Pioneer AVH-P5000 Schematic

DVD AV RECEIVER

ORDER NO.

CRT4121

AVH-P5000DVD/XN/UC

AVH-P5000DVD

/XN/UC

DVD RDS AV RECEIVER

AVH-P5000DVD AVH-P5000DVD

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

Manufactured under license from Dolby Laboratories. “Dolby”, “Pro Logic”, and the double-D symbol are trademarks of Dolby Laboratories.

Manufactured under license under U.S. Patent #: 5,451,942 & other U.S. and worldwide patents issued & pending. DTS and DTS Digital Out are registered trademarks and the DTS logos and Symbol are trademarks of DTS, Inc. © 1996-2007 DTS, Inc. All Rights Reserved.

/XNEW5

/XN/RE

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

PIONEER CORPORATION 4-1, Meguro 1-chome, Meguro-ku, Tokyo 153-8654, Japan

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

PIONEER CORPORATION 2008

K-ZZZ. FEB. 2008 Printed in Japan

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SAFETY INFORMATION

CAUTION

A

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

WARNING

This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of California to cause cancer, birth defects or other reproductive harm. Health & Safety Code Section 25249.6 - Proposition 65

B

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.

The backlighting lamp of LCD in this equipment contains mercury. Disposal of this material may be regulated due to environmental considerations according to Local, State or Federal Laws. For disposal or recycling information, please contact your local authorities or the Electronics Industries Alliance: www.eiae.org

C

Where in a manufacturer’s service documentation, for example in circuit diagrams or lists of components, a symbol is used to indicate that a specific component shall be replaced only by the component specified in that documentation for safety reasons, the following symbol shall be used:

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.

D

Caution:

1. During repair or tests, minimum distance of 13 cm from the focus lens must be kept.

2. During repair or tests, do not view laser beam for 10 seconds or longer .

E

F

2

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WARNING!

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

Laser diode characteristics

Wave length:

DVD:640 nm to 660 nm

CD:770 nm to 810 nm DVD : 2.48 mW(Emitting period :9 sec.) CD : 705 W(Emitting period : unlimited)

Additional Laser Caution

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

A

B

C

D

E

F

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[Important Check Points for Good Servicing]

In this manual, procedures that must be performed during repairs are marked with the below symbol. Please be sure to confirm and follow these procedures.

A

B

C

D

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.

a 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.

3. Lubricants, Glues, and Replacement parts

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

E

Make sure the proper amount is applied.

4. Cleaning

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

5. Shipping mode and Shipping screws

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

F

4

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1. SERVICE PRECAUTIONS

1.1 SERVICE PRECAUTIONS

A

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) 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.

4)To protect the pickup unit from electrostatic discharge during servicing, take an appropriate treatment (shorting-solder) by referring to "the DISASSEMBLY" .

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

6)During disassembly, be sure to turn the power off since an internal IC might be destroyed when a connector is plugged or unplugged.

B

7) In case the internal fuse blows out, check the latter part of voltage.

8) Touch panel consists of the glass. Take good care for its handling. Dropping the panel or adding severe impact on it may cause the risk of cracking. Also, the end face of glass is not chamfered. Use gloves and the like to protect your fingers from being cut.

9) AVH-P5000DVD will be operated only when Tuner Box is connected. When operating it without connecting Tuner Box such as in the case of confirming operation, short R678 (B face) of the DVD Amp Unit by soldering. *When returning it to the customer, do not forget to remove the shorted part as described above. It is the resistance land that enables operation in case the AVH-P5000DVD is returned to the service deposit with TUNER BOX excluded. If you return this land in the state of leaving it shorted after completion of repair, the failure may arise after returning it to the customer, who will claim that the product does not go OFF even by the detach. (See details to “5.6 SIMPLE OPERATION CHECK METHOD” on the page 61.)

10) Hot areas

C

White area: Hot area. Be careful not to burn yourself DVD Amp Unit

Tuner Box

D

E

F

6

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1.2 NOTES ON SOLDERING

For environmental protection, lead-free solder is used on the printed circuit boards mounted in this unit. Be sure to use lead-free solder and a soldering iron that can meet specifications for use with lead-free solders for repairs accompanied by reworking of soldering.

Compared with conventional eutectic solders, lead-free solders have higher melting points, by approximately 40 C. Therefore, for lead-free soldering, the tip temperature of a soldering iron must be set to around 373 C in general, although the temperature depends on the heat capacity of the PC board on which reworking is required and the weight of the tip of the soldering iron.

Compared with eutectic solders, lead-free solders have higher bond strengths but slower wetting times and higher melting temperatures (hard to melt/easy to harden).

The following lead-free solders are available as service parts: Parts numbers of lead-free solder: GYP1006 1.0 in dia. GYP1007 0.6 in dia. GYP1008 0.3 in dia.

A

B

C

D

E

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2. SPECIFICATIONS

2.1 SPECIFICATIONS

A

B

C

D

E

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A

B

C

D

E

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8

9

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A

B

C

D

E

F

10

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A

B

C

D

E

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2.2 DISC/CONTENT FORMAT

A

is a trademark of DVD Format/Logo Licensing Corporation.

B

C

D

E

F

12

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2.3 PANEL FACILITIES

A

B

C

D

E

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A

B

C

D

E

F

14

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2.4 CONNECTION DIAGRAM

A

B

C

D

E

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A

B

C

D

E

F

16

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p

(

)

(

)

S

j

g

3. BASIC ITEMS FOR SERVICE

3.1 CHECK POINTS AFTER SERVICING

To keep the product quality after servicing, please confirm followingcheck points.

1 Confirm whether the customer complain has

2 Flap-mecha Check the operation of the flap mechanism. The flap mechanism operation must be

3 DVD Measure playback error rates at the

4 DVD Play back a DVD.

5 CD Play back a CD.

6 FM/AM tuner Check FM/AM tuner action.

7 Check whether no disc is inside the product. The media used for the operating check

See the table below for the items to be checked re

been solved. If the customer complain occurs with the specific media, use it for the operation check.

innermost and outermost tracks by using the test mode with the following disc. DVD test disc (GGV1025)

Menu operation;Title/chapter search

Track search

(Seek, Preset)

witch band to check both FM and AM.

ardingvideo and audio:

Item to be checked regarding video Item to be checked regarding audio

Disturbed ima

Too bri Mottled color

e (video jumpiness) Volume too high

kcehCserudecorP.oN The customer complain must not be reappeared. Display, video, audio and operations must be normal.

smooth without making

scratches. Deterioration of mecha-drive can be checked. The error rates must be less than 2.5e-4

Display, video, audio and operations must be normal. Display, audio and operations must be normal. Display, audio and operations must be normal.

must be e

receivin

ected.

it for service.

noitrotsiDesion-kcolB

esioNesionlatnoziroH

wolootemuloVesiontoD

the noise and

nitautculfemuloVkradooT

detpurretnidnuoSth

A

krameRstnio

When flap-mecha exists

.

B

retfaecnaraeppastinotridrosehctarcsoNkcehcecnaraeppA8

C

D

E

F

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3.2 PCB LOCATIONS

A

Monitor PCB

G

C

Keyboard Unit

B

H

Invertor PCB

Tuner Box Unit

I

iPod Connector Unit

B

DVD Amp Unit

A

D

C

Unit Number :

D

E

Unit Name : DVD Amp Unit Unit Number : Unit Name : Keyboard Unit Unit Number : Unit Name : iPod Connector Unit Monitor Unit Consists of Monitor PCB Invertor PCB Unit Number : CWN3138 Unit Name : Monitor Unit

DVD Core Unit

E

Compound Unit(A)

F

Compound Unit(B)

Unit Number : CWN3130(UC) Unit Number : CWN3129(EW5,RE) Unit Name : Tuner Box Unit Unit Number : YWX5005 Unit Name : DVD Core Unit Unit Number : CWX3595 Unit Name : Compound Unit(A) Unit Number : CWX3559 Unit Name : Compound Unit(B)

F

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3.3 JIGS LIST

Main PCB Unit

GGD1170 40-Pin FFC

Monitor PCB

DVD Amp Unit

GGF1461 40-Pin + 20-Pin Relay PCB

GGD1209 20-Pin FFC

Bracket

GGD1284 40-Pin FFC BBR

A

B

C

Cord CDE8589

DVD Mechanism Module

D

E

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DVD-Video GGV1025 Skew adjustment

A

CD-DA TCD-782 Skew adjustment TORX driver(T2) GGK1095 Skew adjustment Bond GEM1033 Skew adjustment

40-Pin FFC GGD1170 Monitor PCB <--> Relay PCB 20-Pin FFC GGD1209 Main PCB Unit <--> Relay PCB 40-Pin FFC BBR GGD1284 DVD Mechanism Module <--> DVD Amp Unit 40-Pin + 20 Pin Relay PCB GGF1461 DVD Amp Unit <--> Monitor PCB, Main PCB Unit

B

- Grease List

Name

Grease Grease Grease Grease Locking agents Grease Grease Grease Grease

C

Grease

Jig No.

GEM1024 GEM1043 GEM1045 GEM1050 1401M GEM1011 GEM1047 GEM1071 GEM1072 GEM1070

Remarks

DVD Mechanism Module and Chassis DVD Mechanism Module and Chassis DVD Mechanism Module DVD Mechanism Module DVD Mechanism Module (1401M:produced by THREE BOND) Chassis Chassis Chassis Chassis Chassis

3.4 CLEANING

D

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

E

F

20

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A

B

C

D

E

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4. BLOCK DIAGRAM

A

INVERTOR

H

PCB

MONITOR PCB

B

G

MONITOR

1/2

OSD,uCOM

2/2

LCD MODULE

CWX3264

TOUCH

PANEL

CSX1115

DRIVE UNIT

CXC9160

C

DVD AMP UNIT

A

D

A A A

E

ANALOG

1/3

SYSTEM

2/3

POWER SUPPLY

3/3

KEYBOARD UNIT

C

F

22

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AVH-P5000DVD/XN/UC

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A

UNIT

160

iPod CONNECTOR

B

UNIT

TUNER BOX UNIT

I

B

C

D

UPPLY

E

D

56

DVD MECHANISM MODULE

F

AVH-P5000DVD/XN/UC

E

F

7

8

23

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B

S

X

S

T

S

CN1901

TUNER BOX UNIT

I

iPod

JA1

1

2,3

AM_ANT

1

FM_ANT

3

Lch

23

SL

5

CE2

6

CE1

8

CK

9

DI

10

DO

14

LDET

11

RDS_CK

18

RDS_DATA

19

A

RDS_LOCK

20

RDS_HSLK

B

21

VCC

4

VDD_3.3

17

13

B

4

3

6

10

11

7

5

2

JA1901

3

ROM_VDD

iPod CONNECTOR UNIT

ACC_ID

TXIPOD

RXIPOD

ACC_PW

ACCDET

VOUT

LOUT

FMPWR

Q2

TUN3.3V

IC1

NJM2391DL1-33

IC5

1

TC7WH08FU

TUN+B

2

NJM2388F84

17

53

IC3

DSEN

CE2

CE1

LDET

RDS_CK

RDS_DATA

RDS_LOCK

RDS_HSLK

B.UP

1

ROMVDD33

CN1901

ACC_ID

TXIPOD

RXIPOD

ACC_PW

ACCDET

VOUT

LOUT

FMPWR

JA2

SL

CK

DO

14

L

17

19

21

15

10

DI

4

3

9

6

1

13

5

18

8

10

11

12

8

6

7

1

14

A

FM/AM

ANTENNA

FM/AM

TUNER UNIT

B

C

CONNECTOR

DVD AMP UNIT (1/2)

A

CN401

DSEN

4

TUN_L

14

TUNSL

17

TUNCE2

6

TUNCE

19

TUNCK

11

TUNDI S_TTUN

13

15

18

3

7

1

5

20

16

10

11

12

8

6

7

1

14

TUNDO

LDET

RDSCK

RDSDATA

RDSLOCK

RDSHSLK

B.UP

ROMVDD

ACCID

IPODTX

IPODRX

ACCPW

ACCDET

VOUT

LOUT

FMPWR

Q903

(1/2)

Q903

(2/2)

SWBUP

P402

FMPW

T_STUN

LDET

IC701

TC7WH08FU

E

VDD33

53

71

TXIPOD

RXIPOD

PSENS

PSENSG

PID

43

19

AV SELECTOR

IC301

AN15887A

V4-1

L4-1

V1-1

37

32

CN801

COMPOSIT

D

I

3

1

17

14

21

22

VD

VDD5

XRES

IRQPWRIRQPW

P801

VD8

VD5

XRES

23

S MS5TXS_MSTX

MS5 SRXMS_SRX

242025

STANBYSTANDBY

40

AMUTE

WAKEUP

REAR VIEW CAMERA/

REVERSE-GEAR

D

E

G

F

VCR/

SIGNAL IN

USB

Drive Unit

CN5001

CN121(1/2)

VCR_L

10

VCR_V

14

B.CAMERA

15

BG

20

CN550

USB5V

1

USBDM

2

USBDP

3

CN441

ANGLEIN

1

LIFTPUL

2

MTRS

3

MTRPW

4

MTR2 MTR2

5

MTR1 MTR1

6

MTRSEL

7

GNDD

13

ANGLOSW

8

LFTSW

9

SENSPW

10

VDD

11

18

BUP

I

20

MONRST

31

S_MTX

32

M_SRX

33

MONVBS

58

REM

46

MFLPW

42

35

PWRFL

I

37

PWRVI

39

.

40 50

I

52

BGSENS

Q141

5

IC551

VOUT

R5523N001B

IC441

TC74VHCT08AFTS1

P442

ACC5

P441

ACC33

P443

BUP

PWFL

PWVI

SWVDD33

1

EN

3

FLG

23

1211

98

BGSENS

USBCNT

USBFLG

ANGLE

LFTPUL

MTRSEL

DEGOSW

MONRST

D

TO 2/2

F

AUX_L

AUX_V

MONITOR VBS BUFFER

Q351 Q352

SYS+B

8

L2-1

39

V2-1

47

V6-1

23

L5-1

45

V5-1

34

VOUT1

33

FB1

LOUT1

VOUT2

USBDM

USBDP

SDA

SCL

L3-1

28

32

35

36

15

X502

48.000 MHz

X501

16.934 MHz

R_VOUT

55

50

52

4

5

1

2

LOUT

DM

DP

USBXTAL1

USBXTAL2

XTAL1

XTAL2

G

USB CONTROL

IC501

PE5611B

AVSDA

AVSCL

B

BR

B

S

RE

24

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AVH-P5000DVD/XN/UC

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21

CN1901

D

224023

24

20

25

STANBY

IRQPWRIRQPW

S MS5TXS_MSTX

MS5 SRXMS_SRX

STANDBY

29

LOUT

AMUTE

WAKEUP

SYS+B

Q801

Q802

MS_L MS_L

SYSTEM MICOM

Q401

Q402

144

114

113

101

100

107 106 105

132

116 115

129

124 122 126 125 123 127

70

69

68

18

19

98

63 64 61 62 21 76 66

31 32 30

60 59

22

23

49

50

51

54

53

48

47

94 95

17

24 29 25 26

TUNSL

TUNPCE2

TUNPCE

TUNCK

TUNPDO

TUNPDI

LDET

RCK

RDSLK

RDT

RD57K

EVSEL EVSCK EVSDA XRESET

IRQPW TXMS5 RXMS5

STNDBY

WAKEUP2 AMUTE

TXIE RXIE ASENBO

PID TXIPOD RXIPOD

PSENS PSENSG

AVSDATA

AVSCK

BSI

BSO

BSCK

BRXEN

BSRQ

BRST

BGSENS USBCNT

USBFLG

ANGLE LFTPULS MTRS MTRPW MTR2 MTR1 MTRSEL

DEGOSW

LFTSW

MONIRST TXMON RXMON

USB CONTROL

IC501

PE5611B

AL1

AL2

AVSDA

AVSCL

BSO

BSCK

BRXEN

BSRQ

STBY

RESET

TUNSL

TUNCE2

TUNCE

TUNCK

S_TTUN

T_STUN

LDET

RDSCK

RDSLOCK

RDSDATA

A

RDSHSLK

B

EVSTB EVSCK EVSDT XRES

IRQPW S_MSTX MS_SRX

STANDBY

WAKEUP AMUTE

PID

21

BSI

22

23

26

27

47

16

BSIO

BSCK

BRXEN

BSRQ

BRST

BGSENS

USBCNT

USBFLG

ANGLE LFTPUL

MONRST S-MTX M-SRX

1

BUS-

BUS+

JA751

6

5

+

BUS

IC751

DIN1

HA12241FP

1

2

TXIE

RXIE

IC601(1/2)

A

B

:PE5632A

C

:PE5633A

IP-BUS INPUT

5

8

ABO

-

BUS

ROUT

BUP

AMPPW

SYSMUTE

PBSENS

ASENS

BSENS

ISENS

TELMUTEIN

CPCLK

PCK

PRDY

PDT

PRST

WIRED

WIREDAD

ROTIN1 ROTIN2

KEYIN1 KEYIN2

DSENS

SECID

DCK

FLMDO

DMS

DRST

DDI

DDO

RESET

CN1852

IC201

Pre/SW_L

REAR_L

ASENS

BSENS

IPOD CP

341S2094

D

1

OPTIN

CN951

10

Front_L

12

11

PBSENS

ISENS

IC550

POWER ON RESET

12

S-80827CNNB-B8M

7

11

BUSL-

BUSL+

Q751

ASENBO

TUN_L

LOUT

117

80

BUP

46

74

75

143

82 TELMUTE

38

36

3 35 4

140

141

137 136 139 138

135

28

41

8 42 20 39 40 14

BUSL+

BUSL-

SYS+B

11 15 38

EVOL CAPTAIN

3

IN4+_L

4

IN4-_L

7

IN1_L

2

IN5+_L

6

IN2_L

21EVSTB

STB

20EVSCK

CLK

19EVSDT

DATA

Q153

OFFMUTE

Q155

2

XIN

7

I2C_SCL

CP_READY I2C_SDA nRESET

RESET

PML018A

RESET

E

BUP

Q154 (1/2)

ASENS

Q172

BSENS

DSENS

IC602

ROT1 ROT2 KEY1 KEY2

ACC5

Q951

IC951

TC7SET08FUS1

1

2

PA_FL PA_RL

AMPMUTE

Q154

(2/2)

F

4

RCA MUTE

Q152

12 14

4

22

ISENS

TELMUTE

VDD33

AUX_L AUX_V

Q101

FLIN RLIN

STBY

MUTE

R_VOUT

G

AMP

IC151

PAL007C

B.REMOTE

PBSENS

Q171(1/2)

B.UP

Q173

Q171(2/2)

Q851

FL+

FL-

RL+

RL-

BUP

ILMA

ILMB

SWVDD33

5

3

21

23

25

JA951

OPTG

OPTSENS

OPTOUT

OPTG

CN121

REARVOUT

CN171

B.REM

MUTE

JA431

WIRED

WIREDAD

WIREDGND

CN851

DSENS

SECID

RESET

(2/2)

B.UP

ACC

ROT1 ROT2 KEY1 KEY2

AUXL AUXV

REM

FL+

RL+

RL-

P.B.

ILM

FL

RL

FL-

2

3

4

1

2

4

18

3

1

4

2

12

15

9

11

13

14

2

3

4 1

14 16 10 15

8

4

13

9

7

12

1

6

11

RCA OUT

POWER SUPPLY

CN3001

C

DIGITAL OUT

WIRED REMOTE

A

B

C

D

E

RESET

VDD33

DCK

FLMDO

CN601

2

FLASH WRITE CONNECTOR

DMS

5

3.3V

DRST

RESET

DDI

DDO

6

748

9

11

10

AVH-P5000DVD/XN/UC

56

A

:AVH-P5000DVD/XNEW5

B

:AVH-P5000DVD/XN/RE

C

:AVH-P5000DVD/XN/UC

D

:TO 2/2

7

F

8

25

1234

DVD AMP UNIT (2/2)

A

SYSTEM MICOM

A

B

IC601(2/2)

A

B

C

:PE5632A :PE5633A

CLCNT1

CLCNT2

SYSPW

BUP

SWBUP

SYS8.4V

24

IC1101

BA00CC0WFP

HIOUT 12V

65

IC1202

LT3461AES6

Q1201 Q1202

P1151

111

112

6

SYSPW

Q1151 Q1152

FAN

Q1251

|

Q1254

1

4

P1251

SWBUP

SYS+B

EV12

CN1251

FAN

2

1

P1051

BUP

P1071

TO 1/2

Q1002

C

ACCPW

DDCCTL

D

E

VDCONT

BEEP

X1

X2

RED_ON

BLUE_ON

SWVDD

7

55

65

56

12

13

79

78

37

ACCPW

X601

4.718592MHz

ACC5

BUP

Q1405

BZ601

1,2 4

PWVI

PWFL

Q1071 Q1072

MFLPW

D

Q1001

VDD33V

2

IC1001

S-812C33AUA-C2N

3

DC/DC CONVERTER

IC1401

P1403

VR1401

9

3

2

VDCONT

AN8011S

VCC

ON/OFF

RT

OUT2

OUT1

7

10

5.4V

Q1402 Q1404

Q1401 Q1403

P1401

P1402

VD5

Q1701 Q1702

VD8

ILMA

Q1542

ILMB

Q1522

8V

VDCONT

8V

8V ILMB

ACC33V

IC1601

BA00BC0WFP

Q1501 Q1502

SWVDD33V

Q1621 Q1622

PWVI

PWFL

ILMA

Q1031 Q1032

2

S-1206B41-U3

USB33 IC1031

VDD33

USB33

3

ACC5

5.4V

8V

VD5

VD8

ACC33

SWVDD33

A

:AVH-P5000DVD/XNEW5

B

:AVH-P5000DVD/XN/RE

C

:AVH-P5000DVD/XN/UC

D

:TO 1/2

PPOWER

VDSENS

133

131

BUP

Q1303

Q1305

|

FWPW

FIREWIRE PW

F

26

1234

AVH-P5000DVD/XN/UC

5 678

KEYBOARD UNIT

C

CN3001

AUXL

1

AUXV

6

KEY1

10

KEY2

15

ROT1

14

ROT2

16

CN851

A

RESET

12

DSENS

8

S3007 EJECT

S3008

OPEN/CLOSE

S3009

ATT&VOLUME

1

3

2

S3002

RESET

S3001

DSENS

EQ

S3003

S3004

SOURCE

S3005

REVERSE

S3006

FORWARD

4

5

JA3001

GND

L

R

VIDEO

2

4

3 1

A

B

11

7

13

9

4

REMOTE CONTROL

REM

SWVDD33

ILMA

ILMB

SECID

SENSOR

1

IC3001

GP1UX31RK

3

C

D3017-D3027

D3006-D3016

D3028

D

E

56

AVH-P5000DVD/XN/UC

F

7

8

27

1234

O

P

DVD CORE UNIT

D

A

B

C

D

NRES

LATCH IC1352

TC74LCX16373FT

A0-15

12

FLASH 16M

CWW1439

CWW1440

RESET

IC1401

IC1402

AD0-15

48

1LE

25

2LE

AD0-15

A16-19

XCSSR26

CE

WE

XWR111

XCSFM26

CE

11 XWR2

XRDNRES 28 50

OE

SDRAM

IC1481

EDS1232AATA-75

IC1403

TC7SZ32FU

AD0-15

A16-19

1

4

2

IC1351

TC7SZ08FU

1

4

2

MA0-11

MDQ0-31

DQM0-3

22

BA0

23 10

BA1

WE CAS RAS

20

CS

68

CLK

VOLTAGE DETECT

IC1003

S-80859CNNB-B9K

2 1 VSENS

CN1951

PR_A20 92

11

EXTRG1_SPD_SW

10

SCLOCK

9

SDATA

8

EXTRG0

7

TRCCLK

6

TRCD0

5

TRCD1

4

TRCD2

DEBUG

3

TRCD3

2

TRCST

1

12

VCC33

|

13

VD8

OUTVDD

XWE17 3 XCAS18 4 XRAS19 5

XCSM 6

MCK 234

XCSSR

XCSFM

VIDEO+AUDIO

MN2DS0016AAUB

101

NRST

77

XCSSR

51

NEXCE

62

NEXWE

NEXOE

8

BA0 BA1 NWE NCAS NRAS NCSM MCK

232

MCKI

88

VSENCE

P0

189

EXTRG1

192

SCLOCK

191

SDATA

190

EXTRG0

188

TRCCLK

187

TRCDATA0

186

TRCDATA1

185

TRCDATA2

184

TRCDATA3

183

TRCST

IC1501

SRCK

ADOUT3

LRCK SDODAC SCKDAC

LTD AC

DACCK

OSCO

OSCI

Comp

STANDBY

SLVSTS

HOSTCMD

IRQPWR

AMUTE

DSCSNS

PHOTOSNS

IECOUT

CONT2 CONT1

DRV3

DRV2

LOADIN

CLAMP

HOME TEMP

VIN2RF

VIN2

VIN1RF

VIN1

VIN3RF

VIN3

VIN4RF

VIN4 VIN5 VIN6

CDMPD

DVDMPD

RFINN F+H_G+H E+G_E+F

LPCO2 LPCO1

174 175 173 91 90 74 172 DACCLK

169

170

152

Cr

153

Cb

154

Y

161 78 79 80 89 87 147 144 179

85 84 95 96 97

MD

93 99

FG

150

FD

149

TD

94

98 145 122 142 123 143 121 140 120 141 136 137 130 128 116 134 135 131 129

X1501

(CR)

(CB)

(COMPOSIT)

LDIN

B

A

C

D

FE1 FE2

RF

(Y)

COMPOSIT

STANBY

STSCOMN

CMDCOMN

AUDI

SRCK ADOUT3 LRCK SDODAC SCKDAC LTD AC DACCLK

1 2

3 13 14 15 16

CR CB

Y

E

VDD5

F

28

1234

AVH-P5000DVD/XN/UC

5 678

AUDIO 2CH ANALOG OUT

SRCK ADOUT3 LRCK SDODAC SCKDAC LTD AC DACCLK

1 2

3 13 14 15 16

VDD5 VCC33

IC1801

PCM1753DBQ

VOUTL

BCK DATA LRCK MD MC ML SCK

NJM2885DL1-33

R1232D121B

2

VIN

3

7

3.3V REG. IC1007

OUTIN

1.2V REG. IC1008

VDD

A

CN1901

XRESETNRES

COMPOSIT

STANBY SLVSTS

HSTCMD

IRQPWR

AMUTE

WAKE UP

CN1301

DiscDetect

1

2

12cm

PhotoPHOTOSNS

VD5

VD8

8cm 8cm

21 29

CR

38

CB

36

Y

34 32 25 24

23

CN801

A

22 20

14

|

17

3 2

|

1

40

3

2 4 5 1

COMPOUND UNIT(A)

E

S1203

DISC SENS

4

3

2 5 6

8cm 12cm 8cm

S1202

Q1299

S1204

S1201

S1205

B

VCC5

AVCC 5

VCC5 REG.

IC1004

NJM2880U1-05

4

VOUT

AVCC5 REG.

IC1005

S-L2980A50MC-C7J

5

VOUT

CONT

ON/OFF

5

VIN

1

VIN

3

LOUT

STSCOMN CMDCOMN

VDD5

VD8

DISC DET

IC1301

TC7SZ125FU

ANALOG LOUT

FU1901

4DSCSNS

CN1852

IECOUT

1

CN951

A

C

CLAMP1

MOTOR DRIVER

IC1201

BD7996EFV

CONT2 CONT1 DRV3 DRV2 MD

FD TD

31

8

LX

VCC12

20 18

CTL2 SLO2-

21

CTL1

SLO1-

25

SLIN2

SLO2+

26

SLIN1

SLO1+

29

SPIN LDIN FG ACTIN1 ACTIN2

HW-

HW+

HV+

HU-

HU+

ACO1ACO1+ ACO2+

ACO2-

V

W

U

HB

HV-

10 13 51 50

16 17 15 42

39

44

36 30 31 32 33 34 35

2

FOM

1

FOP TOM

3 4

TOP

COILV

COILW

COILU

HBM HWM HWP HVM

HVP

HUM

HUP

LPCO2

LPCO1

VDD5

HALL_BIAS+

Q1104Q1102

Q1103Q1101

VREF VCC5

CN1201

COIL_V

COIL_W

COIL_U

HALL_BIAS-

HALL_W-

HALL_W+

HALL_V-

HALL_V+

HALL_U-

HALL_U+

SWITCHHOME

CN1101

FOM FOP TOM TOP

FE1

FE2 78MDCDMPD 65MDDVDMPD

F+H/G+HF+H_G+H

E+G/E+FE+G_E+F

LD(CD)

LD(DVD)

VCC

B-

AB+ A+

FF+

TT+ THTEMP

B

A

C

D

RF

1 2 3 4 5 6 7 8

9 10 11 12 13

14 15 16 17 18 20

1

2

3

4

5

7

8

9

10 11 12 14 15

PU (DP8)

17 21 22

24

25

19 20

TP1

F

S1206

CLAMP

COMPOUND UNIT(B)

D

E

56

AVH-P5000DVD/XN/UC

F

7

8

29

1234

A E

MONITOR PCB

G

A

PICTURE SPLIT IC

IC5401

CN5001

MONVBS

28

MONRST

7

S-MTX

8

M-SRX

9

MFLPW

15

18

19

10

I

12 13

.

14 21

I

23

CN5002

4

3

1

2

SWVDD

REM

PNLADY

PNLADX

PNLYV

PNLXV

Q5702

(1/2)

Q5701

(1/2)

Q5702

(2/2)

Q5701

(2/2)

Q5703

(1/2)

SWVDD33

PWRFL

PWRVI

SWVDD33

SWD33

Q5703

(2/2)

CN441

A

B

C

TOUCH

PANEL

MONITOR uCON

IC5603

PE5634A

14

RESET

36

DPDT1

35

KYDT1

85

MFLPW

65

STEST1

48

REM

89

PNLADY

90

PNLADX

83

PNLVD

81

PNLYV

92

TOUCHAD

82

PNLXV

PIPCK

PIPDA

PIPRST

TEMPSEN

OSDSCL

OSDDATA

OSDCS

OSDRES

EPRDI

EPRDO

EPRCK

EPRCS

DACDI

DACCLK

DACLD

DIMMER

23

22

21

TH5601 TEMP. SENSOR

100

52 OSDCK

51 OSDDA

62

OSDCS

OSDRST

63

EEPROM

IC5604

S-93C56BD0I-J8

43

4

DO

3

44

DI

2

47

SK

45

1

CS

18

19

17

28

DACDI

DACCLK

DACLD

PIPCK

PIPDA

PIPRES

OSD IC

IC5802

PDC169B

OSCin

VSYNC

HSYNC

5

SCLK

6

SIN

7

CS

15

RST

BLK

ROUT

GOUT

BOUT

OE OE

M62343FP

6

7

CLK

8

IC5301

NJM2505AF

2

9

11

30

34

35

36

D0-11

A0-17

58 57

IC5501

DILDA02

A01

A03

14

OSDCLK

Q5801-Q5802

26

28

2

1

3

OSDV

OSDH

BLK

OSD ROM

IC5801

PEH172A

CECE

OSDR

OSDG

OSDB

66

Sub_C. Video_IN1

104

Bus_Clock_IN

105

Bus_Data_IN

107

Reset_IN

91

OSD_Clock_Out

92

OSD_V.Sync_Out

93

OSD_C/H.Sync_Out

88

Main_RGB_Sync_IN1-2

101

OSD_Blank_High_IN

78

R_IN.2

79

G_IN.2

80

B_IN.2

2

1

+

3

IC5503

NJM2100V

5

7

+

6

-

TC90A96BFGSING

R2-7_D-Out

G2-7_D-Out

B2-7_D-Out

X'tal_OUT

DAC_Out

IC5505

TC7S66FU

STH

Load

CPH

OE

CPV

STV

Vcom

X'tal_IN

PLL_IN

VCOM AMP

4

DIMMER

143-148

153-158

166-171

139

138

137

136

135

134

TC7SET04FUS1

133

52

X5401 42MHz

53

Q5401

60

56

IC5502

521 6

42

I

NJ

+

-

D

38

INVPUL

PWRVI

SWVDD33 OSD33V

E

DDCON_SEL

12

X5601 5MHz

XIN

13

XOUT

OSDPW

MVIPW

61

30

80

Q5607 Q5608

D/D CONVERTER

IC5103

BD6171KV

11

PVCC1

6

OUT2

PVCC2

41

PVCC

42

PVCC3

VCC

PVCC4

PVCC5

OUT1

OUT3

43

FIN

OUT4

32

OUT5

EN1

7

4

VS2

23

48

37

10

13

VS1

22

47

38

INVPUL

8V REGULATOR

Q5103

4

S

1,2,5,6

D

3

G

3.3V REGULATOR

Q5102

4

S

1,2,5,6

D

3

G

CH

R

F

30

1234

AVH-P5000DVD/XN/UC

5 678

I

5

0

LCD MODULE

A

CN5501

143-148

ut

153-158

ut

166-171

ut

H

d

H

E

V

134

V

IC5502

TC7SET04FUS1

133

m

52

N

53

T

60

ut

56

N

X5401 42MHz

Q5401

42

IC5504

TC7SET04FUS1

2

4

DC0-5

DB0-5

DA0-5

DRIVER

IC5506

TC74VHC04FTS1

1,3,5

9,11,13

LADDER NETWORK

2,4,6

8,10,12

VCCM12V

VCC18V

VCC5V

VCC3.3V

OM AMP

IC5507

52

+

6

-

NJM082BV

3

+

7

2

-

FU

MER

PUL

VCOM DRIVE

1

Q5501 Q5502

PWRFL

V0-10

STH1139

LOAD138

CPH137

CPV135

STV1

VCOM

VGL

VGH

VDD2

L/R

VDD1

CN5004

DIMDTY

INVPUL

30

|

35

36

|

41

42

|

47

59

29

20

OE136

9

8

6

48

|

58

1

2

4

13

24

I

26 28 16

.

17

LCD

B

LCD BACK LIGHT

C

INVERTOR PCB

H

CN5201

LCD DRIVE

IC5204

CN5602

8

PWRFL

I

10

DIMDTY

2

INVPUL

3

5V REGULATOR

IC5201

TA78L05F

Q5202 Q5203

IC5203

TC7SET08FUS1

1,2

4

Q5204

531

14

15

3

7

9

18

OZ961ISN

VDDA

DIM

LCT

ENA

V2500

FB

CT

PDRV_A

PDRV_B

PDRV_C

PDRV_D

OVP

Q5207

19

20

Q5208

12

11

VR5201

17

RT

2

T5201

4,5

6

2,3

7

2

1

FL2

FL1

D

INVBST

LATOR

3

1,2,5,6

D

LATOR

2

1,2,5,6

D

CHARGE PUMP

REGULATOR

2.5V REGULATOR

5

IC5102

S-1132B25-U5

4

1.5V REGULATOR

5

IC5101

S-1132B15-U5

4

1

VCC8V

V33IO

V33

VCC3.3V

V33D

VCC5V

VCC18V

VCCM12V

V25

V25P

V25AM

V25AS

V15

V15M

V15D

AVH-P5000DVD/XN/UC

56

INVBST

1

Q5205

Q5201

Q5206

E

F

7

8

31

1234

5. DIAGNOSIS

5.1 OPERATIONAL FLOWCHART

A

Power ON

Vdd = 3.3 V

Pin 9

BSENS

Pin 75

B

ASENS

Pin 74

ACCPW H

Pin 7

Starts

C

communication

with Display

microcomputer.

500 ms

SWVDD H

Pin 37

300 ms

Source keys

operative

D

In case of the above signal, the communication with Grille microcomputer may fail. If the time interval is not 500/300 msec, the oscillator may be defective.

Source ON or Back Camera ON

SYSPW H

Pin 6

Completes power-on operation.

E

(After that, proceed to each source operation)

F

32

1234

AVH-P5000DVD/XN/UC

5 678

5.2 INSPECTION METHOD OF PICKUP UNIT

Disc to be used

CD-DA: TCD-782 DVD-Video: GGV1025

Execution method

START

A

Replace the PICK UP

LD turned on? Check parts

No

Yes

LD current check

Is it OK?

Check point:

LD current check

Replace the PICK UP

No

Yes

RF level check

Is it OK?

No

Yes

Error rate check

Check point:

AS MAX check

PICK UP

cleaned?

Yes

Check point:

Error rate check

No

Check point:

AS MAX check

Check point:

Error rate check

Perform lens

cleaning

Replace the PICK UP

SKEW ADJ.

RF level check

Is it OK?

Yes

Error rate check

Is it OK?

Yes

B

No

C

No

D

Is it OK?

No

Yes

Ckeck parts

other than PICK UP

PICK UP

cleaned?

No

Yes

AVH-P5000DVD/XN/UC

56

Perform lens

cleaning

Replace the PICK UP

7

Finished

E

F

8

33

1234

LD current check

A

Mode: DVD

No. Disc Check Point Threshold Remarks: LD current

Status: [Foucs closed] of TEST MODE

1

B

DVDLD1

GGV1025

DVDLD1 – VCC5_3

(mV)

10 – 65 (mA)

VCC5_3

C

Status: [Foucs closed] of TEST MODE Mode: CD

No. Disc Check Point Threshold Remarks: LD current

2 TCD-782 CDLD1 – VCC5_3 (mV) 10 – 60(mA)

D

CDLD1

VCC5_3

E

Notes: Please pay attention to the laser diode damage by static electricity.

F

34

1234

AVH-P5000DVD/XN/UC

5 678

ASMAX check

ASMAX value shows the value of RF level. Status: [Foucs closed] of TEST MODE

No. Disc Check Point Threshold Remarks:

8 digits value of

1

GGV1025

2 TCD-782

ASMAX

on display 0000 0600

8 digits value of

ASMAX

on display 0000 0C00

more than

Only four last digits are

displayed according to

the product.

Only four last digits is

displayed according to

the product.

In this case, the value is displayed for a split second. When you tried to perform [FOCS CLOSE], the display will charge automatically in the following order.

[1FFF0000]->[FEMAX]->[FE MIN]->[AS MAX

]-> [ENV MAX]->[FE normal]->[Spindle gain]-> [TEMAX]->[TEMIN] ->[20000000]

Watch carefully the value of ASMAX.

A

B

C

Error rate check

Status: [Tracking Closed] of TEST MODE

No. Disc Check Point Threshold Remarks:

1

2

GGV1025

3 TCD-782 ID: HOME Position

ID: 40000

ID: 200000

less than

1.000E-03 less than

2.500E-03

D

E

56

AVH-P5000DVD/XN/UC

F

7

8

35

1234

5.3 DIAGNOSIS FLOWCHART

BACK END section flow

A

START

Can the

playback

start?

YES

NO

Standby OK?

Execute check 1.

YES

NO

Is VDD5

(VCC33, VCC12)

power supply

voltage OK?

Execute check 2.

YES

NO

Does the

B

NO

operation

take time?

YES

Is the life of flash

memory OK?

Conduct check item 12.

NO

YES

C

NO

Is the image

in error?

Is AVCC5

NO

voltage OK?

Execute check 8.

Is the video

NO

circuit OK?

Execute check 11.

YES

NO

Is the sound

in error?

YES

Is AVCC5

voltage OK?

Execute check 8.

YES

Is DACCLK

normal?

Execute check 9.

YES

Is the audio

circuit OK?

Execute check 10.

NO

section check.

Is SDRAM

IF OK?

Execute check 6.

YES

Is VD8, VCC5

power supply

voltage OK?

Execute check 7.

YES

Go to FE

NO

Reset OK?

Execute check 3.

NO

Is VSENS

Execute check 4.

Is 27 MHz

Execute check 5.

Replace the unit.

YES

OK?

YES

OK?

YES

Go to FE

section check.

D

Repair the

defective part.

Go to FE

section check.

NO

Normal?

YES

FE section check.

END

Is FE section

E

normal?

NO

Go to FE related

repair process.

YES

Replace the unit.

NO

Normal?

YES

END

F

36

1234

AVH-P5000DVD/XN/UC

5 678

DGND1

STANBY

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.

STANBY-DGND1 ALL

1

Specification value

VCC33 V-

Unit

V

0.6 V or more

Side A

A

B

C

Fig 1.1: STANBY check point

D

E

F

56

AVH-P5000DVD/XN/UC

7

8

37

1234

DGND1

VCC 12_1

VCC 33

VDD 5_3

Check 2: Is VDD5 (VCC33, VCC12) power supply voltage OK?

A

VDD5

F.E. driver control system

IC1007

3.3 V output regulator

IC1008 DC/DC converter

1.2 V output

VCC33 (= 3.3 V )

VCC12 (= 1.2 V )

IC1401 FLASH power supply (Data) IC1402 FLASH power supply (Program) IC1481 SDRAM power supply IC1501 DVD-LSI power supply

IC1501 DVD-LSI power supply

B

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.

NO. Check point Module No.

VDD5_3 - DGND1

1

VCC33_3 - DGND1

2

VCC12_1 - DGND1

3

ALL ALL ALL

Specification value

5.0 ± 0.4

3.3 ± 0.15

1.2 ± 0.12

Unit

V V V

Side A

C

D

E

F

38

Fig 2.2: VDD5, VCC33, VCC12 voltage check points

AVH-P5000DVD/XN/UC

1234

5 678

DGND1

XRES

Check 3: Reset OK?

<Check> Check the voltage at the “XRES” test point while the power is on. Use the “DGND1” test point at the reference.

NO. Check point Module No. Specification value Unit

1 XRES-DGND1 ALL

Side A

VCC33 ×

0.7 or more

V

A

B

Fig 3.1: RESET check point

C

D

E

56

AVH-P5000DVD/XN/UC

F

7

8

39

1234

DGND1

VSENS

Check 4: Is VSENS OK?

CN1901

A

HOST I/F

VD8 VSENS

IC1003 detection IC

IC1501 DVD-LSI

VDD5

B

IC1007 Regulator

IC1008 DC/DC converter

VCC33

VCC12

STANBY XRES

Fig 4.1: Power supply configuration and VSENS

<Check> Check the voltage at the “VSENS” test point while the power is on. Use the “DGND1” test point at the reference.

NO. Check point

VSENS - DGND1 ALL

Module No.

Specification value VCC33 × 0.7

or more

C

Side A

Unit V1

D

E

Fig 4.2: VSENS check point

F

40

1234

AVH-P5000DVD/XN/UC

5 678

DGND1

IC1501 169pin

Check 5: 27 MHz Normal?

<Outline> Each clock is created inside the IC1501 using the 27 MHz master crystal oscillator (X1501).

IC1501

DVD-LSI

X1501

OSCO 27 MHz crystal

OSCI

VCC33 VCC12

Fig 5.1: Clock configuration

<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.

2 IC1501 169pin ALL

Specification value

27 MHz ± 50 ppm

Unit

ppm

A

B

C

GND

Side A

Specification value

Fig 5.2: Clock specification value

D

E

Fig 5.3: 27 MHz check point

AVH-P5000DVD/XN/UC

56

F

7

8

41

1234

Check 6: Is SDRAM I/F OK?

A

<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.

IC 1481 SDRAM

B

MA0~11 MDQ0~31 MCK XWE (NWE) XCAS (NCAS) XRAS (NRAS) XCSM (NCSM) DQM0 DQM1 DQM2 DQM3 BA0 BA1

IC1501 DVD-LSI

Fig 6.1: SDRAM I/F

C

D

E

F

42

1234

AVH-P5000DVD/XN/UC

5 678

<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.

A

NO.

Signal name Check point 1 Check point 2 Specification value 1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55

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

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

56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 %

0.17

ohm or lower

56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 % 56 ohm ± 5 %

B

C

D

E

F

56

AVH-P5000DVD/XN/UC

7

8

43

1234

Side B

A

B

C

Side A

D

E

Check point 1 (IC1481)

Check point 2 (IC1501)

F

44

1234

AVH-P5000DVD/XN/UC

Fig 6.2: SDRAM I/F check point

5 678

VCC5_1

AGND1

VD

VD8_1

PGND3

Check 7: Is VD8, VCC5 power supply voltage OK?

A

VD8_1

F.E. driver system DISC detection LED

VD VCC5 (= 5.0V )

IC1004 REG IC

Power supply for PU

for VCC 5V.

Fig 7.1: Power supply configuration

<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.

NO. Check point Module No. Specification value Unit

VD8_1 - PGND3

1

VD - PGND3

2

VCC5_1- AGND1

3

ALL ALL ALL

8.0 ± 0.4

5.0 ± 0.1

V V V

Side A

B

C

Fig 7.2: VD8, VCC5 voltage check points

D

E

F

56

AVH-P5000DVD/XN/UC

7

8

45

1234

PGND3

AVC C5

GNDAU

VD

Check 8: Is AVCC5 voltage OK?

A

VD AVCC5 (= 5.0 V )

<Check> Playback DVD-REF-A1 TITLE 1 and check the voltage at the stylus. Check with PGND and GNDAU being the reference.

IC1005 REG IC for AVCC 5 V.

Fig 8.1: Power supply configuration

IC1801 Audio-DAC

B

NO. Check point

VD - PGND_3

1

AVCC5 - GNDAU1

2

Module No. Specification value Unit ALL ALL

8.0 ± 0.4

5.0 ± 0.1

V V

Side A

C

D

E

F

46

Fig 8.2: VD8, AVCC5 voltage check points

AVH-P5000DVD/XN/UC

1234

5 678

Check 9: Is DACCLK normal?

<Outline> DACCLK for Audio-DAC is created by IC1501 using the 27 MHz master crystal oscillator (X1501).

IC1501

A

IC1801 Audio-DAC

27 MHz

DVD-LSIX1501

DACCLK

crystal

VCC33 VCC12

Fig 9.1: Clock configuration

<Check method> 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.

NO.

Check point 1 (stylus)

12DACCK

DACCK

Media Specification value 1 Specification value 2 Specification value 3 DVD CD

2.0 V~VCC33 V

DGND~0.8 V DGND~0.8 V

36.864 0 MHz ± 300 ppm

33.868 8 MHz ± 300 ppm

Specification value 1

Specification value 2

Specification value 3

B

C

GND

Side A

Fig 9.2: Clock specification value

D

E

Check point 2 (IC1501 172 pin)

Check point 1 (stylus)

Fig 9.3: 27 MHz, DACCLK check point

AVH-P5000DVD/XN/UC

56

F

7

8

47

1234

SRCK

LRCK

ADOUT3

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

A

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

IC1501 DVD-LSI

LRCK LO ADOUT3

IC1801 Audio-DAC

SRCK RO

B

GNDAU

CN1852

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.

C

NO. Check point 1 (stylus)

1

ADOUT3

2

SRCK

3

LRCK

Specification value 1 VCC33 V-0.6 V or higher VCC33 V-0.6 V or higher VCC33 V-0.6 V or higher

Specification value 2

0.4 V or lower

Reference waveform Waveform 1 Waveform 2 Waveform 3

Specification

value 2

value 1

GND

D

E

F

48

Fig 10.2: Serial 3 lines specification value

Side A

Fig 10.3: Serial 3 lines check points

AVH-P5000DVD/XN/UC

1234

5 678

LO

RO

GNDAU1

The following checks shall be conducted using the following measurement circuits with GNDAU1 being the reference.

47 kohm 47 kohm

LO GNDAU1 RO

NO.

Check point 1 (stylus)

4

LO

5

RO

Specification value (rms) 1 400 ± 150 mV 1 400 ± 150 mV

Reference waveform Waveform 4 Waveform 4

A

Side A

Specification value is the root-mean-square value (rms).

Fig 10.4: Analog audio out (LO, RO) specification value.

B

C

D

Fig 10.5: Analog audio out check point

AVH-P5000DVD/XN/UC

56

E

F

7

8

49

1234

IEC

Check with DGND being the reference. Check 2pin cord after connecting it to a jig, etc.

A

NO. Check point 1 (stylus) Specification value 1

6 IEC VCC33 V-0.6 V or higher 0.4 V or lower Waveform 5

Side A

B

Specification value 2

Reference waveform

C

Fig 10.6: Digital audio signal (IECOUT) check point

D

E

F

50

1234

AVH-P5000DVD/XN/UC

5 678

<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.

A

IC1501 LSI

ADOUT0/SUBC ADOUT1/BLKCK ADOUT2/CLDCK

IC1851 buffer SW, ripping or 6ch digital out.

SRCK

LRCK DATA

IC1852 buffer SW, ripping or 6ch digital out.

IN IN

RIPP

SBCK BMUTE EMPH IEC/IPFLG

The signal at CN1851 for 6ch digital out/Ripping.

Pin No. Pin name

SRCK

23

LRCK

21

AD0/SUBC

19

AD1/BLK

17

AD2/CLD

15

AD3/DATA

13

IEC/IPFLG

11

-

9

SBCK

7

BMUTE

5

MCKENA

4

RIPP

3

EMPH

2

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

Pins 1, 6, 8, 10, 12, 14, 16, 18, 20, 22 and 24 are GNDD.

OUT

IC1853 buffer SW, ripping or 6ch digital out.

CN1851

MCKENA

B

C

D

Fig 10.7: 6ch digital out/Ripping circuit

AVH-P5000DVD/XN/UC

56

E

F

7

8

51

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.

A

Check 24pin FFC after connecting it to a jig, etc.

NO. Check point 1 (stylus)

SRCK

7

LRCK

8

ADOUT0

9

ADOUT1

10

ADOUT2

11

IEC

12

MCKENA

13

B

Rip common CDDA, and check with GNDD being the reference.

Specification value 1 VCC33 V-0.6 V or higher VCC33 V-0.6 V or higher VCC33 V-0.6 V or higher VCC33 V-0.6 V or higher VCC33 V-0.6 V or higher VCC33 V-0.6 V or higher

-

Specification value 2

0.4 V or lower

0.4 V or lower VCC33 V x 0.3 V or lower

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

14

LRCK

15

SUBC

16

BLKCK

17

CLDCK

18

DATA

C

19 20 21

SBCK RIPP

Specification value 1 VCC33 V-0.6 V or higher VCC33 V-0.6 V or higher VCC33 V-0.6 V or higher VCC33 V-0.6 V or higher VCC33 V-0.6 V or higher VCC33 V-0.6 V or higher VCC33 V-0.6 V or higher

-

Specification value 2

0.4 V or lower

0.4 V or lower VCC33 V x 0.3 V or lower

Specification value 1

GND Specification value 2

D

Fig 10.8: 6ch digital out/Ripping specification value

E

F

52

1234

AVH-P5000DVD/XN/UC

Side A

SRCK

LRCK

ADOUT3

ADOUT2

ADOUT1

ADOUT0

RIPP

MCKENA

SBCK

5 678

A

B

Side B

C

D

E

Fig 10.9: 6ch digital out/Ripping check point

56

AVH-P5000DVD/XN/UC

F

7

8

53

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

A

HOST I/F (CN1901) via a buffer circuit.

CN1901

IC1501 DVD_LSI

Video

Composite Component Y Component Cb Component Cr

AVCC5

Video buffer circuit NoMount

COMPO

DAC section

B

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”.

Check point 1 (stylus)

NO.

C

1 COMPO 1 000 mVpp ± 5 % Waveform 6

Specification value Reference waveform

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

HOST I/F

COMPO signal

Reference value

Adjust this level within the range of 1.0 ± 0.02 Vpp.

Color burst

Pedestal level

BOTTOM

Horizontal sync signal

D

Fig 11.2: Waveform for the case of composite white 100% output

<Video level readjustment method> In case the video composite output is outside of the specification value, readjust the level according to the method described below.(Note : Units are exchanged, the video output is not adjusted. ) 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.

CN1901

AVCC5

E

IC1501 LSI

Video DAC

YY

Q1701(NoMount) Video buffer circuit

Cb Cb

Q1702(NoMount) Video buffer circuit

HOST I/F

section

Cr Cr

Q1704(NoMount) Video buffer circuit

Fig 11.3: Video circuit (component)

F

54

1234

AVH-P5000DVD/XN/UC

5 678

Y

COMPO

Cr

Cb

<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

2

Y

3

Cb

4

Cr

1 000 mVpp ± 5% 700 mVpp ± 5% 700 mVpp ± 5%

Waveform 7 Waveform 7 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

A

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

B

C

D

Fig 11.5: VIDEO signal check point

AVH-P5000DVD/XN/UC

56

E

F

7

8

55

1234

Check 12:How to judge whether the flash memory has reached its life or not.

A

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:

B

0E000BB8

C

D

E

F

56

1234

AVH-P5000DVD/XN/UC

5 678

AUDIO VIDEO

CH1 : ADOUT3 CH2 : RO Reference voltage: DGND2 1 V/div. 5 usec/div

CH1 : LO

Reference voltage: GNDAU2 1 V/div. 500

G->

usec/div

[100% Color Bars] CH1 : Y CH2 : Cb CH3 : Cr Reference voltage: GNDV1 200 mV/div. 5

A

usec/div

G-> G->

Waveform 1 Waveform 4

CH1 : SRCK Reference voltage: DGND2 1 V/div. 5 usec/div Reference voltage: DGND2 1 V/div. 500 nsec/div

G->

Waveform 2

CH1 : LRCK Reference voltage: DGND2 1 V/div. 5 usec/div

CH1 : IECOUT

G->

Waveform 5

[WHITE 100IRE] CH1 : COMPO Reference voltage: GNDV1 200 mV/div. 10

usec/div

B

C

Waveform 7

D

G->

Waveform 3

Waveform 6

AVH-P5000DVD/XN/UC

56

E

F

7

8

57

1234

5.4 ERROR CODE LIST

UART

A

B

C

D

E

F

Error status

Media Error

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 Temp Error (In Case of High Temperature) No Disc (including Disc loading and ejecting)

Loading_Mecha Error

DRM Error

Region code Error NG

CPPM*3 Key Error *4

AWM*5 Error *4

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

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)

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

ERROR-02-9D Temperature protection circuit is being activated. THERMAL PROTECTION IN MOTION

(No display)

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

(No display)

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

OSD *1

*2

00h

A disc containing the unplayable Format only.

10h

Door open error

20h

Transfer start error

21h

Focus error

Focus error during set up

22h

(A focus has never been achieved with that disc.)

23h

Address not found.

Spindle lock NG

24h

(the disc cannot rotate) Carriage home NG

25h

(The pick up tries to return to carriage home, but it cannot go back and stopped.)

ID/SUBCODE Read Error (ID/SUBCODE

26h

cannot be read due to scratch or stain.) AV CHIP decode NG

2Ah

(AV chip cannot be decoded.)

2Bh

AV CHIP recovery NG

Playback state error

2Ch

(An error due to software bug.)

2Dh

Disc Data NG High temperature

30h

(Playback is stopped because the pick up temperature is 89 C or higher.)

Disc has not been inserted.

40h

(Including Load in process or Eject in process.)

Loading mechanism error

50h

(The disc cannot be clamped.) DRM error

70h

(All music cannot be played back due to DRM.) Region code NG (Unable to be played back

90h

due to incorrect mechanism region.)

Key Error for playback

91h

Key Error for playback

93h

Playback the illegally copied disc by DVD-A

*6

(Mute the sound on the mechanism side.)

A0h

REQUEST error

A1h

Failure in issuing the read command

A2h

L0 adjustment is NG.

A3h

L1 adjustment is NG

A4h

LD system NG

A5h

Gain adjustment system NG.

A6h

Gain determining system NG.

A7h

Servo initial setting related items NG.

A8h

Disc is not clamped yet.

A9h

Tracking system NG

AAh

Media setting system NG

ABh

JUMP over layers NG

B0h

Navigation command error

B1h

Retry over

FFh

Undefined error

Meaning

ACC

Off/On

Method of reset

Source

Off/On

****

XXXX

X

*

X

-

--

- -X-CPRM Key Error *7

XXX -

X

X X X X X X X X X X

X

-

*

-

X

X X X X X X X X X X

X

Eject

X-XX

X

-

*

X

X X X X X X X X X X

X

Play Key

X

-

*

-

X

X X X X X X X X X X

X

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A

B

C

D

E

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8

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5.5 CONNECTOR FUNCTION DESCRIPTION

A

1.FR-

2.RR-

3.FR+

4.RR+

5.FL-

6.RL-

USB

7.FL+

8.RL+

9.P.B.

B

10.MUTE

11.B.REM

12.ILM

13.VGND

14.ACC

15.GND

16.B.UP

POWER SUPPLY, SPEAKER OUTPUT

1. F/W GND

2. F/W PWR

3. TXiPod

4. ACCID

5. LOUT

6. RXiPod

7. VOUT

C

1

2

15

16

iPod

5

1

8. ROUT

9. GNDD

10. ACCPW

11. ACCDET

12. V_RETURN

13. A_RETURN

21

16

11

15

10

4

1.RDS_DATE

2.DGND

3.DO

4.DI

5.RDS_HSLK

6.RDS_CK

7.DGND

8.ROMVDD33

9.LDET

10.CK

11.R

12.DGND

13.RDS_LOC

14.DSEN

15.CEI

16.BEGND

17.L

18.B.UP

19.SL

20.OSCGND

21.CE2

IP-BUS IN

8 9 10 11

56 7

4

123

D

1. IPBUS+

2. IPBUSG

3. IPLG

4. NC

5. IPBUS-

7. IPL+

8. ASENBO

9. IPR+

10. IPR-

11. IPL-

6. IPRG

REVERSE GEAR SIGNAL INPUT

E

REAR MONITOR OUTPUT

REAR VIEW CAMERA IN

VIDEO INPUT

AUDIO INPUT

REAR/ SUBWOOFER DEQ OUTPUT

FRONT OUTPUT

F

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R678

5.6 SIMPLE OPERATION CHECK METHOD

- How to check the operation without the tuner box

The main unit of this product needs to be connected with the tuner box for its complete operation. If you want to check the basic operation without the tuner box, do as mentioned bellow.

Short between two lands of R678 on the B side of DVD AMP UNIT.

A

B

Expansion

C

D

E

<NOTE> Do not forget to remove the solder or the part between lands of R678 after repair.

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6. SERVICE MODE

6.1 DVD TEST MODE

A

Image of the test mode.

Test mode starting procedure

[SOURCE key] + [EJECT key] press

Test mode stopping procedure Reset or ACC OFF-ON.

[2 key of remote control assy] press

Legend:

Remote Control Assy SW

Start of the test mode.

TEST

B

(1) (2)

FE test selection EDC1 test selection

Hereafter, to FE 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.

Image of the front end test mode.

C

[Note] Higher level 4 characters only. Lower level 4 characters are spaces.

Hereafter, to EDC1

test 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.

(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.

… 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.

FE test mode

0 x 00 0000

(1)

D

Power on

0FFF 0000

1 x 00 0000

(1) (2)

F close F search

E

1FFF 0000

Focus close state

(2)

F

a b

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

1A00 0000

(2)

F search

1100 0000

FEMAX level FEMIN level ASMAX level ENVMAX level FE normalization coefficient Spindle gain coefficient TEMAX level indication TEMIN level indication

S curve measurement

(2)

Disc type DVD1

layer

0000 0000

Activates while the key

1B00 0000 : CRG+

(3),(4)

CRG+/-

is being pressed.

1C00 0000 : CRG-

(3)

Disc type DVD2

layer

0100 0000 0200 0000

LD-ON/OFF

When LO-ON: 1100 0000 When LD-OFF: 1000 000

[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.

Disc type CD

(5)

(4) (5)

Disc type CD-RW

0300 0000

(6)

CRG_HOME

1D00 0000

Power_OFF

EJECT

(8)

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(2)

a b

2 x 00 0000

(1)

Tracking balance

2FFF 0000

TBAL coefficient (layer 0) TBAL coefficient (layer 1) TE normalization coefficient (layer 0) TE normalization coefficient (layer 1) Off track adjustment result

3000 0000

(1) (3),(4)

Tracking close

3FFF 0000

(2)

Focus Jump

When L0 layer: 2000 0000 When L1 layer: 2100 0000

CRG +/-

It operates while the key

is being pressed.

3B00 0000 : CRG+

3C00 0000 : CRG-

(3),(4)

CRG +/-

It operates while the key

is being pressed.

2B00 0000 : CRG+

2C00 0000 : CRG-

Tracking close state

RF level is informed

(5)

RF level value

3FFF 0000

5000 0000

(1) (2)

RF level value indication start

every 500msec.

(1)

RF level value

indication end

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)

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)

Error rate

measurement

Error rate

(8)

Power_OFF

(8)

Power_OFF

(7) (8)

T.OPEN

To (2)

A

B

Power_OFF

C

Tracking close state

4000 0000

4 x 00 0000

(1) (2)

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)

Error occurrence

Error display

(8)

Power_OFF

Error occurrence at Power_OFF

Error display

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

DVDX1.3~

CDX4CLV: 4x00 0000

L0 layer DVD X CAV,CD X 2CLV :4000 0000 L0 layer DVD X 1CLV,CD X 1CLV :4200 0000 L1 layer DVD X CAV :4100 0000 L1 layer DVD X 1CLV :4300 0000

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.

switching

1.6CAV

V Change V

(5)

Focus Jump

When L0 layer: 4x00 0000 When L1 layer: 4x00 0000

(6) (3),(4)

ID Search

4A00 0000

(1)-(4) (3)

ID designation

ID display

(5) (5)

Search start

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).

T.Jump+/-

Jump+ : 4B00 0000

Jump- : 4C00 0000

Track number

designation

Track number

indication

Jump start

(7) (8)

T.OPEN

To (2)

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.

Power_OFF

D

E

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EDC. Image of the test mode

Legend:

A

EDC1/2 test mode

0000 0000

(1) (2)

Layer 0 selection Layer 1 selection

B

C

0000 0000 0100 0000

1003 0000 1103 0000

(1)-(4)

ID designation

Layer 0: 10** **** Layer 1: 11** **** [Note] ** **** is the ID designation value

(5)

EDC1/2 start

[Note] Image is the same for both EDC1 and EDC2.

… 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.

EJECT operation

[Note] Eject can be effected any time during the EDC test mode.

Eject

Test mode Eject

After completion of EJECT operation

Layer 0: 20** **** Layer 1: 21** **** [Note] ** **** is the present ID designation value

**** **** [Note] **** **** is the present ID designation value

Image of the LD power on time mode.

D

E

LD power on time mode

0000 0000

(1)

CD LD power on

time indication

10** ****

[Note] ** **** is the CD LD

power on time.

[Note] The display is updated at 0.5 seconds interval until 0/1 layer is selected or Eject is effected.

Legend:

(2)

DVD LD power on

time indication

20** ****

[Note] ** **** is the DVD LD

power on time.

… 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

(5)

CD LD power on

time setting

[Note] ** **** is the setting time.

(1)-(4)

30** ****

Setting time

designation

(5)

Setting time

registration

(8)

(6)

DVD LD power on

time setting

[Note] ** **** is the setting time.

(1)-(4)

40** ****

Setting time

designation

(5)

Setting time

registration

(8)

10** ****

[Note] ** **** is the CD LD

power on time.

[Method of setting time designation] Designate the digit by command (1) and (2). UP/DOWN of numbers by command (3) and (4).

F

[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.

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AVH-P5000DVD/XN/UC

Fix by command (5). Cancel by command (8).

20** ****

[Note] ** **** is the DVD LD

power on time.

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6.2 CALIBRATION TEST MODE

Refer to “Touch Panel Adjustment” from the page 87 in “Each setting and adjustment”.

6.3 MONITOR TEST MODE

Refer to “Monitor Adjustment” from the page 95 in “Each setting and adjustment”.

A

B

C

D

E

F

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7. DISASSEMBLY

Removing the Grille Assy (Fig.1)

A

Remove the two screws.

1

Remove the two screws and then

2

remove the Holder.

1

Grille Assy

Disconnect the connector and then remove

3

the Grille Assy.

B

3

2

Holder

C

Fig.1

- How to separate the Drive Unit and the

- Chassis Assy (Fig. 2)

(Rear Side)

Remove the seven screws and then sepa-

1

rate the Drive Unit and the Chassis Assy.

1

D

(Left Side)

Drive Unit

1

1 1

E

Chassis Assy

(Right Side)

1

1 1

F

Fig.2

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Removing the DVD Mechanism Module (Fig.3)

Remove the four screws and then bring

1

down the Bracket toward the Drive Unit. See Fig.3(1/2)

Bracket

2

A

1 1

B

11

Remove the four screws and then bring

2

down the DVD Mechanism Module toward the Drive Unit. See Fig.3(1/2)

Disconnect the three connectors and then

3

remove the DVD Mechanism Module. See Fig.3(2/2)

2

DVD Mechanism Module

3

Drive Unit

Fig.3(1/2)

C

Drive Unit

3

D

DVD Amp Unit

AVH-P5000DVD/XN/UC

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DVD Mechanism Module

7

Fig.3(2/2)

8

E

F

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Removing the Holder and the Panel (Fig.4)

Remove the screw.

A

1

2

Panel

2

Remove the seven screws and then remove

2

the Panel.

Straighten the tabs at two locations indicated

3

and then remove the Holder.

B

1

Holder

2

3

C

3

Fig.4

Removing the DVD Amp Unit (Fig.5)

D

Remove the three screws.

1

2

Straighten the tabs at three locations indi-

2

cated and then remove the DVD Amp Unit.

2

1

E

1 1

DVD Amp Unit

F

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Removing the Monitor PCB 1/2 (Fig.6)

Remove the two screws and then remove

1

the two Guids(Right side, Left side).

Pull out the Monitor Assy in the direction

2

indicated by an arrow.

1

Monitor Assy

Bracket

A

B

1

2

C

Remove the three screws and then remove

3

the Cover.

Disconnect the connector.

4

Cover

3

4

3

D

E

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AVH-P5000DVD/XN/UC

Monitor Assy

7

Fig.6

8

F

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Removing the Monitor PCB 2/2 (Fig.7)

Remove the two screws and then remove

1

A

B

the Holder.

Remove the eight screws and then remove

2

the Monitor Assy.

Remove the Cover Unit.

3

4

Disconnect the connector.

Remove the two screws and then remove

5

the Monitor PCB and the Invertor PCB.

2 2

Holder

1

4

1

2 2

[Caution] The Monitor Assy cannot be removed unless the Cover Unit is removed in advance after removing the screws.

C

2 2 2 2

3

Monitor Assy Cover Unit

Invertor PCB

5

D

Monitor PCB

E

Fig.7

F

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- How to hold the mechanism section (Fig 1)

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 1

Do not touch this part. Do not touch this part.

Do not touch this part.

A

B

C

- How to remove the module PCB (Fig 2, Fig 3)

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.

Fig 2

Module PCB

Short

Connector (pick up flexible)

B

Connector (8-12 detection flexible)

D

E

Solder land

(load motor, lead wire of the clamp SW.)

56

Connector (SPDL flexible)

AVH-P5000DVD/XN/UC

A

C

7

Fig 3

8

F

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- How to remove the CRG motor assy (Fig 4)

1. Remove the module PCB according to the instructions in “How to remove the module PCB”.

2. Remove the Mylar tape.

A

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 (CRG)

CRG motor assy

Set screw (CRG)

Feeding screw

PU rack

B

Mylar tape

Fig 4

C

- How to remove the PU unit (Fig 5)

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.

Holding plate spring

D

Main shaft

PU unit

Main shaft holding spring

E

Sub shaft

Fig 5

CRG chassis temporary hanging section

F

72

Temporary hanging

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Permanent hanging

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8. EACH SETTING AND ADJUSTMENT

8.1 DVD ADJUSTMENT

A

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 precautionary measures should be strictly adhered to, in order to avoid such problems. The reference voltage and GND should not be confused when using the minus probe of a measurement device. When an oscilloscope is being used special care should be taken to make sure that the reference voltage is not connected to the probe of ch1 (on the minus side), while the probe of ch2 (on the minus side), is connected to GND. Further, since the body frame of most measurement devices have the same electrical potential as the minus side of the probe, the body frame of the measurement device should be set to floating ground.

If the reference voltage is connected to GND by mistake, turn the regulator OFF immediately, or turn the power OFF.

Remove the filters and wires used for measurements

only after the regulator has been turned OFF.

After the power supply is turned on, regulator ON the

following adjustment and measurement are promptly done.

Whenever the product is in the test mode, the software

will not take any protective action. For this reason, special care should be taken to make sure that no mechanical or electrical shock could be applied to the product when taking measurements in the test mode.

Whenever the EJECT key is pressed to eject the disk,

no other keys, other than the EJECT key, should be pressed until the disk eject action has been completed.

Press the EJECT key only after the disk has stopped

completely.

If the product hangs up turn the power OFF immedi-

ately.

Laser didoes may be damaged, if the volume switch for

the laser power adjustment of the pick up unit, is turned.

B

C

D

E

F

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- SKEW adjustment

A

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: GGV1025

B

Measurement reference: AGND2 Measurement point: RF

Connection drawing

DVD core unit

C

RF

AGND2

D

Enlargement

Oscilloscope

E

Symptom in case the adjustment is not adequate: Worsening of the error rate 10

(Normally 10 or less.)

-4

-3

Large RF jitter RF waveform distortion Tracking drawing/Unstable servo

* Caution: Do not look into the laser light during adjustment.

F

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There are two adjustment methods: one in which adjustment is performed monitoring RF waveform with an oscilloscopes (method 1), and another in which adjustment is performed checking the numerical value of RF level with OSD (method 2). Adjustment procedures are described below, but please refer to the section of service mode for how to start the test mode and the operation procedures therein.

Replacement of PU Unit

For replacement of PU unit, refer to "Disassembly - How to Remove PU Unit." After mounting PU unit, roughly adjust the skew screw so that the outer periphery without PU becomes horizontal to CRG chassis.

Skew adjustment screw

A

B

Adjustment Procedure:

1. Connect to the jigs (refer to jig connection diagram) to enable the adjustment of pickup, and turn over DVD mechanism module. To prevent the disc from being scratched as it is turned over, first place a coin having the thickness of about

1.5 mm on the desk, and turn over and set so that the part “ ” shown in the figure comes right above the coin.

2. In case of method 1: Referring to the connection diagram, connect an oscilloscope so that RF signal can be monitored using AGND2 as the reference.

RF

C

D

E

AGND2

In case of method 2: There is no need for setting equipment. Please go on to step 3.

3. Turn on the power in the test mode, and load the adjustment disc (GGV1025).

AVH-P5000DVD/XN/UC

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Oscilloscope

7

F

8

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1234

4. From ServMecha , select DVD-1 layer in FE Test Mode (Front End Test Mode). (For the details of the test mode, refer to ServMecha in the test mode menu in "6. Test Mode")

A

5. Select Power On, and after the automatic offset adjustment is completed, move the pickup to the inner periphery (CRG-Home). After turning on LD by selecting LD ON/OFF, select Focus Close to close the focus.

B

The value after the automatic offset adjustment is displayed.

6. After the automatic adjustment is completed in FE Test Focus Close screen, select T.Bal. After the automatic adjustment, select Tracking Close to close the tracking.

C

The value after the automatic adjustment is displayed.

7. Use ID Search to perform middle periphery (ID: 100000) search to move PU to the middle periphery.

D

Explanation of ID Search

ID: 4A000000

E

[Example] To search ID: 40000, select [2] Cursor Left and press [Enter] for 5 times to move the cursor to the 5th digit, and select [3] Cursor Up and press [Enter] for 4 times. When the display is changed to ID: 40000, select [5] Start ID Search and press [Enter].

F

* If Search operation is failed, please restart from the top menu of ServMecha in the test mode.

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8. In case of method 1: Please go on to step 9. In case of method 2: Perform all automatic adjustments after Tracking Open once, and then close the tracking with the command that is available for RF display.

9. Using torx driver (T2) (GGK1095) , In case of method 1: Turn the skew adjustment screw A slightly while monitoring RF waveform level in the oscilloscope and set the level to the maximum. At the middle periphery of pickup, turn the skew adjustment screw B slightly and set the level to the maximum. At the middle periphery of pickup, turn the skew adjustment screw A slightly again and set the level to the maximum. (Adjustments should be performed in the order of A, B, A, and please make sure each adjustment is completed as the screws turned to the right.)

A

In case of method 2: Turn the skew adjustment screw A slightly while monitoring RF level in OSD and set the level to the maximum. At the middle periphery of pickup, turn the skew adjustment screw B slightly and set the level to the maximum. At the middle periphery of pickup, turn the skew adjustment screw A slightly again and set the level to the maximum. (Adjustments should be performed in the order of A, B, A, and please make sure each adjustment is completed as the screws turned to the right.)

B

A

B

A

[Criterion for Skew Adjustment OK]

(DVD) Search inner periphery (ID: 40000) and outer periphery (ID: 200000), and respective error rate should be

less than 1.000E - 3. If this is not satisfied, start over from step 9.

(Disc used: GGV1025)

(CD) Conduct a search after moving to the home position by CRG HOME, the error rate should be less than

2.500E - 3. If this is not satisfied, start over from step 9. (Disc used: TCD-782)

B

C

D

* If the error rate does not fall within the abovementioned range by method 2, start over by method 1.

10. In FE Test Mode screen, after confirming the disc is stopped by Power OFF, eject the disc by Disc Eject.

11. Apply adhesive agent for fixing the skew, and lock the screws. Refer to the next section for the part to be adhered.

56

AVH-P5000DVD/XN/UC

7

E

F

8

77

1234

SKEW adhesive locations(GEM1033)

A

RAD-SKEW adhesive locations

PU case

D

Adhesive application locations

C

E

Sheet metal (yoke base) section

B

TAN-SKEW adhesive locations

D & E

PU case

Sheet metal (yoke base) section

Cross section of R-SKEW adhesive locations.

Resin (suspension support) section

* Caution: Make a cross link to both the resin section and the sheet metal section.

C

Adhesive application locations * Caution: Make a cross link to both the case section and the sheet metal section.

Screw locking adhesive location(1401M : produced by THREE BOND)

D

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.

E

F

78

1234

AVH-P5000DVD/XN/UC

5 678

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.

Do not touch the springs. Hologram (be careful for the static electricity) GRT adjustment section

A

B

C

D

E

F

56

AVH-P5000DVD/XN/UC

7

8

79

1234

8.2 DVD AMP UNIT ADJUSTMENT

A

Adjustment point

B

DVD Amp Unit(Side A)

1

VR1401

C

DVD Amp Unit(Side B)

D

E

TP1406

TP605

TP607

IC1401

CN851

F

80

1234

AVH-P5000DVD/XN/UC

5 678

A

Adjusting

B

Input signal Output signal Measuring Specs

Mode

conditions)

IC601 : 83 pin(TP607)

DDC5V - GND

20 ohm(over 1.2 W)

C

D

E

adjustment (input test pin,specs,other (measuring point,waveform) instruments point

Mother PCB

STEP

FOR CLOCK Supply 3.3V with 86 pin(TP605)

1 CHECK FREQUENCY After ACC,B.UP ON, IC601 18.874 368 MHz ± 754 Hz

FOR DC-DC 33 ohm(over 1.8 W)

CONVERTER

2 CHECK FREQUENCY DDC8V - GND Measuring point : TP1406 370 kHz ± 5 kHz VR1401

AVH-P5000DVD/XN/UC

56

F

7

8

81

1234

8.3 INVERTOR PCB ADJUSTMENT

Adjustment point

A

Invertor PCB(Side A)

Invertor PCB(Side B)

FL2

B

C

FL1

VR5201

D

INVPUL

PWRFL2

E

F

82

1234

AVH-P5000DVD/XN/UC

DIMDTY

TP5

5 678

A

de

yl t

gamadebyamretemtnemerusaem(DNG:LUPVNI

c e

rid

1 L FPTro

tinomton

o D

.2LF

Note

PTDNG:TP5PTtnemtsujda

Adustment

point

2 L F

PT

point

Measurement

k 15si1.oN

because of high voltage).

49.0 ± 0.5 kHz Verify that the frequency of waveform measured in

-

TP FL1

-

2 L F

P

TP FL1 51.0 ± 0.5 kHz Verify that the frequency of waveform measured in

T

-

TP FL1 52.0 ± 0.5 kHz Verify that the frequency of waveform measured in

B

N2LFP

C

T

D

5 V

10 ± 2%

Input signal

1 Basic drive 14.4 ± 0.2 V to TP PWRFL2 TP FL1 VR5201 48.0 ± 0.2 kHz Connect 100 kohm between TP FL1 and FL2.

No. Adustment item

INVERTOR PCB ADJUSTMENT

P T

Frequency TP DIMDTY : GND ronoisividegatlovretfamrofevawehtrotinoM

switching below to TP INVPUL. .zHk94si1.oN2LFPT

2 Check frequency Input 98.0 ± 1 kHz waveform

0 V

3 Check frequency Input 102.0 ± 1 kHz waveform

5 V

10 ± 2%

switching below to TP INVPUL. .zH

AVH-P5000DVD/XN/UC

56

0 V

10 ± 2%

0 V

5 V

switching below to TP INVPUL. .zHk25si1.o

4 Check frequency Input 104.0 ± 1 kHz waveform

7

E

F

8

83

1234

8.4 MONITOR PCB ADJUSTMENT

A

OSDR

OSDB

B

OSDG

VCC8V

33V

18V

V25

-12V

V15

5V

Monitor PCB(Side B)

COMDC

COM

C

D

E

MONVBS

PWRVI

F

84

1234

AVH-P5000DVD/XN/UC

5 678

A

B

Note

Adustment

33V = 3.3 ± 0.25 V

V25 = 2.5 ± 0.15 V

V15 = 1.5 ± 0.08 V

-

Adustment point

Measurement point

Input signal

5V = 4.9 ± 0.3 V

VCC8V = 8.0 ± 0.5 V

-

18V = 18.5 ± 0.5 V

-12V = -12.0 ± 0.6 V

-

4.20 ± 0.30 V Connect LCD panel for measurement

-

1.75 ± 0.10 V Connect LCD panel for measurement

-

C

D

E

Adustment item

supply voltage to 14.4 V

1 Check 3.3 V TP:PWRVI TP:33V

2 Check 2.5 V TP:PWRVI TP:V25

3 Check 1.5 V TP:PWRVI TP:V15

4 Check 5 V power TP:PWRVI TP:5V

No.

NOTE:When shutting off the power supply of TC90A96BFGSING , be careful not to energize each IC terminal.

MONITOR PCB ADJUSTMENT

However , IIC lines(SDA and SCL) is not included in this case and it is possible to energize them with up 5 V.

5 Check 8 V power TP:PWRVI TP:VCC8V

supply voltage to 14.4 V

6 Check 18 V power TP:PWRVI TP:18V

7 Check -12 V TP:PWRVI TP:-12V

AVH-P5000DVD/XN/UC

56

output amplitude

supply voltage to 14.4 V

check

8 Vcom amplifier No definition TP:COM - 4.70 ± 0.10 V Connect LCD panel for measurement

amplitude

check V1

9 Tone voltage No definition 57pin of CN5501

7

amplitude

check V3

10 Tone voltage No definition 55pin of CN5501

8

F

85

1234

tnemer

A

usaemroflenapDCLtcenn

oCV01.0±06.0

t n emer

u saemro

f lenapDCLt

rodegdirbtonsituo-latigidderoloconsierehtdna,ylhtoomslangispmalegami

.de"NEPO".yalpsideritneehtniaera

cenn

oCV02

,reve

w o h

(SBVNO

M P

T o

t t u p n

ieh

Brightness level of reverse signal

Adjustment point can be COM DC

should be 50%.

t

off flicker adjustment mode.

Note

B

V.50.0±77.1sipets-0eht0-

-

. 0

± 03

C

0.35 ± 0.10 V Connect LCD panel for measurement

Adustment

.3

0.70 ± 0.05 V

1.77 V ± 0.03 V

Make sure that tone changes Execute to verify that IC5401

.snoitceridl

l amorftu

operation mode.

-

Adustment point

D

Measurement point

IC5802

E

Input signal

Adustment item

No.

adjustment V5

amplitude

11 Tone voltage No definition 53pin of CN5501

adjustment V7

amplitude

12 Tone voltage No definition 51pin of CN5501

13 Tone voltage No definition 49pin of CN5501

amplitude

adjustment V9

signal from

14 Check RGB level Input white 100 % TP OSDR,OSDG

,OSDB

IC5802

RGB signal signal from

15 Image check of Input Color-bar Screen

5 D h

3 1 AS

f o

p e

t s

0 1

e g amitnemts

TP MONVBS

signal to

u

j d a

16 Composite leve Input composite DAC output Register setting The amplitude of the 9-step and

-

(0.75 Vpp ± 1 %)

17 Image check Input composite Screen

- Leave for more than 30 minutes in Input white 100% signal

)e m

orh c

o n om(

to TP MONVBS

18 Aging No definition -

p

t u o

C Dl

SA**h in this chart means the sub-address of TC90A96BFGSING.

a n g

i sesr

ev er

from IC5802

per 1 line adjustment in RGB comes first).

19 Flicker adjustment Input black-white Screen TP COMDC Adjust the flicker level to minimum Black-white reverse signal can be

F

86

1234

AVH-P5000DVD/XN/UC

5 678

8.5 TOUCH PANEL ADJUSTMENT

[How to adjust]

Perform the adjustment on the calibration test mode.

[How to activate the calibration test mode]

When the reset start is done while pushing PGM and OPEN/CLOSE, it shifts to the touch panel adjustment mode.

[Menu types in the mode]

The calibration test mode consists of the following menus.

Top menu

[Description of the top menu]

[Operation specification]

Select the menu desired to be adjusted using the up/down key ( , ), then press ENTER key to enter into the selected menu.

Outermost circumference inspection 16 points adjustment Coordinate inspection Calibration verification Data initialization

Operational

description

Menu enter

Selection cursor

up movement

Selection cursor

down movement

Note 1) Calibration menu can be selected only when adjustment of the outermost circumference has been completed normally.

Remote

controller

key

MENU_ENTER

A

B

C

[Display specification]

Adjustment completed mark

12345678910111213141516171819202122232425262728293031323334353637383940

1

2

3

4

5

6

7

8

9

10

11

12

13

Conditions for lighting of the adjustment complete mark “ ”.

Outermost circumference inspection :

16 points adjustment :

Conditions for the adjustment complete mark “ ” to go out

Outermost circumference inspection :

16 points adjustment :

FL I CKER:OK EEPROM : OK 3C

Se t TP

*1. *

[UP, DOWN] : Cursor movement [A.MENU ] : Menu select i on [ACC OFF ] : End of t est

Operational specifications are displayed

In case the outermost circumference inspection has been completed normally.

In case the calibration has been completed normally.

In case the outermost circumference inspection has never been performed. In case the EEPROM initialization has been performed. In case the adjustment value has been initialized.

In case the 16 points adjustment has never been performed. In case the EEPROM initialization has been performed. In case the adjustment value has been initialized.

Flicker initialized state

D

E

F

56

AVH-P5000DVD/XN/UC

7

8

87

1234

[Outermost circumference inspection]

A

[Outline]

Outermost circumference value of X and Y is obtained by tracing the outermost circumference of the touch panel screen. When exiting the menu screen by pressing ENTER key, the captured value is stored in the EEPROM. Furthermore, when storing the value, checking is made as to whether the value is within the range or not. If the value is within the range, OK is displayed, and X/Y upper and lower limit value and normal ending information, total of 5 byte data, are written in the EEPROM. (In or out of the range check is conducted according to the [Table of allowable range of setting value] shown below.

In the following cases, however, NG will be displayed without storing the EEPROM captured value.

When the set value is outside of the range. (When the value exceeded the [Table of allowable range of setting value] below. However, "adjustment NG information" (1 byte) is written into the EEPROM. When writing into the EEPROM failed.

The transition of the state for the above described outermost circumference inspection is outlined below.

B

OK

(normal ending)

Press ENTER key

Outermost

circumference

inspection in

EEPROM writing

in process

Adjustment error

TOP menu

process

Outermost

circumference

inspection completed

EEPROM

writing error

]eulavlaitiniRETFAfoelbaT[]eulavlaitiniEROFEBfoelbaT[

Coordinate Minimum value Maximum value

C

X Y

43 247 50

238

Coordinate

X Y

Minimum value

90 180 90

Maximum value

180

[Table of setting value allowable range]

Coordinate Minimum value Maximum value

X Y

0~72 205~255 0~80 205~255

[Display specifications]

12345678910111213141516171819202122232425262728293031323334353637383940

D

E

1

2

3

4

5

6

7

8

9

10

11

12

13

X/Y information of [MIN] and [MAX] of the outermost circumference are displayed. [BEFOR] indicates the value stored in the EEPROM. [AFTER] indicates MIN/MAX of the A/D value currently captured.

F

Outermost circumference inspection in process.

< Setup TP ef fective range >

(before, af ter )

Xmi n : ( 999 , 999 )

n:(999 , 999

Ymi

ma x :(999 , 999

X

ma x :(999 , 999

Y

cor rec t :(999 , 999

X

cor rec t :(999 , 999

Y

) ) ) ) )

Pl ease touch ar ound pane l

[A.MENU]

:

Check the Val ue

88

1234

AVH-P5000DVD/XN/UC

5 678

When ended normally.

12345678910111213141516171819202122232425262728293031323334353637383940

1

2

3

4

5

6

7

8

9

10

11

12

13

[A.MENU] : Re turn to Menu

K

O

A

B

The data written are as follows

Upper limit value and lower limit value of X Upper limit value and lower limit value of Y Adjustment OK information.

When the captured value is outside of the allowable range.

12345678910111213141516171819202122232425262728293031323334353637383940

1

2

3

4

5

6

7

8

9

10

11

12

13

[A.MENU] : Re turn to Menu

G

N

C

D

The data written is as follows.

Adjustment NG information.

[Key operation specifications]

Operational

description

To top menu

56

Remote

controller

MENU_ENTER

key

AVH-P5000DVD/XN/UC

E

F

7

8

89

1234

]

[16 points adjustment

A

[Outline]

Touch the cursor [+] displayed on the screen. When correctly touched, the cursor will disappear, and the next cursor will appear. Calibration is conducted by repeating this process 16 times. When the 17th point has been finally touched, setting information for the 16 points and the normal ending information, total of 17 byte data, are written into the EEPROM, and the screen returns to the TOP menu.

In the following cases, however, NG will be displayed without storing the EEPROM captured value.

When the menu is exited before touching the 17th point.

However, ’adjustment NG information’ (1 byte) is written into the EEPROM.

When writing into the EEPROM failed.

The transition of the state for the above described 16 points adjustment is outlined below.

OK

B

16 points

adjustment

in

process

16 points adjustment

EEPROM

writing

in process

completed

(normal ending)

Adjustment

error

EEPROM

writing error

Press ENTER key

TOP menu

[Display specifications]

12345678910111213141516171819202122232425262728293031323334353637383940

C

D

1

2

3

4

5

6

7

8

9

10

11

12

13

16 points adjustment in process

12345678910111213141516171819202122232425262728293031323334353637383940

1

2

3

4

5

6

E

7

8

9

10

11

12

13

45##

3611#

2701#

18971#

This point is intended to end the calibration inspection, and therefore, the corrected value of this point is not obtained.

F

Order of display of the locations to be pressed.

90

1234

AVH-P5000DVD/XN/UC

5 678

]

When ended normally.

12345678910111213141516171819202122232425262728293031323334353637383940

1

2

3

4

5

6

7

8

9

10

11

12

13

[A.MENU] : Re turn to Menu

FINISHED

The data written are as follows.

X coordinate (16 points) Y coordinate (16 points) Adjustment OK information

[Key operation specifications

A

B

Operational description

To top menu

Remote

controller

key

MENU_ENTER

[Coordinate inspection]

[Outline]

Coordinate before and after the correction when the touch panel is touched is displayed, and the operation is verified.

[Display specifications]

12345678910111213141516171819202122232425262728293031323334353637383940

1

2

3

4

5

6

7

8

9

10

11

12

13

<TPC

AD

m

[A.MENU] : Re turn to Menu

AD: AD data value (X direction, Y direction), representing the coordinate of the point pressed, is displayed. VD EP2: VD value (the value registered at the time of circumference setting) preset in the EEPROM. VD: VD value currently being pressed. NORMAL: The coordinate (X direction, Y direction), which is the result of normalizing the AD data value currently

being pressed within the effective range, is displayed.

CALIBRATION: The coordinate (X direction, Y direction), which is the result of applying the correction by calibration

to the normalized coordinate, is displayed.

rdi nates

oo

(

33,38

(

test

0, 0

0, 0 0, 0

>

)

) )

C

D

Display is made in HEX.

E

[Key operation specifications]

Operational description

To top menu

Remote

controller

key

MENU_ENTER

AVH-P5000DVD/XN/UC

56

F

7

8

91

1234

[Calibration verification]

A

[Outline]

After calibrating, the operation of normal correction is confirmed by this menu. Touch the cursor “+” displayed on the screen. The correct touch will delete the cursor and another cursor will be displayed. The incorrect touch will make the characters of cursor turn red. Repeat this for 4 points, and “OK” is displayed upon the last press of 4th point.

[Display specifications]

12345678910111213141516171819202122232425262728293031323334353637383940

1

2

3

4

B

C

D

5

6

7

8

9

10

11

12

13

When the touched coordinate is beyond the range, the “+” turns red. (Refer to the following “Supplementary explanation.”)

12345678910111213141516171819202122232425262728293031323334353637383940

1

2

3

4

5

6

7

8

9

10

11

12

13

In case of normal termination (after pressing 4th point)

12345678910111213141516171819202122232425262728293031323334353637383940

1

2

3

4

E

5

6

7

8

9

10

11

12

13

[A.MENU] : Re turn to Menu

K

O

F

92

1234

AVH-P5000DVD/XN/UC

5 678

In case of forced termination (before pressing 4th point)

12345678910111213141516171819202122232425262728293031323334353637383940

1

2

3

4

5

6

7

8

9

10

11

12

13

[A.MENU] : Re turn to Menu

G

N

[Key operation specifications]

Operation

description

To top menu

Supplementary explanation

By regarding the designated “+” mark as a center, the accepted range shall be set as the DA value of ±3 in X direction and ±6 in Y direction (a value after 0-255 conversion). For example, the coordinate of 1st point is shown in the following figure.

Remote

controller

key

MENU_ENTER

A

B

C

226 227

6

X = 226 , Y = 29

3 3

Regularized coordinates

X(DEC) Y(DEC) 1 226.0 29.0 2 226.0 206.0 3 35.0 206.0 4 35.0 29.0

* Truncate after decimal point

30

29

OK range

The area in which the coordinate exists

D

E

56

AVH-P5000DVD/XN/UC

F

7

8

93

1234

[Data initialization]

A

Result of outermost circumference inspection and of calibration inspection (corrected value) are returned to their initial values. As for the initialized items, the initial values are written into the EEPROM and the adjustment information is cleared.

[Display specifications]

12345678910111213141516171819202122232425262728293031323334353637383940

[Outline]

1

2

3

4

5

6

B

7

8

9

10

11

12

13

Conditions for the adjustment completion mark (*) to be lighted up. (The mark will be lighted up if one of the multiple conditions is met.)

Outermost circumference inspection

When the outermost circumference inspection of the calibration for line has been completed normally.

C

16 point adjustment

When the 16 point adjustment of the calibration for line has been completed normally.

User outermost circumference inspection

When the user outermost circumference inspection of the calibration for line has been completed normally.

User 16 point adjustment

When the user 16 point adjustment of the calibration for line has been completed normally.

Conditions for the adjustment completion mark (*) to go out.

Outermost circumference inspection

When the above mentioned lighting conditions are not applicable. When the adjusted value has been initialized (Data initialize). When the EEPROM has been initialized.

D

16 point adjustment

When the above mentioned lighting conditions are not applicable. When the adjusted value has been initialized (Data initialize). When the EEPROM has been initialized.

User outermost circumference inspection

When the above mentioned lighting conditions are not applicable.

In case the outermost circumference inspection of the calibration for line or the 16-point adjustment is normally terminated after normal termination of the outermost circumference inspection for user calibration.

When the adjusted value has been initialized (Data initialize). When the EEPROM has been initialized.

User 16 point adjustment

When the above mentioned lighting conditions are not applicable. In case the outermost circumference inspection of the calibration for line or the 16-point adjustment is normally terminated

E

after normal termination of the outermost circumference inspection for user calibration. When the adjusted value has been initialized (Data initialize). When the EEPROM has been initialized.

Fac t o r y Range i n i t

*

Factory Cal ibration ini t

*

Use r Range i n i t

*

Use r Ca l i b r a t i on i n i t

*

[ B A C K ] : Da t a i n i t i a l i z e

[ A . M E N U ] :

Return to menu

[key operation spesifications]

Operational description

Determination of initializing item

Selected cursor up movement

Selected cursor down movement

To top menu

F

94

1234

Remote

controller

key

BACK

MENU_ENTER

AVH-P5000DVD/XN/UC

5 678

8.6 MONITOR ADJUSTMENT

Perform the monitor adjustment on the monitor test mode.

[Outline of monitor test mode]

It is a mode used to adjust each preset value stored in the EEPROM for storing the preset values. The adjusted values are stored in the EEPROM for storing the preset value.

[Method for Mode IN]

The method for Mode IN varies depending on the operational environment.

- When operated as a unit

Reset the monitor micro computer while the [STEST1] terminal is set to Low and the [EPRTEST] terminal is set to Low.

- When operated as a product

Reset the monitor micro computer while the [STEST1] terminal is set to High and the [EPRTEST] terminal is set to Low. Or, turn the power ON while pressing DISP key and HALF key.

A

[Composition of menu of monitor setting value adjustment mode]

- The monitor setting value adjustment mode is the following menu composition.

.

Flicker adjustment menu

.

Line adjustment 1 menu

.

Line adjustment 2 menu

.

Line adjustment 3 menu

.

Line adjustment 4 menu

.

Line adjustment 5 menu

.

Line adjustment 6 menu

.

Line adjustment 7 menu

.

Line adjustment 8 menu

.

Line adjustment 9 menu

.

Line adjustment 10 menu

.

Dimmer parameter setting menu

.

Horizontal stripes

.

Vertical stripes

.

Lattice

.

Window & One line stripe

.

Color

.

Ramp & 10 step

.

All screens (BLUE)

.

All screens (GREEN)

.

All screens (RED)

.

All screens (BLACK)

.

All screens

.

All screens

- When mode IN is done, the flicker adjustment menu is displayed first.

(GRAY)

(WHITE)

[Operational specifications(menu commonness)]

Operational description

Menu page select- V.ADJ BAND/ESC Menu page select+ ENT BACK

Selection cursor upward movement

Selection cursor downward movement

Item content adjustment - DISP r

Item content adjustment + DISP t

Select a item desired to be adjusted by using the key allocated for "selection cursor up/down movement", and value is adjusted by using the key allocated for "Item content adjustment +/-". Moreover, the page is switched with a key allocated in "Menu page select +/-". The page changes by the toggle.

BAND/ESC

ATT

Remote control keyUpper key

i

u

Main unit ke

PGM

y

(TA/NEWS)

DISP

-

B

C

D

56

AVH-P5000DVD/XN/UC

E

F

7

8

95

1234

[Basic explanation of each menu]

A

- In the "setting content", adjustment range, initial value, and displayed character string of the items preset in each menu are described.

[Example) Setting content]

Dot search threshold TH DOT YS search threshold TH YS Phase search threshold TH PHASE

YS disp YS DISP

- In the "display specifications", the screen actually displayed under each menu is explained.

Display example is shown below for explanation.

Content

Setting item

Displayed character string

Adjustment range

Initial value

0-255

0-4

0-255 112

112

0-4

3

2336-0PSIDXpsidX

2

Character string displayed on the screen.

[Example)Display specifications]

12345678910111213141516171819202122232425262728293031323334353637383940

B

C

1

2

3

4

5

6

7

8

9

10

11

12

13

- Cursor color

Setting item is displayed.

When accessing normally to EEPROM:

The cursor color will change bluet redtblue.

(It is not an error though the cursor might not become red for the convenience of the display cycle.) When accessing abnormally to EEPROM(error):

The cursor color will stay red (bluet redtred) even if the key is released.

Note) When a value is changed continuously, the cursor color may change bluet redt redt ...t blue.

But it is not an error. (The red color continues for the convenience of the display cycle.)

211TODHT 3SYHT

The item being selected selected by iukey is painted painted out by the

blue cursor.

211ESAHPHT 23PSIDX 2PSIDSY

Display of preset value.

[Flicker adjustment menu]

[Setting content]

Content

Common inverted output center value

- The content of "Common inverted output center value" reflects equivalence in "Common inverted output center value reference value.

Supplement) "Common inverted output center value reference value" is an initial value set in the line.

Setting item

Displayed character string

COM DC

Adjustment range

Initial value

920-255

D

[Display specifications]

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COM DC 92

29CDMOC

F

96

1234

AVH-P5000DVD/XN/UC

5 678

T

Line adjustment 1 menu

[Setting content]

Content

Bright BRIGHT

RGB simultaneous contrast(SA0C[D7-0]) Common inverted output amplitude adjusted value R output DC offset(SA1A[D11-8])

G output DC offset(SA1C[D11-8]) B output DC offset(SA1E[D11-8])

Main Y contrast(SA0F[D5-0]) Sub Y contrast(SA13[D5-0]) CMP CNTRST Dither bit(SA0D[D15])

- The bright value is determined by the image quality setting table based on the user setting step and the

common inverted output amplitude adjusted value (COM AMPAJ). This bright value controls the output of [DACDI] of the monitor micro computer terminal.

Supplement 1) When the bright value is changed in the test mode, however, it will not be reflected in the user setting step value. Supplement 2) In the test mode during monitor unit operation, the user setting step will not be reflected in the bright value calculation.

Note 1… The "black density (=bright)"adjustment by the user is accomplished only by controlling

the common inverted output amplitude, and the brightness of the double window IC is not used.

Note 2… The content of bright and of RGB simultaneous contrast are reference values (adjustable though)

only when adjusting other items, and are not stored in the EEPROM.

Note 3… Be careful as the content of R (G/B) output DC offset, mainY contrast and sub Y contrast are different

between the displayed values (EEPROM written values) and the register setting values in the double window IC. (Because the relationship between the double window IC register value and the screen output value is not linear, there is a need for conversion by software.)

[Display specifications]

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Setting item

Displayed character string

CONTRAST

COM AMP AJ

ROUT BIAS GOUT BIAS BOUT BIAS

RGB CNTRST

DITHER BI

Adjustment range

0-255 0-255 0-255

0-15 0-15 0-15 0-63 0-63 26

0-1 0(OFF)

051THGIRB 861TSARTNOC 051JAPMAMOC 8SAIBTUOR 8SAIBTUOG 8SAIBTUOB 43TSRTNCBGR 62TSRTNCPMC

FFOTIBREHTID

Initial value

150 168 150

8 8 8

34

A

B

C

Line adjustment 2 menu

[Setting content]

Content

RGB & YS horizontal positioning(SA2B[D15-8]) YS sampling phase 1(SA2D[D15-1]) AD sampling phase B(SA2D[D11-8]) AD sampling phase G(SA2D[D7-4]) AD sampling phase R(SA2D[D3-0]) YS internal delay adjustment(SA2F[D3-0])

- The content adjusted by "A" reflects equivalence in the reference value corresponding to each item.

Supplement) Each reference value is an initial value set in the line.

Note 1… Be careful as the displayed value (EEPROM written value) and the register setting values in

the double window IC are different for the following items. (Because the relationship between the double window IC register value and the screen output value is not linear, there is a need for conversion by software.)

[Display specifications]

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Setting item

Displayed character string

.

YS sampling phase 1

.

AD sampling phase B

.

AD sampling phase G

.

AD sampling phase R

.

YS internal delay adjustment

DOT H POSIT

YS SAMPL

B SAMPL G SAMPL R SAMPL

YS DELAY

Adjustment range

0-255 63

0-15 12 0-15 12 0-15 12 0-15 12 0-15 12

36TISOPHTOD 21LPMASSY 21LPMASB 21LPMASG 21LPMASR 21YALEDSY

Initial value

D

E

F

56

AVH-P5000DVD/XN/UC

7

8

97

1234

Line adjustment 3 menu

[Setting content]

A

B

Dot search threshold YS search threshold Phas search threshold

YS disp

[Display specifications]

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Content

Setting item

Displayed character string

TH DOT

TH YS

TH PHASE

PSIDXpsidX

YS DISP

Adjustment range

0-255

0-4

0-255

0-63

0-4

Initial value

112

3

112

32

2

211TODHT 3SYHT 211ESAHPHT 23PSIDX 2PSIDSY

Line adjustment 4 menu

[Setting content]

Main horizontal enhancer gain(SA10[D13-12]) Main horizontal enhancer limiter(SA10[D11-10]) Main horizontal enhancer f0(SA10[D8]) Main vertical enhancer gain(SA10[D7-6]) Main vertical enhancer return(SA10[D5-4])

C

D

Main vertical enhancer corering(SA10[D3-2])

[Display specifications]

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Content

Setting item

Displayed character string

M H GAIN M H LIMIT

M H F0

M V GAIN

M V ORI

M V CORE

Adjustment range

0-3 0-3 0-1 0-3 0-3 0-3

0NIAGHM 0TIMILHM 00FHM 0NIAGVM 0IROVM 0EROCVM

Initial value

0 0 0 0 0 0

Line adjustment 5 menu

[Setting content]

Sub horizontal enhancer gain(SA10[D13-12]) Sub horizontal enhancer limiter(SA10[D11-10]) Sub horizontal enhancer f0(SA10[D8]) Sub verticall enhancer gain(SA10[D7-6]) Sub verticall enhancer return(SA10[D5-4]) Sub verticall enhancer corering(SA10[D3-2])

[Display specifications]

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Content

Setting item

Displayed character string

S H GAIN S H LIMIT

S H F0

S V GAIN

S V ORI

S V CORE

Adjustment range

0-3 0-3 0-1 0-3 0-3 0-3

0NIAGHS 1TIMILHS 10FHS 0NIAGVS 1IROVS 2EROCVS

Initial value

0 1 1 0 1 2

F

98

1234

AVH-P5000DVD/XN/UC

5 678

Line adjustment 6 menu

[Setting content]

Content

Brightness R(SA0C[D13-8]) Brightness G(SA0D[D13-8]) Brightness B(SA0E[D13-8])

correction ON/OFF(SA1A[D15]) RGB simultaneous 1 inflection point(SA1A[D5-0]) RGB simultaneous 2 inflection point(SA1B[D12-8]) RGB simultaneous 3 inflection point(SA1B[D4-0]) RGB simultaneous inclination A(SA1A[D14-12]) RGB simultaneous inclination B(SA1B[D15-13]) RGB simultaneous inclination C(SA1B[D7-5])

Note 1… Be careful as the displayed value (EEPROM written value) and the register setting values in

the double window IC are different for the following items. (Because the relationship between the double window IC register value and the screen output value is not linear, there is a need for conversion by software.)

.

Brightness R

.

Brightness G

.

Brightness B

[Display specifications]

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Setting item

Displayed character string

BRIGHT R BRIGHT G BRIGHT B

GAMMA 1 GAMMA 2

GAMMA 3 GAMMASLP A GAMMASLP B GAMMASLP C

AMMAG

Adjustment range

0-63 0-63 0-63

0-63 0-31 0-31

0-7 0-7 0-7

61RTHGIRB 61GTHGIRB 61BTHGIRB FFOAMMAG 01AMMAG 42AMMAG 13AMMAG 4APLSAMMAG 1BPLSAMMAG 1CPLSAMMAG

Initial value

16 16 16

OFF

0 4 1 4 1 1

A

B

C

Line adjustment 7 menu

[Setting content]

Main PLL0(SA24[D15-8]) Main PLL1(SA24[D7-0]) Main PLL2(SA25[D15-8]) Main PLL3(SA25[D7-0])

[Display specifications]

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Content

Setting item

Displayed character string

MAIN PLL0 MAIN PLL1 MAIN PLL2

MAIN PLL3

Adjustment range

0-255 0-255 0-255 0-255

Initial value

158

13

204

4

8510LLPNIAM 311LLPNIAM 4022LLPNIAM 43LLPNIAM

D

E

56

AVH-P5000DVD/XN/UC

F

7

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99

1234

W

Line adjustment 8 menu

[Setting content]

A

[Display specifications]

B

Content

During TV, Sub PLL0(SA26[D15-8]) During TV, Sub PLL1(SA26[D7-0]) SUB PLL1 TV 0-255 136 Other, Sub PLL0(SA27[D15-8]) Other, Sub PLL1(SA27[D7-0]) SUB PLL1 0-255 141 During TV, Sub PLL2(SA28[D15-8]) SUB PLL2 TV 0-255 100 During TV, Sub PLL3(SA28[D7-0]) SUB PLL3 TV 0-255 68 Other, Sub PLL2(SA29[D15-8]) SUB PLL2 0-255 152 Other, Sub PLL3(SA29[D7-0]) SUB PLL3 0-255 137

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Setting item

Displayed character string

SUB PLL0 TV 0-255 140

Adjustment range

SUB PLL0 0-255 140

Initial value

041VT0LLPBUS 631VT1LLPBUS 0410LLPBUS 1411LLPBUS 001VT2LLPBUS 86VT3LLPBUS 2512LLPBUS 7313LLPBUS

Line adjustment 9 menu

C

D

[Setting content]

SA46[D15-8] SA46[D7-0] SA47[D15-8] SA47[D7-0] SA48[D15-8] SA48[D7-0] SA49[D15-8] SA49[D7-0] SA4A[D15-8] SA4A[D7-0]

[Display specifications]

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Setting item

Content

SA4 6H LO

SA4 7H LO

SA4 8H LO

SA4 9H LO

SA4AH LO

Displayed character string

SA46H UPPER SA46H LOWER SA47H UPPER SA47H LOWER

SA48H UPPER

SA48H LOWER

SA49H UPPER

SA49H LOWER

SA4AH UPPER

SA4AH LOWER

Adjustment range

0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255

Initial value

2 0 0 0 0 0 0 0 0 0

2REPPUH64AS 0RE 0REPPUH74AS 0RE 0REPPUH84AS 0RE 0REPPUH94AS 0RE 0REPPUHA4AS 0RE

E

F

100

1234

AVH-P5000DVD/XN/UC

Pioneer AVH-P5000 Schematic

SAFETY INFORMATION

CONTENTS

1. SERVICE PRECAUTIONS

1.1 SERVICE PRECAUTIONS

1.2 NOTES ON SOLDERING

2. SPECIFICATIONS

2.1 SPECIFICATIONS

2.2 DISC/CONTENT FORMAT

2.3 PANEL FACILITIES

2.4 CONNECTION DIAGRAM

3. BASIC ITEMS FOR SERVICE

3.1 CHECK POINTS AFTER SERVICING

3.2 PCB LOCATIONS

3.3 JIGS LIST

3.4 CLEANING

4. BLOCK DIAGRAM

5. DIAGNOSIS

5.1 OPERATIONAL FLOWCHART

5.2 INSPECTION METHOD OF PICKUP UNIT

5.3 DIAGNOSIS FLOWCHART

5.4 ERROR CODE LIST

5.5 CONNECTOR FUNCTION DESCRIPTION

5.6 SIMPLE OPERATION CHECK METHOD

6. SERVICE MODE

6.1 DVD TEST MODE

6.2 CALIBRATION TEST MODE

6.3 MONITOR TEST MODE

7. DISASSEMBLY

8. EACH SETTING AND ADJUSTMENT

8.1 DVD ADJUSTMENT

8.2 DVD AMP UNIT ADJUSTMENT

8.3 INVERTOR PCB ADJUSTMENT

8.4 MONITOR PCB ADJUSTMENT

8.5 TOUCH PANEL ADJUSTMENT

8.6 MONITOR ADJUSTMENT