B,71,48) CKSQYB475K10

C 1025 (B,64,58) CKSRYB105K10

C 1029 (B,70,54) CKSSYB104K10

C 1030 (B,88,51) CKSSYB104K10

C 1031 (B,86,55) CKSRYB474K10

C 1101 (B,61,54) 10 µF CCG1192

C 1102 (B,59,50) 100 µF CCG1232

C 1103 (B,65,50) 100 µF CCG1232

C 1104 (B,63,44) CKSSYB104K10

C 1105 (B,70,44) CKSSYB104K10

C 1106 (B,63,46) CKSSYB103K16

C 1107 (B,70,45) CKSSYB103K16

C 1108 (A,35,36) CKSSYB103K16

C 1109 (A,36,34) CKSRYB105K10

C 1110 (A,35,37) CKSSYB103K16

C 1111 (A,39,34) CKSRYB105K10

C 1201 (B,21,11) CEVW101M16

C 1202 (B,15,17) CKSYB475K16

C 1207 (B,16,11) CKSQYB225K10

C 1209 (A,32,17) CKSSYB104K10

C 1210 (A,32,19) CKSSYB471K50

C 1211 (A,19,17) CKSSYB103K16

C 1212 (A,19,8) CKSSYB104K10

C 1213 (A,19,10) CKSSYB104K10

C 1301 (B,90,25) CKSSYB104K10

C 1302 (B,88,25) CKSSYB104K10

C 1351 (B,86,25) CKSSYB104K10

C 1352 (B,76,19) CKSSYB104K10

C 1353 (B,81,19) CKSSYB104K10

C 1354 (B,74,8) CKSSYB104K10

C 1355 (B,86,8) CKSSYB104K10

C 1356 (B,84,28) CKSYB106K6R3

C 1401 (B,72,31) CKSSYB103K16

C 1402 (B,49,33) CKSSYB104K10

C 1403 (B,81,27) CKSQYB475K6R3

C 1405 (B,48,8) CKSSYB103K16

C 1406 (B,26,15) CKSSYB104K10

C 1407 (B,74,27) CKSQYB475K6R3

C 1408 (B,47,27) CKSSYB104K10

C 1481 (B,73,5) CKSSYB104K10

C 1482 (B,73,8) CKSSYB104K10

C 1483 (B,67,5) CKSSYB104K10

C 1484 (B,63,5) CKSSYB104K10

C 1485 (B,56,5) CKSSYB104K10

C 1486 (B,53,5) CKSSYB104K10

C 1487 (B,51,5) CKSSYB104K10

C 1488 (B,49,5) CKSSYB104K10

C 1490 (B,68,20) CKSSYB104K10

C 1491 (B,77,27) CKSQYB106K6R3

C 1492 (B,55,20) CKSSYB104K10

C 1493 (B,52,20) CKSSYB104K10

C 1494 (B,65,20) CKSSYB104K10

C 1496 (B,65,5) CKSSYB102K50

C 1497 (B,61,20) CKSSYB102K50

C 1498 (B,77,26) CKSSYB102K50

C 1499 (B,49,4) CKSSYB102K50

C 1501 (A,68,45) CKSQYB106K6R3

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC 163

5678

C 1502 (A,58,44) CKSQYB106K6R3

C 1503 (A,55,3) CKSSYB104K10

C 1504 (A,58,3) CKSSYB104K10

C 1505 (A,53,3) CKSSYB104K10

C 1506 (A,60,3) CKSSYB104K10

C 1507 (A,68,3) CKSSYB104K10

C 1508 (A,65,3) CKSSYB104K10

C 1509 (A,70,3) CKSSYB104K10

C 1510 (A,43,11) CKSSYB104K10

C 1511 (A,77,7) CKSSYB104K10

C 1512 (A,76,11) CKSSYB104K10

C 1513 (A,43,10) CKSSYB104K10

C 1514 (A,76,17) CKSSYB104K10

C 1515 (A,43,16) CKSSYB104K10

C 1516 (A,76,15) CKSSYB104K10

C 1517 (A,43,17) CKSSYB104K10

C 1518 (A,37,15) CCSSCH8R0D50

C 1519 (A,37,16) CCSSCH8R0D50

C 1520 (A,49,3) CCSSCH181J25

C 1521 (A,76,24) CKSSYB104K10

C 1522 (A,77,24) CKSSYB104K10

C 1523 (A,58,36) CKSSYB104K10

C 1524 (A,58,37) CKSSYB103K16

C 1525 (A,66,36) CKSSYB104K10

C 1526 (A,62,40) CKSSYB103K16

C 1527 (A,63,35) CKSSYB471K50

C 1528 (A,65,36) CKSSYB104K10

C 1529 (A,60,38) CKSSYB103K16

C 1530 (A,59,40) CKSSYB224K6R3

C 1531 (A,57,42) CKSSYB123K16

C 1536 (A,76,20) CKSSYB104K10

C 1537 (A,55,44) CKSSYB102K50

C 1538 (A,53,44) CKSSYB102K50

C 1539 (A,57,36) CKSSYB104K10

C 1540 (A,61,38) CKSSYB103K16

C 1560 (A,51,3) CKSSYB104K10

C 1577 (A,77,31) CKSSYB104K10

C 1601 (A,41,24) CCSSCH101J50

C 1602 (A,43,24) CCSSCH101J50

C 1603 (A,38,23) CCSSCH680J50

C 1604 (A,39,25) CCSSCH680J50

C 1608 (A,41,26) CKSSYB103K16

C 1609 (A,43,27) CKSSYB103K16

C 1610 (A,53,39) CCSSCH101J50

C 1611 (A,54,38) CKSSYB562K25

C 1612 (A,55,36) CKSSYB224K6R3

C 1613 (A,55,38) CKSSYB224K6R3

C 1614 (A,56,38) CKSSYB333K16

C 1615 (A,41,30) CKSRYB105K10

C 1616 (A,48,36) CKSSYB104K10

C 1617 (A,49,38) CKSSYB104K10

C 1618 (A,51,38) CKSSYB104K10

C 1619 (A,51,36) CKSSYB104K10

C 1620 (A,50,36) CKSSYB104K10

C 1621 (A,50,38) CKSSYB104K10

C 1622 (A,53,38) CKSSYB104K10

C 1623 (A,52,39) CKSSYB104K10

C 1624 (A,43,28) CKSSYB103K16

C 1625 (A,56,36) CKSSYB104K10

C 1626 (A,41,31) CKSRYB105K10

Circuit Symbol and No. Part No.

C 1627 (A,43,23) CKSSYB104K10

C 1628 (A,54,36) CKSSYB104K10

C 1629 (A,49,36) CKSSYB104K10

C 1630 (A,38,30) CKSQYB106K6R3

C 1671 (A,43,18) CKSSYB104K10

C 1672 (A,43,19) CKSSYB104K10

C 1673 (A,38,21) CKSSYB104K10

C 1674 (A,39,22) CKSSYB104K10

C 1675 (A,39,19) CKSRYB105K10

C 1676 (A,38,19) CKSRYB105K10

C 1677 (A,43,22) CKSSYB104K10

C 1801 (A,75,52) CKSSYB104K10

C 1802 (A,67,58) 10 µF CCG1192

C 1803 (A,67,56) CKSSYB104K10

C 1804 (A,70,58) 10 µF CCG1192

C 1805 (A,70,56) CKSSYB104K10

C 1808 (A,72,57) CCSRCH182J50

C 1809 (A,75,57) CCSRCH182J50

C 1810 (A,72,59) CKSQYB475K6R3

C 1811 (A,74,59) CKSQYB475K6R3

C 1901 (A,84,74) CKSSYB102K50

Unit Number : CWX3154

Unit Name : Compound Unit(A)

Q 1299 Photo-taransistor CPT231SCTD

S 1201 Spring Switch(12cm) CSN1069

S 1202 Spring Switch(8cm) CSN1069

S 1203 Spring Switch(DISC SENS) CSN1069

S 1204 Spring Switch(DISC SENS) CSN1070

S 1205 Spring Switch(8cm) CSN1070

R 1298 RS1/16S0R0J

R 1299 RS1/16S0R0J

Unit Number : CWX3394

Unit Name : Compound Unit(B)

S 1206 Switch(CLAMP) CSN1067

Miscellaneous Parts List

Pickup Unit(Service) CXX2118

M 1 Motor Unit(LOADING) CXC4912

M 2 Motor(STEPPING) CXM1364

M 3 Motor(SPINDLE) CXM1362

Circuit Symbol and No. Part No.

AVIC-D3/XU/UC

164

1234

6. ADJUSTMENT

6.1 JIG CONNECTION DIAGRAM

DVD Mechanism Module(MS5)

Navi Mother Unit

GGD1284

GGD1327

GGD1406

GGD1170

Monitor Unit

AV Unit

- Jigs List

Name

40P FFC BBR

20P Extension Cable

80P FPC

40P FFC BB

TEST DISC

Remote Control Uint

TORX driver (T2)

Bond

Bond (Produced by THREE BOND)

TEST DISC

Jig No.

GGD1284

GGD1327

GGD1406

GGD1170

GGV1303

CXC6317

GGK1095

GEM1033

1401M

GGV1018

Remarks

DVD Core Unit (CN2001) <---> Navi Mother Unit (CN2)

DVD Core Unit (CN1901) <---> Navi Mother Unit (CN2057)

Navi Mother Unit (CN2068) <---> AV Unit (CN1652)

Navi Mother Unit (CN2055) <---> AV Unit (CN1711)

Monitor Unit (CN5001) <---> AV Unit (CN1661)

Operation check

Operation for adjustment

SKEW adjustment (DVD)

AVIC-D3/XU/UC 165

5678

6.2 DVD ADJUSTMENT

1) Precautions

This product uses 5 V and 3.3 V as standard voltages.

The electrical potential that is the reference for signals,

is not GND, but VREF (approximately 2.2 V) and VHALF

(approximately 1.65 V).

During product adjustments, if the reference voltage is

mistakenly taken as GND, and a grounding contact 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 precaution-

ary 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 mea-

surement devices have the same electrical potential as

the minus side of the probe, the body frame of the mea-

surement device should be set to floating ground.

If the reference voltage is connected to GND by mis-

take, 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.

•

• 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 complet-

ed.

• If the product hangs up turn the power OFF immedi-

ately.

•

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

Please select "MS5 check" to start test mode.

• Test mode stopping procedure

ACC and Backup OFF.

For stable circuit operation, keep the mechanism

operating for about one minute or more after the

regulator is turned on.

AVIC-D3/XU/UC

166

1234

Image of the test mode.

[Note] Higher level 4 characters only. Lower level 4 characters are spaces.

(1) (2)

Start of the test mode.

TEST

FE test selection EDC1 test selection

Hereafter, to FE test

mode image. Hereafter, to EDC1

test mode image.

[Note] In order to move on to another test after selecting a test (FE/EDC1/EDC2), it is necessary to restart the DVD mechanism in the test mode.

(3)

EDC2 test selection

Hereafter, to EDC2

test mode image.

(4)

LD power on time

mode selection

Hereafter, to LD power on

time mode image.

Legend: ··· Key operation

··· Operation state

··· The content displayed on the DVD mechanism (video only)

8 characters data is sent to the product side (HOST) by UART communication.

Image of the front end test mode.

(2)

FE test mode

Disc type DVD1

layer

FE offset coefficient

TE offset coefficient

AS offset coefficient

ENV offset coefficient

TG offset coefficient

DBAL coefficient

VIN1 offset cancel value

VIN2 offset cancel value

VIN3 offset cancel value

VIN4 offset cancel value

VIN5 offset cancel value

VIN6 offset cancel value

VIN7 offset cancel value

VIN8 offset cancel value

VIN9 offset cancel value

VIN10 offset cancel value

Power on

0000 0000

0FFF 0000

0 x 00 0000

Legend: ··· Key operation

··· Operation state

··· The content displayed on the DVD mechanism (video only)

8 characters data is sent to the product side (HOST) by UART communication.

(4) (5)

Disc type DVD2

layer Disc type CD

0100 0000 0200 0000

Disc type CD-RW

0300 0000

EJECT

[Note] If no action is taken for approximately 10 seconds after LD-ON, it will become LO-OFF automatically.

If F close is selected during LD-OFF, it will become an error.

During focus search (S character measurement mode), too, safety regulation applies if LD_OFF is not selected

within 10 seconds. Therefore, even if focus search is selected after LD-ON, it will become LD-OFF after 9 seconds.

In order to F close after focus search (S character measurement mode), set to Power_OFF first then power on again

before F close.

FEMAX level

FEMIN level

ASMAX level

ENVMAX level

FE normalization coefficient

Spindle gain coefficient

TEMAX level indication

TEMIN level indication

(2)

Focus close state

(1) (2)

S curve

measurement

(2)

F close F search

1A00 0000

F search

1100 0000

1FFF 0000

(3),(4)

CRG+/-

Activates while the key

is being pressed.

1B00 0000 : CRG+

1C00 0000 : CRG-

(5) (6)

LD-ON/OFF

When LO-ON: 1100 0000

When LD-OFF: 1000 000

CRG_HOME

1D00 0000

(8)

Power_OFF

(1) (3)

a b

1 x 00 0000

AVIC-D3/XU/UC 167

5678

(2)

(1) (2)

Tracking balance

TBAL coefficient (layer 0)

TBAL coefficient (layer 1)

TE normalization coefficient (layer 0)

TE normalization coefficient (layer 1)

Off track adjustment result

Focus Jump

When L0 layer: 2000 0000

When L1 layer: 2100 0000

2 x 00 0000

2FFF 0000

(3),(4)

CRG +/-

It operates while the key

is being pressed.

2B00 0000 : CRG+

2C00 0000 : CRG-

3000 0000

(8)

Power_OFF

(8)

Power_OFF

(5)

Performed including the tracking close processing.

FBAL coefficient (layer 0)

FBAL coefficient (layer 1)

Focus gain coefficient (layer 0)

Focus gain coefficient (layer 1)

Tracking gain coefficient (layer 0)

Tracking gain coefficient (layer 1)

AS normalization adjustment value (layer 0)

AS normalization adjustment value (layer 1)

RF level value

3FFF 0000

Tracking close state

(1) (2)

(1)

Error rate

measurement

Error rate

Focus gain coefficient (layer 0)

Focus gain coefficient (layer 1)

Tracking gain coefficient (layer 0)

Tracking gain coefficient (layer 1)

AS normalization adjustment value (layer 0)

AS normalization adjustment value (layer 1)

RF level value

indication start

5000 0000

RF level is informed

every 500msec.

RF level value

indication end

(7) (8)

To (2)

T.O PEN Power_OFF

(1) (3),(4)

Tracking close CRG +/-

It operates while the key

is being pressed.

3B00 0000 : CRG+

3C00 0000 : CRG-

3FFF 0000

a b

(1) (2)

Tracking close state

Error rate

measurement

FBAL coefficient (layer 0)

FBAL coefficient (layer 1)

Focus gain coefficient (layer 0)

Focus gain coefficient (layer 1)

Tracking gain coefficient (layer 0)

Tracking gain coefficient (layer 1)

AS normalization adjustment value (layer 0)

AS normalization adjustment value (layer 1)

Playback speed

switching

4000 0000

4 x 00 0000

(5)

Error rate

Focus gain coefficient (layer 0)

Focus gain coefficient (layer 1)

Tracking gain coefficient (layer 0)

Tracking gain coefficient (layer 1)

AS normalization adjustment value (layer 0)

AS normalization adjustment value (layer 1)

Focus Jump

DVDX1.3~

1.6CAV

CDX4CLV:

4x00 0000

When L0 layer: 4x00 0000

When L1 layer: 4x00 0000

(8)

Error display

Power_OFF

Error occurrence

L0 layer DVD X 1.3~1.6CAV, CD X 4CLV :4000 0000

L1 layer DVD X 1.3~1.6CAV :4100 0000

[Note] If an error occurs at Power_OFF, reset cannot be made. In such a case, it is necessary to turn the power off and start the test mode once again.

Error occurrence at Power_OFF

Error display

The number for designation of the track number shall be selected from the track numbers previously prepared.

Switch to cyclic by (3). Fix by (4).

For CD: Tracks 1, 4, 10, 11 and 32

For DVD: Tracks 1, 4, 10, 11, 32, 64 and 100

Change the method for ID address designation.

Designation of digit by command (1) and (2). UP/DOWN of numbers by command (3) and (4). Fix by command (5).

The higher 2 digits of the designated ID are the value showing the test state.

The lower 6 digits show the ID.

Example) If 300000 is desired to be designated as the ID, designated ID: 4A03 0000.

(7) (8)

To (2)

T.OPEN Power_OFF

(6) (3),(4)

(1)-(4) (3)

(5) (5)

ID Search T.Jump+/-

4A00 0000 Jump+ : 4B00 0000

Jump- : 4C00 0000

ID designation

ID display

Track number

designation

Track number

indication

Search start Jump start

AVIC-D3/XU/UC

168

1234

EDC. Image of the test mode

[Note] Image is the same for both EDC1 and EDC2.

(1) (2)

EDC1/2 test mode

0000 0000

Layer 0 selection Layer 1 selection

0000 0000 0100 0000

1003 0000 1103 0000

(5)

[Note] The display is updated at 0.5 seconds interval until 0/1 layer is selected or Eject is effected.

(1)-(4)

ID designation

EDC1/2 start

Layer 0: 10** ****

Layer 1: 11** ****

[Note] ** **** is the ID designation value

Layer 0: 20** ****

Layer 1: 21** ****

[Note] ** **** is the present ID designation value

**** ****

[Note] **** **** is the present ID designation value

Legend: ··· Key operation

··· Operational state

··· The content displayed on the DVD mechanism (video only)

8 characters data is sent to the product side (HOST) by UART communication.

[Note] Eject can be effected any time during the EDC test mode.

However, disc exist/non-exist bit of BD of UART communication

is not fixed.

Eject

After completion of EJECT operation

EJECT operation

Test mode Eject

Image of the LD power on time mode.

LD power on time mode

0000 0000

CD LD power on

time indication

DVD LD power on

time indication

10** ****

[Note] ** **** is the CD LD

power on time.

20** ****

[Note] ** **** is the DVD LD

power on time.

(1) (2)

CD LD power on

time setting

Setting time

designation

30** ****

[Note] ** **** is the setting time.

Setting time

registration

DVD LD power on

time setting

Setting time

designation

40** ****

[Note] ** **** is the setting time.

(5) (6)

(1)-(4) (1)-(4)

(5) (5)

(8)

10** ****

[Note] ** **** is the CD LD

power on time.

Setting time

registration

(8)

20** ****

[Note] ** **** is the DVD LD

power on time.

[Note] If the power on time is 999999 hours or more, it is always reported as 999999 hours.

[Note] If the power on time is " *E** **** ", the value may not be correct due to the life of the flash memory.

[Method of setting time designation]

Designate the digit by command (1) and (2). UP/DOWN of numbers by command (3) and (4).

Fix by command (5). Cancel by command (8).

Legend: ··· Key operation

··· Operational state

··· The content displayed on the DVD mechanism (video only)

8 characters data is sent to the product side (HOST) by UART communication.

Not for service use

AVIC-D3/XU/UC 169

5678

Error status

Open

Read Error

Focus Error(Focus Error

in mechanism set up)

Surface Error

Address not found

(Invalid Track)

Spindle Lock

Carriage HOME

ID/SUBCODE Read Error

AV CHIP decode Error

AV CHIP Recovery NG

Error of PLAY BACK Mode

Status

Disc Data Error

No Disc

(including Disc loading

and ejecting)

Media Error

Temp Error

(In Case of High

Temperature)

OSD *1

It is a disc unable to be played back.

NON-PLAYABLE DISC

(No display)

ERROR-02-99

ERROR-02-90

ERROR-02-9E

ERROR-02-80

ERROR-02-91

ERROR-02-92

ERROR-02-94

ERROR-02-9A

ERROR-02-9B

ERROR-02-9C

Temperature protection circuit is

being activated.

THERMAL PROTECTION IN MOTION

(No display)

UART

10h

20h

21h

22h

23h

24h

25h

26h

2Ah

2Bh

2Ch

2Dh

40h

00h

30h

Meaning

Door open error

Transfer start error

Focus error

Focus error during set up

(A focus has never been achieved with that

disc.)

Address not found.

Spindle lock NG

(the disc cannot rotate)

Carriage home NG

(The pick up tries to return to carriage

home, but it cannot go back and stopped.)

ID/SUBCODE Read Error (ID/SUBCODE

cannot be read due to scratch or stain.)

AV CHIP decode NG

(AV chip cannot be decoded.)

AV CHIP recovery NG

Playback state error

(An error due to software bug.)

Disc Data NG

Disc has not been inserted.

(Including Load in process or Eject in process.)

Loading mechanism error

(The disc cannot be clamped.)

A disc containing the unplayable Format only.

High temperature

(Playback is stopped because the pick up

temperature is 89 C or higher.)

ACC

Off/On

Source

Off/On

Eject

Play Key

****

XXXX

X-XX

Method of reset

ERROR-02-9D

Loading_Mecha Error 50h

REQUEST error

Failure in issuing read

command (chip dependent)

Adjustment of L0 is NG.

Adjustment of L1 is NG.

LD system NG

Gain adjustment system NG.

Gain determining system NG.

Servo initial setting related items NG.

Disc is not clamped yet.

Tracking system NG.

Media setting system NG.

Focus Error

Error of PLAY BACK

Mode Status

Error of PLAY BACK

Mode Status

Undefined Error

DRM Error

Region code Error NG

CPPM*3 Key Error *4

AWM*5 Error *4

It is a protected disc.

PROTECTED DISC

Region code is incorrect.

DIFFERENT REGION DISC

It is a disc unable to be played back.

NON-PLAYABLE DISC

ERROR-02-A0

ERROR-02-A1

ERROR-02-A2

ERROR-02-A3

ERROR-02-A4

ERROR-02-A5

ERROR-02-A6

ERROR-02-A7

ERROR-02-A8

ERROR-02-A9

ERROR-02-AA

ERROR-02-AB

ERROR-02-B0

ERROR-02-B1

ERROR-FF-FF

A0h

A1h

A2h

A3h

A4h

A5h

A6h

A7h

A8h

A9h

AAh

ABh

B0h

B1h

FFh

70h

90h

91h

REQUEST error

Failure in issuing the read command

L0 adjustment is NG.

L1 adjustment is NG

LD system NG

Gain adjustment system NG.

Gain determining system NG.

Servo initial setting related items NG.

Disc is not clamped yet.

Tracking system NG

Media setting system NG

JUMP over layers NG

Navigation command error

Retry over

Undefined error

DRM error

(All music cannot be played back due to DRM.)

Region code NG (Unable to be played back

due to incorrect mechanism region.)

Playback the illegally copied disc by DVD-A

(Mute the sound on the mechanism side.)

Key Error for playback

--X-CPRM Key Error *7

NON-PLAYABLE DISC

93h Key Error for playback

XXX -

X: Cancel the error by operation. -: Error is not cancelled by operation. *: No setting

*1 A content displayed on OSD. As for the items having multiple display patterns, the upper row is for the Japanese version Full GUI, and the lower row is for

the Touch Panel model and Full GUI (English version).

*2 A parameter of UART command, such as "receipt error notice", that the DVD mechanism transmits.

*3 CPPM(Content Protection for Prerecorded Media) : A copyright protection technique used in DVD-A. The protection is realized by using the keys recorded

on the media and the device key held by the player.

*4 DVD-A compatible model only.

When an error has occurred, only the audio output will be muted but playback operation will continue. Furthermore, acceptance of the user operation will be

the same as usual.

*5 AWM (Audio WaterMark): Electronic watermark. Information on the copyright owner or CCI (copy control information) are recorded so that illegally copied

discs can be identified.

*6 Notice as an error status will not be given

*7 CPRM(Content Protection for Recordable Media) : A copyright protection technique for digital contents used for re-writable DVD or memory card.

(DVD-VR model only)

(No display)

AVIC-D3/XU/UC

170

1234

- SKEW adjustment

When one of the following replacements has taken place, SKEW adjustment for the pick up will be required.

(1) Replacement of the pick up unit

(2) Replacement of the spindle motor

(3) Replacement of the carriage chassis

(4) Replacement of the main shaft of the pick up unit

(5) Replacement of the sub shaft of the pick up unit

Measurement equipment and tools/jigs: Oscilloscope

Driver for SKEW adjustment t TORX driver (T2) (GGK1095)

Bond for fixing the SKEW (GEM1033)

Bond for locking the screw (Locking agents (1401M : produced by THREE BOND))

Disc used: GGV1018

Measurement reference: AGND2

Measurement point: RF

Connection drawing

DVD core unit

Enlargement

Symptom in case the adjustment is not adequate: Worsening of the error rate 10-3

(Normally 10-4 or less.)

Large RF jitter

RF waveform distortion

Tracking drawing/Unstable servo

* Caution: Do not look into the laser light during adjustment.

Oscilloscope

AGND2

AVIC-D3/XU/UC 171

5678

There are two methods for adjustment, a method whereby the adjustment is made while monitoring the RF waveform

using the oscilloscope (method 1) and a method whereby the adjustment is made while checking the RF level in

value by OSD (method 2).

The adjustment procedure is shown below. Refer to the paragraph for the service test mode regarding entering of the

test mode and the operation procedure.

Adjustment procedure:

1. Turn the DVD mechanism module upside down so that the pick up can be adjusted.

When the module is turned upside down, there is a possibility that the disc is rubbed.

So, first place a coin with the thickness of approximately 1.5mm on a desk, and set the module upside down in a

way that section 1 in the illustration below comes right above the coin.

2. Install the pick up. (Refer to the section regarding removal of the pick up from the mechanism unit.)

As for the precautions in handling the pick up, refer to the precautions in handling the PU as described below.

3. Method 1:

Connect the oscilloscope by referring to the connection drawing so that the RF signal can be monitored with

AGND2 as the reference.

Method 2:

There is no need for setting of any equipment. Proceed to step 4.

4. Turn the power ON, and load the disc for adjustment.(GGV1018)

5. After setting the disc type to DVD layer 1 in the front end test mode, turn the power ON, and move the pick up to

the inner periphery. (CRG - Home)

6. Turn the LD ON.

7. Set to focus close, and make auto adjustment for all items under that state, then set to tracking close.

And make auto adjustment for all items under that state as well.

8. Make an intermediate periphery (ID: 100 000) search, and move the PU to intermediate periphery.

9. Method 1:

Proceed to step 10.

Method 2:

After setting to Tracking Open, make all auto adjustments, and set to Tracking Close this time with a command that

can be RF displayed. Make auto adjustment for all items under that state as well.

10. Use TORX driver (T2) (GGK1095) for the following.

Method 1:

While monitoring the RF waveform on the oscilloscope, turn SKEW adjustment screw A just a little bit in a way that

the level will reach the maximum.

While the pick up is at the intermediate periphery, turn SKEW adjustment screw B just a little bit in a way that the

level will reach the maximum.

While the pick up is at the intermediate periphery, turn SKEW adjustment screw A just a little bit in a way that the

level will reach the maximum.

(Make adjustment in the order of A -> B -> A, Please end the each adjustment by turning screw clockwise. )

Method 2:

While monitoring the RF level value on the OSD display, turn the SKEW adjustment screw A just a little bit in a way

that the level will reach the maximum.

While the pick up is at the intermediate periphery, turn SKEW adjustment screw B just a little bit in a way that the

level will reach the maximum.

While the pick up is at the intermediate periphery, turn SKEW adjustment screw A just a little bit in a way that the

level will reach the maximum.

(Make adjustment in the order of A -> B -> A, Please end the each adjustment by turning screw clockwise. )

If the error rate is not good, please perform Method again.

11. Turn the power OFF in the test mode, and after confirming that the disc has stopped, eject the disc.

12. Apply adhesive for fixing the SKEW and lock the screw.

Refer to the illustration below for the adhesion points.

AVIC-D3/XU/UC

172

1234

SKEW adjustment locations.

SKEW adhesive locations (GEM1033) RAD-SKEW adhesive locations

Cross section of R-SKEW adhesive locations.

* Caution: Make a cross link to both the resin section

and the sheet metal section.

Adhesive application locations

Sheet metal (yoke base) section Resin (suspension support) section

PU case

Sheet metal (yoke base) section

* Caution: Make a cross link to both the case section and the sheet metal section.

Adhesive application locations

TAN-SKEW adhesive locations

D & E

PU case

AVIC-D3/XU/UC 173

5678

Screw locking adhesive location (1401M : produced by THREE BOND)

Screw locking adhesive location

Apply the locking agent for more than half of the screw head

circumference.

* Caution: The locking agent shall not overflow to outside of

the PU case.

Precautions in handling the PU.

* Caution: Do not touch the shaded section in the drawing below.

RF level adjustment section

Do not touch the optical parts.

Hologram (be careful for the static electricity)

GRT adjustment section

Do not touch the springs.

AVIC-D3/XU/UC

174

1234

Is the image

in error?

Go to FE related

repair process.

Is FE section

normal?

BACK END section flow

Can the

playback

start?

Is the sound

in error?

Repair the

defective part.

Normal?

YES

Go to FE

section check.

YES

FE section check.

Go to FE

section check.

Replace the unit.

YES

Go to FE

section check.

YES

START

END

Replace the unit.

YES

Normal?

YES

END

YES

Does the

operation

take time?

Is the life of flash

memory OK?

Conduct check item 12.

Standby OK?

Execute check 1.

Is VDD5

(VCC33, VCC12)

power supply

voltage OK?

Execute

check 2.

Reset OK?

Execute check 3.

Is VD8, VCC5

power supply

voltage OK?

Execute check 7.

Is SDRAM

IF OK?

Execute check 6.

Is VSENS

OK?

Execute check 4.

Is 27 MHz

OK?

Execute check 5.

Is AVCC5

voltage OK?

Execute check 8.

Is DACCLK

normal?

Execute check 9.

Is the audio

circuit OK?

Execute check 10.

Is the video

circuit OK?

Execute check 11.

Is AVCC5

voltage OK?

Execute check 8.

AVIC-D3/XU/UC 175

5678

Check 1: Standby OK?

<Check> Check the voltage at the "STANBY" test point while the power is on.

Use the "DGND1" test point at the reference.

NO. Check point Module No. Specification value Unit

STANBY-DGND1 ALL VCC33 V-

0.6 V or more

Fig 1.1: STANBY check point

STANBY

DGND1

Side A

AVIC-D3/XU/UC

176

1234

Check 2: Is VDD5 (VCC33, VCC12) power supply voltage OK?

VDD5

VCC33 (= 3.3 V )

VDD5

VCC12 (= 1.2 V )

IC1401 FLASH power supply (Data)

IC1402 FLASH power supply (Program)

IC1481 SDRAM power supply

IC1501 DVD-LSI power supply

IC1001 DC/DC

converter

VCC 3.3 V/1.2 V output

F.E. driver control system

NO. Check point Module No. Specification value Unit

VDD5_3 - DGND1

VCC33_3 - DGND1

VCC12_1 - DGND1

ALL

5.0 ± 0.4

3.3 ± 0.15

1.2 ± 0.12

Side A

VCC33_3

VDD5_3

VCC12_1

DGND1

Fig 2.2: VDD5, VCC33, VCC12 voltage check points

Fig 2.1: Power supply configuration

<Check> Check the voltage at the "VDD5_3, VCC33_3 and VCC12_1" test point while the power is on.

Use the "DGND1" test point at the reference.

AVIC-D3/XU/UC 177

5678

Check 3: Reset OK?

NO. Check point Module No. Specification value Unit

1 XRES-DGND1 ALL VCC33 x

0.7 or more

Side A

Fig 3.1: RESET check point

XRES

DGND1

<Check> Check the voltage at the "XRES" test point while the power is on.

Use the "DGND1" test point at the reference.

AVIC-D3/XU/UC

178

1234

Check 4: Is VSENS OK?

CN1901

HOST I/F

VD8 VSENS

VCC33

VDD5 VCC12

STANBY

XRES

Fig 4.1: Power supply configuration and VSENS

NO. Check point

IC1501

DVD-LSI

IC1001

DC/DC converter

IC1003

detection IC

Side A

Fig 4.2: VSENS check point

VSENS

DGND1

Module No. Specification value Unit

VSENS - DGND1 ALL VCC33 x 0.7

or more V1

<Check> Check the voltage at the "VSENS" test point while the power is on.

Use the "DGND1" test point at the reference.

AVIC-D3/XU/UC 179

5678

Check 5: 27 MHz Normal?

<Outline> Each clock is created inside the IC1501 using the 27 MHz master crystal oscillator (X1501).

OSCO

OSCI

Fig 5.1: Clock configuration

IC1501

DVD-LSI

X1501

27 MHz

crystal

VCC33 VCC12

<Check method> Turn the power on, and check with DGND being the reference.

In case of NG, check the applicable line, periphery of IC1501,

soldering of the peripheral components and defective components.

NO. Check point Module No. Specification value Unit

2 IC1501 169pin ALL 27 MHz

± 50 ppm ppm

GND Fig 5.2: Clock specification value

Side A

Fig 5.3: 27 MHz check point

Specification

value

DGND1

IC1501 169pin

AVIC-D3/XU/UC

180

1234

Check 6: Is SDRAM I/F OK?

<Outline> In order to secure the MPEG stream data as the buffer,

the capacity of communication I/F SDRAM between the LSI and the memory is 128Mbit.

Be careful as XCSM, XWE, XCAS, XRAS and XSCM of IC1481 are called differently in IC1501,

namely NCSM, NWE, NCAS, NRAS, NCSM.

MA0~11

MDQ0~31

MCK

XWE (NWE)

XCAS (NCAS)

XRAS (NRAS)

XCSM (NCSM)

DQM0

DQM1

DQM2

DQM3

BA0

BA1

Fig 6.1: SDRAM I/F

1481

SDRAM

IC1501

DVD-LSI

AVIC-D3/XU/UC 181

5678

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

MDQ16

MDQ17

MDQ18

MDQ19

MDQ20

MDQ21

MDQ22

MDQ23

MDQ24

MDQ25

MDQ26

MDQ27

MDQ28

MDQ29

MDQ30

MDQ31

MCK

XWE

XCAS

XRAS

XCSM

DQM0

DQM1

DQM2

DQM3

BA0

BA1

56 Ω± 5 %

0.17 Ω± or lower

56 Ω± 5 %

IC1481 25pin

IC1481 26pin

IC1481 27pin

IC1481 60pin

IC1481 61pin

IC1481 62pin

IC1481 63pin

IC1481 64pin

IC1481 65pin

IC1481 66pin

IC1481 24pin

IC1481 21pin

IC1481 2pin

IC1481 4pin

IC1481 5pin

IC1481 7pin

IC1481 8pin

IC1481 10pin

IC1481 11pin

IC1481 13pin

IC1481 74pin

IC1481 76pin

IC1481 77pin

IC1481 79pin

IC1481 80pin

IC1481 82pin

IC1481 83pin

IC1481 85pin

IC1481 31pin

IC1481 33pin

IC1481 34pin

IC1481 36pin

IC1481 37pin

IC1481 39pin

IC1481 40pin

IC1481 42pin

IC1481 45pin

IC1481 47pin

IC1481 48pin

IC1481 50pin

IC1481 51pin

IC1481 53pin

IC1481 54pin

IC1481 56pin

IC1481 68pin

IC1481 17pin

IC1481 18pin

IC1481 19pin

IC1481 20pin

IC1481 16pin

IC1481 71pin

IC1481 28pin

IC1481 59pin

IC1481 22pin

IC1481 23pin

IC1501 16pin

IC1501 18pin

IC1501 20pin

IC1501 22pin

IC1501 21pin

IC1501 19pin

IC1501 17pin

IC1501 15pin

IC1501 11pin

IC1501 9pin

IC1501 14pin

IC1501 7pin

IC1501 237pin

IC1501 239pin

IC1501 241pin

IC1501 243pin

IC1501 248pin

IC1501 250pin

IC1501 252pin

IC1501 254pin

IC1501 253pin

IC1501 251pin

IC1501 249pin

IC1501 244pin

IC1501 242pin

IC1501 240pin

IC1501 238pin

IC1501 236pin

IC1501 29pin

IC1501 31pin

IC1501 33pin

IC1501 37pin

IC1501 39pin

IC1501 41pin

IC1501 43pin

IC1501 45pin

IC1501 44pin

IC1501 42pin

IC1501 40pin

IC1501 38pin

IC1501 34pin

IC1501 32pin

IC1501 30pin

IC1501 28pin

IC1501 234pin

IC1501 3pin

IC1501 4pin

IC1501 5pin

IC1501 6pin

IC1501 255pin

IC1501 256pin

IC1501 26pin

IC1501 27pin

IC1501 8pin

IC1501 10pin

<Check> Check the conductivity at "check point 1" and "check point 2" without power.

In case of NG, check the soldering and defective components throughout the

"output t input" of the applicable section.

NO. Signal name Check point 1 Check point 2 Specification value

AVIC-D3/XU/UC

182

1234

Side B

Check point 1 (IC1481)

Side A

Check point 2 (IC1501)

Fig 6.2: SDRAM I/F check point

AVIC-D3/XU/UC 183

5678

Check 7: Is VD8, VCC5 power supply voltage OK?

VD8_1

VD VCC5 (= 5.0V )

Fig 7.1: Power supply configuration

F.E. driver system

DISC detection LED

Power supply

for PU

IC1004

REG IC

for VCC 5V.

NO. Check point Module No. Specification value Unit

VD8_1 - PGND3

VD - PGND3

VCC5_1- AGND1

ALL

8.0 ± 0.4

5.0 ± 0.1

Side A

VD8_1

PGND3

VCC5_1

AGND1

Fig 7.2: VD8, VCC5 voltage check points

<Check> Check the voltage at the "VD8_1, VD and VCC5_1" test point while the power is on.

Use the "PGND3 and AGND1" test point at the reference.

AVIC-D3/XU/UC

184

1234

Check 8: Is AVCC5 voltage OK?

VD AVCC5 (= 5.0 V )

Fig 8.1: Power supply configuration

<Check> Playback DVD-REF-A1 TITLE 1 and check the voltage at the stylus.

Check with PGND and GNDAU being the reference.

NO. Check point

VD - PGND_3

AVCC5 - GNDAU1

IC1801

Audio-DAC

IC1005

REG IC

for AVCC 5 V.

Module No. Specification value Unit

ALL

8.0 ± 0.4

5.0 ± 0.1

Side A

Fig 8.2: VD8, AVCC5 voltage check points

GNDAU

AVCC5

PGND3

AVIC-D3/XU/UC 185

5678

Fig 9.1: Clock configuration

Check 9: Is DACCLK normal?

<Outline> DACCLK for Audio-DAC is created by IC1501 using the 27 MHz master crystal oscillator (X1501).

DACCLK

DVD: DVD-REF-A1 TITLE 1

CD: Playback a normal CDDA.

Common to all DVD-V compatible modules.

Check with DGND being the reference.

In case of NG, check the applicable line, the periphery of IC1501, soldering of the peripheral components and

defective components.

IC1501

DVD-LSIX1501

27 MHz

crystal

IC1801

Audio-DAC

VCC33 VCC12

GND

Fig 9.2: Clock specification value

Side A

Check point 2 (IC1501 172 pin)

Check point 1 (stylus)

Fig 9.3: 27 MHz, DACCLK check point

Specification

value 1

Specification

value 2

Specification

value 3

NO. Check point 1 (stylus) Media Specification value 1 Specification value 2 Specification value 3

DACCK

DVD

2.0 V~VCC33 V

DGND~0.8 V

36.864 0 MHz ± 300 ppm

33.868 8 MHz ± 300 ppm

AVIC-D3/XU/UC

186

1234

Check 10: Is the audio circuit OK?

<Outline> The serial 3 lines digital output + DACCLK, output from DVD-LSI (IC1501), are converted to analog audio

signal at Audio-DAC (IC1801) and are output from the HOST I/F (CN1901).

Simultaneously, the analog MUTE signal is also output from DVD-LSI (IC1501) via the HOST I/F.

The digital audio signal (IECOUT), output from DVD-LSI (IC1501), is output via CN1852.

CN1901

HOST I/F

LRCK LO

ADOUT3

SRCK RO

GNDAU

CN1852

IC1801

Audio-DAC

IC1501

DVD-LSI

IEC

Fig 10.1: Audio circuit

<Check method> Playback DVD-REF-A1 TITLE 2 CHAPTER 1 (48 k/16 bit 1 kHz 0 dB),

and check with DGND being the reference.

In case of NG, check the applicable line, periphery of major components as described in the above drawing,

soldering of the peripheral components and defective components.

NO. Check point 1 (stylus)

Specification value 1 Specification value 2 Reference waveform

ADOUT3

SRCK

LRCK

VCC33 V-0.6 V or higher

0.4 V or lower

Waveform 1

Waveform 2

Waveform 3

GND

Fig 10.2: Serial 3 lines specification value

Side A

Specification

value 1

Specification

value 2

Fig 10.3: Serial 3 lines check points

ADOUT3

SRCK

LRCK

AVIC-D3/XU/UC 187

5678

The following checks shall be conducted using the following measurement circuits with GNDAU1 being the reference.

NO.

Fig 10.4: Analog audio out (LO, RO) specification value.

Side A

Fig 10.5: Analog audio out check point

Specification value is the root-mean-square value (rms).

GNDAU1

Check point 1 (stylus)

1 400 ± 150 mV

Specification value (rms) Reference waveform

Waveform 4

LO GNDAU1 RO

47 kΩ47 kΩ

AVIC-D3/XU/UC

188

1234

Check with DGND being the reference.

Check 2pin cord after connecting it to a jig, etc.

NO. Check point 1 (stylus) Specification value 1 Specification value 2 Reference waveform

6 IEC VCC33 V-0.6 V or higher 0.4 V or lower Waveform 5

Side A

Fig 10.6: Digital audio signal (IECOUT) check point

IEC

AVIC-D3/XU/UC 189

5678

IN IN

OUT

<Outline> At the time of 6ch digital out, the serial 6 lines output from DVD-LSI (IC1501) is output via CN1581.

Furthermore, at the time of ripping, the serial 3 lines digital output + SUBC, output from DVD-LSI (IC1501),

is output in 4 times speed via CN1851.

CN1851

ADOUT0/SUBC

ADOUT1/BLKCK

ADOUT2/CLDCK

SRCK

LRCK

DATA

MCKENA

RIPP

IC1501

LSI IC1851 buffer SW,

ripping or 6ch digital out.

IC1852 buffer SW,

ripping or 6ch digital out.

IC1853 buffer SW,

ripping or 6ch digital out.

SBCK

BMUTE

EMPH

IEC/IPFLG

The signal at CN1851 for 6ch digital out/Ripping.

Pin No. Pin name

SRCK

LRCK

AD0/SUBC

AD1/BLK

AD2/CLD

AD3/DATA

IEC/IPFLG

SBCK

BMUTE

MCKENA

RIPP

EMPH

Pins 1, 3, 5, 7, 9, 11, 13, 15, 17, 19 and 24 are GNDD.

Fig 10.7: 6ch digital out/Ripping circuit

6ch digital out Ripping

SRCK

LRCK

ADOUT0

ADOUT1

ADOUT2

ADOUT3

IEC

BMUTE

Low

High

EMPH

SRCK

LRCK

SUBC

BLKCK

CLDCK

DATA

IPFLG

SBCK

High

Low

EMPH

AVIC-D3/XU/UC

190

1234

Playback DVD-REF-A1 TITLE22 CHAPTER 1, and check with GNDD being the reference.

In case of NG, check the applicable line, the periphery of the major components in the drawing above,

soldering of the peripheral components and defective components.

Check 24pin FFC after connecting it to a jig, etc.

NO. Check point 1 (stylus)

SRCK

LRCK

ADOUT0

ADOUT1

ADOUT2

IEC

MCKENA

Specification value 2

0.4 V or lower

VCC33 V x 0.3 V or lower

0.4 V or lower

VCC33 V x 0.3 V or lower

Rip common CDDA, and check with GNDD being the reference.

In case of NG, check the applicable line, the periphery of the major components in the drawing above,

soldering of the peripheral components and defective components.

Check 24pin FFC after connecting it to a jig, etc.

NO. Check point 1 (stylus)

SRCK

LRCK

SUBC

BLKCK

CLDCK

DATA

SBCK

RIPP

Specification value 1 Specification value 2

VCC33 V-0.6 V or higher

Specification

value 1

GND Specification value 2

Fig 10.8: 6ch digital out/Ripping specification value

VCC33 V-0.6 V or higher

Specification value 1

AVIC-D3/XU/UC 191

5678

Side A

Side B

Fig 10.9: 6ch digital out/Ripping check point

ADOUT3

SRCK

LRCK

ADOUT2

ADOUT1

ADOUT0

MCKENA

SBCK

RIPP

AVIC-D3/XU/UC

192

1234

Check 11: Is the video circuit OK?

<Outline> Composite signal and component signal are output from DVD-LSI (IC1501), and are output from the

HOST I/F (CN1901) via a buffer circuit.

CN1901

HOST I/F

AVCC5

Composite

Component Y

Component Cb

Component Cr COMPO

Fig 11.1: Video circuit

<Checking method> Playback DVD-REF-A1 TITLE2 CHAPTER5 (WHITE 100%), and monitor COMPO signal with

an oscilloscope with GNDV1 (stylus) being the reference. Set the trigger mode to "TV trigger" and

the trigger line to "150 line".

Video buffer circuit

NoMount

IC1501

DVD_LSI

Video

DAC

section

NO.

Check point 1 (stylus)

Specification value Reference waveform

1 COMPO 1 000 mVpp ± 5 % Waveform 6

In case of NG, check the applicable line, the periphery of the major components in the drawing above, soldering of the

peripheral components and defective components. PEAK

COMPO signal Reference

value

Color burst

Pedestal level

BOTTOM

Horizontal sync signal

Fig 11.2: Waveform for the case of composite white 100% output

In case the video composite output is outside of the specification value, readjust the level according to the method

described below.

Turn the volume (VR1671) to adjust the video level within the range of 1.0 ± 0.02 Vpp.

The adjustment specification is 1.0 ± 0.02 Vpp.

Adjust this level within the

range of 1.0 ± 0.02 Vpp.

AVCC5

Fig 11.3: Video circuit (component)

Q1702(NoMount)

Video buffer circuit

Q1701(NoMount)

Video buffer circuit

Q1704(NoMount)

Video buffer circuit

CN1901

HOST I/F

Cb Cb

Cr Cr

IC1501

LSI

Video

DAC

section

AVIC-D3/XU/UC 193

5678

<Checking method> Playback DVD-REF-A1 TITLE2 CHAPTER19 (100% Color Bars), and monitor Y, Cb, and Cr

signal with an oscilloscope with GNDV1 (stylus) being the reference. Set the trigger mode to

"TV trigger" and the trigger line to "150 line".

NO. Check point 1 (stylus) Specification value Reference waveform

1 000 mVpp ± 5%

700 mVpp ± 5%

Waveform 7

In case of NG, check the applicable line, the periphery of the major components in the drawing above, soldering of

the peripheral components and defective components.

PEAK

Y signal Specification value

BOTTOM

PEAK

Cb signal Specification value

BOTTOM

PEAK

Cr signal Specification value

BOTTOM

100% Color Bars signal

Fig 11.4 Waveform for the case of component 100% Color Bars output

Side A

COMPO

Fig 11.5: VIDEO signal check point

AVIC-D3/XU/UC

194

1234

Check 12:How to judge whether the flash memory has reached its life or not.

If the reaction to user operation is slow or operation is slow in general, there is a possibility that the flash memory

has reached its life.

Make judgment regarding the flash memory life by looking at the display of the LD energizing time.

1.Let the LD energizing time displayed.

(Refer to the FE test mode for the method of displaying the LD energizing time.)

2.If the second digit from the left of the energizing time display is showing E,

such as " E ", it means that the flash memory has reached its life.

Example:

0E000BB8

AVIC-D3/XU/UC 195

5678

CH1 LO

CH1 ADOUT3 CH2 RO

Reference voltage: DGND2 1 V/div. 5 µsec/div

Reference voltage: GNDAU2 1 V/div. 500 µsec/div

Waveform 1 Waveform 4

CH1 SRCK CH1 IECOUT

Reference voltage: DGND2 1 V/div. 5 µsec/div Reference voltage: DGND2 1 V/div. 500 nsec/div

Waveform 2 Waveform 5

CH1 LRCK

Reference voltage: DGND2 1 V/div. 5 µsec/div

Waveform 3

AUDIO VIDEO

G->

G-> G->

G->

CH1 COMPO

Reference voltage: GNDV1 200 mV/div. 10 µsec/div

Waveform 6

Waveform 7

[WHITE 100IRE]

[100% Color Bars]

CH1 Y

CH2 Cb

CH3 Cr

Reference voltage: GNDV1 200 mV/div. 5 µsec/div

AVIC-D3/XU/UC

196

1234

6.3 MONITOR UNIT ADJUSTMENT

FL1

FL2

COM

V53

VM10

V15

LCDG

LCDR

LCDB

HSY

VR5900

VR5101

- Adjustment point

MONITOR UNIT(SIDE A)

MONITOR UNIT(SIDE B)

AVIC-D3/XU/UC 197

5678

- Power supply check

Adjustment item Measuring

point Adjusting point Measuring method and specs. Remarks

5 V power supply verification

TP_V5 5.0 V ± 0.3 V DC

8 V power supply verification

TP_V8 8.0 V ± 0.5 V DC

5.3 V power supply verification

TP_V53 5.3 V ± 0.5 V DC

15 V power supply verification

TP_V15 15.0 V ± 0.7 V DC

-10 V power supply verification

TP_VM10 -10.0 V ± 0.8 V DC

Adjustment item Measuring

point Adjusting point Measuring method and specs. Remarks

6 PLL free run

adjustment

TP_HSY VR5101 f = 15.820 kHz to 15.830 kHz Set TP_SYNI to Low.

(Release it after PLL free run adjustment.)

[Effect of deviation from the adjusted value]

• No sync on the screen.

• Displayed position on the screen shifts

substantially to the left or to the right.

7 Register

temporary setting

IC5011 IC5011 register

8 COM AMP level

verification

TP_COM [Effect of deviation from the adjusted value]

• Dark screen (large amplitude)

• Bright screen (small amplitude)

7.7 V ± 0.4 V

- Image related adjustment

COM DC :

BRIGHT :

CONT-RGB1 :

RGB AMPLITUDE :

COM AMPLITUDE :

GAMMA 1 :

GAMMA 2 :

SUB-BRIGHT R :

SUB-BRIGHT B :

CONT-VIDEO :

COLOR :

PICTURE :

TINT :

PALTINT :

PHASE :

CONT-RGB2 :

INPUT MODE/SW :

128

255

188

255

128

221

100

141

150

221

00000000

(NTSC)

(PAL)

When you replaced EEPROM(IC5303), set

it after executing reset of EEPROM.

Procedure of reset

1. IC5300_pin20(EPRRST) is connected

with GND.

2. Power-on of the product.

3. Power-off of the product.

4. IC5300_pin20(EPRRST) is opened.

AVIC-D3/XU/UC

198

1234

Adjustment item Measuring

point Adjusting point Measuring method and specs. Remarks

9 RGB AMP

adjustment

TP_LCDG IC5011 register

RGB AMPLITUDE

(10h)

10 STEP signal (RGB 525 lines / 60 Hz) input

3.80 V ± 0.02 V (clamp level ~ clamp level of the next line)

10 Bright adjustment TP_LCDG IC5011 register

BRIGHT (11h)

10 STEP signal (RGB 525 lines / 60 Hz) input

2.00 V ± 0.02 V (10% white ~ 10% white of the next line)

11 Gamma 1

adjustment

TP_LCDG IC5011 register

GAMMA 1 (08h)

10 STEP signal (RGB 525 lines / 60 Hz) input

2.00 V ± 0.02 V (clamp level ~ 30% white) If there are the black section and the white

30% section during 1 horizontal scanning,

it is OK even if it is not a 10 STEP signal.

[Effect of deviation from the adjusted value]

• The screen is whitish (high voltage)

• The screen is dark (low voltage)

4.9 (

Sec)

4.9 (

Sec)

: section is the clamp level period.

The signal inverting timing being the reference,

the following periods are indicated.

Forward rotation side…4.9 (µsec)

Backward rotation side…4.9 (µsec)

It is different from the black level during the image

display period.

[Effect of deviation from the adjusted value]

The side panel brightness at the time of screen

mode (normal) is affected.

• Floating white (small amplitude)

• Sinking black (large amplitude)

[Effect of deviation from the adjusted value]

• The screen is whitish (small amplitude)

• The screen is dark (large amplitude)

: section is the clamp level period.

AVIC-D3/XU/UC 199

5678

Adjustment item Measuring

point Adjusting point Measuring method and specs. Remarks

12 Gamma 2

adjustment

TP_LCDG IC5011 register

GAMMA 2 (09h)

10 STEP signal (RGB 525 lines / 60 Hz) input

4.00 V ± 0.03 V (clamp level ~ 100% white) If there are the black section and the white

100% section during 1 horizontal scanning,

it is OK even if it is not a 10 STEP signal.

[Effect of deviation from the adjusted value]

• The bright section is scattered white

(high voltage)

• The screen is dark (low voltage)

13 Register setting IC5011 IC5011 register CONT-RGB1(06h) : DDh ····· *1 *1 : A value set to IC5011 when the user

contrast adjustment step is 00.

14 Sub bright R

adjustment

TP_LCDG

TP_LCDR

IC5011 register

SUB-BRIGHT R

(12h)

10 STEP signal (RGB 525 lines / 60 Hz) input

Adjust SUB-BRIGHT R in a way that the difference of the

following two will be within ± 0.02 V.

• The clamp level to 90% white level of TP_LCDG.

• The clamp level to 90% white level of TP_LCDR.

If there are the clamp level and the white

90% section during 1 horizontal scanning,

it is OK even if it is not a 10 STEP signal.

[Effect of deviation from the adjusted value]

• The screen is reddish

(high voltage on the LCDR side)

• The screen is bluish

(low voltage on the LCDR side)

: section is the clamp level period.

AVIC-D3/XU/UC

200

1234

Adjustment item Measuring

point Adjusting point Measuring method and specs. Remarks

15 Sub-bright B

adjustment

TP_LCDG

TP_LCDB

IC5011 register

SUB-BRIGHT B

(13h)

10 STEP signal (RGB 525 lines / 60 Hz) input

Adjust SUB-BRIGHT B in a way that the difference of the

following two will be within ± 0.02 V.

• The clamp level to 90% white level of TP_LCDG.

• The clamp level to 90% white level of TP_LCDB.

If there are the clamp level and the white

90% section during 1 horizontal scanning,

it is OK even if it is not a 10 STEP signal.

[Effect of deviation from the adjusted value]

• The screen is bluish

(high voltage on the LCDR side)

• The screen is yellowish

(low voltage on the LCDR side)

PAL demodulation

adjustment

(COLOR preliminary

adjustment)

TP_LCDR IC5011 register

COLOR (02h)

100% color bar signal (PAL) input

Execute step 1 “Method of color adjustment (RB5P0090M)”

after entering “PHASE ADJUSTMENT”.

AVIC-D3/XU/EW5 only

100% color bar signal…

A color bar of which the brightness level of the

white section is 100% and the color carrier

amplitude is 100% modulation.

(EIA color bar, BBC color bar)

An adjustment with the rise up edge of the FRPV

signal being the trigger is recommended.

The result of color adjustment is not saved in the

EEPROM.

[Effect of deviation from the adjusted value]

PALTINT and PHASE adjustment can no longer

be made appropriately.

17 PAL demodulation

adjustment

(PALTINT)

TP_LCDR IC5011 register

TINT (03h)

100% color bar signal (PAL) input

Execute step 2 “Method of color adjustment (RB5P0090M)”

after entering “PHASE ADJUSTMENT”.

AVIC-D3/XU/EW5

only

An adjustment with the rise up edge of the

FRPV signal being the trigger is

recommended.

[Effect of deviation from the adjusted value]

Color flickering or horizontal stripes are

observed during PAL image display.

AVIC-D3/XU/UC 201

5678

Adjustment item Measuring

point Adjusting point Measuring method and specs. Remarks

18 PAL demodulation

adjustment

(PHASE)

TP_LCDB IC5011 register

PHASE (04h)

100% color bar signal (PAL) input

Execute step 3 “Method of color adjustment (RB5P0090M)”

after entering “PHASE ADJUSTMENT”.

AVIC-D3/XU/EW5 only

An adjustment with the rise up edge of the

FRPV signal being the trigger is

recommended.

[Effect of deviation from the adjusted value]

Color flickering or horizontal stripes are

observed during PAL image display.

*) Because step signal of the test disc (GGV1303) is interval in each step is not even, use the step which is near to the designated level referring to "Step signal level table".

10 step

step

White level

(%)

10 31 100.0%

30 96.9%

29 93.8%

9 28 90.6%

27 87.5%

26 84.4%

8 25 81.3%

24 78.1%

23 75.0%

7 22 71.9%

21 68.8%

20 65.7%

6 19 62.5%

18 59.4%

17 56.3%

5 16 53.2%

15 50.1%

14 46.9%

4 13 43.8%

12 40.7%

11 37.6%

3 10 34.4%

9 31.3%

8 28.2%

2 7 25.1%

6 22.0%

5 18.8%

1 4 15.7%

3 12.2%

29.2%

1 6.2%

0.0%

Step signal level table

AVIC-D3/XU/UC

202

1234

Adjustment item Measuring

point Adjusting point Measuring method and specs. Remarks

22 Aging Input the entire screen white signal (or the moving image).

Leave the equipment in the operational state for 30 minutes or

more.

23 Flicker adjustment Screen IC5011 register

COM DC (15h)

Input a signal for flicker adjustment (RGB 525 line / 60 Hz).

Make adjustment in a way that the screen flickering will become

minimum.

A signal for flicker adjustment…

An image where white 50% and black is

displayed alternately for each horizontal

scanning line.

- Flicker adjustment

Adjustment item Measuring

point Adjusting point Measuring method and specs. Remarks

19 Backlight inverter

basic driving

frequency

adjustment

TP_FL1

TP_FL2

VR5900 Set to IC5300 pin44 (INVPUL) = Low. Connect a cold cathode tube equivalent to

CWX3454-A between TP_FL1 and FL2.

Measure at the waveform of TP_FL1 output

after the voltage division or at TP_FL2.

Do not measure TP_FL1 directly.

(The measuring equipment may be damaged

due to high voltage.)

20 Backlight inverter

frequency

switching check 1

TP_FL1

TP_FL2

Set to IC5300 pin44 (INVPUL) = High impedance.

Input the following waveform of 98.0 kHz ± 1.0 kHz to TP_INVPUL.

The output frequency of TP_FL1/FL2 shall be 49.0 kHz ± 0.5 kHz.

Connect a cold cathode tube equivalent to

CWX3454-A between TP_FL1 and FL2.

Measure at the waveform of TP_FL1 output

after the voltage division or at TP_FL2.

Do not measure TP_FL1 directly.

(The measuring equipment may be damaged

due to high voltage.)

10% ± 2%

21 Backlight inverter

frequency

switching check 2

TP_FL1

TP_FL2

Set to IC5300 pin44 (INVPUL) = High impedance.

Input the following waveform of 104.0 kH ± 1.0 kHz to TP_INVPUL.

The output frequency of TP_FL1/FL2 shall be 52.0 kHz ± 0.5 kHz.

Connect a cold cathode tube equivalent to

CWX3454-A between TP_FL1 and FL2.

Measure at the waveform of TP_FL1 output

after the voltage division or at TP_FL2.

Do not measure TP_FL1 directly.

(The measuring equipment may be damaged

due to high voltage.)

5 V

0 V

10% ± 2% 5 V

0 V

- Inverter adjustment

Please refer to the "6.4 SERVICE ADJUSTMENT".

AVIC-D3/XU/UC 203

5678

26 Dot clock

adjustment

Test

pattern on

the screen

Touch key [-],

[+], STEP 0~7.

• In case of vertical stripe display

The vertical stripes of the test pattern shall be displayed clearly without

rolling.

Pressing "Back" or "ESC" key, setting value is stored in EEPROM.

Then turn off the unit.

Adjustment item Measuring

point Adjusting point Measuring method and specs. Remarks

24 Calling out of line

adjustment mode

Make the following operation.

1) Reset while pushing the two buttons, [SOURCE] and [ ].

(BUP and ACC on while pushing the buttons will also do.)

2) Release the key when “PLEASE PUSH THE [RESET]” is displayed on

the screen.

3) Push in the order of [ ], [ ], [ ] and [ ].

4) Make sure that “PLEASE PUSH THE [RESET]” goes away.

If “PLEASE PUSH THE [RESET]” is not

displayed in 2), it means a failure of

succession. So, repeat from 1).

If “PLEASE PUSH THE [RESET]” did

not go away in 4), it means a failure of

succession. So, repeat from 1).

25 Calling out of

Dot clock

adjustment mode

Enter the Initial setting menu, and call out the (Dot clock) adjustment

screen.

Succession is not possible in the

state of parking off.

- Dot clock adjustment

AVIC-D3/XU/UC

204

1234

- Color adjustment method (RB5P0090M) (for PAL mode)

Step 1 (Fig.1)

1. Input the EIA color bar signal.

2. Monitor the ROUT terminal using an oscilloscope.

3. Adjust the COLOR register value in a way that the average

level of white, yellow, magenta and red will be almost the same.

Step 2 (Fig.2)

4. Adjust the TINT register value in a way that the level being

shifted for each horizontal period will match.

Step 3 (Fig.3)

5. Next, monitor the BOUT terminal.

6. Adjust the PHASE register value in a way that the shifting of

cyan, green and magenta region for each horizontal period

will match.

Reference value after adjustment

COLOR : 90

TINT : 152

PHASE : 40

: The points easier to be used for adjustment

ROUT...TP_LCDR

BOUT...TP_LCDB

*) Because the result of adjustment will vary depending on the product, the value will not necessarily be close to

the “Reference value after adjustment”.

Fig. 1

Fig.2

Fig.3

The level differs for each horizontal period.

Match Adjust

The level differs for each horizontal period.

Match Adjust

ROUT

BOUT

White

Yellow

Cyan

Green

Magenta

Red

Blue

Black

AVIC-D3/XU/UC 205

5678

6.4 SERVICE ADJUSTMENT

[Operational specifications]

• After replacing the LCD Module or Monitor Unit, this "SERVICE ADJUSTMENT" must be performed.

• Method1

If the monitor microcomputer is reset by double pressing of the SOURCE key + the [|<<] key, the following screen will

be displayed on the OSD.

At this time, if the keys are pressed in the order of MENU |<< >>| MAP, the system will proceed to

the [Adjustment mode for service].

• Method2

If the monitor microcomputer is reset with the [SRVTEST] terminal set to Low, the system will proceed to

the [Adjustment mode for service].

(You can get the same result by resetting, but it is not recommended as you will lose the user data.)

*) When the succession is made by the terminal, the OSD display screen below will not be displayed.

• The key operations under this test mode are as follows.

(1): Main body key

(2): Remote controller key (CXC6317 SW1 : AVH, SW2 : AVH)

• A method to cancel [Adjustment mode for service] is described below.

ACC OFF ON. (BUP OFF ON will do too.)

*) The preset value is first written in the EEPROM, then read out and displayed.

Writing and reading are made in 16 bits. Depending on the setting item, the number of bit may be different.

031

P L E A S E P U S H T HE [ R E S E T ]

Key Operation Remarks

|<<

Adjustment value DOWN on the selected item

>>|

Adjustment value UP on the selected item

Key Operation Remarks

Adjustment value UP on the selected item

Adjustment value DOWN on the selected item

AVIC-D3/XU/UC

206

1234

- Adjustment mode for service

[Picture source preparation]

After entering "Adjustment mode", insert TEST DISC (GGV1303) to the unit and select "11. Horizontal Line1"

in the "19. Picture check MENU 2/2".

The specifications of the item adjusted on this page are as follows.

The actual image of the OSD display screen is as follows.

*) The above characters are displayed in black with white rim.

*) " " mark indicates the selected item (cursor).

*) There is no CS (check sum) display.

Note 1: The content of [FACTORY] is the default setting value for adjustment for each product adjusted in the line.

(Rewriting can be done in EEPROM adjustment mode only.)

Common inverted output center value

[ 0 to 255 ] COM DC 84

Common inverted output center

setting value (FACTORY preset value)

[ 0 to 255 ] FACTORY 84

01234567891011

12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

0S E R VICE MODE

2COMDC 84

3[FACTORY]84

Adjustment item Adjustment range Adjustable name

Settings or written

data (DEC)

AVIC-D3/XU/UC 207

5678

6.5 EEPROM ADJUSTMENT

[Operational specifications]

• Method1

If the monitor microcomputer is reset by double pressing of the SOURCE key + the [|<<] key, the following screen will

be displayed on the OSD.

At this time, if the keys are pressed in the order of |<< MENU >>| MAP, the system will proceed to

the [Flicker adjustment mode].

• Method2

If the monitor microcomputer is reset while the [EPRTEST] terminal is set to Low, the system will proceed

to [Flicker adjustment mode].

(You can get the same result by resetting, but it is not recommended as you will lose the user data.)

*) When the succession is made by the terminal, the OSD display screen below will not be displayed.

• The key operations under this test mode are as follows.

(1): Main body key

(2): Remote controller key (CXC6317 SW1 : AVH, SW2 : AVH)

• A method to cancel [E2PROM adjust mode] is described below.

ACC OFF ON. (BUP OFF ON will do too.)

*) The preset value is first written in the EEPROM, then read out and displayed.

Writing and reading are made in 16 bits. Depending on the setting item, the number of bit may be different.

*) When a value subject to CS (check sum) computation is changed, it takes the exclusive (XOR) in 8 bit,

and conducts writing.

This CS value, too, is read out after being written into the EEPROM, and that read out value is displayed.

Key Operation Remarks

SOURCE Page turning

The screen succeeds in the order of [Flicker adjustment mode] [Line adjustment mode1]

[Line adjustment mode2] [Flicker adjustment mode].

Upward search of selection item

If pressed when the cursor is pointing the top item in a page, the cursor will move to the lowest item.

MAP

Downward search of selection item

If pressed when the cursor is pointing the lowest item in a page, the cursor will move to the top item.

|<<

Adjustment value DOWN on the selected item

>>|

Adjustment value UP on the selected item

Key Operation Remarks

MENU Page turning

The screen succeeds in the order of [Flicker adjustment mode] [Line adjustment mode1]

[Line adjustment mode2] [Flicker adjustment mode].

Downward search of selection item

If pressed when the cursor is pointing the lowest item in a page, the cursor will move to the top item.

Upward search of selection item

If pressed when the cursor is pointing the top item in a page, the cursor will move to the lowest item.

Adjustment value UP on the selected item

Adjustment value DOWN on the selected item

031

P L E A S E P U S H T HE [ R E S E T ]

AVIC-D3/XU/UC

208

1234

- Flicker adjustment mode

The specifications of the item adjusted on this page are as follows.

The actual image of the OSD display screen is as follows.

*) The above characters are displayed in black with white rim.

*) " " mark indicates the selected item (cursor).

• Note 1: The content of [COM DC] is also reflected to the common inverted output center reference

value (Refer to 07-2: EEPROM memory arrangement.xls.).

(The common inverted output center reference value is treated as the initial value set in the line.)

Adjustment item Adjustment range Adjustable name

Settings or written

data (DEC)

Common inverted output center value

[ 0 to 255 ] *

COM DC 84

“*” is indicated if a value is

adjusted regardless of the

magnitude.

012345678910111213141516171819202122232425262728293031

6FL I CKER

8COMDC 84

- Line 1 adjustment mode

The specifications of the item adjusted on this page are as follows.

The actual image of the OSD display screen is as follows.

Bright [ 0 to 255 ] BRIGHT 62

RGB1 contrast [ 0 to 255 ] CONT-RGB1 168

Black amplitude [ 0 to 255 ] RGB AMP AJ 232

Output amplitude [ 0 to 255 ] COM AMP AJ 150

GAMMA 1 [ 0 to 255 ] GAMMA 1 157

GAMMA 2 [ 0 to 255 ] GAMMA 2 116

Sub brightness R [ 0 to 255 ] SUB BRI R 128

Sub brightness B [ 0 to 255 ] SUB BRI B 128

012345678910 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

0BRI GHT6

1CONT - RGB1 1 6 8 NOT EEPROM

2RGB AMP AJ 2 3 2

3COM AMPAJ150N

OTEEP

ROM

4GAMMA 115

5GAMMA2116

6SUB BR I R 128

7SUB BRI B 128

8CS FFFF

Adjustment item Adjustment range Adjustable name

Settings or written

data (DEC)

AVIC-D3/XU/UC 209

5678

*) The above characters are displayed in black with white rim.

*) " " mark indicates the selected item (cursor).

*) CS: Check Sum

• Note 1: The content of [CONT-RGB1] and [COM AMP AJ] are the reference value (adjustable) for adjusting

other items, and they are not saved in the EEPROM.

(It is so expressed by displaying “NOT EEPROM” as shown in the above OSD display screen image.)

- Line 2 adjustment mode

The specifications of the item adjusted on this page are as follows.

The actual image of the OSD display screen is as follows.

(1) When a mode other than the “operational mode” is selected.

(2) When the “operational mode” is selected.

*) The above characters are displayed in black with white rim.

*) " " mark indicates the selected item (cursor).

*) CS: Check Sum

• Note 1: The content of the following items are the reference value (adjustable) for adjusting other items, and they are

not saved in the EEPROM.

(It is so expressed by displaying “NOT EEPROM” as shown in the above OSD display screen image.)

· CONT-VIDEO

· COLOR

· TINT

VIDEO contrast [ 0 to 255 ] CONT-VIDEO 150

VIDEO color density [ 0 to 255 ] COLOR 168

VIDEO coloring (NTSC) [ 0 to 255 ] TINT 100

VIDEO coloring (PAL) [ 0 to 255 ] PALTINT 150

VIDEO sharpness [ 0 to 31 ] PICTURE 16

VIDEO PAL demodulation [ 0 to 63 ] PHASE 42

OSD contrast [ 0 to 255 ] CONT-RGB2 221

Operational mode Note 2 INPUT MODE 00000000

01234567 8 91011121314 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

0CONT - VIDEO 150 NOT EEPROM

1COLOR 168 NOT EEPROM

2TINT 100 NOT EEPRO

3PALTINT 150

4PICTURE 16

5PHASE 42

6CONT - RGB2 2 2 1

7INPUT MODE 00000000

8CS FFFF

012345678 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

0CONT - VID

EO 150 N

OTEEPROM

1COLOR168NOTEEPROM

2TINT 100 N

OT EEPROM

3PALT INT 150

4PICTURE

5PHASE

6CONT - RGB2

7INPUT MODE

8CS FFFF

Adjustment item Adjustment range Adjustable name

Settings or written

data (DEC)

221

00000000

AVIC-D3/XU/UC

210

1234

• Note 2: Adjustment of the operational mode

The precautions for adjustment of the operational mode are as follows.

· Indicated in binary notation, and adjustable by bit only. (no carrying)

· Not subject to CS computation.

While the basic operation is as described in the operational specifications sheet, the cursor movement is made

according to the operation/succession shown below.

(The following descriptions are for the cases when the main body keys are operated.)

6CONT - RGB2 1 0 0

7INPUT MODE 11111111

7INP

UT MODE1

1111111

7INPUT MODE 11111111

7INP

UT MODE 11111111

1CONT - VID

EO 150 NOT EEPROM

MAP key MENU key

AVIC-D3/XU/UC 211

5678

Touch panel outermost circumference adjustment result

(0x00)

Calibration adjustment result

(0x00)

Line touch panel confirmation result

(0x00)

COM DC (Factory value)

(0x01)

EEPROM memory alignment chart (S-93C46BD0I-J8)

ADDRESS

Bit15 Bit14 Bit13 Bit12 Bit11 Bit10 Bit9 Bit8 Bit7 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 Bit0

0COM DC

(0x54) PICTURE

(0x54)

1Don't care

(0x00) GAMMA 1

(0x9D)

Adjustment

value of LCD

Outermost circumference X max

(0xF7)

Touch panel X coordinate 1

(0x00)

Outermost circumference Y min

(0x33)

Outermost circumference Y max

(0xEE)

Outermost circumference X min

(0x2A)

GAMMA 2

(0x74)

SUB BRIGHT R

(0x80)

BRIGHT

(0x3E)

Checksum (LCD)

- Memory item list and EEPROM

Adjustment

value of

Touch panel

(USER)

Adjustment

value of

Touch panel

RGB AMPLITUDE

(0xE8)

SUB BRIGHT B

(0x80)

CONT RGB 2

(0xDD)

PALTINT

(0x96)

Don't care

(0x00)

PHASE

(0x2A)

(0x00)

Checksum (Touch panel)

Touch panel X coordinate 2

(0x00)

Touch panel X coordinate 3

(0xFF)

Touch panel X coordinate 4

(0x00)

Touch panel X coordinate 5

(0x01)

Touch panel X coordinate 6

(0x01)

Touch panel X coordinate 7

(0x01)

Touch panel X coordinate 8

(0x01)

Touch panel X coordinate 9

(0x01)

Touch panel X coordinate 10

(0x01)

Touch panel X coordinate 11

(0x01)

Touch panel X coordinate 12

(0x01)

Touch panel X coordinate 13

(0x02)

Touch panel X coordinate 14

(0x02)

Touch panel X coordinate 15

(0x02)

Touch panel X coordinate 16

(0x02)

Touch panel Y coordinate 1

(0x04)

Touch panel Y coordinate 2

(0x02)

Touch panel Y coordinate 3

(0x01)

Touch panel Y coordinate 4

(0xFF)

Touch panel Y coordinate 5

(0xFD)

Touch panel Y coordinate 6

(0x00)

Touch panel Y coordinate 7

(0x01)

Touch panel Y coordinate 8

(0x04)

Touch panel Y coordinate 9

(0x05)

Touch panel Y coordinate 10

(0x02)

Touch panel Y coordinate 11

(0x00)

Touch panel Y coordinate 12

(0xFD)

Touch panel Y coordinate 13

(0xFD)

Touch panel Y coordinate 14

(0x00)

Touch panel Y coordinate 15

(0x01)

Touch panel Y coordinate 16

(0x04)

INPUT MODE (LCD IC)

(0x00)

Touch panel outermost circumference adjustment result [USER]

(0x00)

Calibration adjustment result [USER]

(0x00)

Outermost circumference X max [USER]

(0x00)

Touch panel X coordinate 1 [USER]

(0x00)

Outermost circumference Y min [USER]

(0x00)

Outermost circumference Y max [USER]

(0x00)

Outermost circumference X min [USER]

(0x00)

Touch panel X coordinate 2 [USER]

(0x00)

Touch panel X coordinate 3 [USER]

(0x00)

Touch panel X coordinate 4 [USER]

(0x00)

Touch panel X coordinate 5 [USER]

(0x00)

Touch panel X coordinate 6 [USER]

(0x00)

Touch panel X coordinate 7 [USER]

(0x00)

Touch panel X coordinate 8 [USER]

(0x00)

Touch panel X coordinate 9 [USER]

(0x00)

Touch panel X coordinate 10 [USER]

(0x00)

Touch panel X coordinate 11 [USER]

(0x00)

Touch panel X coordinate 12 [USER]

(0x00)

Touch panel X coordinate 13 [USER]

(0x00)

Touch panel X coordinate 14 [USER]

(0x00)

Touch panel X coordinate 15 [USER]

(0x00)

Touch panel X coordinate 16 [USER]

(0x00)

Touch panel Y coordinate 1 [USER]

(0x00)

Touch panel Y coordinate 2 [USER]

(0x00)

Touch panel Y coordinate 3 [USER]

(0x00)

Touch panel Y coordinate 4 [USER]

(0x00)

Touch panel Y coordinate 5 [USER]

(0x00)

Touch panel Y coordinate 6 [USER]

(0x00)

Touch panel Y coordinate 7 [USER]

(0x00)

Touch panel Y coordinate 8 [USER]

(0x00)

Touch panel Y coordinate 9 [USER]

(0x00)

Touch panel Y coordinate 10 [USER]

(0x00)

Touch panel Y coordinate 11 [USER]

(0x00)

Touch panel Y coordinate 12 [USER]

(0x00)

Touch panel Y coordinate 13 [USER]

(0x00)

Touch panel Y coordinate 14 [USER]

(0x00)

Touch panel Y coordinate 15 [USER]

(0x00)

Touch panel Y coordinate 16 [USER]

(0x00)

AVIC-D3/XU/UC

212

1234

RGB preset

Adjustment

of DOTCLK

ADDRESS

Bit15 Bit14 Bit13 Bit12 Bit11 Bit10 Bit9 Bit8 Bit7 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 Bit0

RGB user

preset

ACT

RED

11111

GREEN

00000

BLUE

00000

RED

00000

GREEN

11111

BLUE

00000

RED

00000

GREEN

00000

BLUE

11111

RED

11101

GREEN

11101

BLUE

11111

RED

00110

GREEN

11100

BLUE

00100

RED

00100

GREEN

11111

BLUE

00010

RED

00110

GREEN

00110

BLUE

11111

RED

00000

GREEN

00010

BLUE

11111

RED

11111

GREEN

11110

BLUE

00000

RED

11111

GREEN

00100

BLUE

00000

RED

11111

GREEN

00001

BLUE

00000

RED

11111

GREEN

11111

BLUE

11111

RED

11111

GREEN

11111

BLUE

11111

RED

11111

GREEN

11111

BLUE

11111

RED

11111

GREEN

11111

BLUE

11111

USER1

USER2

USER3

PRESET1 (Honda/White)

PRESET2 (Volvo/Light Green)

PRESET3 (Ford/Green)

PRESET4 (VW/Violet)

PRESET5 (Toyota/Blue)

PRESET6 (Nissan/Yellow)

PRESET7 (Peugeot/Orange)

PRESET8 (Audi/Red)

Reservation 1

Reservation 2

Reservation 3

Reservation 4

Checksum (RGB Illumination)

Don't care

(0x00) *4

(0x00) Step value when DOTCLK is high temperature

(0x00) Step value when DOTCLK is low temperature

(0x00)

The value of ( ) is different according to the adjustment result of an individual product.

*1 : Flicker adjustment

*2 : PHASE adjustment

*3 : PALTINT adjustment

*4 : DOTCLK adjustment

AVIC-D3/XU/UC 213

5678

6.6 PHASE ADJUSTMENT

[Operational specifications]

• If the monitor microcomputer is reset while the [PHTEST] terminal is set to Low, the system will proceed to

[PHASE adjustment mode]. (You can get the same result by resetting, but it is not recommended as you will

lose the user data.)

• The key operations under this test mode are as follows.

(1): Main body key

(2): Remote controller key (CXC6317 SW1 : AVH, SW2 : AVH)

• A method to cancel [PHASE adjustment mode] is described below.

ACC OFF ON. (BUP OFF ON will do too.)

* The preset value is first written in the EEPROM, then read out and displayed.

Writing and reading are made in 16 bits. Depending on the setting item, the number of bit may be different.

Key Operation Remarks

MENU Upward search of selection item

If pressed when the cursor is pointing the top item in a page, the cursor will move to the lowest item.

MAP

Downward search of selection item

If pressed when the cursor is pointing the lowest item in a page, the cursor will move to the top item.

|<<

Adjustment value DOWN on the selected item

>>|

Adjustment value UP on the selected item

Key Operation Remarks

Downward search of selection item

If pressed when the cursor is pointing the lowest item in a page, the cursor will move to the top item.

Upward search of selection item

If pressed when the cursor is pointing the top item in a page, the cursor will move to the lowest item.

Adjustment value UP on the selected item

Adjustment value DOWN on the selected item

AVIC-D3/XU/UC

214

1234

- PHASE adjustment mode

The specifications of the item adjusted on this page are as follows.

The actual image of the OSD display screen is as follows.

*) The above characters are displayed in black with white rim.

*) " " mark indicates the selected item (cursor).

*) There is no CS (check sum) display.

0 1 2 3 4 5 6 7 8 910111213141516171819202122232425262728293031

0P H A S E MOD E

2PHASE 42

3COLOR 9 0

4PALT I NT 150

VIDEO PAL demodulation [ 0 to 63 ] * PHASE 42

VIDEO color density [ 0 to 255 ] COLOR 90

VIDEO coloring (PAL) [ 0 to 255 ] * PALTINT 150

OSD color total display

“*” is indicated if a value is

adjusted regardless of the

magnitude.

“*” is indicated if a value is

adjusted regardless of the

magnitude.

Adjustment item Adjustment range Adjustable name

Settings or written

data (DEC)

AVIC-D3/XU/UC 215

5678

6.7 RGB ILLUMINATION ADJUSTMENT

[Operational specifications]

• Method1

If the monitor microcomputer is reset by double pressing of the SOURCE key + the [|<<] key, the following screen will

be displayed on the OSD.

At this time, if the keys are pressed in the order of SOURCE >>| MENU |<<, the system will proceed to

the [RGB illumination test mode].

• Method2

If the monitor microcomputer is reset with the [ILMTEST] terminal set to Low, the system will proceed to

the [RGB illumination test mode].

(You can get the same result by resetting, but it is not recommended as you will lose the user data.)

*) When the succession is made by the terminal, the OSD display screen below will not be displayed.

• The key operations under this test mode are as follows.

(1): Main body key

(2): Remote controller key (CXC6317 SW1 : AVH, SW2 : AVH)

• A method to cancel [RGB illumination test mode] is described below.

ACC OFF ON. (BUP OFF ON will do too.)

*) The preset value is first written in the EEPROM, then read out and displayed.

In the case of ON/OFF setting item, set to OFF.

In the case of ON/OFF setting item, set to ON.

In the case of ON/OFF setting item, set to OFF.

In the case of ON/OFF setting item, set to ON.

Key Operation Remarks

SOURCE Page turning

The screen succeeds in the order of [RGB preset 1 setting mode] [RGB preset 2 setting mode]

[RGB preset 11 setting mode] [RGB preset 12 setting mode] [RGB preset 1 setting mode].

Upward search of selection item

If pressed when the cursor is pointing the top item in a page, the cursor will move to the lowest item.

MAP

Downward search of selection item

If pressed when the cursor is pointing the lowest item in a page, the cursor will move to the top item.

|<<

Adjustment value DOWN on the selected item

>>|

Adjustment value UP on the selected item

Key Operation Remarks

MENU Page turning

The screen succeeds in the order of [RGB preset 1 setting mode] [RGB preset 2 setting mode]

[RGB preset 11 setting mode] [RGB preset 12 setting mode] [RGB preset 1 setting mode].

Downward search of selection item

If pressed when the cursor is pointing the lowest item in a page, the cursor will move to the top item.

Upward search of selection item

If pressed when the cursor is pointing the top item in a page, the cursor will move to the lowest item.

Adjustment value UP on the selected item

Adjustment value DOWN on the selected item

031

P L E A S E P U S H T HE [ R E S E T ]

AVIC-D3/XU/UC

216

1234

- RGB illumination test mode

The specifications of the items adjustable on each preset page are as follows.

The actual image of the OSD display screen is as follows. (Preset 1 display screen is shown as an example.)

*) The above characters are displayed in black with white rim.

*) " " mark indicates the selected item (cursor).

*) The above display screen is common to all preset screens except that the preset number changes.

Note 1: When changed, writing into the E2PROM is done for each preset unit.

Setting of USED/UNUSED ON/OFF ACTIVITY ON

RED adjustment value [ 0 to 31 ] RED 29

GREEN adjustment value [ 0 to 31 ] GREEN 29

BLUE adjustment value [ 0 to 31 ] BLUE 31

012345678910111213141516171819202122232425262728293031

0RGB I LM MODE

2PRESET

_01

CTIVITYON

5RED 29

6GREEN 29

7BLUE 1

Adjustment item Adjustment range Adjustable name

Settings or written

data (DEC)

Default setting value

PRESET Number

PRESET_01

PRESET_02

PRESET_03

PRESET_04

PRESET_05

PRESET_06

PRESET_07

PRESET_08

PRESET_09

PRESET_10

PRESET_11

PRESET_12

ACTIVITY

OFF

RED

GREEN

BLUE

Remarks

White

Light Green

Green

Violet

Blue

Yellow

Orange

Red

N/A

AVIC-D3/XU/UC 217

5678

6.8 TOUCH PANEL TEST MODE

[Operational specifications]

• After replacing the LCD Module or Monitor Unit.

"1. TP EFFECTIVE RANGE" and "4. LINE TOUCH PANEL" must be performed.

If "4. LINE TOUCH PANEL" is failed, "2. CALIBRATION" must be performed.

• Method1

If the monitor microcomputer is reset by double pressing of the SOURCE key + the [|<<] key, the following screen will be

displayed on the OSD.

At this time, if the keys are pressed in the order of MAP SOURCE >>| MENU, the system will proceed to

the [touch panel test mode].

• Method2

If the monitor microcomputer is reset with the [TPTEST] terminal set to Low, the system will proceed to the [touch

panel test mode]. (You can get the same result by resetting, but it is not recommended as you will lose the user data.)

*) When the succession is made by the terminal, the OSD display screen below will not be displayed.

031

P L E A S E P U S H T HE [ R E S E T ]

Main body key Remote controller key Operation

MENUSOURCE

MAP

Select item

Upward the cursor

Downward the cursor

• Key Operation

*) Remote controller : CXC6317 (SW1:AVH, SW2: AVH)

AVIC-D3/XU/UC

218

1234

- MAIN MENU

Screen configuration

Select each item of the touch panel test mode.

• Conditions for the adjusted mark ( ) to light on.

1. TP EFFECTIVE RANGE

When the outermost circumference adjustment has been completed correctly.

2. CALIBRATION

When the calibration has been completed correctly.

When the line touch panel test has been completed correctly.

*) If one of the above conditions is met, the light will turn on.

4. LINE TOUCH TEST

When the line touch panel test has been completed correctly.

• Conditions for the adjusted mark ( ) to go out.

1. TP EFFECTIVE RANGE

If the outermost circumference adjustment has never been made.

When the EEPROM initialization is made.

When the outermost circumference adjustment value initialization is made in the initialization menu.

When the outermost circumference adjustment has failed.

2. CALIBRATION

If the calibration adjustment has never been conducted.

When the EEPROM initialization is made.

When the calibration adjustment value initialization is made in the initialization menu.

When the calibration adjustment has failed.

When the line touch panel verification has failed.

4. LINE TOUCH TEST

If the line touch panel verification has never been conducted.

When the EEPROM initialization is made.

When the calibration adjustment value initialization is made in the initialization menu.

When the line touch panel verification has failed.

1234567891011121314151617181920212223242526272829303132

1TOUCH- PANEL TEST

21TPEFFECTIVERANGE

32CAL I BRAT I ON

43TOUCH TEST

54LINE TOUCH TEST

65DATA I N I T I A L I ZE

7[ENTER] MENU SELECTION

8[UP DOWN] MOVE CURSOR

9[ACC OFF] END OF TES

AVIC-D3/XU/UC 219

5678

TP EFFECT I VE RANGE

[BEFOR

EAFTER]

MIN- X[999 999]

MA X - X[999999]

MIN- Y[999999]

MA X - Y[999999]

[CAUTION]

PLEASE TOUCH AROUND PANEL

1234567891011121314151617181920212223242526272829303132

[The list of AFTER initial value]

Coordinate Minimum value Maximum value

X126 161

Y126 161

[The list of initial setting value at the time of EEPROM reset]

Coordinate Minimum value Maximum value

X42 247

Y51 238

[The list of AFTER setting allowable range]

Coordinate Minimum value Maximum value

X0 to 125 162 to 255

Y0 to 125 162 to 255

- TP EFFECTIVE RANGE

Screen configuration

Trace the white line displayed on the each four corner of touch panel with a soft stick(ex. wooden toothpick), and the

setting values are saved in the EEPROM.

Operational specifications

Touch on the touch panel, and check the outermost circumference.

OK (NG) is displayed in the screen center by the SOURCE key, and 2 seconds later, the screen will return to the

top MENU.

Details of the process

After pressing the SOURCE key, the setting values are judged.

If the value is within the allowable range, the upper limit and the lower limit of the setting value and the normal

ending information are saved in the EEPROM and OK is displayed. After 2 seconds, the screen will return to the

top MENU.

If the setting value is outside of the range, the upper limit and the lower limit values are not saved in the EEPROM,

NG ending information is saved and NG is displayed. After 2 seconds, the screen will return to the top MENU.

The initial values and the setting value allowable range are as shown below.

AVIC-D3/XU/UC

220

1234

- CALIBRATION

Outline

Press “+” cursors on the screen one by one for calibration, and the setting values are saved in the EEPROM.

*) The numbers above indicate the order of the cursors being displayed.

Operational specifications

Press the cursors displayed at 16 locations on the screen one by one for calibration, and the process will be

completed by pressing the last cursor (total 17 locations).

After the 17th location has been displayed, “FINISHED” will be displayed in the center of the screen. After 2

seconds, the screen will return to the top MENU.

The cursor is displayed only one at a time, and the next cursor will be displayed when the previous one has been

pressed correctly.

If the SOURCE key is pressed before pressing 17 locations, NG will be displayed, and after 2 seconds, the screen

will return to the top MENU.

Details of the process

When the 17th location is pressed, the setting values and normal ending information are saved in the EEPROM,

and “FINISHED” will be displayed.

If the SOURCE key is pressed during the process and the inspection is finished, the EEPROM will save the NG

ending information, and “NG” is displayed.

+13 +12 +5 +4

+14 +11 +6+3

+15 + 10 + 7+2

+16 +17 +9+8+1

1234567891011121314151617181920212223242526272829303132

AVIC-D3/XU/UC 221

5678

- TOUCH TEST

Screen configuration

The coordinate before correction and after correction at the time of the touch panel pressing are displayed to verify

the operation.

Operational specifications

Touch the touch panel to display the coordinate. Verify the coordinate before correction and the coordinate after

correction by the factory setting. Return to the top MENU by pressing the SOURCE key.

TOUCH TEST

[BFRAFT1AFT2]

X[999999999]

Y[999999999]

1234567891011121314151617181920212223242526272829303132

Coordinate before calibration

Coordinate after correction by the factory setting

Coordinate after correction by the user setting

- LINE TOUCH TEST

Outline

Press the “+” cursors on the screen one by one to judge OK/NG of the touch panel.

*) The above numbers indicate the order that the cursors are displayed.

Operational specifications

Press the cursors displayed at 16 locations on the screen one by one for inspection.

After the 16th location has been displayed, “OK” will be displayed in the center of the screen. After 2 seconds, the

screen will return to the top MENU.

The cursor is displayed only one at a time, and the next cursor will be displayed when the previous one has been

pressed correctly.

If not pressed correctly (if not within the OK range), “OUTSIDE OF THE RANGE” will be displayed.

If the SOURCE key is pressed before pressing 16 locations, NG will be displayed, and after 2 seconds, the screen will

return to the top MENU.

+13 +12 +5 +4

+14 +11 +6+3

+15 + 10 + 7+2

+16 +9+8+1

1234567891011121314151617181920212223242526272829303132

AVIC-D3/XU/UC

222

1234

- TP DATA INITIALIZE

Screen configuration

Outermost circumference and 16 point calibration data are returned to the initial value.

The functions by the items selected are as follows.

RANGE INIT The factory preset outermost circumference setting is initialized.

CALIB INIT The factory preset calibration is initialized.

USER RANGE INIT The user preset outermost circumference setting is initialized.

By this action, the factory preset outermost circumference setting is used.

USER CALIB INIT The user preset calibration setting is initialized.

By this action, the factory preset outermost circumference setting is used.

• Conditions for the adjusted mark ( ) to light on.

RANGE INIT

The same condition as the item for outermost circumference adjustment in the top MENU.

CALIB INIT

The same condition as the item for line touch panel verification in the top MENU.

USER RANGE INIT

In case the user outermost circumference adjustment made a normal ending.

USER CALIB INIT

In case the user calibration made a normal ending.

• Conditions for the adjusted mark ( ) to go out.

RANGE INIT

The same condition as the item for outermost circumference adjustment in the top MENU.

CALIB INIT

The same condition as the item for line touch panel verification in the top MENU.

USER RANGE INIT

In case the user outermost circumference adjustment has never been conducted.

When the EEPROM initialization is made.

In case the user outermost circumference adjustment value initialization was conducted in the initialization menu.

In case the outermost circumference adjustment made a normal ending.

In case the calibration adjustment made a normal ending.

USER CALIB INIT

In case the user calibration adjustment has never been conducted.

When the EEPROM initialization is made.

In case the user calibration adjustment value initialization was conducted in the initialization menu.

In case the outermost circumference adjustment made a normal ending.

In case the calibration adjustment made a normal ending.

Operational specifications

Select each item by the MENU key and the MAP key.

The function of the item selected by the SOURCE key is executed.

When “RETURN TO MENU” is executed, the screen will return to the top MENU.

TP DATA INITIALIZE

RANGE I NI T

CAL I B I N I T

USER RANGE I N I T

USER CAL I B I N I T

RETURN TO MENU

[ENTER] USE FUNCTION

[UP DOWN ] MOVE CURSOR

12345678910111213141516

17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

If already set, " " will be displayed in front of each item. It goes away upon clearing of the setting.

AVIC-D3/XU/UC 223

5678

6.9 NAVIGATION TEST MODE

2. How to start the test mode

1. When +Battery and ACC are ON, push RESET and EJECT buttons simultaneously.

2. Release RESET button only.

3. When “password entry screen” is displayed, release EJECT button.

4. Enter the password.

5. When the password has been entered, press [ENTER] key.

6. If the correct password has been entered, the test mode menu will be displayed.

* The password entry screen, as the one used in the previous model, is no longer displayed.

<< Password for the service >>

[ 8 ] [ 1 ] [ 8 ] [ 3 ] [ 7 ] [ 2 ] [ 0 ] [ 8 ].

If 8 digits or more are entered and [ENTER] key is pressed, it will be treated as a password error.

• Password entry screen

• Password OK : After 2 seconds or so, the screen will automatically move on to the menu screen.

• Password NG : Nothing will be displayed, and reboot action will be taken.

Please push the [RESET] button.

<Attention> This is a specal service application

Not for customer use.

Please input the whole password,then push the [OK] button.

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Password right.

Go to next page.

1. Key operation

Use the remote controller for operation. (Part No. : CXC6317 (Operation mode switch : SW1 : AVH, SW2 : DVD))

Basic operation method in the remote controller.

• [ ] (The cursor is moved up) ....................

• [ ] (The cursor is moved down) ...............

• [ ] (The cursor is moved left) ...................

• [ ] (The cursor is moved right) .................

[ 2 ] key

[ 8 ] key

[ 4 ] key

[ 6 ] key

• [ OK ], [ ENTER ] .......................................

• [ BACK ] .....................................................

• [ NAVI ] ......................................................

• [ MENU ] ....................................................

[ 5 ] key

[

] key

[ 7 ] key

[ 0 ] key

AVIC-D3/XU/UC

224

1234

2. Error log

3. Format FLASH drive

1. Version check

5. Clear backup memory

6. GPS backup data clear

7. GYRO SENSOR INFO data clear

8. Port status information

==> next page

SYSTEM Ver. : [BOOT] 0.14 [OS] 0.14

TESTMODE MENU [SERVICE_MENU(THCHNICAL)]

Content if inspection

Display of various version information.

(system software, GPS, system

microprocessor, microprocessor for

mechanism control, microprocessor for timer).

The screen will return to “menu” by BACK key.

History of system software errors stored in

SRAM is displayed.

Maximum 8 events from the error last occurred

can be displayed.

The screen will return to “menu” by BACK key.

FLASH domain used by the system soft is

initialized.

When the job is done, the screen will return

to “menu”.

Application file inside FLASH is clear.

*(Except voice data and SRAM backup

variable)

When the job is done, the screen will return

to “menu”.

SRAM domain used by the system software

is initialized.

When the job is done, reboot action will be

taken.

SRAM domain used by GPS is initialized.

When the job is done, the screen will return

to “menu”.

Learned data inside gyro sensor is cleared.

When the job is done, the screen will return

to “menu”.

Port status is displayed. (reverse, parking,

pulse, SDRAM capacity.)

No.

Inspection item

Version check

ERROR log

Format FLASH drive

Erase APL-file in

FLASH

Clear backup memory

GPS backup data clear

GYRO SENSOR INFO

data clear

Port status information

Outline of inspection

Version information check

Error history entry

FLASH format

Application file inside

FLASH is clear

Back up variables

initialization

GPS back up data clear

Learned data inside gyro

sensor is clear

Port status display

3. Test mode menu

4. Erase APL-file in FLASH

AVIC-D3/XU/UC 225

5678

1. Change to display error [Message]

3. Program loading

4. GPS assessment

2. Start within debug shell [Disc & Card]

[On]

5. File maintenance

6. Program forced write

<== back page ==> next page

SYSTEM Ver. : [BOOT] 0.14 [OS] 0.14

TESTMODE MENU [SERVICE_MENU(THCHNICAL)]

Content if inspection

Display setting for error cases. (for debugging)

Message/Information (error information) selectable.

Setting for debug shell start. (for debugging)

Off (no initial start)/On (initial start) selectable.

Recognition method for boot up program write is changed.

Disc

(default)

Disc & Card

(for debug)

GPS assessment system can be used. The system will return

to “menu” by BACK key.

File maintenance operations are made. Formatting of SRAM

drive and PC card (ATA Flash Card) are made.

SRAM data is retrieved and copied to PC card. Data retrieved

from SRAM is copied to SRAM from PC card.

Rewriting of SYS (system), GPS (GPS) and APL (application)

software are done by force.

(Joystick is used) The system will return to “menu” by BACK key.

No.

Inspection item

Change to display

error

Start within debug

shell

Program

GPS

assessment

File maintenance

Program forced

write

Outline of inspection

Switching of error

information display

Switching of debug shell

start

Switching of program

GPS assessment system

start

File maintenance function

Program forced write

Write when the version

No. in the disc is

higher.

Write when the version

No. in the disc is

higher.

Write when the version

No. in the disc is

higher.

Write when the version

information is different

from the one in disc.

Write when the version

No. in disc or card is

higher.

Write when the version

No. in disc or card is

higher.

Write when the version

No. in disc or card is

higher.

Write when the version

No. in disc or card is

higher.

System

program

System data

GPS program

Application

program

System

program

System data

GPS program

Application

program

AVIC-D3/XU/UC

226

1234

1. SRAM / SDRAM test

3. RGB test

2. SENSOR test

4. MS5 check

5. Region code

<== back page ==> next page

SYSTEM Ver. : [BOOT] 0.14 [OS] 0.14

TESTMODE MENU [SERVICE_MENU(THCHNICAL)]

Content if inspection

SRAM : Device inspection and bus inspection are performed against all

SRAM domains.

Data will be protected. (applicable to both 32M and 64M)

SDRAM : Device inspection and bus inspection are performed against all

SDRAM domains.

Data will be protected for both BIOS domain and USER domain.

The function for SDRAM all domain inspection will activate by

the built-in instruction RAM.

G sensor, gyro, power supply voltage and installation condition are

displayed.

The system will return to “menu” by BACK key.

RGB inspection

(Upper half, 8 colors. Black/blue/red/pink/green/light blue/yellow/white

display. Lower half, 3 colors. Red/green/blue.) red (FULL)

green (FULL) blue (FULL)

Switching can be made by [ ] and [ ] keys.

The system will return to “menu” by BACK key.

MS5 mechanism test mode inspection.

Region code display.

No.

Inspection item

SRAM/SDRAM test

SENSOR test

RGB test

MS5 check

Region code

Outline of inspection

Memory inspection

Sensor inspection

Image RGB inspection

MS5 check

Region code display

4. How to select test mode menu

Select a desired menu by [ ] and [ ] keys, and execute by pressing [ENTER] key.

Pages can be changed by [ ] and [ ] keys.

5. Version information

Version No. for BOOT section = X.XX System software does not exist in SDRAM.

Version No. for BOOT section = X.XX Version No. for SDRAM = Y.YY

AVIC-D3/XU/UC 227

5678

- Version check

VERSION INFORMATION

2. System OS version

4. Application version

6. Sound data version

7. Syscom version

8. Syscom romc version

9. Drive version

10. Monitor ucom version

1. System boot version [ 0.20 ]

[ 1.20 ]

[ 0.000700 ]

[ 1.000000 ]

[ 6.08 ]

[ - - - - - - ]

[ 1.0.07.04 ]

[ 6.05 ]

[ 0.20 ]

Return = [ BACK ]

3. GPS program version

5. Language data version

Item Content Information display File name

System boot

version

System OS

version

GPS program

version

Application

version

Language data

version

Sound data

version

Syscom version

Syscom romc

version

Drive version

Monitor ucom

version

Monitor ucom

romc version

System program

Application

language

Sound data

language

The sound data file by

language is displayed

The version information of the

system software boot section

(FLASH) is displayed.

The version information of the

system software OS section

(FLASH) is displayed.

The version information of the

GPS program (DRAGON) is

displayed.

The version information of the

application program (FLASH)

is displayed.

The version information of the

data by language (FLASH) is

displayed.

The version information of the

system microcomputer is

displayed.

The ROM Correction version

information of the system

microcomputer is displayed.

The core version information of

the mechanism microcomputer

is displayed.

The version information of

the monitor microcomputer

is displayed.

The ROM Correction version

information of the monitor

microcomputer is displayed.

The system software

file is displayed.

The data file by language

is displayed.

EW070SDF.xxx

(xxx: Extension is determined for each language.

GBR, DEU, FRA, ITA, NLD, ESP, SWE, DNK. BEL)

UC070SDF.yyy

(yyy: Extension is determined for each language.

USA, FRA, ESP.)

[**.**] The version information of the system

software boot section.

[**.**] The version information of the system

software OS section.

[NG] There is no system program.

[**.**] The version information of the GPS program.

[NG] There is no GPS program.

[**.**] The version information of the application

program.

[NG]

There is no application program.

[**.**] The version information of the data by

language.

[NG] There is no data by language.

[**.**] The version information of the sound data

by language.

[NG] There is no sound data by language.

[**.**]

The version information of the system microcomputer.

[NG]

The communication with the system microcomputer

is not established.

[**.**] The ROM Correction version information

of the system microcomputer.

[-----] There is no ROM Correction attached.

[**.**] The core version information of the mechanism

microcomputer.

[NG] The communication with the mechanism

microcomputer is not established.

[-----] The region of the mechanism is different.

[**.**]

The version information of the monitor microcomputer.

[NG] The communication with the monitor

microcomputer is not established.

[**.**] The ROM Correction version information of

the monitor microcomputer.

[------] There is no ROM Correction attached.

[EW070SYS.PRG] System software file for EW.

[UC070SYS.PRG] System software file for UC.

[NG] There is no system software file.

[EW070DAT.xxx] Data file by language for EW.

[UC070DAT.yyy] Data file by language for UC.

[NG] There is no data by language.

[EW070SDF.xxx]

Sound data file by language for EW.

[UC070SDF.yyy]

Sound data file by language for UC.

[NG] There is no sound data by language.

EW070BOT.PRG

UC070BOT.PRG

EW070SYS.PRG

UC070SYS.PRG

EW070GPS.PRG

UC070GPS.PRG

EU070APL.PRG

EW070DAT.xxx

(xxx: Extension is determined for each language.

GBR, DEU, FRA, ITA, NLD, ESP, SWE, DNK.)

UC070DAT.yyy

(yyy: Extension is determined for each language.

USA, FRA, ESP.)

EW070SDF.xxx

(xxx: Extension is determined for each language.

GBR, DEU, FRA, ITA, NLD, ESP, SWE, DNK BEL.)

UC070SDF.yyy

(yyy: Extension is determined for each language.

USA, FRA, ESP.)

EW070DAT.xxx

(xxx: Extension is determined for each language.

GBR, DEU, FRA, ITA, NLD, ESP, SWE, DNK.)

UC070DAT.yyy

(yyy: Extension is determined for each language.

USA, FRA, ESP.)

The version information of the

sound data by language

(FLASH) is displayed.

AVIC-D3/XU/UC

228

1234

1. Err

r Inf

Descriptions of error information, for errors arisin

from system software problems, will be provided in thi

sect

Up to ei

ht sets of information, related to the system softwar

’

s errors

will be stored in the SRAM

By executin

hi_sysdwn( ) the line number (on which the error occurred), the error code and detailed informatio

of the error

, will be stored in the error log.

Hi_sysdwn( ) will be executed in the followin

two circumstances

1. hi_s

sdwn( ) will be intentionall

stored if fatal errors occur with each BIOS

2. If multiple exceptions, fatal exceptions, ille

al command codes and trap command errors occur.

2. Error Lo

's Entry Functio

Up to twenty-four sets of information, related to errors starting with the latest error, will be displayed by the

error log entry function

There are two types o

error log displays

The display will vary when the argument provided to hi_sysdwn( ), depending on whether detailed in

ormatio

(such as program name, version number

creat

ate, creat

on t

me an

creator name

)

sts or no

, creation date, creation time and creator name) exists or not

1. When detailed in

ormation exists

Err

r Inf

ERROR INFORMA

TION

** **

ERROR

INFORMA

TION

ERCD

FILE

ERR

R-TIME ffff-ff-ff ff:ff:f

No.4 ERROR No.3 No.

Sto

when

ush [DEST] button

00000028

(

)

FILE

LINE

VERS

DATE

TIME

AUTH

ERROR -

TIME

Error

ode (If the FILE column is "int_wdt.c", ID of the task in o

eration is dis

ed when

the last 4 digits are reset)

Name of the program where the error occurred (In case of “int_wdt.c”, it shows that reset

is activated by the Watch Dog Timer. In this case, ERCD shows other information than

error information).

Program line number where the error occurred

Version number of the program where the error occurred

Date of creation of the program where the error occurred

Time of creation of the program where the error occurred

Creator of the program where the error occurred

Time of error occurrence

3. Reset activated by the Watch Do

Timer function. This occurs when the pro

ram ceases to function

erl

AVIC-D3/XU/UC 229

5678

2. Wh

deta

inf

does

rror occurr

pro

ram

ne num

erc

rror co

stem down in

ormation

ERR

R-TI

rror occurrence

ate an

. Err

r Inf

tch

The product (with default settin

s) will display error messa

es to the user if an error occurs

Error information can be displayed if an error occurs by switchin

the error information in the test mod

In either case, the error lo

entry display will be the same.

1) Error messa

e display (default settin

)

•

Settin

in the test mod

ERROR INFORMA

TION

** **

ERROR

INFORMA

TION

e = 000000b7(183

)

ercd = ffffc002

(

-16382

)

inf = ffb7ac18

(

-4740072

)

ERR

R-TIME ffff-ff-ff ff:ff:f

No.2 ERROR No.1 No.24

Sto

when

ush [DEST] button

1. Change to display error [Message]

3. Program loading

4. GPS assessment

2. Start within debug shell [Disc & Card]

[On]

5. File maintenance

6. Program forced write

<== back page ==> next page

SYSTEM Ver. : [BOOT] 0.14 [OS] 0.14

DE MENU

ERVI

E_MENU

(

HNI

)]

AVIC-D3/XU/UC

230

1234

•

Dis

when an error occurs

2) Error information dis

•

Settin

s in the test mod

Dis

when an error occurs

•

r inf

sts:

ERROR INFORMA

TIO

** **

ERROR

INFORMA

TIO

ERCD

FILE

ERR

R-TIME ffff-ff-ff ff:ff:f

f f f f f f f f

(

-1

)

tsk

ini.

152

(

00000098

)

1.11

1. Change to display error [Information]

3. Program loading

4. GPS assessment

2. Start within debug shell [Disc]

[Off]

5. File maintenance

6. Program forced write

<== back page ==> next page

SYSTEM Ver. : [BOOT] 0.14 [OS] 0.14

DE MENU

ERVI

E_MENU

(

HNI

)]

An error has occured.

Please turn power off and on again.

Une erreur a ete decelee.

Veuillez eteindre puis rallumer le systeme.

Fehler.

Bitte System aus- und wieder einschalten.

AVIC-D3/XU/UC 231

5678

•

r inf

does

ERROR INFORMA

TION

** **

ERROR

INFORMA

TION

e = 00000109

(

265

)

ercd = 00000001

(

)

inf = ffe83230

(

-1560016

)

ERR

R-TIME ffff-ff-ff ff:ff:ff

4. Watch dog timer

This product has a built-in mechanism to monitor at a certain interval whether the software is correctly

operating or not.

Once this mechanism becomes inoperable, “reset request” will be sent to the power supply microprocessor

when a preset time (approximately 4 seconds) has elapsed.

In order to record operational situation of such an occasion, a special code which is not an error code is recorded

in the ERCD.

AVIC-D3/XU/UC

232

1234

- Port status information

Port status information

Parking

Pulse

Reverse Low

Low

[ NAVI ] information renewal.

[ BACK ] go to testmode menu.

How to operate.

[BACK] : Return to the test mode menu.

[NAVI] : Update of the port status.

Display

Reverse

Parking

Pulse

Content of inspection

Reverse port status

Parking port status

Pulse status

- GPS assessment

GPS TEST

GPS

SENSOR

FLASH :Ver. 3. 09

:Ver. 5. 56

:Ver. 0. 10 02 / 03 / 12

02 / 05 / 10

Press [ BACK ] to return

Display of DRAGON FLASH ROM version information.

Display of GPS version information.

Display of sensor version information.

FLASH

GPS

SENSOR

The pulse number of vehicle speed is indicated at 1/5 value of input frequency for vehicle speed signal.

For example, when vehicle speed signal is 100Hz, the value becomes 20.

AVIC-D3/XU/UC 233

5678

SENSOR TEST

GYRO

POWER

G-SENSOR :

:2.4804 [V]

1.9875 [V]

FIT UP

DISTANCE :

:OK(Best)

14.9453 [V]

LOW SPEED : OK

SPEED PULSE

Press [ BACK ] to return

- SENSOR test

Display of G sensor voltage

Display of gyro voltage

Display of power supply voltage

Display of installation status

Display

• NG

• OK

• OK (Better)

• OK (Best)

Display of distance calculation status.

Display

• INITIALIZE

• GPS

• G-SENSOR

• ND-PG1

• SPEED PULSE

Display of minimum output speed of a low speed NG vehicle.

(Depends on DISTANCE status.)

DISTANCE status

SPEED PULSE

Others

G-SENSOR

GYRO

POWER

FIT UP

DISTANCE

LOW SPEED

Status

Installation position is NG.

Installation position is OK. (3rd best)

Installation position is OK. (2nd best)

Installation position is OK. (Best)

Status

Sensor initial learning is under way.

GPS distance. (Model without G sensor.

No pulse connection.)

G sensor distance. (simple hybrid.)

ND-PG1 distance.

Vehicle speed pulse distance.

SPEED PULSE status

Low vehicle speed pulse

learning is under way.

Low vehicle speed pulse is

OK.

Low vehicle speed is NG.

Display

CHECK

NG xx[km/h]

- - - - -

AVIC-D3/XU/UC

234

1234

- MS5 check (DVD Mechanism Module test mode)

*) Caution

During the servo test, the protection against runaway of the mechanism will not be effective. If the runaway

state is left as it is, it may cause a critical damage. When a strange sound is heard during test, turn the power

OFF immediately.

The keys used

[OK] decision key

[BACK] return key

[Direction key] up, down, left and right of the joystick

[MS5 X-3212 Test] Initial screen of the test mode

Mecha Ver: Software version of the MS5 mechanism.

[1] Start of FE test

[2] Start of EDC-1 test

[3] Start of EDC-2 test

[4] Start of LD energizing time mode

[OK] Execute

[BACK] Exit from X-3212 test mode

AVIC-D3/XU/UC 235

5678

FE test operational specifications

*) Caution

During the servo test, the protection against runaway of the mechanism will not be effective. If the runaway

state is left as it is, it may cause a critical damage. When a strange sound is heard during test, turn the power

OFF immediately.

When E is displayed at the head digit of the data, operation other than [BACK] is not possible.

1. [X-3212 Servo Test]: The screen in the power off state.

• NOTHING is changed by selecting [2] to [5] below.

• Each display is changed to the compatible media type.

• Status is unchanged at Power Off.

• The value of the data changes according to the executed command.

Note) [1] cannot be selected for execution unless one of the commands among [2] to [5] is executed once.

[1] Succeeds to Power On state.

[2] Specify DVD layer 1

[3] Specify DVD layer 2

[4] Specify CD

[5] Specify CD-RW

[6] Eject Disc

[OK] Execute

[BACK] Exit from X-3212 test mode

2. [X-3121 Servo Test(1-0)]: The screen in the power on state.

AVIC-D3/XU/UC

236

1234

Note) If no action is taken for approximately 10 seconds after LD-ON, it will be switched to LD-OFF automatically.

If F close is selected in LD-OFF state, it will become an error.

Because it will be in conflict with the safety regulation if LD_OFF is not selected within 10 seconds during

focus search (S character measurement mode), too, it will switch to LD-OFF after 9 seconds even if the focus

search is conducted after LD-ON.

If F close is to be selected after focus search (S character measurement mode), select Power_OFF once then

power on again before F close.

Operation cannot be made until completion of displaying the value from FE Offset to VIN_10.

[1] cannot be executed unless [5] command is executed once.

[1] Succeed to Focus Close 1 state.

[2] Execution and stop of Focus Search

[3] Execution and stop of CRG+

[4] Execution and stop of CRG-

[5] On/Off of LD

[6] Execution of CRG_HOME

[OK] Execution/stop

[BACK] 1, [X-3212 Servo Test]: Return to Power Off state screen.

3. [x-3212 Servo Test (2-0)]: Focus Close 1 state screen

Note) Value of the data will change upon execution of the command.

Operation cannot be made until completion of displaying the value from FE MAX to TE MIN.

[1] Succeed to Focus Close 2 state.

[2] Execution of Focus Jump

[3] Execution and stop of CRG+

[4] Execution and stop of CRG-

[OK] Execution/stop

[BACK] 1, [X-3212 Servo Test]: Return to Power Off state screen.

AVIC-D3/XU/UC 237

5678

4. [X-3212 Servo Test (3-0)]: Focus Close 2 state screen

Note) Value of the data will change upon execution of the command.

Operation cannot be made until completion of displaying the value from T. Bal to OFF TRACK.

[1] Succeed to Tracking Close state.

[2] Execution and stop of CRG+

[3] Execution and stop of CRG-

[4] Succeed to RF Level display state.

[OK] Execution/stop

[BACK] 1, [X-3212 Servo Test]: Return to Power Off state screen.

5. [X-3212 Servo Test (4-0)]: Tracking Close state screen

Note) Value of the data will change upon execution of the command.

Operation cannot be made until completion of displaying the value from F. Bal(0) to AS Normal(1).

[1] Error Rate display (Operation cannot be made for approximately 10 seconds after execution.)

[2] Read speed change (Fixed speed for CD.)

[3] Go to Track Jump + screen.

[4] Go to Track Jump – screen.

[5] Execution of Focus Jump

[6] Go to ID Search screen.

[7] 3, [x-3212 Servo Test (2-0):] Succeed to Focus Close 1 state screen

[OK] Execution/stop

[BACK] 1, [X-3212 Servo Test]: Return to Power Off state screen.

AVIC-D3/XU/UC

238

1234

6. [X-3212 Servo Test (4-3)]: Track Jump +/- screen

Note) Value of the data will change upon execution of the command.

[1] The value of the data is switched to cyclic for each execution.

For CD: 1 4 10 11 32 1 … [track]

For DVD: 1 4 10 11 32 64 100 1 … [track]

[2] Execution of Track Jump +/-.

[OK] Execution

[BACK] 5, [X-3212 Servo Test (4-0): Return to Tracking Close state screen

(Selectable only after execution of Track Jump.)

7. [X-3212 Servo Test (4-5)]: ID Search screen

Note) Value of the data will change upon execution of the command.

[1] Display of ID

[2] Blue digit of the Data is shifted to the right by one digit.

[3] Blue digit of the Data is shifted to the left by one digit.

(Shifting can be made only up to the 3rd digit from the left.)

[4] The number of the blue digit of the data is increased by 1.

[5] The number of the blue digit of the data is decreased by 1.

[6] Start of ID Search

[OK] Execution

[BACK] 5, [X-3212 Servo Test (4-0): Return to Tracking Close state screen

(Selectable only after execution of ID Search.)

AVIC-D3/XU/UC 239

5678

8. [X-3212 Servo Test (5-0)]: RF level display state screen

Note) Value of the data will change upon execution of the command.

Operation cannot be made until completion of displaying the value from F. Bal (0) to AS Normal (1).

[1] Display of RF level

[2] Display of Error rate

[3] Succeed to Focus Close 1 state screen

[OK] Execution/stop

[BACK] 5, [X-3212 Servo Test (4-0)]: Return to Tracking Close state screen.

EDC test operational specifications

Note) The operational method is common to both EDC-1 and EDC-2 tests.

1. [X-3212 EDC-1/2 TEST]: Initial screen

Note) Value of the ID will change upon execution of the command.

[1] Go to setting screen of 2, [X-3212 EDC-1/2 Test Layer 0]

[2] Go to setting screen of 3, [X-3212 EDC-1/2 Test Layer 1]

[3] Ejection of the disc

[OK] Execution

[BACK] Exit from MS5 check.

AVIC-D3/XU/UC

240

1234

2. [X-3212 EDC-1/2 Test Layer 0]

Note) Value of the ID will change upon execution of the command.

[1] Shift the blue digit of the ID to the right by one digit.

[2] Shift the blue digit of the ID to the left by one digit.

(Shifting can be made up to the 3rd digit from the left.)

[3] The number of the blue digit of the ID is increased by 1.

[4] The number of the blue digit of the ID is decreased by 1.

[5] Start of EDC test

[OK] Execution

[BACK] Exit from MS5 check.

3. X-3212 EDC-1/2 Test Layer 1]

Note) Value of the ID will change upon execution of the command.

[1] Shift the blue digit of the ID to the right by one digit.

[2] Shift the blue digit of the ID to the left by one digit.

(Shifting can be made up to the 3rd digit from the left.)

[3] The number of the blue digit of the ID is increased by 1.

[4] The number of the blue digit of the ID is decreased by 1.

[5] Start of EDC test

[OK] Execution

[BACK] Exit from MS5 check.

AVIC-D3/XU/UC 241

5678

Operational specifications for the LD energizing time setting

1. [x-3212 CD/DVD Energizing Time Mode]: LD initial screen

Note) Value of the data will change upon execution of the command.

[1] The current CD energizing preset time is displayed.

[2] The current DVD energizing preset time is displayed.

[3] Go to CD energizing time setting screen. (Not for service use)

[4] Go to DVD energizing time setting screen. (Not for service use)

[OK] Execution

[BACK] Exit from MS5 check.

AVIC-D3/XU/UC

242

1234

6.10 USING THE TEST DISC

1. Start / Termination

1-1. Start

After insertion of test disk, the title “NN700 TEST DISC” is displayed.

(If CD-ROM is the media for TESTDISC, background of the title will be red.)

If the [

] key on the remote controller is pressed while the title is being displayed, the menu screen appears.

If no key is pressed during the period, the first screen of test screens for line appears.

Title screen

1-2. Termination

No action is taken.

2. Key operation

Use the remote controller for operation.

Basic operation method in the remote controller.

• (The cursor is moved up) ......................

• (The cursor is moved down) ..................

• (The cursor is moved left) ......................

• (The cursor is moved right) ....................

• Decision (Enter) .........................................

• Return and cancellation (Cancel) ..............

• Inspection execution and re-inspection ......

1. Use [ 4 ] and [ 6 ] keys to select the menu screen.

2. Use [ 2 ] and [ 8 ] keys to select the test items and select [ 5 ] key and move to the testing screen.

3. Use [

] key to return to the menu screen.

* Please refer to explanation on each screen for details.

TEST DISC Part No. : GGV1303

Remote Control Uint Part No. : CXC6317 (Operation mode switch : SW1 : AVH, SW2 : DVD)

NN700 TEST DISC

[ 2 ] key

[ 8 ] key

[ 4 ] key

[ 6 ] key

[ 5 ] key

[

] key

[ 0 ] key

AVIC-D3/XU/UC 243

5678

Menu screens

Self Test Menu

1. External Connection

2. Data Communication (Short Circuit) Check

3. Data Communication (Open Circuit) Check

4. Natural Drawing

5. Back Camera check

[ 2 / 8 ] : Change cursol , [ 4 / 6 ] : Change page

[ 5 ] : Select item

Self Test Menu

6. VTR1 In check

10. Monitor adjustment check

11. Language Flag setup mode

[ 2 / 8 ] : Change cursol , [ 4 / 6 ] : Change page

[ 5 ] : Select item

Self Test Menu

14. Picture RGB check

20. Device check(Design engineer only)

21. Memory all clear (for Service)

22. BackUp Memory clear

[ 2 / 8 ] : Change cursol , [ 4 / 6 ] : Change page

[ 5 ] : Select item

8. FM Multiplex Tuner Error Rate

9. GPS Self check

16. GPS sensitivity measurement

19. Picture check

15. GPS information

17. Sound play

18. File Maintenance mode

7. VTR2 In check

13. Software version display

12. Memory all cleay

AVIC-D3/XU/UC

244

1234

1. Connection check

• The status of above items is updated approximately every single second.

• Set ANTON port to H when starting the inspection and set to L when ending.

• When the gyro is in operation, a BEEP sound will be made when the G sensor is activated.

Right: 500 Hz, Left: 700 Hz, Up: 800 Hz, Down: 600 Hz

• Conditions for moving on to the next inspection

Illumination status is changing between ON and OFF.

Parking brake status is changing between ON and OFF.

Reverse status is changing between NOR and REV.

Pulse is changing to a value other than 0/0.

K-mode status is changing between ON and OFF.

Standard value for other items

• GYRO voltage

OK: 2.5 ± 0.15

USABLE: 2.5 ± 0.30

• GYRO variation

OK: Less than 30

• G sensor voltage

OK: 2.5 ± 0.15

USABLE: 2.5 ± 0.30

• G sensor variation

OK: Less than 60

• Only when all the conditions are met, you can move on to the next inspection by the [ 8 ] key on the remote

controller. It should be noted, however, that you will not be able to move on to the next inspection if there is

an error (background color is red) even if the conditions are met.

3. Inspection screen

1. Connection check

Illumination signal

Parking brake signal

Car speed signal

Reverse gear signal

Gyro voltage / sigma

GSENS voltage / sigma

Heading

OFF

NOR

2.450V OK / 1.1 OK

2.050V OK / 1.1 OK

CONST

DOWN

[ 8 ] It progresses to the next inspection.

Key check

Pitch

K-MODE ON

Details of the error

An error that is generated when data cannot be received from the AD converter.

The possible cause is the device error in the AD converter.

This error is also generated when the car speed pulse cannot be measured.

(rare case)

An error that is generated when communication is not established with DRAGON.

The possible cause is the hardware error causing interruption of communication.

It is highly likely that this results from the hardware error of DRAGON.

A response timeout error for BIOS call.

The possible cause is the hardware error causing interruption of communication.

It is highly likely that this results from the hardware error of DRAGON.

Error of unknown causes.

Displayed message

Structure data error

DRAGON unconnected

Command error

Unknown error

• Checking of “K-MODE” is available only on the UC model.

“K-MODE” will not be displayed on the EW model.

AVIC-D3/XU/UC 245

5678

2. Data Communication (Short Circuit) check (Not for service)

• Short circuit in SIO connection is checked.

• Loopback in 6CH and 7 CH is checked.

• A “wait” screen is displayed until the check is completed.

• While the test result screen is being displayed, press the [ 0 ] key to perform retesting.

• Only when “OK” is displayed, you can go on to the next test with the [ 8 ] key.

3. Data Communication (Open Circuit) check (Not for service)

• Open circuit in SIO connection is checked.

• 6CH and 7CH are checked.

• Do not connect anything to the terminal. In the released state, ”OK” will be displayed.

• A “wait” screen is displayed until the check is completed.

• While the test result screen is being displayed, press the [ 0 ] key to perform retesting.

• Only when “OK” is displayed, go on to the next test with the [ 8 ] key.

2. Data Communication (Short Circuit) check

Serial I/O #6

Serial I/O #7(for Debug) OK

[ 8 ] It progresses to the next inspection.

3. Data Communication (Open Circuit) check

Serial I/O #6

Serial I/O #7(for Debug) OK

[ 8 ] It progresses to the next inspection.

AVIC-D3/XU/UC

246

1234

4. Natural Drawing

• Nature images with 256 colors are drawn on the BG surface.

• The ADPCM 1 kHz sine wave, which sampling rate is 19 kHz, is output for 30 seconds.

• With the [NAVI] key, GUIDEON terminal can be switched between “H” / “L” with a toggle.

• With the [ 4 ] key or the [ 6 ] key, the volume can be changed.

[JPEG file name: ZHITO1.JPEG]

[Audio file name: A19K01KS.WAV]

• Press the [ 8 ] key to go on to the next test.

5. Back Camera check

Images in the back camera

In this test, check with eyes that images in the back camera is being displayed.

• Images in the back camera are displayed.

• Press the [ 8 ] key to go on to the next test.

AVIC-D3/XU/UC 247

5678

6. VTR1 In check

External input image

• On the screen, external input video (Front VTR image) is displayed.

• Press the [ 8 ] key to go on to the next test.

7. VTR2 In check

External input image

• On the screen, external input video (Rear VTR image) is displayed.

• Press the [ 8 ] key to go on to the next test.

AVIC-D3/XU/UC

248

1234

8. FM multiplex tuner error rate measurement

• FM multiplexing error is measured.

• In the case of UC model, this inspection is not performed and the system will move on to the next inspection.

• Default frequency is 87.5 MHz.

• When entering this mode for the first time, the result of measurement at the time of test disc boot up will be

displayed.

• After the measurement is taken, the frequency can be changed by the [ 4 ] and [ 6 ] keys.

• 500 blocks will be measured, and if there are 450 or more blocks without error, then it will be determined as OK.

• Only when “OK” is displayed, you can go on to the next test with the [ 8 ] key.

• Use the [ 0 ] key to start re-inspection.

9. GPS Self check

• The GPS reception state is displayed.

• Conditions to go on to the next test

- The antenna connection is “OK”.

- Data is obtained from one or more satellites.

- Time is being displayed.

• When all of the above conditions are satisfied, the background color changes into blue.

• Only when all of the above conditions are satisfied, go on to the next test with the [ 8 ] key.

However, in case of error occurs (background: red), you cannot go on to the next test even if all conditions are

satisfied.

• In case a command error has occurred during GPS signal receiving inspection, the detailed screen of the command

error will be displayed.

• There are two screens for the command error detailed screen, a screen that displays the state of BIOS call used in

GPS signal receiving in real-time and a screen which displays the history from the time of command error occurrence

up to 40 times, and the screen can be switched between these two by [ 5 ] key.

To save the error information, it is so designed that you cannot return from the command error detailed screen to the

normal inspection screen. If you desire to resume the inspection, eject the disc once, and insert the test disc once again.

8. FM multiplex tuner error rate measurement

Push 0 key to go to re-check.

FM Frequency

Frequency to check

Blocks Received Correctly

Blocks with one bit corrected

Blocks with two bits corrected

Blocks Received with error

[ 4 / 6 ] to adjust FM frequency

87.50

0500

0000

[ 8 ] It progresses to the next inspection.

9. GPS Self check

Using satellites No.

01 02 03 04 05 06 07 08

Antenna connection

Receiving signal level

Latitude

Longitude

2005/03/22 15:00:00

13.5

3D 35 55 47.1

139 28 30.0

[ 8 ] It progresses to the next inspection.

AVIC-D3/XU/UC 249

5678

10. Monitor adjustment check

• Each state of “PHASE adjusted flag”, “PALTINT adjusted flag”, “Flicker adjusted flag” and “dotclock adjusted flag”

is obtained from the microcomputer, and the result of whether the monitor has been adjusted or not will be

displayed.

• While there is no difference between the EW model and the UC model in terms of the screen specifications,

the monitor is judged to be adjusted if all adjusted flags are ON for the EW model and if “PHASE adjusted flag”

and “PALTINT adjusted flag” are OFF but “Flicker adjusted flag” is ON for the UC model, and you can proceed

to the next inspection by pressing the [ 8 ] key.

• If the above conditions for the EW and the UC models are not met, the monitor is judged to be unadjusted and

NG screen will be displayed.

11. Language Flag setup mode

• When the system enters into this inspection, language selection will be set to the original setting made at

the time of shipment (i.e. no setting).

* The setting is made to display the screen for selecting the language to be used at the initial boot up after

the shipment out of the factory.

• The setting is made when the system enters into this inspection.

• Press the [ 8 ] key to go on to the next test.

Details of the error

This is an error when communication with DRAGON is not established.

Communication error due to a hardware problem could be the cause.

It is highly possible that the hardware on the DRAGON side is defective.

Time out error for response to BIOS call.

Communication error due to a hardware problem could be the cause.

It is highly possible that the hardware on the DRAGON side is defective.

This is an error when request is made while the data for response is not

prepared (not obtained from DRAGON).

Communication error due to a hardware problem could be the cause.

It is highly possible that the hardware on the DRAGON side is defective.

Displayed message

No connection to DRAGON

Command error

Invalid data

10. Monitor adjustment check

monitor unit process(PALTINT)

display module process

monitor unit process(PHASE)

11. Language selection flag initialize

[ 8 ] It progresses to the next inspection.

Language selection flag is initialized.

monitor dotclock process

AVIC-D3/XU/UC

250

1234

13. Software version display

• The software versions are displayed.

• As for the GPS model, it will be considered OK if "07 EW (0x37)" is displayed in the case of EW model and

if "07 UC (0x38)" is displayed for UC model.

14. Picture RGB check

• Bridge tests are performed for RGB.

• Pressing the [ 4 ] key or the [ 6 ] key switches the screens.

• RGB is plotted in the following pattern: R100% -> R50% -> G100% -> G50% -> B100% -> B50%

• 6 screens are displayed in total.

13. Software version

System boot / OS version

Syscom version

GPS program version

GPS model

0.17 / 0.17

0.010200

2.01

7.01

10.20 05/03/22 0.60

07 EW (0x37)

1.00

[

] It returns to a screen.

Mecha micom version

Monitor micom version

Application version

12. Memory all clear (Not for service)

• SRAM (application domain) is cleared.

• FLASH (application domain) is cleared.

• Sensor learning level is cleared.

• If SRAM clear is not successful, FLASH will not be cleared.

• After displaying the test screen, press the [ 0 ] key to execute the above processing.

• The execution results are displayed.

• Only when all is “OK”, press the [ 8 ] key to end the production engineering test and return to the menu screen.

12. All memory clear

The clearance of SRAM (application domain)

The clearance of Flash (application domain)

Elimination of a sensor study value

[ 0 ] Inspection is performed.

AVIC-D3/XU/UC 251

5678

15. GPS information

• The information displayed switches with the [ 4 ] key and the [ 6 ] key.

• Pressing the [ 5 ] key while the cursor is placed at “Position” displays the “position information”.

• Pressing the [ 5 ] key while the cursor is placed at “Sv Stat” displays the “status information”.

• Pressing the [ 5 ] key while the cursor is placed at “Ver&Diag” displays the “diagnostic information”.

• Pressing the [ 5 ] key while the cursor is placed at “Err Info” displays the “error information”.

• In the test, “status information” (above screen) is displayed first.

16. GPS sensitivity measurement

• Press the [ 4 ] key or the [ 6 ] key to change GPS.

• The GPS sensitivity selected with the [ 5 ] key is displayed.

• If communication with the GPS unit fails, an error screen is displayed.

15. GPS information

0D T2 H25.5 V25.5 05/03/22 15:00:00

Position Sv Stat Ver & Diag Err Info

Azi

119

310

305

317

196

SNR

3.0

4.9

0.0

Flag

UY--

UYC-

---m

Acc

Azi

119

310

305

317

196

SNR

3.0

4.9

0.0

Flag

UY--

UYC-

---m

Acc

16. GPS sensitivity measurement

Satellite No. 3 [ < LEFT / RIGHT > to select satellite ]

CH. Lock SNR(AMU) SNR(dB)

1 OK 12.3 23.4

2 OK 12.3 23.4

3 OK 12.3 23.4

4 OK 12.3 23.4

5 OK 12.3 23.4

6 OK 12.3 23.4

ALL OK Sensitivity: 22.8(db)

DoppRMS: 1.51(Hz)

CH. Lock SNR(AMU) SNR(dB)

7 OK 12.3 23.4

8 OK 12.3 23.4

9 OK 12.3 23.4

10 OK 12.3 23.4

11 OK 12.3 23.4

12 OK 12.3 23.4

Details of the error

This is an error when communication with DRAGON is not established.

Communication error due to a hardware problem could be the cause.

It is highly possible that the hardware on the DRAGON side is defective.

Time out error for response to BIOS call.

Communication error due to a hardware problem could be the cause.

It is highly possible that the hardware on the DRAGON side is defective.

Displayed message

No connection to DRAGON

Command error

AVIC-D3/XU/UC

252

1234

17. Sound play

• Audio files (in WAVE format) are played back.

• When entering the screen, set the GUIDEON terminal to “H”, and reset to “L” when exiting it.

• Press the [ 5 ] key to play back the selected audio.

• Press the [ 4 ] key or the [ 6 ] key to change the volume.

18. File Maintenance mode

• Files can be copied, deleted, or dumped.

See HELP for usage of each function.

19. Picture check

• Select a pattern with the [ 2 / 8 ] key and press the [ 5 ] key to display the image.

17. Sound play

ADPCM fixation 11K 1K L

ADPCM fixation 11K 1K mono

ADPCM fixation 11K 1K R

ADPCM fixation 11K 1K ste

ADPCM fixation 19K 1K L

ADPCM fixation 19K 1K mono

ADPCM fixation 19K 1K R

Guidance Vol.[0-15](level) 10

[ 4 / 6 ] Vol up/down

[

] It returns to a menu screen.

18. File maintenance

Totale Capacity : 216.5K Remain : 185.5K

Media:SRAM Path:

NATURE1.JPG 20

MAP.JPG 20 12.5K 05 / 03 / 22 00:00

17.7K 05 / 03 / 22 00:00

[ 1 ] Media [ 3 ] Operate [ 0 ] Help

19. Picture check MENU 1/2

1. Plane

2. Color Bar

3. Cross Hatch

4. Sweep

5. Step

6. Ramp

7. Window

8. Mono Scope

9. Vertical Resolution Column

[ 5 ] It selects a item.

[

] It returns to a menu screen.

AVIC-D3/XU/UC 253

5678

20. Device Check(Design engineer only)

• The above devices will be inspected for engineering purpose.

• A device is selected by the [ 2 ] and [ 8 ] keys on the remote controller, and cleared by the [ 5 ] key.

• On each device screen, a pattern is selected by the [ 2 ] and [ 8 ] keys, and inspection is started by the [ 5 ] key.

21. Memory all clear (for Service)

• SRAM (application region) is cleared.

• FLASH (application region) is cleared.

• If SRAM clear is not successful, FLASH will not be cleared.

• After displaying the test screen, press the [ 0 ] key to execute the above processing.

• The execution results are displayed.

22. BackUp Memory clear

• Press the [ 0 ] key to initialize the backup variables and to reset the system.

• Press the [

] key to return to the menu screen.

20. Device Check

1. SDRAM (0X48000000 - 0X4BFFFFFF)

2. SRAM (0X42000000 - 0X4203FFFF)

3. ASIC (0X43000270 - 0X43000274)

4. All Device

[

] It returns to a menu screen.

21. All memory clear (for Service)

The clearance of SRAM (application domain)

The clearance of FLASH (application domain)

[ 0 ] Inspection is performed.

[

] It returns to a menu screen.

22. Initialization of a backup variable

A backup variable is initialized.

Cautions

System reset is carried out after initialization.

[ 0 ] A backup variable is initialized.

[

] It returns to a menu screen.

AVIC-D3/XU/UC

254

1234

7. GENERAL INFORMATION

7.1 DIAGNOSIS

7.1.1 DISASSEMBLY

- Removing the Grille Assy (Fig.1)

Fig.1

- Removing the Case (not shown)

Grille Assy

1. Remove the Case.

Remove the six screws.

Disconnect the connector and then remove the

Grille Assy.

- Removing the Monitor Unit (Fig.2)

Remove the five screws.

Monitor Unit Fig.2

Disconnect the connector and then remove the

Monitor Unit.

*) When attaching the Grille Assy onto the main

body, make the Grille Assy stick to the main

body by hand (there shall be no gap), and fix

them using the screws.

*) Be sure to place the remote controller with the

optical receiver facing up. Otherwise the leads

of the optical receiver may be bent.

AVIC-D3/XU/UC 255

5678

Removin

the LCD Assy (Fi

.3)

Fig.5

DVD Mechanism Module

the

fou

ere

s a

etween t

nd the

rille. Put

our fin

er in the

ap and push out the

rille toward

outside

elease

the

sectio

of the

rille and the Holder.

(

both

t and ri

ht)

LCD Aaay

Fig.4

Removin

the DVD Mechanism Module (Fi

)

the

fou

Disco

ect

the

ecto

the

n r

the

DVD

Mecha

Module.

Fig.3

Installation of the LCD Assy (Fi

)

Match

the

cla

sho

the

raw

to t

e correspon

sect

ons o

the

rille. When doin

so, put the Holder

onto the

rille in a wa

that the broken-out

sect

on o

er w

ill

e tota

lly

hidd

Push

the

locatio

sho

the

raw

, an

pus

e wa

to t

that

the

cla

the

Holde

the

rille sna

s in

Holder

LCD Aaay

Do not bend the Holder

Holder

AVIC-D3/XU/UC

256

1234

Fig.6

Heat Sink

Removin

the Heat Sink (Fi

.6)

the

eat

ink

Removin

the Chassis (Fi

)

Fig.7

the

Navi Mother Unit

Removin

the Navi Mother Unit (Fi

.7)

the

Mothe

it.

Chassis

Disco

ect

the

ecto

the

n r

ass

Fig.8

Removin

the AV Unit (Fi

)

AV Unit

the

trai

hten the tab at location indicated

the

it.

AVIC-D3/XU/UC 257

5678

- How to hold the mechanism section (Fig.9)

1. Hold the main frame and the top frame.

2. As the mechanical strength of the front part of the top frame is not strong, do not hold this part.

3. Do not touch the switches provided on the top face of the mechanism section.

4. Be careful not to pull the flexible PCB on the side face.

Fig.9

Do not touch this part. Do not touch this part.

Do not touch this part.

- How to remove the module PCB (Fig.10, Fig.11)

1. Put the mechanism section in locked state (disc load standby position).

2. Hold the mechanism module with its top face down.

3. Make the lands at 2 locations on the pick up flexible PCB short.

4. Disconnect the connectors of the pick up flexible PCB and the SPDL flexible PCB.

(Be sure to disconnect the connectors as the flexible PCB will be damaged if the PCB is removed without removing

the flexible PCB.)

5. Remove the solder joint of the lead wire of the load motor and the clamp SW.

6. Remove the two screws, and then remove the module PCB.

(Lift up point A slightly and remove it toward B direction. Be careful as the point C is connected with a flexible PCB.)

7. Disconnect the connector of the 8-12 detection flexible PCB from the PCB.

Solder land

(load motor, lead wire of the clamp SW.)

Connector

(8-12 detection flexible)

Module PCB

Fig.11

Connector (SPDL flexible)

Connector

(pick up flexible)

Fig.10

Short

AVIC-D3/XU/UC

258

1234

- How to remove the CRG motor assy (Fig.12)

1. Remove the module PCB according to the instructions in ìHow to remove the module PCBî.

2. Remove the Mylar tape.

3. Remove the flexible PCB of the CRG motor from the connector of the spindle motor.

4. Remove the two screws, and then remove the CRG motor assy.

Set screw (spindle)

Feeding screw

PU rack

Set screw (CRG) Set screw (CRG)

CRG motor assy

Mylar tape

Fig.12

- How to remove the PU unit (Fig.13)

1. Remove the module PCB according to the instructions in "How to remove the module PCB".

2. Hang the main shaft holding spring to the CRG chassis temporary hanger.

3. Remove the CRG motor assy according to the instructions in "How to remove the CRG motor assy".

4. Remove the holding plate spring of the main shaft.

5. While lifting up the tip of the pick up rack, slide the main shaft, and remove the PU unit.

(Note) When mounting the PU unit again, make sure to do the adjustments of the devices mounted thereon

according to the descriptions of the service manual. Furthermore, make sure to hang the main shaft

holding spring permanently.

PU unit

Sub shaft

Main shaft

Fig.13

Permanent hanging

Temporary hanging

CRG chassis temporary hanging section

Main shaft holding spring

Holding plate spring

AVIC-D3/XU/UC 259

5678

CNN1807

· Position to put :

Set it to the position

of the corner.

CNN1804

· Position to put :

Set it to the position

of the corner.

CNN1807

CNN1804

CNN1806

CNN1807

· Position to put :

Edge of dent

CNN1807

· Position to put :

Edge of slit

CNN1806

· Position to put(Right and left) :

During CNN1804 and CNN1807

· Position to put(Depth) :

Edge of dent

* Caution

CNN1806 : Recycling is not possible, use the new shield.

Put it not to slack.

CNN1807 : When the adhesive strength is weak, use the new cushion.

- How to install the gasket, cushion and shield

AVIC-D3/XU/UC

260

1234

7.1.2 CONNECTOR FUNCTION DESCRIPTION

1. FR+

2. RR+

3. FR-

4. RR-

5. FL+

6. RL+

7. FL-

8. RL-

1. TELMUTE

2. NC(Reserved?)

3. RR

4. NC

5. RL

6. REARGND

7. FR

8. NC

9. FL

10. FRONTGND

11. SWR

12. BREM

13. SWL

14. SWGND

15. VTR1R

16. VTR1RGND

17. VTR1L

18. VTR1LGND

19. VTR1V

20. VTR1VGND

21. REARVOUT

22. GNDV

23. BCV

24. BCVGND

9. PKB

10. PULSE

11. REV

12. ILM

13. AANT

14. ACC

15. GND

16. BUP

POWER SUPPLY

1 3 5 7 9 11 13 15

2 4 6 8 10 12 14 16

AV IN/OUT

20181614121086

1917151311975

2422

2321

1. IPBUS+

2. IPBUSG

3. IPLG

4. NC

5. IPBUS-

6. IPRG

1234

56 7

8 9 10 11

7. IPL+

8. ASENBO

9. IPR+

10. IPR-

11. IPL-

IP-BUS IN

108642

97531

EXTENSION

1. GTOEX

2. EXTOG

3. GND

4. CTOEX

5. EXTOC

6. HYOKA

7. CTOETC

8. ETCTOC

9. NC

10. GND

GPS ANTENNADIGITAL OUT

FM/AM ANTENNA WIRED REMOTE CONTROLLER

1. F/W GND

2. F/W PWR

3. TXiPod

4. ACCID

5. LOUT

6. RXiPod

7. VOUT

8. ROUT

9. GNDD

10. ACCPW

11. ACCDET

12. V_RETURN

13. A_RETURN

iPod

AVIC-D3/XU/UC 261

5678

7.2 IC

K4S561632H-UL75

DQ0 2

VDDQ 3

DQ1 4

DQ2 5

VSSQ 6

DQ3 7

DQ4 8

VDDQ 9

DQ5 10

DQ6 11

VSSQ 12

DQ7 13

VDD 14

CAS

RAS

BA1

A10/AP

DQ14

VSSQ

DQ13

DQ12

VDDQ

DQ11

DQ10

VSSQ

DQ9

DQ8

VSS

UDQM

CLK

CKE

VSS

VDD 1

VDD

DQ15

VSS

LDQM

BA0 A11

VDDQ

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

LDQM : Lower DQ mask enable

UDQM : Upper DQ mask enable

VDD : Power supply

VSS : GND

VDDQ : Data output power supply

VSSQ : Data output GND

NC : Not used

DQ0 2

VDDQ 3

DQ1 4

DQ2 5

VSSQ 6

DQ3 7

DQ4 8

VDDQ 9

DQ5 10

DQ6 11

VSSQ 12

DQ7 13

VDD2 14

CAS

RAS

BA1

A10/AP

DQ14

VSSQ

DQ13

DQ12

VDDQ

DQ11

DQ10

VSSQ

DQ9

DQ8

VSS

UDQM

CLK

CKE

VSS

VDD 1

VDD

DQ15

VSS

LDQM

BA0 A11

VDDQ

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

LDQM : Lower DQ mask enable

UDQM : Upper DQ mask enable

VDD : Power supply

VSS : GND

VDDQ : Data output power supply

VSSQ : Data output GND

NC : Not used

HY57V561620FLTP-H

K4S561632H-UL75

HY57V561620FLTP-H

UPD705103GM-180S1

TC74LCX08FTS1

TC7SH04FUS1

PD6336C

PEH103A

PEH077A

PEH104A

PEH078A

AK4388VT

MB86291APFVS-G-DL

TC7WH32FU

BD5335FVE

PE5580A

PE5581A

BD3931HFP

PE5584A

S-93C46BR0I-J8

PD6567A

LZ9FE30

S-80859CNNB-B9K

BD9851EFV

EDS1232AATA-75

PCM1753DBQ

NJM2880U1-05

TC74LCX16373FT

CWW1423

CWW1424

MN2DS0016

BD7996EFV

S-814A50AUC-BDO

UPD4723GSS1

TPS5120DBT

UPB1027GS

PEH100A8

PEH101A8

PD3390A

LC72720YVSS1

ADC12H034CIMSAS1

BA00CCWCP-V5

BA00CCWFP

NJM2505F

BA4558RFVM

PAL007C

RB5P0090M

TC74VHC221AFTS1

GP1UX51RK

AVIC-D3/XU/UC

262

1234

A1-A23 : Address Bus

bcyst : Bus Cycle Start

BT16B : Boot Bus Size 16-bit

cas : Column Address Strobe

CKE : Clock Enable

CLKOUT : Clock Out

CMODE : Clock Mode

cs)-cs& : Chip Select

D0-D31 : Data Bus

DCK : Debug Clock

DDI : Debug Data Input

DDO : Debug Data Output

DMAAK0-DMAAK3 : DMA Acknowledge

DMARQ0-DMARQ3 DMA Request

DMS : Debug Mode Select

drst : Debug Reset

GND_I : Ground

GND_O : Ground

GND_PLL : Ground

hldak : Hold Acknowledge

hldrq : Hold Request

IC1 : Internally Connected

INTP00-INTP03,INTP10-INTP13 :

Interrupt Request From Peripheral

iord : I/O Read

iowr : I/O Write

llben : Lower Lower Byte Enable

LLDQM : Lower Lower DQ Mask Enable

luben : Lower Upper Byte Enable

LUDQM : Lower Upper DQ Mask Enable

mrd : Memory Read

mwr : Memory Write Strobe

nmi : Non-Maskable Interrupt Request

PORT0-PORT4,PORTA0-PORTA7 : Port

R/w : Bus Read or Write Status

ras : Row Address Strobe

ready : Ready

reset : Reset

RXD : Receive Data

sclk : Serial Clock

SDCLKOUT : SDRAM CLKOUT

SI : Serial Input

SO : Serial Output

stopak : Stop Acknowledge

tc : Terminal Count

TCLR : Timer Clear

TI : Timer Input

TO10,TO11 : Timer Output

TRCDATA0-TRCDATA3 : Trace Data

TXD : Transmit Data

ulben : Upper Lower Byte Enable

ULDQM : Upper Lower DQ Mask Enable

uuben : Upper Lower Byte Enable

UUDQM : Upper Upper DQ Mask Enable

VDD_I : Power Supply

VDD_O : Power Supply

VDD_PLL : PLL Power Supply

we : Write Enable

X1,X2 : Crystal Oscillator

UPD705103GM-180S1

6413275

1114 1213 8

VCC

GND

TC74LCX08FTS1

TC7SH04FUS1

1 NC

2 IN A

3 GND

4 OUT Y

5 VCC

AVIC-D3/XU/UC 263

5678

100

101

102

103

104

160

161

162

163

164

165

166

167

168

169

170

171

172

173

174

175

176

177

178

105

159

228

229

230

231

232

233

234

235

236

237

238

239

240

241

242

243

244

179

106

158

227

288

245

180

107

157

226

287

246

181

108

156

225

286

247

182

109

155

224

285

248

183

110

154

223

284

249

184

111

153

222

283

250

185

112

152

221

282

251

186

113

151

220

281

252

187

114

150

219

280

253

188

115

149

218

279

254

189

116

148

217

278

255

190

117

147

216

277

256

191

118

146

215

276

257

192

119

145

214

275

258

193

120

144

213

274

273

272

271

270

269

268

267

266

265

264

263

262

261

260

259

194

121

143

212

211

210

209

208

207

206

205

204

203

202

201

200

199

198

197

196

195

122

142

141

140

139

138

137

136

135

134

133

132

131

130

129

128

127

126

125

124

123

VSS

PIO29

USBXPWREN

USBXOVRCUR

UVD1M

UVD1P

UVD2M

UVD2P

USBOVRCUR

USB_CLK

XCS_SRAM

XWR_SRAM

PIO31

IR_RX

TEST0

XTAL0

MST

EXTAL0

UART9_TXD

UART8_TXD

UART7_TXD

VSS

PIO27

PIO28

XCS_FLASH

XMRD

USBPWREN

XIOWR

XREADY

SRAM_CSSEL

PIO30

XCS6

XTST

SMCK

XSM

GDC_WT

UART9_RXD

UART8_RXD

UART7_RXD

UART6_TXD

DSP_BCLKI

PIO26

XMWR

XLLBEN

XIORD

XBCYST

XCS2

XCS3

DREQ0

DREQ1

INT3

INT2

INT0

ATA_DA0

ATA_DA1

UART6_RXD

UART5_RXD

PIO25

VSS

XLUBEN

VDD

VSS

VDD

XCS5

VSS

DREQ2

VDD

INT1

VDD

VSS

ATA_INT

OVSS0

UART5_TXD

PIO24

VDD

VSS

ATA_XDMACK

UART4_RXD

UART4_TXD

PIO22

OVSS7

ATA_XDIOR

ATA_IORDY

XRESET

UART3_TXD

OVDD3

D10

VDD

ATA_DMARQ

ATA_XDIOW

OVDD0

DSP_BDI

XCS_DSP

D12

D11

ATA_DD1

ATA_DD0

UART3_RXD

UART2_TXD

DSP_XHINT

PIO23

D16

D15

VSS

ATA_DD3

ATA_DD2

UART2_RXD

DSP_HRDY

D18

D17

VDD

ATA_DD5

ATA_DD4

UART1_RXD

UART1_TXD

OVSS6

D20

D19

VDD

ATA_DD7

ATA_DD6

A23

DSP_BFSO

DSP_BDO

D22

D21

VDD

ATA_DD8

ATA_XRESET

CPU_CLK

DSP_BCLKO

D24

D23

VSS

ATA_DD10

ATA_DD9

UART_XDCD

OVSS1

XCS_SRAMH

PIO_OUT

D26

D25

VSS

ATA_DD12

ATA_DD11

UART1_XCTS

OVDD2

OVSS5

D27

VDD

ATA_DD14

ATA_DD13

UART_XRI

UART_XDSR

DSP_BFSI

D14

D13

VSS

VDD

ATA_DA2

ATA_DD15

OVDD1

DSP_XRS

TEST1

D29

D28

ATA_XCS0

ATA_XCS1

UART1_XDTR

UART1_XRTS

DSP_ATTCNT

CD_LRCLK

D30

VSS

VDD

PC_XPWR

ATA_DIR

PIO0

D31

CD_BLK

VSS

VDD

VPDP

VDD

A11

VSS

PC_XVS2

VDD

PC_BVD1

VSS

PC_XCD1

VDD

PC_XOE

VSS

PC_XUBUF

PC_XLBUF

PIO1

CD_MCLK

ADC_GCNT0

A12

PC_READY

PC_RESET

PC_WXT

PC_BVD2

PC_WP

PC_XCD2

PC_XCE1

PC_XCE2

PC_XVS1

PC_XIORD

PC_XIOWR

PC_XWE

PIO2

OVSS2

ADC_GCNT2

ADC_GCNT1

ADC_BCLK

ADC_MCLK

A10

TEST2

DAC_MCLK

DAC_BCLK

PC_XREG

PC_A0

PIO20

PIO19

PIO17

PIO15

PIO13

PIO11

PIO9

PIO7

PIO5

PIO3

VSS

ADC_DATA

ADC_LRCLK

TEST4

EXTAL1

OVSS4

XTAL1

TEST3

DAC_LRCLK

DAC_DATA

PIO21

OVSS3

CD_DATA

PIO18

PIO16

PIO14

PIO12

PIO10

PIO8

PIO6

PIO4

VSS

TOP VEIW

PD6336C

- Pin Arrangement Chart

AVIC-D3/XU/UC

264

1234

A2-A11,A23

D0-D31

CPU_CLK

XBCYST

XRESET

XCS2(SRAM)

XCS3(ASIC)

XCS5(PCCARD)

XCS6(DSP)

XIOWR

XIORD

XMWR

XMRD

XLLBEN

XLUBEN

DMARQ0

DMARQ1

DMARQ2

INTP0

INTP1

XREADY

INTP2

INTP3

SRAM_CSSEL

XCS_SRAM

XCS_SRAMH

XCS_FLASH

XCS_DSP

XWR_SRAM

CPU I/F BLOCK

TOP SECTION

DMA CHANNEL

SELECT SECTION

WAIT CONTROL

SECTION

INTERRUPT

CONTROL

SECTION

PROTECT

and

CHIP SELECT

GENERATOR

SECTION

TIMER SECTION

ASIC

ASIC_CLK

XRESET

A7-A2

WExx

RExx

DMAxx

WAIT

WTxx

INTxx

DMA

INT

AUDIO BLOCK

CD-ROM BLOCK

PERI BLOCK

(SIO,PIO,

REMOTE CONTROL)

ATAPI BLOCK

PC-CARD BLOCK

SOUND BLOCK

USB BLOCK

CPU

- Block Diagram Chart

AVIC-D3/XU/UC 265

5678

A15

A14

A13

A12

A11

A10

RESET

A21

WP/ACC

RY/BY

A18

A0-A18,A-1

RY/BY

BYTE

DQ0-DQ15

:Address input

:Ready/busy output

:8bit,16bit mode select

:Output enable

:Data input/output

WE :Write enable

CE :Chip enable

RESET :Reset

A19

A20

A17

A16

BYTE

VSS

DQ15/A-1

DQ7

DQ14

DQ6

DQ13

38 DQ4

37 VCC

36 DQ11

35 DQ3

DQ10

DQ2

DQ5

39 DQ12

32 DQ9

31 DQ1

30 DQ8

29 DQ0

28 OE

27 VSS

26 CE

25 A0

PEH103A (UC)

PEH077A (EW5)

A15

A14

A13

A12

A11

A10

RESET

A21

RY/BY

A18

A0-A18,A-1

RY/BY

BYTE

DQ0-DQ15

:Address input

:Ready/busy output

:8bit,16bit mode select

:Output enable

:Data input/output

WE :Write enable

CE :Chip enable

RESET :Reset

A19

A20

A17

A16

BYTE

VSS

DQ15/A-1

DQ7

DQ14

DQ6

DQ13

38 DQ4

37 VCC

36 DQ11

35 DQ3

DQ10

DQ2

DQ5

39 DQ12

32 DQ9

31 DQ1

30 DQ8

29 DQ0

28 OE

27 VSS

26 CE

25 A0

PEH104A (UC)

PEH078A (EW5)

wp/ACC : Write protect/

Acceleration

wp/ACC : Write protect/

Acceleration

WP/ACC

AOUTL

LRCK 4

SMUTE

RSTN VCOM

DEM

MCLK

BICK

SDTI

DIF1

VDD

ACKS

DIF0

AOUTR

VSS

DZF

Control

Port

Audio

Data

Interface

De-emphasis

Control

Clock

Divider

Interpolator Modulator LPF

AK4388VT

AVIC-D3/XU/UC

266

1234

Host

Interface

Memory

Interface

Controller

External Video

Interface Controller

Display Controller

DAC

Set-up

Engine

2D/3D

Rendering

Engine

Embedded SDRAM

(64bit x 256K word)

64bit

D0-32

A2-24

ARGB

DRGB

RBT656

MB86291APFVS-G-DL

8 VCC

7 1Y

6 2B

5 2A

1A 1

1B 2

2Y 3

GND 4

TC7WH32FU

1 2 31

VOUT SUB CT

VDD GND

Vref

BD5335FVE

AVIC-D3/XU/UC 267

5678

Pin F

(

UC : PE5580A, EW5 : PE5581A

)

Function and

eration

Typ

3 SIMUKE1 I Type input

4 SIMUKE2 I Type input

5 GND0 GND

6 ROMCS O ROM collection chip select output

7 ROMCLK O ROM collection clock output

8 ROMDATA I/O ROM collection data input/output

9 VDT O E. volume data output

10 VCK O E. volume data clock output

11 MUTEVO O E. volume mute output

12 VST O E. volume strobe output

13 ROT1 I Rotary encoder input

14 ROT2 I Rotary encoder input

15-21 NC Not used

22 VDD0 Power supply

23 RDT I RDS : Data input (EW model)

24 RDS57K I RDS : 57 kHz pulse count input (EW model)

25 RDSLK I RDS : Lock signal input (EW model)

26-28 NC Not used

29 wcont I Wired remote control SEL input

30-32 NC Not used

33 DALMON O For consumption current reduction output

34 DD8CONT O MS5 power supply control output

35 NC Not used

36 CLKOUT O System clock output

37 GND0 GND

38 CPUREG CPU regulator connection

39 VDD0 Power supply

40 RESET I System reset input

41 VPP Flash ROM writing voltage supply

42 FLASH1 I Flash ROM writing data input

43 FLASH2 O Flash ROM writing data output

44 FLASH3 O Flash ROM writing clock output

45 LDET I RDS : PLL lock signal input (EW model)

46 TUNDI I FM/AM tuner data input

47 TUNDO O FM/AM tuner data output

48 TUNCLK O FM/AM tuner clock output

49-51 NC Not used

52 MUTENS Not used

53 NOSELL O L ch guide mute control output

54 NOSELR O R ch guide mute control output

55 NC Not used

56 PGSEL Not used

57 RCK I RDS : Data clock input (EW model)

58 TELIN I Mobile phone mute input

59 VPPON O Voltage supply control output

60 VDD1 Power supply

61 SREMOT O Control output for system remote

62 SYSPWR O System power supply control output

63 FANCONT O Fan output control output

64 ANTON O Control output for auto antenna

65 XVMUTE O Composition mute output

66 NC Not used

67 FCONT O Control output for DD converter

68 NC Not used

69 blsens I B. up power supply sense input

70 XT2 Not used

71 XT1 Not used

72 GND2 GND

73 X1 Crystal oscillating element connection

74 X2 Crystal oscillating element connection

75 NMI Not used

AVIC-D3/XU/UC

268

1234

Function and

eration

NTA

o sw

contro

out

NTB

o sw

contro

out

78 DRAMPW O DRAM power supply control output

79 CCON O Navigation power supply control output

80 SIMUKE4 I Type input

81-83 NC Not used

84 VSEL1 O Picture selector control output 1

85 VSEL2 O Picture selector control output 2

86 BCVSW O Picture selector control output (Back camera)

87 NC Not used

88 ASENBO O ASENBO output for IP-BUS output

89 IPPW O IP-BUS driver power supply control output

90 RX I IP-BUS data input

91 TX O IP-BUS data output

92 GND1 GND

93-95 NC Not used

96 asens I ACC power supply sense input

97 DEQON O DEQ connect enable output

98 MUTE O Mute output

99 GUIDEMUTE Not used

100 TUNCE1 O Chip enable output for FM/AM tuner

101 TUNCE2 O Chip enable output for FM/AM tuner

102 VDD2 Power supply

103 CPUWDT I Watch dog timer input

104 RSTOUT O RSTOUT output

105 XCCSTBY I OFF processing completion input

106 RST3 Not used

107 MTOSYS I Monitor microcomputer UART communication (Reception) input

108 SYSTOM O Monitor microcomputer UART communication (Transmission) output

109 SWACPW O Monitor microcomputer power supply control output

110 PRGON I System microcomputer self programing mode ON input

111 RXIPOD I iPod : UART communication input

112 TXIPOD O iPod : UART communication output

113 IRQPWR O B. up OFF output

114 RSTOUT NC

115 NC NC

116 psens I iPod : Connect sense input (communication)

117 CTOSYS I Navigation UART communication (Reception) input

118 SYSTOC O Navigation UART communication (Transmission) output

119 CPRESET Not used

120 OPTON O Optical digital output

121,122 NC Not used

123 PID O iPod : Communication mode notification output

124 PPW O iPod : Power supply control output

125 psensg I iPod : Connect sense input (connector)

126 illsns I Illumination sense input

127 CPREADY Not used

128 VDD1 Power supply

129 PBSNS I Parking brake sense input

130 bksns I Back gear sense input

131 GND1 GND

132 optsns I Optical cable detection input

133 dvejky I MS3 eject key input

134 NC Not used

135 TUNSL I Signal level inptut for FM/AM tuner

136 BLEVSNS Not used

137 WREMIN I Wired remote control AD input

138 REVMDL I Model type reversing switch input

139 FWSNS I iPod : Control input

140 NC Not used

141 TESTIN I Testmode input

142 TIMEOUT I Time out input

143 ADCVDD A/D converter power supply

AVIC-D3/XU/UC 269

5678

Function and

eration

144

ND A

D converter GN

108

109

144

PE5580A

(

PE5581A (EW5)

ON/OFF

CIRCUIT

REFERENCE

VOLTAGE

SHORT-

CIRCUIT

PROTECT

VIN

VSS

VOUT

ON/OFF

S-814A50AUC-BDO

12345

GND

VCC

Reference

voltage

BD3931HFP

AVIC-D3/XU/UC

270

1234

INV1

FB1

SOFTSTART1

PWM/SKIP

5V_STBY

GND

REF

STBY1

STBY2

FLT

POWERGOOD

SOFTSTART2

FB2

INV2

LH1

OUT1_u

LL1

OUT1_d

OUTGND1

TRIP1

VCC

TRIP2

VREF5

REG5V_IN

OUTGND2

OUT2_d

LL2

OUT2_u

LH2

TPS5120DBT

- Pin Arrangement Chart

ROUT3

ROUT2

ROUT1

DIN3

DIN2

DIN1

C5-

GND

C5+

C1-

VCC

C1+

VDD

RIN3

RIN2

RIN1

DOUT3

DOUT2

DOUT1

VCHA

stby

VSS

C4-

GND

C4+

UPD4723GSS1

AVIC-D3/XU/UC 271

5678

SOFTSTART1

DLY

OSC

Timer

SOFTSTART2

DLY

Phase

Vref 5 VREG

Current

Protection

Trigger

Skip Comp.

PWM Comp.

Err Amp.

0.85 V

STBY1

UVLO

SIGNAL

STBY2

OVP1

OVP2

UVP1

UVP2

0.85 V+12%

Err Amp.

Skip Comp.

0.85 V UVLO

SIGNAL

UVLO

Comp.

0.85 V

INV2 INV1

PGcomp4 PGcomp3 INV2

PGcomp2

INV1

0.85 V –7% PGcomp1

4.5 V

5.0 V

PWM Comp.

Current Comp.

VCC

SOFTSTART1

FB1

INV1

FLT

FB2

INV2

PWM/SKIP

SOFTSTART2

STBY1

STBY2

REF

5V_STBY

GND

POWERGOOD

REG5V_IN

VREF5

LH2

OUT2_u

LL2

OUT2_d

OUTGND2

TRIP2

TRIP1

VCC

OUTGND1

OUT1_d

LL1

OUT1_u

LH1

SFT1 SFT2

Inverter

0.85 V+12%

0.85 V –19.4%

0.85 V –7%

0.85 V +7%

–(VCC –VTRIP1)

VCC –VTRIP1

LSD Trip

HSD Trip

LSD Trip

VCC –VTRIP2

–(VCC –VTRIP2)

- Block Diagram Chart

AVIC-D3/XU/UC

272

1234

IF-MIXin

GND (IF-MIX)

RF-MIXout

VCC (RF-MIX)

RF-MIXin

VCC (1stLO-OSC)

1stLO-OSC1

1stLO-OSC2

GND (1stLO-OSC)

VCC (phase detector)

PD-Vout3

PD-Vout2

PD-Vout1

GND (phase detector)

GND (RF-MIX)

VCC (IF-MIX)

VGC (IF-MIX)

IF-MIXout

GND (2ndIF-AMP)

2ndIFin1

2ndIFin2

2ndIFbypass

VCC (2ndIF-AMP)

2ndIFout

REFout

VCC (reference block)

REFin

GND (divider block)

LOout

VCC (divider block)

UPB1027GS

A15

A14

A13

A12

A11

A10

reset

RY/by

A17

A16

byte

VSS

DQ15/A-1

DQ7

DQ14

DQ6

DQ13

DQ5

DQ12

DQ4

VCC

DQ11

DQ3

DQ10

DQ2

DQ9

DQ1

DQ8

DQ0

VSS

A-1

A0-A17

DQ0-D15

byte

RY/by

reset

VCC

VSS

:Data output/Address input

:Address input

:Data input output

:Mode select

:Chip enable input

:Output enable input

:Ready/Busy output

:Reset

:Not used

:Power supply

:GND

:Write enable

PEH100A8 (UC)

PEH101A8 (EW5)

AVIC-D3/XU/UC 273

5678

Pin No. Pin Name I/O Format Function and Operation

1 VCC0 Power supply (3.3V)

2 VSS0 GND

3 TXD2 l/O SIO2 Transmission data input / output

4 RXD2 l/O SIO2 Reception data input / output

5 TXD1 O C SIO1 Transmission data output

6 RXD1 l SIO1 Reception data input

7 TXD0 O C SIO0 Transmission data output

8 RXD0 l SIO0 Reception data input

9 SPEED l SP I/F input

10 ADCSB O C AD I/F output

11 ADSCK O C AD I/F output

12 ADTXD O C AD I/F output

13 ADRXD l AD I/F input

14 ADSRX l AD I/F input

15 ADIO0 l/O AD I/F input / output

16 ADIO1 l/O AD I/F input / output

17 ADIO2 l/O AD I/F input / output

18 VCC1 Power supply (3.3V)

19 VSS1 GND

20 PWM O PWM signal output

21 PLINT l PLL I/F input

22 PLCE O C PLL I/F output

23 PLSCK O C PLL I/F output

24 PLTX O C PLL I/F output

25 PLRX l PLL I/F input

26 PLIO0 l/O PLL I/F input / output

27 PLIO1 l/O PLL I/F input / output

28 PLIO2 l/O PLL I/F input / output

29 DDINT l DARC I/F input

30 DDCE O C DARC I/F output

31 DDSCK O C DARC I/F output

32 DDTX O C DARC I/F output

33 DDRX l DARC I/F input

34 DDIO0 l/O DARC I/F input / output

35 DDIO1 l/O DARC I/F input / output

36 DDIO2 l/O DARC I/F input / output

37 TIOA0 l/O ParaIIeI input / output

38 TIOA1 l/O ParaIIeI input / output

39 TIOB0 l/O ParaIIeI input / output

40 TIOB1 l/O ParaIIeI input / output

41 VCC2 Power supply (3.3V)

42 VSS2 GND

43-53 A19-9 l/O Address bus input / output

54 VCC3 Power supply (3.3V)

55 VSS3 GND

56-64 A8-0 l/O Address bus input / output

65 VCC4 Power supply (3.3V)

66 VSS4 GND

67-82 D0-15 l/O Address bus input / output

83 VCC5 Power supply (3.3V)

84 VSS5 GND

85 WRHB l/O Upper data write strobe input / output

86 WRLB l/O Lower data write strobe input / output

87 RDB l/O Read data strobe input / output

88 CS2B l/O Chip select aria 1 for external storage input / output

CS0B l/O Chip select aria 0 for ROM input / output

VCC6 Power supply (3.3V)

-Pin Functions(PD3390A)

AVIC-D3/XU/UC

274

1234

Pin No. Pin Name I/O Format Function and Operation

91 VSS6 GND

92 TEST2 Test mode

93 CKOEB l CK output enable input

94 CK O CPU clock output

95 CS5B O C DRAM low address strobe output

96 CS3B O

DRAM column address strobe output

97 CS1B C DRAM column address upper byte strobe output

98 RTCVSS1

Power supply (3.3V)

99 SRAMB

Backup memory select input

100 STANBYB Stand by signal input

101 RTCVSS0 GND

102 XRTCIN l

Sub crystal oscillator input (RTC)

103 XRTCOUT O Sub crystal oscillator output (RTC)

104 RTCVCC Power supply (3.3V)

105 PCKSEL0 l Processor clock select input

106 PCKSEL1 l Processor clock select input

107 CCKSEL l

l/O

CRCK signal select input

108 CCKDIR Carrier clock direct input / inverter amp output

Power supply (3.3V)109 CCKVCC

110 CRCK l Carrier clock input

111 CCKGND GND

112-118 PC0-6 l/O Parallel input / output

119 NMI Connect to VCC

120 RESETB l System reset input

121 MSTRSTB l Test reset input

122 TEST0 l Test mode input

123 TEST1 l Test mode input

124 REFSEL l GPS reference clock select input

125 REFCK l Reference clock input

126 VCC7 Power supply (3.3V)

127 VSS7 GND

128 XAUXIN l

Sub crystal oscillator output input (AUX)

129 XAUXOUT O Sub crystal oscillator output (AUX)

130-133 PIN0-3 l Parallel input

134-137 PIO4-7 l/O Parallel input / output

138 TXD3 l/O SIO3 Transmission data input / output

139 RXD3 l/O SIO3 Reception data input / output

140 BOWWOWB O Watch dog timer output

141 IFDIR l/O IF direct input / IF inverter amp output

142 IFVCC

Power supply (3.3V)

143 IF IF input

IF amp GND input

Format

Meaning

CMOS

144

PD3390A

109

144

108

IFGND

AVIC-D3/XU/UC 275

5678

Pin No. Pin Name I/O

Function and Operation

1 VREF Reference voltage output

2 MPXIN Base band (multiplexed) signal input

3 Vdda Analog system power supply (+ 5 V)

4 NC Not used

5 Vssa Analog system GND

6 FLOUT O Sub carrier output (filter output)

7 CIN l Sub carrier input (comparator input)

8 NC Not used

9 T1 l Test input (connect to GND)

10 T2 l Test input (stand-by control)

11 T3 O RDS clock output

12 NC Not used

13 T4 O RDS data output

14 T5 O Soft-decision control data output

15 XOUT O Crystal oscillator output

16 XIN l Crystal oscillator input

17 Vddd Digital system power supply (+ 5 V)

18 Vssd Digital system GND

19 NC Not used

20 T6 O Error status,regenerated carrier and error block count outputs

21 T7 O Error correction status, SK detection and error block count outputs

22 SYNC O Block synchronization detection output

23 NC Not used

24 RDS-ID O RDS detection output

25 DO O Data output

26 CL l Clock input

27 NC Not used

28 DI l Data input

29 CE l Chip enable input

30 SYR l Synchronization and RAM address reset input

- Pin Functions(LC72720YVSS1 : EW5)

LC72720YVSS1 (EW5)

AVIC-D3/XU/UC

276

1234

ADC12H034CIMSAS1

Address Latch and Decoder Control Timing

Analog

Input

Multiplexer

SAR

+Main DAC

-Main DAC

-Correction

DAC

+Correction

DAC

Output Shift Register

ALU RAM

Output Select

Logic and Buffer

CH0

CH1

CH2

CH3

COM

MUX

OUT1

A/DIN1

MUX

OUT2

A/DIN2

VREF-

VREF+

DGND

VD+

DOR

CCLK

SCLK

CONV

EOC

AGND

VA+

OVP TSD OCP

Vref Driver

GND

VCC

CTL

VOUT 4

BA00CCWCP-V5

OVP TSD OCP

Vref Driver

VCC

CTL

VOUT 4

BA00CCWFP (EW5)

AVIC-D3/XU/UC 277

5678

TAB

P-GND2

OUT2-

STBY

OUT2+

VCC

OUT1-

P-GND1

OUT1+

SVR

IN1

IN2

S-GND

IN4

IN3

AC-GND

OUT3+

P-GND3

OUT3-

VCC

OUT4+

MUTE

OUT4-

P-GND4

SWITCH

+-+

Offset

Detection

+-+

Offset

Detection

+-+

Offset

Detection

+-+

Offset

Detection

Protector;

Over current limit

sw_vcc

stby

Protector;

Short circuit

Mute circuit

amp_vcc

Stand-by

Circuit

Protector;

Over voltage

sw_vcc

Protector;

Thermal

Reference

amp_vcc

PAL007C

132

OUT1

-IN1

+IN1

VEE +IN2

-IN2

OUT2

VCC

567

BA4558RFVM

VOUT

GND

V+ VIN

VGND

NJM2505F

AVIC-D3/XU/UC

278

1234

No.

RB5P0090M

Pin Arran

ement Char

AVIC-D3/XU/UC 279

5678

- Block Diagram Chart

AVIC-D3/XU/UC

280

1234

Rx/Cx

CLR

C2 H

Vref

VCC

F/F

CK Q

16 15 14 13 12 11 9

12345678

1a1clr 1q

2a2clr2qVCC 1Rx/Cx 1Cx 1Q 2B

1B 2Q 2Cx 2Rx/Cx GND

TC74VHC221AFTS1

vout GND VCC

123

Amp Limiter B.P.F Demodulato Integrator Comparator

GND VCC vout

GP1UX51RK

- Pin Arrangement Chart- Block Diagram Chart

AVIC-D3/XU/UC 281

5678

51 TESTIN I Chip test input

- Pin Functions (PE5584A)

Pin No. Pin Name I/O Function and Operation

PNLADX Touch panel X directions A/D input

NC Not used

3 PNLADY Touch panel Y directions A/D input

4 AVSS A/D converter GND

DIMMER O Dimmer analog output

7 AVREF1 D/A converter standard voltage

8 RXD I Data input from system microcomputer

9 TXD O Data output from system microcomputer

MFLPW O Back light power supply control output

17 OSDDT O OSD data output

18 OSDCK O OSD clock output

19 OSDCS O OSD chip select output

16 OSDTRE Not used

TSCK I Test mode clock input

20 EPRRST I EEPROM data initialization mode input

21 EPRTEST I EEPROM data setting mode input

22 STEST I The monitor independent mode input for aging

30 INVBST O CCFL current boost output

33 VSS1 GND

41,42 NC Not used

43 FREQSW DC convertor select output

44 INVPUL Inverter pulse output

45 NC Not used

49 EPRCS O EEPROM chip select output

48 EPRCK O EEPROM serial clock output

47 EPRDO O EEPROM serial data output

46 EPRDI I EEPROM serial data input

59 SRVTEST I Adjustment mode input for service

60 RESET I Reset input

61 REMIN I Remote control data input

24 PNLXV O Touch panel X directions power supply control output

25 PNLYV O Touch panel Y directions power supply control output

TPTEST I Touch panel test mode input

11 MVIPW O Video power control output

26 PNLVD O Touch panel power supply control output

31 OSDDIPS OSD display control output

12 LCDDT I/O LCD data input/output

13 LCDCK O LCD clock output

14 LCDCS O LCD chip select output

15 BLKDRV O Mute output

27 RGBSEL O RGB/ C. Video select output

28 PSAVE O LCD IC power save output

29 COLSYS O NTSC/PAL detect output

34 MODS O Screen mode select output

35 MODW O Screen mode select output

36 MODN O Screen mode select output

37 NC Not used

38 ROMDATA I/O ROM collection data input/output

39 ROMCLK O ROM collection clock output

40 ROMCS O ROM collection chip select output

50 NC Not used

52 LEDDT I/O LED data input/output

53 LEDCK O LED clock output

54 LEDCS O LED chip select output

55 PHTEST I PHASE adjustment mode input

56 PALARI I Model type detect input

57 JUC I Model type detect input

58 ILMTEST I RGB illumination test mode input

DOTCLK Pixel align

AVIC-D3/XU/UC

282

1234

Pin No. Pin Name I/O Function and Operation

76 KDT0 I Analog key data intput

77 KDT1 I Analog key data intput

78 KDT2 I Analog key data intput

79 KDT3 I Analog key data intput

80 TEMPSEN I Temperature detection input

21 40

6180

PE5584A

74 VDD0 Power supply

75 AVDD A/D converter power supply

62 VDDSENS I EEPROM power supply sense input

68 VDD1 Power supply

69 X2 Crystal oscillating element connection

70 X1 Crystal oscillating element connection

71 VPP I Flash writing input

72 XT2 Not used

73 XT1 GND

67 VSS0 GND

63 NC Not used

64 VSYNC I Vertical synchronizing signal input

65,66 NC Not used

VCC

TEST

GND

Memory

Aray

Address

Decoder

Mode Decode

Logic

Data Resistor Output Buffer

Clock Pulse

Counter

Voltage Ditector

Clock Oscillater

S-93C46BR0I-J8

AVIC-D3/XU/UC 283

5678

CPOUT

AVSS

VCOIN

AVSS

RESET

TEST

VSS

DOCKI

DOCKO

EVEN

HSYNC

VSYNC

DISP

AV3V

AVCC

SIN

SCLK

TRE

VCC

V3V

BOUT (C0)

ROUT (C1)

GOUT (C2)

IOUT (C3)

VOB1

VOB2

DISP BOUT

ROUT

GOUT

IOUT

VOB1

VOB2

DOCKO

DOCKI

HSYNC

CPOUT

VCOIN

VSYNC

EVEN

RESET

SIN

SCLK

TRE

Serial input

control

Display control Display

output

control

Command

table ROM

Command

table ROM

control Display memory

VRAM Font ROM

Dot clock generator circuit

Dot clock

(16 KByte)

(PLL circuit)

(512 char.)(32 char. x 16 line)

- Pin Arrangement Chart

- Block Diagram Chart

PD6567A

AVIC-D3/XU/UC

284

1234

Pin F

(

LZ9FE30

)

No.

Function and

eration

VIN

ert

ron

nput

ert

ronous separat

on s

output

3 HON_E O Test setting output

4 HSY I/O Horizontal synchronizing signal input/output

5 VDD1 Power supply

6 FRPT O Polarity reversing signal output (common electrode)

7 SYNI I Compound synchronous signal input

8 FRPV O Polarity reversing signal output (video signal)

9 GND1 GND

10 VCS O Normal mode mask signal output

11 NTPC I NTSC/PAL setting input

12 VSY I/O Vertical synchronizing signal input/output

13 HRVC I Horizontal scanning direction setting input

14 VRVC I Vertical scanning direction setting input

15 CLKC I Clock synchronous signal I/O setting input

16 MDS I Display mode setting input

17 GND2 GND

18 EXCL I/O Clock input/output

19 GND3 GND

20 MDW I Display mode setting input

21 MDN I Display mode setting input

22 PWM O Backlight control signal output

23 MON_F O Test setting output

24 VSWC I VSWO output control input

25 VSWI I Video system switch input

26 VSWO O Video system switch output

27 VDD2 Power supply

28 SPOI I/O Start signal input/output for source driver

29 GND4 GND

30 PCP O Test setting output

31 CLOC I EXCL port output mode switch input

32 MOD2 O Control signal output for gate driver

33 HR O Horizontal scanning setting output for source driver

34 IVR O Vertical scanning setting output for gate driver

35 PS O Control signal output for source driver

36 CTR O Control signal output for source driver

37 SPIO I/O Start signal input/output for source driver

38 PDP O Phase comparison output

39 PAIR I Pairing setting siganl input

40 MON O Test setting output

41 APN I Horizontal display position setting input

42 GND5 GND

43 OSCO O Clock oscillation circuit output

44 OSCI I Clock oscillation circuit input

45 VDD3 Power supply

46 GND6 GND

47 CLD O Clock signal output for source driver

48 TST1 I Test setting input

49 RESH I Horizontal counter reset input

50 RESV I Vertical counter reset input

51 TST2 I Test setting input

52 TEST I Test setting input

53 MON_A O Test setting output

54 TPC O Touch panel control signal output

55 MON_C O Test setting output

56 MON_D O Test setting output

57 CLS O Clock signal output for gate driver

58 SPS O Reset signal output for gate driver

59 VR O Scanning setting output for gate driver

60 MOD1 O Control signal output for gate driver

61 TCLK I Test setting input

62 GND7 GND

63 GND8 GND

AVIC-D3/XU/UC 285

5678

No.

Function and

eration

nal output for

ate power suppl

ontrol si

nal in

ut for

ate driver

66 ABC I Output setting input

67 VDC Power supply

68 GND9 GND

69 DVTC O Test setting output

70 BLKI I Screen position adjustment input

71 BLKO O Screen position adjustment output

72 SYNO O Compound synchronous signal output

LZ9FE30

AVIC-D3/XU/UC

286

1234

- Pin Layout

GND

STB

VCC

VREF

INV1

FB1

SCP

DTC1

PVCC1

OUT1

SEL1

NON2

INV2

FB2

DTC2

PVCC2

OUT2

PGND

- Block Diagram

VREF

VCC

VREF

FB1

INV1

DTC1

FB2

INV2

NON2

CT OSC

STB

Both CH

ON/OFF

PVCC2

PVCC1

SEL1

PGND

OUT1

OUT2

SCP Timer

Latch GND

DTC2

(2.5 V)

1 V

2.3 V

S-80859CNNB-B9K

OUT VDD

VSS NC

VREF

BD9851EFV

VSS

DQ15

VSSQ

DQ14

DQ13

VDDQ

DQ12

DQ11

VSSQ

DQ10

DQ9

VDDQ

DQ8

VSS

DQM1

CLK

CKE

DQM3

VSS

DQ31

VDDQ

DQ30

DQ29

VSSQ

DQ28

DQ27

VDDQ

DQ26

DQ25

VSSQ

DQ24

VSS

VDD

DQ0

VDDQ

DQ1

DQ2

VSSQ

DQ3

DQ4

VDDQ

DQ5

DQ6

VSSQ

DQ7

VDD

DQM0

/WE

/CAS

/RAS

/CS

A11

BA0

BA1

A10(AP)

DQM2

VDD

DQ16

VSSQ

DQ17

DQ18

VDDQ

DQ19

DQ20

VSSQ

DQ21

DQ22

VDDQ

DQ23

VDD

EDS1232AATA-75

A0 to A11

BA0,BA1

DQ0 to DQ31

/CS

/RAS

/CAS

/WE

Address Inputs

Bank select

Data Input/output

Chip select

Row address atrobe

Column address strobe

Write enable

DQM0 to DQM3

CKE

CLK

VDD

VSS

VDDQ

VSSQ

DQ mask enable

Clock enable

Clock Input

Supply voltage

Ground

Supply voltage for DQ

Ground for DQ

No connection

AVIC-D3/XU/UC 287

5678

- Pin Layout

SCK

ZEROL/NA

ZEROR/ZEROA

VCOM

AGND

BCK

DATA

LRCK

DGND

VCC

VOUTL

VOUTR

- Block Diagram

Power Supply

DGND

Enhanced

Multi-level

Delta-Sigma

Modulator

VOUTL

Audio

Serial

Port

BCK

LRCK

DATA

Serial

Control

Port

Zero Detect

SCK System

Clock

Manager

Output Amp

and

Low-Pass Filter

DAC

VCOM

System Clock

AGND

VCC

ZEROR/ZEROA

ZEROL/NA

Output Amp

and

Low-Pass Filter

DAC

VOUTR

4× / 8×

Oversampling

Digital

Filter

with

Function

Controller

PCM1753DBQ

OUT

GND

Thermal

Protection

Bandgap

Reference

Noise

Bypass

Cont

123

452

CONTROL GND NOISE BYPASS

VOUTVIN GND

NJM2880U1-05

AVIC-D3/XU/UC

288

1234

A15

A14

A13

A12

A11

A10

reset

RY/by

A17

A16

byte

VSS2

DQ15/A-1

DQ7

DQ14

DQ6

DQ13

DQ5

DQ12

DQ4

VCC

DQ11

DQ3

DQ10

DQ2

DQ9

DQ1

DQ8

DQ0

VSS1

A0 to A17 : 18 address inputs

DQ0 to DQ14 : 15 data inputs/outputs

DQ15/A-1 : DQ15 (data input/output,

word mode),

A-1 (LSB address input,

byte mode)

byte : Selects 8-bit or 16-bit mode

ce : Chip enable input

oe : Output enable input

we : Write enable input

reset : Hardware reset pin input

RY/by : Ready/busy output

VCC : 3.0 volt-only single power supply

VSS : Device ground

NC : Pin not connected internally

CWW1423

CWW1424

11oe 48 1LE

47 1D1

46 1D2

45 GND

44 1D3

43 1D4

42 VCC

41 1D5

40 1D6

39 GND

38 1D7

37 1D8

36 2D1

35 2D2

34 GND

33 2D3

32 2D4

31 VCC

30 2D5

29 2D6

28 GND

27 2D7

26 2D8

25 2LE

21Q1

31Q2

4GND

51Q3

61Q4

7VCC

81Q5

91Q6

10GND

111Q7

121Q8

132Q1

142Q2

15GND

162Q3

172Q4

18VCC

192Q5

202Q6

21GND

222Q7

232Q8

242oe

47 2

1D1 1Q1

46 3

1D2 1Q2

44 5

1D3 1Q3

43 6

1D4

1oe 48

1LE 24

2oe 25

2LE C4

3D 1

24D

2EN

1EN

1Q4

41 8

1D5 1Q5

40 9

1D6 1Q6

38 11

1D7 1Q7

37 12

1D8 1Q8

36 13

2D1 2Q1

35 14

2D2 2Q2

33 16

2D3 2Q3

32 17

2D4 2Q4

30 19

2D5 2Q5

29 20

2D6 2Q6

27 22

2D7 2Q7

26 23

2D8 2Q8

TC74LCX16373FT

AVIC-D3/XU/UC 289

5678

VSS GND

VDD Power supply

NWE SDRAM write enable O

NCAS SDRAM Column address strobe O

NRAS SDRAM low address strobe O

NCSM SDRAM chip select O

MA SDRAM address I/O

BA SDRAM bank address O

DQM SDRAM data mask I/O

EXDT External memory data I/O

EXADR External memory address I/O

NEXOE External memory output chip enable O

NEXCE External memory chip select O

EXADT External memory address I/O

NEXWE External memory write enable O

P General port I/O

DRV Servo port I/O

FG Motor FG I/O

NRST Master reset I

AVDD Analog power supply

PLFIL Connect for DRC-VCO O

AVSS Analog GND

VREFH ADC reference voltage for DRC(TOP) O

VREFL ADC reference voltage for DRC(BTM) O

ANAMONI Analog monitor O

IREFRF Reference voltage I

CCAPA Inline capa connect O

CDATA Inline data connect O

RFINN External RF input I

RFINP External RF input I

VINRF RF input I

LPC DVD/CD LPC input I

LPCO DVD/CD LPC output O

VHALF Reference voltage O

MN2DS0016

AD Servo AD input I

PWM Tracking (Focus) drive output O

DACOUT RGB analog signal O

COMP DAC stabilization connect pin I

VREF DAC reference input I

IREF DAC bias current setting pin I

OSCO Resonator output O

OSCI Resonator input I

DACCK Audio clock I/O

LRCK LR chann clock output O

SRCK Bit clock output O

ADOUT Audio down mix output I/O

IECOUT Digital audio output I/O

TRCST Output trace status for debugging I/O

TRCDATA Output trace data for debugging I/O

TRCCLK Output trace clock for debugging I/O

EXTRG I/O trigger for debugging I/O

SDATA Data for debugging I/O

SCLOCK Input clock for debugging I

MASTER ATAPI master slave signal input I/O

NRESET ATAPI reset input signal I

HDD ATAPI I/O data I/O

DMARQ ATAPI host DMA request output I/O

NIOWR ATAPI host write signal I/O

NIORD ATAPI host read signal I/O

IORDY ATAPI host ready output I/O

NDAMCK ATAPI host DMA acnorigge input I

INTRQ ATAPI host interrupt output I/O

DA ATAPI host address I/O

NPDIAG ATAPI diagnosis signal I/O

NCSFX ATAPI host chip select input I

MCKI SDRAM input clock I

MCK SDRAM clock O

MDQ SDRAM data I/O

AVIC-D3/XU/UC

290

1234

20 CTL2

BD7996EFV

21 CTL1

14 VC

49 TJMON

29 SPIN

13 FG

12 SPCNF

25 SLIN2

26 SLIN1

10 LDIN

9 ACTIN3

50 ACTIN2

51 ACTIN1

LINTLINT

LEVEL

SHIFT

54LDO-

53LDO+

PRE

logo

16SLO1-

42V

39W

40 45 46PGND1,2,3

44U

38 43SPVM1,2

15SLO1+

PRE

logo

FF ORC

18SLO2-

34HU-

35HU+

32HV-

33HV+

30HW-

36HB

BOTTOM

HOLD

STBY/

BRANCE

CONTROL X

LIMIT

T.R.D.

31HW+

17SLO2+

LEVEL

SHIFT

6ACO3-

5ACO3+

LEVEL

SHIFT

4ACO2-

3ACO2+

LEVEL

SHIFT

2ACO1-

1ACO1+

8AVM

52VCC

24SLVOO

27DVOC

47SPVM_S

48BTHC

37SPRNF

28DGND

19SLGND

22SLRNF2

23SLRNF1

11AGND

HALL

MATRICC

PWM

AVIC-D3/XU/UC 291

5678

mbo

lai

AMANT

AM antenna in

AM antenna input hi

h impedance AMANT pin is connected wit

an all antenna b

of 4.7

H. (LAU t

e inductor

)

the countermeasure a

ainst the hum of power transmission line

roun

ock

MANT

M antenna in

ut of FM antenna 7

Ω

Sur

e absorbe

ecessar

ower su

pply

nal leve

chi

enable-

Chi

enable for EEPROM

”

act

ect

used

hip

ena

Chi

enable for A

•

”

High

”

activ

ock

data

in Data in

ect

used

osc

round

osc

ill

ato

ROM

ower su

Power su

for EEPROM

in 13 is connected with a

ower su

micro com

uter

data

out

Data out

ital

roun

Ground of di

ital bloc

ection

Not

used

ower su

The power supply for di

ital block. 3.3 V

ect

used

ect

used

ect

used

ect

used

audio

roun

channel out

ste

“

”

nal output or AM audio outpu

channel out

ste

“

”

nal output or AM audio outpu

FMRF

ANT adj RF adj

FM ANT

T51 CF52

RFGND

VCC

IC 2

2.5 V

CE2

ROM_VDD

CE1

7 6 13 5 10 9 8 11 14 18 19 20 21

IC 1

3.3 V

AM ANT FMRF

ATT

LPF

OSC

IC 3 EEPROM

5.0 V

IC 5

5 V 3.3 V

←

ATT

MIXER, IF AMP DET, FM MPX

Rch

Lch

FM/AM Tuner Unit

(

)

AVIC-D3/XU/UC

292

1234

mbo

lai

AMANT

AM antenna in

AM antenna input hi

h impedance AMANT pin is connected wit

an all antenna b

of 4.7

H. (LAU t

e inductor) A series circuit

includin

an inductor and a resistor is connected with RF

round for

the countermeasure a

ainst the hum of power transmission line

roun

ock

MANT

M antenna in

ut of FM antenna 7

Ω

Sur

e absorbe

is necessar

ower su

The power supply for analo

block. D.C 8.4 V

nal leve

Output of FM/AM si

nals leve

chi

enable-

Chi

enable for EEPROM

”

act

ect

used

chi

enable-

Chi

enable for A

•

”

act

ock

data

detector

“

”

act

OSCG

osc

round

osc

ill

ato

ock

ROM

ower su

Power su

for EEPROM

in 13 is connected with a

ower su

micro com

uter

data

out

Data out

ital

roun

Ground of di

ital bloc

ect

used

VDD

ower su

The power supply for di

ital block. 3.3

.2 V

ock

Out

ut of RDS clock(2.5 V

)

data

ock

Out

ut unit

“

”

“

”

active

)

RDS

RDS hi

h spee

Out

ut unit

“

ock

“

”

active

)

audio

roun

aud

ock

channel out

ste

“

L-

”

nal output or AM audio outpu

channel out

ste

“

R-

”

nal output or AM audio outpu

FMRF

ANT adj RF adj

FM ANT

T51 CF52

RFGND

OSCGND

DGND

AUDIOGND

VCC

VDD_3.3

3.3V 2.5V

IC 4

3.3V 2.5V

←

IC 2

2.5V

CE2

ROM_VDD

CE1

LDET

RDS_CK

RDS_DATA

RDS_LOCK

RDS_HSLK

7 6 13 5 10 9 8 11 14 18 19 20 21

IC 1

3.3V

AM ANT FMRF

ATT

LPF

OSC

IC 3 EEPROM

5.0V

IC 5

5V 3.3V

←

ATT

MIXER, IF AMP DET, FM MPX,

RDS DECODER

Rch

Lch

FM/AM Tuner Unit

(

EW5

)

AVIC-D3/XU/UC 293

5678

7.3 EXPLANATION

7.3.1 CIRCUIT DESCRIPTIONS

Overcurrent detection mechanism

1. The current exceeding the allowable range flows to the load side (=iPod).

2. The difference of electrical potential at both ends of R1805 becomes large exceeding approximately 0.6 V.

3. As a result of the difference of potential between the emitter and the base of Q1802, the current starts to flow from

the emitter to the base, and the difference of potential between the emitter and the collector becomes almost zero.

4. The difference of potential between the emitter and the base of Q1801 no longer exists, and Q1801 will close.

5. It is designed in a way that, if the output is grounded, the current will start flowing to Q1802 even before that and

that Q1801 will close.

- FireWire PWR

FireWire : Power supply circuit to supply electricity to iPod.

Overcurrent detection resistor 0.47 Ω

A popular switch circuit.

When there is an overvoltage, D1878 will be ON

and PPW will be dropped down to Low level by

force so that the overvoltage will not be applied to

the iPod side.

Page 82 Address 4A

AVIC-D3/XU/UC

294

1234

7.3.2 OPERATIONAL FLOW CHART

/BSENS

/ASENS

Status

MUTE

MUTEVO

ASENBO

SREMOTE

DEQON

SYSPWR

ANTON

SWACPW

CCON

RSTOUT

IRQPWR

CPUWDT

OFFOK

RST3(Not used)

VDCONT

DRAMPW

FANCONT

XVMUTE

BCVSW

500 ms

200 ms 1 sec to 2 sec 250 ms to 300 ms

500 ms or more

Power supply mask (200 ms)

Oscillation stop

Standby loop Main loop

IP-BUS pretreatment

IP-BUS slave connection check

Slave waiting for a pwr. mask

DRAMPW(At the tim

It is

IP-BUS slave connection check time (IP-BUS spec)

• The number of connection slaves is 0 last time.(1 sec)

• The number of connection slaves is one or more last time.

-When a connection slave is able to be altogether checked within 1 sec last time. ····· 1 sec

-When at least one connection slave is not able to be checked within 1 sec last time. ····· 2 sec

With slave connection : 250 ms to 300 ms

Sense system

Sound Mute

Control

IP-BUS

AUX Out

Audio Control

Power Supply

Control

Monitor Control

NAVI Control

MS5 Control

DRAM

Power Supply

Control

FAN Motor

Control

Video Mute

Control

ANTON(Source interlocking

movement, forced OFF)

- Acc ON(Normal Acc ON)(Reference)

AVIC-D3/XU/UC 295

5678

8 ms to 16 ms or more

16 ms

16 ms to 24 ms

48 ms

48 ms or more

16 ms

pply mask (200 ms)

ain loop

After mute(200 ms)(After SYSPWR ON, at least 200 ms. MUTE time is extended to OFFOK Hi henceforth.)

After mute(200 ms)(After SYSPWR ON, at least 200 ms. MUTE time is extended henceforth according to other factors.)

RAMPW(At the time of a reset start)

It is a low speed until it receives temperature information from NAVI.

FANCONT(At the time of high temperature)

XVMUTE(At the time of source without a picture)

It is MUTE continuation because of source without a picture.

It is video MUTE OFF at the time of video sauce ON.

300 ms

AVIC-D3/XU/UC

296

1234

8. OPERATIONS

AVIC-D3/XU/UC 297

5678

AVIC-D3/XU/UC

298

1234

- AVIC-D3/XU/UC

AVIC-D3/XU/UC 299

5678

AVIC-D3/XU/UC

300

1234

AVIC-D3/XU/UC 301

5678

AVIC-D3/XU/UC

302

1234

- AVIC-D3/XU/EW5

AVIC-D3/XU/UC 303

5678

AVIC-D3/XU/UC

304

1234

AVIC-D3/XU/UC 305

5678

AVIC-D3/XU/UC

306

1234

Before shipping out the product, be sure to clean the following portions by using the prescribed cleaning tools:

Portions to be cleaned Cleaning tools

DVD pickup lenses Cleaning liquid : GEM1004

Cleaning paper : GED-008

Portions to be cleaned Cleaning tools

Fans Cleaning paper : GED-008

rease List

ease

EM1

050

DVD

Mecha

Module

DVD

Mecha

Module

DVD

Mecha

Module

DVD

Mecha

Module

rease No

s Lis

P FF

BBR

P FF

BBR

P Ex

Cab

P FP

P FF

T DI

ote

RX driver

(

)

Bond (Produced b

THREE B

ND)

T DI

D12

D14

D117

303

C63

095

EM1

033

DVD

ore Unit

N2001

)

<---> Navi Mother Unit

)

() ()

DVD

ore Unit

N1901

)

<---> Navi Mother Unit

N2057

)

Navi Mother Unit

N2068

)

<---> AV Unit

N1652

)

Navi Mother Unit

N2055

)

<---> AV Unit

N1711

)

Monitor Unit

N5001

)

<---> AV Unit

N1661

)

eration chec

eration for ad

ustment

KEW ad

ustment

(

DVD

)

KEW ad

ustment

(

DVD

)

KEW ad

ustment

(

DVD

)

KEW ad

ustment

(

DVD

)

() ()

j()

CRT3879 AVICD3

Navigation menu

Versions of this User Manual:

Views

Navigation