Pioneer AVHP-5200-BT, AVHP-5200-DVD, AVHP-5250-BT, AVHP-5250-DVD Service manual

PIONEER CORPORATION 1-1, Shin-ogura, Saiwai-ku, Kawasaki-shi, Kanagawa 212-0031, 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 2010

DVD AV RECEIVER

ORDER NO.

CRT4537

AVH-P5200BT/XNUC

AVH-P5200BT

AVH-P5250BT AVH-P5200DVD AVH-P5250DVD AVH-P5250DVD AVH-P5250DVD

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

Model No. Order No. Mech.Module Remarks

CX-3268 CRT4534 MS7 DVD Mech. Module : Circuit Descriptions, Mech. Descriptions, Disassembly

/XNRD

/XNUC

/XNRC

/XNRD

/XNRI

/XNUC

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

K-ZZZ. MAR. 2010 Printed in Japan

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SAFETY INFORMATION

CAUTION:

USE OF CONTROLS OR ADJUSTMENTS OR PERFORMANCE OF PROCEDURES OTHER THAN THOSE SPECIFIED HEREIN MAY RESULT IN HAZARDOUS RADIATION EXPOSURE.

- Safety Precautions for those who Service this Unit. When checking or adjusting the emitting power of the laser diode exercise caution in order to get safe, reliable results.

Caution:

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

CAUTION CLASS 1M INVISIBLE LASER RADIATION WHEN OPEN. DO NOT VIEW DIRECTLY WITH OPTICAL INSTRUMENTS

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

WARNING!

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

Laser diode characteristics

Wave length:

DVD:660 nm to 670 nm CD:780 nm to 800 nm

Focus lens on Maximum output:

CD:6.26 mW(Emitting period :9 sec.) DVD:1.27 mW (Emitting period : unlimited)

Additional Laser Caution

Transistors Q1103 and Q1104 in PCB drive the laser diodes for DVD and CD respectively. When Q1103 or Q1104 is shorted between their terminals, the laser diodes for DVD or CD will radiate beam. If the top cover is removed with no disc loaded while such short-circuit is continued, the naked eyes may be exposed to the laser beam.

CAUTION

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:

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 may contain a chemical known to the State of California to cause cancer, or birth defects or other reproductive harm. Health & Safety Code Section 25249.6 - Proposition 65

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CAUTION

Danger of explosion if battery is incorrectly replaced. Replaced only with the same or equivalent type recommended by the manufacture. Discord used batteries according to the manufacture's instructions.

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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.

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.

4. Cleaning

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

3. Lubricants, Glues, and Replacement parts

Use grease and adhesives that are equal to the specified substance. Make sure the proper amount is applied.

5. Shipping mode and Shipping screws

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

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1. SERVICE PRECAUTIONS

1. You should conform to the regulations governing the product (safety, radio and noise, and other regulations), and should keep the safety during servicing by following the safety instructions described in this manual.

2. Be careful in handling ICs. Some ICs such as MOS type are so fragile that they can be damaged by electrostatic induction.

3. 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. When a flash ROM needs to be replaced by service, do not replace an IC but a core unit (as no encryption key is written in a flash alone).

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

8. About region codes With the RC models, the region code may have been changed for some sale destinations. In that case, a region display area of the name plate on the main unit has been overwritten (with a sticker). If the region code is reset to its initial value due to replacement of the DVD unit etc., change the region code to that written on the name plate of the main unit. Contact the PSN Division for the region changing procedure.

9. Countermeasures to user complaints on iPhone/iPod touch lip synchronization When a video is replayed, the video and audio may be out of synchronization depending on the connected iPod or iPhone. If it is annoying, perform the following operation. However, this operation will slightly deteriorate the sound quality of the iPod source. Also, it will disable the ASR function when the iPod source is used.

[Default] Audio digital mode

[Switching procedure] Press MODE and EJECT and turn on Accessory simultaneously

The above switches the “Audio digital mode” to the “Audio analog mode”. When the mode is switching, the BEEP1 sound will be heard.

[Supplement]

• The mode switching operation can only switch the “Audio digital mode” to the “Audio analog mode”. (The BEEP1 sound will be heard every time.)

• No indication of the mode is provided.

[Resetting the mode] Reset or BackUP OFF

The above resets the mode to the “Audio digital mode”.

10. recautions for AEQ measurement If the microphone is not connected securely, the microphone input signals may become inaccurate and an error message “Plug the supplied microphone securely into the jack” may appear due to the measurement failure.

11. EJECT LOCK MODE for DVD mechanism How to enter : Reset with [FORWARD] key and [EJECT] key pressed. Unlocked by turning ACC ON or reset.

1.1 SERVICE PRECAUTIONS

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12. area and a heat sink becomes hot areas. Be careful not to burn yourself.

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.

1.2 NOTES ON SOLDERING

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2. SPECIFICATIONS

Dimensions (W × H × D):

DIN

Chassis.....................180 mm × 5 0 mm × 160

mm (7-1/8 in. × 2 in. × 6-1/4 in.)

Nose...........................188 mm × 58 m m × 32 mm

(7-3/8 in.× 2-1/4 in.× 1-1/4 in.)

D

Chassis...............................178 mm × 5 0 mm × 165

mm (7 in.× 2 in.× 6-1/2 in.)

Nose.....................................17 0 mm × 46 mm × 2 7 mm

(6-3/4 in.× 1-3/4 in.× 1 in.)

Weight .........................................2.2 k g (4.9 lbs)

Display

Screen size/aspect ratio....... 7.0 inch wide/16:9

(effective display area: 154

× 86.9 mm)

Pixels ............................................345 600 (1 4 40 × 240)

Display method ........................TFT acti ve matrix, driving

type

Color system............................. NTSC

Durable temperature range (power off)

................................................... -20 °C t o +80 °C

Angle adjustment ................... 50° to 110°

(initial settings: 90°)

Audio

Maximum power output .......50 W × 4

70 W × 1/2 ohm

(for subwoofer) Continuous power output ...22 W × 4 (50 Hz to 15000

Hz, 5 % THD, 4 ohm load,

both channels driven)

Load impedance ......................4 ohm(4 ohm to 8 ohm

(2 ohm for 1 ch) allowable) Preout maximum output level

................................................... 4.0 V

Equalizer (8-Band Graphic Equalizer):

Frequency......................... 40/80/200/400/1k/2.5k/8k/

10k Hz

Gain ..................................... ±12 dB

HPF:

Frequency......................... 50/63/80/100/125 Hz

Slope.................................. –12 dB/oct

Subwoofer (mono):

Frequency......................... 50/63/80/100/125 Hz

Slope...................................–18 dB/oct

Gain ..................................... +6 dB to –24 dB

Phase .................................Normal/Reverse

Bass boost:

Gain ..................................... +12 dB t o 0 dB

DVD Player

System .........................................DV D video, Video CD, CD,

WMA, MP3, AAC, DivX, JPEG system

Usable discs .............................DVD video, Video CD, CD,

CD-R/RW, DVD-R/RW/RDL

Region number ........................1

Frequency response...............5 Hz t o 44 000 Hz (with DVD,

at sampling frequency 96

kHz)

Signal-to-noise ratio............... 96 dB (1 kHz) (IHF-A net-

work) (RCA level) Output level:

Video....................................1 .0 Vp-p/75 ohm (±0.2 V)

Number of channels ..............2 ( stereo)

MP3 decoding format ...........MPEG-1 & 2 Audio Layer 3

WMA decoding format .........Ve r. 7, 7.1, 8, 9, 10, 11 (2ch

audio) (Windows Media Player)

AAC decoding format............ MPEG-4 AAC (iTunes en-

coded only) (.m4a) (Ver. 8.2 and earlier)

DivX decoding format............Home Theater Ver. 3, 4, 5.2,

6 (.avi, .divx)

USB

USB standard specification

................................................... USB 1.1, USB 2.0 full speed

Maximum current supply ....500 mA

USB Class.................................. MSC (Mass Storage Class)

File system................................. FAT16, FAT32

MP3 decoding format ...........MPEG-1 & 2 Audio Layer 3

WMA decoding format .........Ve r. 7, 7.1, 8, 9, 10, 11 (2ch

audio) (Windows Media Player)

AAC decoding format............ MPEG-4 AAC (iTunes en-

coded only) (.m4a) (Ver. 8.2 and earlier)

DivX decoding format............Home Theater Ver. 3, 4, 5.2,

6 (.avi, .divx)

SD

Compatible physical format

................................................... Version 1.1

General

Power source.............................14.4 V DC (10.8 V to 15.1 V

allowable)

Grounding system...................Negative type

Maximum current consumption

....................................................10.0 A

Backup current ......................... 5.0 mA or less

AVH-P5200BT/XNUC, AVH-P5200DVD/XNUC

2.1 SPECIFICATIONS

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Maximum memory capacity

................................................... 2 GB

File system................................. FAT12, FAT16, FAT32

MP3 decoding format ...........MP EG-1 & 2 Audio Layer 3

WMA decoding format .........Ve r. 7, 7.1, 8, 9, 10, 11 (2ch

audio) (Windows Media Player)

AAC decoding format............ MPEG-4 AAC (iTunes en-

coded only) (Ver. 8.2 and earlier)

DivX decoding format............Home Theater Ver. 3, 4, 5.2,

6 (.avi, .divx)

FM tuner

Frequency range..................... 87.9 MHz to 107.9 MHz

Usable sensitivity.................... 9 dB f (0.8 μV/75 ohm,

mono,S/N: 30 dB)

Signal-to-noise ratio.............. 72 dB (IHF-A network)

AM tuner

Frequency range..................... 530 kHz t o 1 710 kH z (10

kHz)

Usable sensitivity.................... 25 μV (S/N: 20 dB)

Signal-to-noise ratio.............. 62 dB (IHF-A network)

Bluetooth

(AVH-P5200BT)

Version........................................ Bluetooth 2.0 certified

Output power ........................... +4 dBm Max.

(Power class 2)

CEA2006 Specifications

Power output .............................1 4 W RMS × 4 Ch annels (4

ohm and

1 % THD+N)

S/N ratio ......................................91 dB A (reference: 1 W into

4 ohm)

Note

Specifications and the design are subject to modifications without notice.

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Dimensions (W × H × D):

DIN

Chassis.....................180 mm × 5 0 mm × 160

mm

Nose...........................188 mm × 58 m m × 32 mm

D

Chassis.....................178 mm × 5 0 mm × 165

mm

Nose...........................170 mm × 46 m m × 27 mm

Weight ........................................ 2. 2 kg

Display

Screen size/aspect ratio....... 7.0 inch wide/16:9

(effective display area: 154

× 86.9 mm)

Pixels ........................................... 345 600 (1 4 40 × 240)

Display method ....................... TFT active matrix, driving

type

Color system............................. NTSC/PAL/PAL-M/SECAM

compatible Durable temperature range (power off)

................................................... -20 °C t o +80 °C

Angle adjustment ................... 50° to 110°

(initial settings: 90°)

Audio

Maximum power output .......50 W × 4

70 W × 1/2 ohm

(for subwoofer) Continuous power output ...22 W × 4 (50 Hz to 15000

Hz, 5 % THD, 4 ohm load,

both channels driven)

Load impedance ......................4 ohm (4 ohm to 8 ohm

(2 ohm for 1 ch) allowable) Preout maximum output level

................................................... 4.0 V

Equalizer (8-Band Graphic Equalizer):

Frequency......................... 40/80/200/400/1k/2.5k/8k/

10k Hz

Gain .................................... ±1 2 dB

HPF:

Frequency......................... 50/63/80/100/125 Hz

Slope...................................–12 dB/oct

Subwoofer (mono):

Frequency......................... 50/63/80/100/125 Hz

Slope...................................–18 dB/oct

Gain ..................................... +6 dB to –24 dB

Phase .................................Normal/Reverse

Bass boost:

Gain ..................................... +12 dB t o 0 dB

DVD Player

System .........................................DV D video, Video CD, CD,

WMA, MP3, AAC, DivX, JPEG system

Usable discs .............................DVD video, Video CD, CD,

CD-R/RW, DVD-R/RW/RDL

Region number:

for Middle East Asian and South African models

......................................... 2

for Southeast Asian models

......................................... 3

Frequency response...............5 Hz t o 44 000 Hz (with DVD,

at sampling frequency 96 kHz)

Signal-to-noise ratio............... 96 dB (1 kHz) (IEC-A net-

work) (RCA level)

Output level:

Video....................................1 .0 Vp-p/75 ohm (±0.2 V)

Number of channels ..............2 ( stereo)

MP3 decoding format ...........MPEG-1 & 2 Audio Layer 3

WMA decoding format .........Ve r. 7, 7.1, 8, 9, 10, 11 (2ch

audio) (Windows Media Player)

AAC decoding format............ MPEG-4 AAC (iTunes en-

coded only) (.m4a) (Ver. 8.2 and earlier)

DivX decoding format............Home Theater Ver. 3, 4, 5.2,

6 (.avi, .divx)

USB

USB standard specification

................................................... USB 1.1, USB 2.0 full speed

Maximum current supply ....500 mA

USB Class.................................. MSC (Mass Storage Class)

File system................................. FAT16, FAT32

MP3 decoding format ...........MPEG-1 & 2 Audio Layer 3

WMA decoding format .........Ve r. 7, 7.1, 8, 9, 10, 11 (2ch

audio) (Windows Media Player)

AAC decoding format............ MPEG-4 AAC (iTunes en-

coded only) (.m4a) (Ver. 8.2 and earlier)

DivX decoding format............Home Theater Ver. 3, 4, 5.2,

6 (.avi, .divx)

SD

Compatible physical format

................................................... Version 1.1

General

Rated power source...............14.4 V DC

(allowable voltage range:

12.0 V to 14.4 V DC)

Grounding system...................Negative type

Maximum current consumption

....................................................10.0 A

Backup current.........................4.0 mA or less

AVH-P5250DVD/XNRC, AVH-P5250DVD/XNRI

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Maximum memory capacity

................................................... 2 GB

File system................................. FAT12, FAT16, FAT32

MP3 decoding format ...........MP EG-1 & 2 Audio Layer 3

WMA decoding format .........Ve r. 7, 7.1, 8, 9, 10, 11 (2ch

audio) (Windows Media Player)

AAC decoding format............ MPEG-4 AAC (iTunes en-

coded only) (.m4a) (Ver. 8.2 and earlier)

DivX decoding format............Home Theater Ver. 3, 4, 5.2,

6 (.avi, .divx)

FM tuner

Frequency range......................87.5 MHz to 108.0 MHz

Usable sensitivity.....................9 dB f (0.8 μV/75 ohm

mono, S/N: 30 dB)

Signal-to-noise ratio............... 72 dB (I EC -A network)

AM tuner

Frequency range......................531 kHz t o 1 602 kH z (9 kHz)

530 kHz to 1640 kHz (10

kHz)

Usable sensitivity.................... 25 μV (S/N: 20 dB)

Signal-to-noise ratio.............. 62 dB ( IEC -A network)

Infrared remote control

Wavelength................................ 945 nm

Output ......................................... ty p; 10 mw/sr per Infrared

LED

Note

Specifications and the design are subject to modifications without notice.

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Dimensions (W × H × D):

DIN

Chassis.................. 180 mm × 50 mm × 160

mm

Nose........................ 188 mm × 58 mm × 32 mm

D

Chassis.................. 178 mm × 50 mm × 165

mm

Nose....................... 170 mm × 46 mm × 27 mm

Weight ..................................... 2.2 kg

Display

Screen size/aspect ratio...... 7.0 inch wide/16:9

(effective display area: 154

× 86.9 mm)

Pixels ....................................... 345 600 ( 1 440 × 240)

Display method ..................... TFT active matrix, driving

type

Color system...........................NTSC/PAL/PAL-M/SECAM

compatible Durable temperature range (power off)

............................................. -20 °C to +80 °C

Angle adjustment ................. 50° to 110°

(initial settings: 90°)

Audio

Maximum power output ...... 50 W × 4

70 W × 1/2 ohm

(for subwoofer) Continuous power output ... 22 W × 4 (50 Hz to 15000

Hz, 5 % THD, 4 ohm load,

both channels driven)

Load impedance ................... 4 ohm (4 ohm to 8 ohm

(2 ohm for 1 ch) allowable) Preout maximum output level

............................................... 4.0 V

Equalizer (8-Band Graphic Equalizer):

Frequency.......................40/80/200/400/1k/2.5k/8k/

10k Hz

Gain .................................. ±12 d B

HPF:

Frequency.......................50/63/80/100/125 Hz

Slope................................–12 dB/oct

Subwoofer (mono):

Frequency.......................50/63/80/100/125 Hz

Slope................................–18 dB/oct

Gain ................................. +6 dB to – 24 d B

Phase ..............................Normal/Reverse

Bass boost:

Gain ................................. +12 dB to 0 dB

DVD Player

System ..................................... DVD video, Video CD, CD,

WMA, MP3, AAC, DivX, JPEG system

Usable discs .......................... DVD video, Video CD, CD,

CD-R/RW, DVD-R/RW/RDL

Frequency response............. 5 Hz to 44 000 Hz (with DVD,

at sampling frequency 96 kHz)

Signal-to-noise ratio............. 96 dB (1 kHz) (IEC-A net-

work) (RCA level)

Output level:

Video............................... 1.0 Vp-p/75 ohm (±0.2 V)

Number of channels ............ 2 (stereo)

MP3 decoding format ..........MPEG-1 & 2 Audio Layer 3

WMA decoding format ........ Ver. 7,7.1, 8, 9, 10, 11 (2ch

audio) (Windows Media Player)

AAC decoding format........... MPEG-4 AAC (iTunes en-

coded only) (.m4a) (Ver. 8.2 and earlier)

DivX decoding format............Home Theater Ver. 3, 4, 5.2,

6 (.avi, .divx)

USB

USB standard specification

............................................... USB 1.1, USB 2.0 full speed

Maximum current supply .... 500 mA

USB Class............................... MSC (Mass Storage Class)

File system.............................. FAT16, FAT32

MP3 decoding format ..........MPEG-1 & 2 Audio Layer 3

WMA decoding format ........ Ver. 7,7.1, 8, 9, 10, 11 (2ch

audio) (Windows Media Player)

AAC decoding format........... MPEG-4 AAC (iTunes en-

coded only) (.m4a) (Ver. 8.2 and earlier)

DivX decoding format...........Home Theater Ver. 3, 4, 5.2,

6 (.avi, .divx)

SD

Compatible physical format

.............................................. Version 1.1

Maximum memory capacity

.............................................. 2 GB

File system............................. FAT12, FAT16, FAT32

MP3 decoding format ..........MPEG-1 & 2 Audio Layer 3

General

Power source..........................14.4 V DC (12.0 V to 14.4 V

allowable)

Grounding system................. Negative type

Maximum current consumption

...............................................10.0 A

Backup current .........................4.0 mA or less

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WMA decoding format ........ Ver. 7,7.1, 8, 9, 10, 11 (2ch

audio) (Windows Media Player)

AAC decoding format........... MPEG-4 AA C (iTunes en-

coded only) (.m4a) (Ver. 8.2 and earlier)

DivX decoding format...........Home Theater Ver. 3, 4, 5.2,

6 (.avi, .divx)

FM tuner

Frequency range................... 87.5 MHz to 108.0 MHz

Usable sensitivity.................. 9 dB f (0.8 μV/75 ohm,

mono, S/N: 30 dB)

Signal-to-noise ratio............. 72 dB (IEC-A network)

AM tuner

Frequency range................... 531 kHz t o 1 602 kHz (9 kHz)

530 kHz to 1640 kHz (10

kHz)

Usable sensitivity.................. 25 μV (S/N: 20 dB)

Signal-to-noise ratio............. 62 dB (IEC-A network)

Bluetooth

(AVH-P5250BT)

Version..................................... Bluetooth 2.0 certified

Output power ........................ +4 dBm Max.

(Power class 2)

Infrared remote control

Wavelength............................. 945 nm

Output ..................................... typ; 10 mw/sr per Infrared

LED

Note

Specifications and the design are subject to modifications without notice.

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2.2 DISC/CONTENT FORMAT

The Bluetooth word mark and logos are owned by the Bluetooth SIG, Inc. and any use of such marks by Pioneer Corporation is under license. Other trademarks and trade names are those of their respective owners.

(BT model only)

is a trademark of DVD Format/Logo Licensing Corporation.

(UC model only)

(RC, RD, RI models)

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Head unit

traPtraP

1

MUTE/ ( : AVH-P5200BT, AVH-P5250BT only)

8 OPEN/CLOSE

2

MENU

Displaying the menu. Returning to the normal display.

9

AUX input jack (3.5 mm stereo/video jack) Use to connect an auxiliary device.

3

MODE

Turning the information display off.

a

Auto EQ microphone input jack Use to connect an auto EQ microphone.

4 Disc loading slot b

USB port When connecting, open the USB connector lid.

5 SRC/OFF c RESET

6

/ (TRACK) d

SD memory card slot

7

(eject)

CAUTION

• Use an optional Pioneer USB cable (CD-U50E) to connect the USB audio player/USB memory as any device connected directly to the unit will protrude out from the unit and may be dangerous.

• Do not use unauthorized products.

• For details on how to operate a navigation unit from this unit, refer to its operation manual.

Note

When the navigation unit is connected, press

MODE to switch to the navigation display. Press MODE and hold to turn the display off. PressMODE again to turn the display on.

Optional remote control

The remote control CD-R55 is sold separately. For details concerning operations, see the remote control manual.

UC Only

2.3 PANEL FACILITIES

AVH-P5200BT/XNUC

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Remote control

Part Operation

e Thumb pad

Use to operate fast forward, rewind and other track search controls. Click to recall Menu. Use to select a menu on the DVD menu.

f RETURN

Press to display the PBC (playback control) menu during PBC playback.

g

Press to pause or resume playback.

Press to return to the previous track (chapter).

Press to go to the next track (chapter).

Press to stop playback.

h

/ (FOLDER/P.CH)

Press to select the next/previous disc/ folder.

Part Operation

i BAND/ESC

Press to select the tuner band when tuner is selected as a source. Also used to cancel the control mode of functions. Press to switch between modes when playing discs with compressed audio and audio data (CDDA) such as CDEXTRA and MIXEDMODE CDs.

j

MENU

Press to display the DVD menu during DVD playback.

TOP MENU

Press to return to the top menu during DVD playback.

k

AUDIO

Press to change the audio language during DVD playback.

SUBTITLE

Press to change the subtitle language during DVD playback.

ANGLE

Press to change the viewing angle during DVD playback.

l REAR SRC

Press to cycle through all the available rear sources. Press and hold to turn the rear source off.

AVH-P5250BT/XNRD, AVH-P5250DVD/XNRC, AVH-P5250DVD/XNRI, AVH-P5250DVD/XNRD

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Connecting the power cord

This product

Microphone (supplied)

(AVH-P5200BT only)

4 m

(13 ft. 1 in.)

Fuse (10 A)

RGB input

IP-BUS input

(Blue)

Yellow

Connect to the constant 12 V supply terminal.

Fuse resistor

Red

Connect to terminal controlled by ignition switch (12 V DC).

Black (chassis ground)

Connect to a clean, paint-free metal location.

Left Right

rekaepstnorFrekaepstnorF

Rear speaker or

Subwoofer (4

)

White Gray

Gray/blackWhite/black

Green Violet

Green/black Violet/black

Violet

Violet/black

Not used.

Green

Green/black

When using a subwoofer of 70 W (2

), be sure to connect with Violet and Violet/black leads of this unit. Do not

connect anything to Green and Green/black leads.

Subwoofer (4

)

× 2

Rear speaker or

Subwoofer (4

)

Orange/white

Connect to lighting switch terminal.

Fuse resistor

Wired remote input (WIRED REMOTE INPUT )

Hard-wired remote control adaptor can be

connected (sold separately).

Microphone input Jack (MIC )

(AVH-5200BT only)

17 cm (6-3/4 in.)

Navigation unit

(AVIC-U220 (sold

separately)).

Antenna input

Tuner box (supplied)

Antenna cable (supplied)

80 cm

(2 ft. 7 in.)

IP-BUS cable

Pioneer IP-BUS

accessories

Connection method

1. Clamp the lead.

2. Clamp firmly with

needle-nosed pliers.

Note:

· The position of the parking brake switch depends on the vehicle model. For details,

consult the vehicle Owner’s Manual or dealer.

Light green

Used to detect the ON/OFF status of the parking

brake. This lead must be connected to the power

supply side of the parking brake switch.

Blue/white

Connect to system control terminal of the power amp or

auto-antenna relay control terminal (max. 300 mA 12 V DC).

Ground side

Power supply side

Parking brake

switch

With a 2 speaker system, do not connect anything to the speaker leads

that are not connected to speakers.

Note:

· Change the initial setting of this unit (refer

to the Operation Manual). The subwoofer

output of this unit is monaural.

26 pin cable (Supplied with Navigation unit)

Insert the 26 pin cable in the direction

indicated in the figure.

Please contact your dealer to inquire

about the connectable navigation unit.

80 cm

(2 ft. 7 in.)

2.4 CONNECTION DIAGRAM

AVH-P5200BT/XNUC

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When connecting to separately sold power amp

Blue/white

Connect to system control

terminal of the power amp

(max. 300 mA 12 V DC).

Connect with RCA cables

(sold separately)

Rear speaker

Perform these connections when

using the optional amplifier.

System remote control

rekaepstnorFrekaepstnorF

thgiRtfeL

Rear speaker

Power amp

(sold separately)

Power amp

(sold separately)

Power amp

(sold separately)

Subwoofer

To front output

To rear output

To subwoofer

output

This product

Rear output

(REAR OUTPUT )

Front output

( FRONT OUTPUT )

Subwoofer output

( SUBWOOFER OUTPUT )

13 cm (5-1/8 in.)

17 cm (6-3/4 in.)

13 cm (5-1/8 in.)

When connecting with a rear view camera

When this product is used with a rear view camera, it is possible to automatically switch from the

video to rear view image when the gear shif t is moved to REVERSE (R).

WARNING

USE INPUT ONLY FOR REVERSE OR MIRROR IMAGE REAR VIEW CAMERA . OTHER USE MAY

RESULT IN INJURY OR DAMAGE.

CAUTION

• The screen image may appear reversed.

• The rear view camera function is to be used as an aid for backing into a tight parking spot.

Do not use this function for enter tainment purposes.

• Objects in the rear view may appear closer or more distant than they actually are.

To video output

Rear view camera

(sold separately)

Rear view camera input (REAR VIEW CAMERA IN)

Violet/white

Of the two lead wires connected to the back lamp, connect the one

in which the voltage changes when the gear shift is in the

REVERSE (R) position. This connection enables the unit to

sense whether the car is moving forwards or backwards.

You must use a camera

which outputs mirror

reversed images.

CAUTION

Fuse resistor

This product

RCA cable (sold separately)

15 cm (5-7/8 in.)

13 cm (5-1/8 in.)

• It is necessary to set Camera Polarity properly in System Menu when connecting the rear view camera.

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External video

component (sold

Display with RCA

input jacks (sold

separately)

To video output

separately)

Bluetooth adapter

(e.g. CD-BTB200)

(sold separately)

(AVH-P5200DVD only)

Black

To video input

RCA cables (sold separately)

13 cm (5-1/8 in.)

Rear monitor output

( REAR MONITOR OUTP UT )

When connecting the external video component and the display

To audio input

This product

Mini pin plug cable

(sold separately)

RCA cables (sold separately)

17 cm (6-3/4 in.)

Rear audio output

( REAR MONITOR OUTPUT(AUDIO) )

Microphone

for hands-free phoning

To audio outputs

13 cm (5-1/8 in.)

Video input ( VIDEO INPUT )

Audio input

(AUDIO INPUT )

• It is necessary to change AV In put in System Menu when connecting the external video

component.

WARNING

This product’s rear video output and rear audio output are for connection of a display to enable

passengersin therearseatstowatch theDVD,etc.

When using a display connected to rear video output

Never install the display in a location where it is visible to the driver while driving.

Connecting the system

(supplied with Bluetooth adapter)

Wired remote input ( WIRED REMOTE INPUT )

Hard-wired remote control adaptor can be

connected (sold separately).

IP-BUS cable

(Supplied with Bluetooth adapter)

IP-BUS input

This product

AVH-P5200BT/XNUC

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AVH-P5250BT/XNRD, AVH-P5250DVD/XNRC, AVH-P5250DVD/XNRI, AVH-P5250DVD/XNRD

Connecting the power cord

This product

Microphone (supplied)

(AVH-P5250BT only)

4 m

Fuse (10 A)

RGB input

IP-BUS input

(Blue)

Yellow

Connect to the constant 12 V supply terminal.

Fuse resistor

Red

Connect to terminal controlled by ignition switch (12 V DC).

Black (chassis ground)

Connect to a clean, paint-free metal location.

Left Right

rekaepstnorFrekaepstnorF

Rear speaker or

Subwoofer (4

)

White Gray

Gray/blackWhite/black

Green Violet

Green/black Violet/black

Violet

Violet/black

Not used.

Green

Green/black

When using a subwoofer of 70 W (2

), be sure to connect with Violet and Violet/black leads of this unit. Do not

connect anything to Green and Green/black leads.

Subwoofer (4

)

× 2

Rear speaker or

Subwoofer (4

)

Orange/white

Connect to lighting switch terminal.

Fuse resistor

Wired remote input ( WIRED REMOTE INPUT )

Hard-wired remote control adaptor can be

connected (sold separately).

Microphone input Jack (MIC )

(AVH-5250BT only)

17 cm

Antenna input

Tuner box (supplied)

Antenna cable (supplied)

80 cm

IP-BUS cable

Pioneer IP-BUS

accessories

Connection method

1. Clamp the lead.

2. Clamp firmly with

needle-nosed pliers.

Note:

· The position of the parking brake switch depends on the vehicle model. For details,

consult the vehicle Owner’s Manual or dealer.

Light green

Used to detect the ON/OFF status of the parking

brake. This lead must be connected to the power

supply side of the parking brake switch.

Blue/white

Connect to system control terminal of the power amp or

auto-antenna relay control terminal (max. 300 mA 12 V DC).

Ground side

Power supply side

Parking brake

switch

With a 2 speaker system, do not connect anything to the speaker leads

that are not connected to speakers.

Note:

· Change the initial setting of this unit (refer

to the Operation Manual). The subwoofer

output of this unit is monaural.

When you connect the separately sold

multi-channel processor (DEQ-P7650) to this

unit, do not connect anything to the speaker

leads and system remote control (blue/white).

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Rear view camera

(sold separately)

CAUTION

You must use a camera

which outputs mirror

reversed images.

To video output

Fuse resistor

RCA cable (sold separately)

15 cm

13 cm

Rear view camera input ( REAR VIEW CAMERA IN)

Violet/white

Of the two lead wires connected to the back lamp, connect the one

in which the voltage changes when the gear shift is in the

REVERSE (R) position. This connection enables the unit to

sense whether the car is moving forwards or backwards.

This product

WARNING

When this product is used with a rear view camera, it is possible to automatically switch

from the video to rear view image when the gear shift is moved to REVERSE (R).

When connecting with a rear view camera

CAUTION

USE INPUT ONLY FOR REVERSE OR MIRROR IMAGE REAR VIEW CAMERA . OTHER USE MAY

RESULT IN INJURY OR DAMAGE.

• The screen image may appear reversed.

• The rear view camera function is to be used as an aid for backing into a tight parking spot.

Do not use this function for enter tainment purposes.

• Objects in the rear view may appear closer or more distant than they actually are.

Power amp

(sold separately)

Power amp

(sold separately)

Power amp

(sold separately)

• It is necessary to set Camera Polarity properly in System Menu when connecting the rear view camera.

rekaepstnorFrekaepstnorF

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Subwoofer

Rear speaker

Rear output

( REAR OUTPUT )

13 cm

To rear output

13 cm

Front output

( FRONT OUTP UT )

To front output

To subwoofer

output

Subwoofer output

( SUBWOOFER OUTP UT )

17 cm

Connect with RCA cables

(sold separately)

This product

Blue/white

When connecting to separately sold power amp

AVH-P5200BT/XNUC

System remote control

Connect to system control

terminal of the power amp

(max. 300 mA 12 V DC).

Subwoofer

multi-channel processor (DEQ-P7650)

to this unit, do not connect anything

to the speaker leads and system

remote control (blue/white).

processor to this unit, refer to

multi-channel processor’s installation

· When you connect the separately sold

manual for the connection method.

· When you connect the multi-channel

Rear speaker

Perform these connections when

using the optional amplifier.

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When connecting with a multi-channel processor

IP-BUS cable (supplied with

multi-channel processor)

RCA cable (supplied with

multi-channel processor)

Optical cable

(supplied with

multi-channel processor)

This product

IP-BUS cable

(Supplied with Bluetooth adapter)

Black

Bluetooth adapter

(e.g. CD-BTB100)

(sold separately)

(AVH-P5250DVD only)

Microphone

for hands-free phoning

(supplied with Bluetooth adapter)

Black

Optical cable connection box

(CD-DD25)

(sold separately)

To SWL

To SWR

Blue

Multi-channel processor

(e.g., DEQ-P7650)

(sold separately)

Black

IP-BUS input

Optical

output

Wired remote input ( WIRED REMOTE INPUT )

Hard-wired remote control adaptor can be

connected (sold separately).

17 cm

Subwoofer output

( SUBWOOFER OUTPUT

or NON-FADING OUTPUT )

Connecting and installing the optical cable connection box

WARNING

• Avoid installing the optical c able connec tion

box in locations where the operation of

safety devices such as airbags is prevented

by this unit. Otherwise, there is a danger of a

fatal accident.

• Avoid installing the optical c able connec tion

box in locations where the operation of the

brake may be prevented. Otherwise, it may

result in a traffic accident.

• Fixtheopticalcableconnectionboxsecurely

with the hook and loop fastener or lock tie. If

the unit is loose, it disturbs driving stability,

which may result in a traffic accident.

CAUTION

• Install this unit using only the par ts supplied with

this unit. If other parts are used, this unit may be

damaged or could dismount itself, which leads to

an accident or other problems.

• Do not install this unit near the doors where

rainwater is likely to be spilled on the unit.

Incursion of water into the unit may cause smoke

or fire.

Connecting the optical cable

1. Connect the optical cable and

ground lead to the main unit.

Connect the optical cable so that it does not

protrude from the main unit, as shown in the

illustration. Fasten the ground lead to the

protrusion on the back of the main unit.

Screw

2. Connect the optical cable to the

optical cable connection box.

optical cable

Installing the optical cable

connection box

• When installing the optical cable

connection box with the hook and

loop fastener.

Install the optical cable connection box

using the hook and loop fastener in the

amplespaceoftheconsolebox.

Hook fastener

Loop fastener

• When installing the optical cable

connection box with the lock tie.

Wrap the optical cable and connection box

with the protection tap e and fasten with the

power code using the lock tie.

Wrap with the protection tape

Fasten with the lock tie

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Bluetooth adapter

(e.g. CD-BTB100)

(sold separately)

Display with

RCA input jacks

To video input

(sold separately)

Mini pin plug cable

To audio input

(sold separately)

External video

component

(sold separately)

To video output

To audio outputs

Microphone

for hands-free phoning

(supplied with Bluetooth adapter)

(AVH-P5250DVD only)

Black

RCA cables (sold separately)

13 cm

Rear monitor output

(REAR MONITOR OUTPUT )

When connecting the external video component and the display

This product

RCA cables (sold separately)

17 cm

Rear audio output

(REAR MONITOR OUTPUT(AUDIO) )

IP-BUS cable

(Supplied with Bluetooth adapter)

Wired remote input

(WIRED REMOTE INPUT )

Hard-wired remote control

adaptor can be connected

13 cm

Video input (VIDEO INPUT )

(AUDIO INPUT )

Audio input

• It is necessary to change AV Input in Sys tem Menu when connecting the external video

component.

WARNING

This product’s rear video output and rear audio output are for connection of a display to enable

passengersin therearseatstowatch theDVD,etc.

When using a display connected to rear video output

Never install the display in a location where it is visible to the driver while driving.

Connecting the system

(sold separately).

IP-BUS input

This product

AVH-P5200BT/XNUC

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3. BASIC ITEMS FOR SERVICE

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

No. Procedures Item to be confirmed

1 Confirm whether the customer complain has

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

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

3 DVD Measure playback error rates at the

innermost and outermost tracks by using the test mode with the following disc. DVD test disc (TDV-582)

Deterioration of mecha-drive can be checked. The error rate must be less than the threshold value. (Refer to the chapter of DIAGNOSIS for the threshold value.)

4 DVD Play back a DVD.

(Menu operation; Title/chapter search)

Display, video, audio and operations must be normal.

5 CD Play back a CD.

(Track search)

Display, audio and operations must be normal.

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

(Seek, Preset) Switch band to check both FM and AM.

Display, audio and operations must be normal. * If the reception sensitivity is poorer than normal, the gasket on the FM/AM tuner unit may be damaged or lost.

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

be ejected.

8 Appearance check No scratches or dirt on its appearance after

receiving it for service.

For check items concerning image and voice, please refer to the followings:

Check items concerning image Check items concerning voice

Block-noise Distortion Crosscut noise Noise

Dot noise Low volume Distorted image (Image skip) High volume Low brightness Changes in level Too bright Pause of sound Color fading Partial discoloration

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

smooth without making the noise and scratches.

3.1 CHECK POINTS AFTER SERVICING

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Monitor PCB

Panel PCB

DVD Amp Unit (Service)

Main PCB Unit

H

F

G

K

BT ANT PCB

J

Tuner Box Unit

B

A

BT PCB

I

M

Keyboard PCB

Volume PCB Unit

C

D

E

DVD Core Unit (MS7)

Compound Unit (A)

Compound Unit (B)

BT Model

DVD Model

L

Switch PCB Unit

Monitor PCB

Panel PCB

DVD Amp Unit

Main PCB Unit

H

F

G

K

A

M

Keyboard PCB

Volume PCB Unit

L

Switch PCB Unit

3.2 PCB LOCATIONS

AVH-P5200BT/XNUC

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H:AVH-P5200BT/XNUC I:AVH-P5250BT/XNRD B:AVH-P5200DVD/XNUC C:AVH-P5250DVD/XNRC D:AVH-P5250DVD/XNRD E:AVH-P5250DVD/XNRI

Unit Number : CXX2838(H) Unit Number : CXX2839(I) Unit Name : DVD Amp Unit(Service) Unit Number : CWN4979(B) Unit Number : CWN4980(C) Unit Number : CWN4981(D) Unit Number : CWN4982(E) Unit Name : DVD Amp Unit Unit Number : CWN3129(H,B) Unit Number : CWN3130(I,C,D,E) Unit Name : Tuner BOX Unit Keyboard Unit Consists of Panel PCB Keyboard PCB Unit Number : CWN4996 Unit Name : Keyboard Unit Monitor Unit(Service) Consists of Monitor PCB BT PCB BT ANT PCB Unit Number : CXX2841(H,I) Unit Name : Monitor Unit(Service) Unit Number : CWN4992(B,C,D,E) Unit Name : Monitor Unit Unit Number : EWM5101 Unit Name : Main PCB Unit Unit Number : Unit Name : Switch PCB Unit Unit Number : Unit Name : Volume PCB Unit Unit Number : YWX5010 Unit Name : DVD Core Unit(MS7) Unit Number : CWX3864 Unit Name : Compound Unit(A) Unit Number : CWX3559 Unit Name : Compound Unit(B)

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Drive Unit

GGF1461 40-Pin + 20-Pin Extension Board

GGD1209 20-Pin FFC

DVD Mechanism Module

Bracket

Monitor Unit

DVD Amp Unit

- Jigs List

- Grease List

Name Jig No. Remarks

DVD-Video GGV1025 Skew adjustment

CD-DA TCD-782 Skew adjustment

TORX driver(T2) GGK1095 Skew adjustment

Bond GEM1033 Skew adjustment

20P FFC GGD1209 Drive Unit <--> 40P+20P Extension Board

40P+20P Extension Board GGF1461 Mother Unit (Only 20P side is used.)

Name Jig No. Remarks

Grease GEM1038 DVD Mechanism Module

Grease GEM1045 DVD Mechanism Module

Grease GEM1050 DVD Mechanism Module

Grease GEM1085 DVD Mechanism Module

Grease GEM1024 DVD Mechanism Module and Drive Unit

Grease GEM1043 DVD Mechanism Module and Drive Unit

Locking agents 1401M DVD Mechanism Module (1401M:produced by THREE BOND)

Grease GEM1011 Drive Unit

Grease GEM1047 Drive Unit

Grease GEM1071 Drive Unit

Grease GEM1072 Drive Unit

3.3 JIGS LIST

AVH-P5200BT/XNUC

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3.4 CLEANING

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

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4. BLOCK DIAGRAM

CN331

CKS4497-A

11

CCAUR

12

GNDAU

14

ONSEI-

15

REAUR16REAUL

17

GNDRAU

18

CCREM

19

DSEN20TVON

21GION

22

MONON

23

VSW5

24

SYS_TO_NAVI

25

NAVI_TO_SYS

26

GNDD

13

ONSEI+

JA481

CKN1050-A

431

2

JA301

CKS3414-A

1

BUS+2BUSG

3

BUSLG

4

MAINTEST

5

BUS-

6

BUSRG7BUSL+

8

ASENBO

9

BUSR+

10

BUSR-

11

BUSL-

CKS5543-A

CN2001

1

ANGLE

2

LIFTPUL

3

MTRS

4

MTRPW

5

MTR2

6

MTR1

7

MTRSEL

8

ANGL0SW

9

LFTSW

10

SENSPW

11

VDD

12

NC

13

GNDD

14

GND

15

GND

16

GND

17

NC

18

BUP

19

BUP

20

BUP

CKS5732-A

CN2021

1

TEMP1

2

DIMPLS

3

MBLPW

4

BLCLK

5

BLERR1

6

PWRBL

7

PWRBL

8

PWRBL

9

NC

10

GNDBL

11

GNDBL

12

GNDBL

13

MOVBS

14

VGND

15

ANAB

16

CSYNC

17

ANAR

18

ANAG

19

VGND

20

GRST

21

GtoS

22

StoG

23

DGCLK

24

GtoD

25

DtoG

26

NC

27

ILMB

28

NC

29

GNDILM

30

NC

31

KDT1

32

NC

33

NC

34

GNDKEY

35

GNDKEY

36

ILB

37

ILG

38

ILR

39

PLYV

40

PLXV

41

ADVX

42

ADVY

43

PWGR

44

GNDD

45

GNDD

46

GNDD

47

NC

48

PWRVI

49

PWRVI

50

PWRVI

CKS6180-A

CN961

1

CD/DAT3

3

VSS1

5

CLK

7

DAT0

9

DAT2

11

GND2

13

CD/WP

14

WP

12

CD

10

GND1

8

DAT1

6

VSS2

4

VDD

2

CMD

15

NC1

16

NC2

17

GND3

18

GND4

19

GND5

20

GND6

REMIN

VCC33NCAUX_L

AUX_AGND

AUX R

12345

CKS5858-A

CN3001

REMIN

VCC33NCAUX_L

AUX_AGND

123

4

5

CKS6008-A

CN5002

PWRVI

1

PWRVI

2

PWRVI

3

NC

4

GNDD

5

GNDD

6

GNDD

7

PWGR

8

ADVY

9

ADVX

10

PLXV

11

PLYV

12

ILR

13

ILG

14

ILB

15

GNDKEY

16

GNDKEY

17

NC

18

NC

19

KEY1

20

NC

21

GNDILM

22

NC

23

ILMB

24

NC

25

DtoG

26

GtoD

27

DGCLK

28

StoG

29

GtoS

30

GRST

31

VGND

32

ANAG

33

ANAR

34

CSYNC

35

ANAB

36

VGND

37

MOVBS

38

GNDBL

39

GNDBL

40

GNDBL

41

NC

42

PWRBL

43

PWRBL

44

PWRBL

45

BLERR1

46

BLCLK

47

MBLPW

48

DIMPLS

49

TEMP1

50

CKS6062-A

CN5601

GND

1

GND

2

GND

3

NC

4

VCC

5

VCC

6

VCC

7

VCC

8

NC

9

TEST

10

TEST

11

TEST

12

VSYNC

13

HSYNC

14

GND

15

SHUT

16

GND

17

R5

18

R4

19

R3

20

R2

21

R1

22

R0

23

GND

24

G5

25

G4

26

G3

27

G2

28

G1

29

G0

30

GND

31

B5

32

B4

33

B3

34

B2

35

B1

36

B0

37

GND

38

DCLK

39

GND

40

CKS5695-A

CN5802

GNDKEY

1

ILMB

2

KEY1

3

LEDR1

4

LEDG1

5

LEDB1

6

CKS5561-A

CN5701

LED41LED32LED23LED1

4NC5

BLP6BLP7NC8TEMP19GNDD

10

CKS5561-A

CN5101

NC

1

PLYV2PLYV3PLXV

4

PLXV

5

ADVX6ADVX7ADVY8ADVY

9

NC

10

JA3001

CKN1084-A

GND

NAVI INTERFOUT

S/PDIF

IP-BUS

SD CARD

AUX

BACK LIGHT

TOUCH PANEL

AVH-P5200DVD/XNUC

AVH-P

AVH-P5250DVD/XNRD

AVH-P5250DVD/XNRI

H

AVH-P5250DVD/XNRC

C

I

E

B

AVH-

D

no BT model

C - E,I only

LCD MODULE

DVD AMP UNIT

1/5

A

(ANALOG

DVD AMP UNIT

2/5

A

(SYSTEM

DVD AMP UNIT

3/5

A

(POWER

DVD AMP UNIT

4/5

A

(MMD PA

DVD AMP UNIT

5/5

A

(I/F PART

A

DVD AMP UNIT

H

MONITOR PCB

1/2

H

(MONITOR PART)

MONITOR PCB

2/2

H

(BACKLIGHT PART)

G

KEYBOARD PCB

DRIVE UNIT

CN3500

L K

M

4.1 OVERALL CONNECTION DIAGRAM

30

AVH-P5200BT/XNUC

5678

56

7

8

C

D

F

A

B

E

CN101

CKM1516-A

FL-

RL-

FL+

RL+

FR-

RR-

FR+

RR+

P.B.

BGSENS

ACC

B.REM

ILM

MUTE

B.UP

GND

12345

678

9

101112

14

151613

CN401

CKS5492-A

1

WIRED

2

RCAOUT_L

3

WIREDAD

4

RCAOUT_GND

5

WIRED_GND

6

RCAOUT_R

7

BTMIC_GND

8

VCRIN_L

9

BTMIC_IN

10

VCRIN_LGND

11

BCAM_VGND

12

VCRIN_R

14

VCRIN_RGND

15

VCRIN_VGND

16

VCRAOUT_V

17

VCRIN_V

18

VCRAOUT_VGND

19

NC

20

NC

21

NC

22

NC

23

NC

24

NC

25

NC

26

NC

27

NC

28

NC

29

RCA_FL

30

RCA_FR

31

RCA_FLGND

32

RCA_FRGND

33

RCA_RL

34

RCA_RR

35

RCA_RLGND

36

RCA_RRGND

37

RCA_SWL

38

RCA_SWR

39

RCA_SWLGND

40

RCA_SWRGND

13

BCAM_IN

CN331

CKS4497-A

1

CCR2CCG3CCB

4

CCSYNC

5

GNDSIG

6

DVDVBS

7

GNDDVD

8YS9

ASENB

10

CCAUL

11

CCAUR

12

GNDAU

14

ONSEI-

15

REAUR16REAUL

17

GNDRAU

18

CCREM

19

DSEN20TVON

13

ONSEI+

CKS4674-A

CN781

RDSLOCK

1

NC

2

RDSCK 3

DSEN 4

RDSHSLK 5

TUNCE2 6

RDSDATA 7

OSCGND 8

DGND 9

BEGND

10

TUNCK 11

TUN_R 12

TUNDI 13

TUN_L 14

TUNDO 15

ROMVDD 16

TUNSL 17

LDET 18

TUNCE19

B.UP 20

CKS6025-A

CN751

1

GNDD

2

NC

3

NC

4

GNDD

5

GNDD

6

IECOUT

7

GNDD

8

NC

9

NC

10

GNDD

11

VGND

12

COMPOSIT

13

AGND

14

LOUT

15

AGND

16

ROUT

17

AGND

18

STANBY

19

MS7

SRX

20

S

MS7TX

21

IRGPWR

22

XRESET

23

AMUTE

24

VD5

25

GNDD

26

PGND

27

PGND

28

VD

29

VD

30

VD

CKS3878-A

CN795

BT_MIC1P

SYS+B

BT_MIC1N

BT_RST

BT_SPK1P

BT33

BT_SPK1N

S_BTTX

GNDBT

BT_SRX

1

2

3

4

5

6

7

8

9

10

CKS4822-A

CN1741

1

GND

2

FUN+

CKS5858-A

CN561

REMIN

VCC33NCAUX_L

AUX_AGND

AUX_R

AUX_V

AUX_VGND

USB-

USB+

USB_GND

USB_5V

ILM+B

DSENS

ROT_IN2

ROT_IN1

ILMGND

LED_B

LED_G

LED_R

RESET

GNDKEY

KDT1

KDT0

USB_5V

123456789

1011121314151617181920212223242526

CKS3878-A

CN8001

SYS+B BT_MIC1P

BT_RST BT_MIC1N

BT_SRX GNDBT S-BTTX BT_SPK1N BT33 BT_SPK1P

1 2 3 4 5 6 7 8 9

10

CKS6192-A

CN8002

U1IN

1

BT33

2

SPK1P

3

SPK1N

4

VSS

5

NBOOTS

6

U3IN

7

U3OUT

8

NRST_CPU

9

VCC_MIC

10

MIC1N

11

MIC1P

12

VSS

13

U1OUT

14

CKS5858-A

CN3001

REMIN

VCC33NCAUX_L

AUX_AGND

AUX_R

AUX_V

AUX_VGND

USB-

USB+

USB_GND

USB_5V

ILM+B

DSENS

ROT_IN2

ROT_IN1

ILMGND

LED_B

LED_G

LED_R

RESET

KEYGND

KDT1

KDT0

USB_5V

123

4

56789

1011121314151617181920212223242526

YKS5032-A

CN3002

1

USB5V

2

USDM3USDP

4

USGND5USGND

JA3001

CKN1084-A

AUXV

1

AUXL

2

AUXR

3

GND

4

NAVI INTERFACE

FAN

POWER SUPPLY

BTMIC_IN

FR/FL

VIDEO_IN

RR/RL

BCAM_IN

WIRED_REMOTE

AUDIO_IN

VIDEO_OUT

SWR/SWL

AUDIO_OUT

USB

AUX INPUT

H,I only

AVH-P5250BT/XNRD

BT model

H

I

AVH-P5200BT/XNUC

(ANALOG PART)

(SYSTEM PART)

(POWER SUPPLY PART)

(MMD PART)

(I/F PART)

I

BT PCB

F

PANEL PCB

J

BT ANT PCB

C

MS7 MECHA MODULE

B

TUNER BOX UNIT

D

E

JA2

CN1901

CN8601

CKS5749-A

BT MODULE

AVH-P5200BT/XNUC

31

1234

C

D

F

A

B

E

4.2 BLOCK DIAGRAM

LOUT MS_L

DVD AMP UNIT (1/2)

A

CN751

CN781

AV SELECTOR

IC251

BH7649KS2

LIN3

LIN2

LOUT2

LIN5

2

14

24

6

18 19 20 21 22

SYSTEM UCOM

VD5

VD8

VD5

IECOUT

20

SWBUP

B.UP

16

VDD33

ROMVDD

VD8

STANBY MS7−>SRX S−>MS7TX IRQPWR XRESET

23

14

12

AMUTE

STNBY

IRQPW

MS_SRX S_MSTX

/XRST AMUTE

COMPOSIT

TUN+B

IC3

NJM2388F84

BU

(1/2)

IC602

Front_L

IN2L

IN3L

8

9

61

Rear_L

60

Pre/SW_L

59

DATA

31

CLK

30

STB

32

VIN1

LIN1

MS_L

AUX_L

AUX_V

AUX_AGND

MS_V

2

39

24

LOUT1

22

SCL

AVS CL

RCA_L

AV_LOUT1

AVS DA MONVBS

37

SDA

36

VDOUT1

27

10 43

11

VIN3

ASENBO

RGBARI

CN1901

NAVI I/F

C

ASENBO

IN5L

ONSEI+ ONSEI-

14

IN5G

15

I

30

28

E.VOL CAMELEON

IC201

PML020A

Q751

Q752

SYS+B

Q601

Q545

Q546

Q782

(2/2)

(1/2)

Q541 Q543

Q301

BUP_1

STNBY

IRQPW

MS_SRX S_MSTX

/XRST AMUTE

14

13

9

CN331

20

1

4

3

2

ONSEI+ ONSEITVON

CCSYNC CCR

CCG CCB

TUN_L

18

SOC_L

6

VIN6

49

BCAM_IN

LIN4

14

VCR_L

VIN4

45

VCR_V

VDOUT2

29

RCA_V

AUX_R

TUN_L

17

TUNSL

MICSENL

AEQAUXSW

162

MICSENR

/RGBARI ASENBO

163

29

BEEP

34

35

105

MICIN

AVS CK

18

68

AVS DATA

/STANBY

67

90

EVSDA

101

EVSCK

102

EVSEL

103

WIRED

160

WIREDAD

161

REARMUTE

AMPMUTE

128

129

AMPPW

/ASENS

131

21

6

TUNCE2 TUNCE2

19

TUNCE

11

TUNCK

13

TUNDI

15

TUNDO

S_TTUN T_STUN

HSLK

RDSLK

RDT

RCK

5

RDSHSLK

ARET3

TUNCE2

TUNSL

TUNCE TUNCK

TUNSL

TUNCE TUNCK

S_TTUN T_STUN

HSLK RDSLK

RDT

RCK

Q781

1

RDSLOCK

Q782

7

RDSDATA

Q781

Q542 Q544

3

RDSCK

MS_to_S

44

S_to_MS

43

IRQPW

111

/XRST

110

AMUTE

112

TUNSL

168

/TUNPCE2

86

TUNPCE

85

TUNPCK

89

TUNPDO

88

TUNPDI

87

/RDS57K

126

/RDSLK

127

RDT

125

/RCK

96

PBSENS

146

/BSENS

20

TELMUTEIN

145

/ISENS

148

/BGSENS

147

PNLXV

150

PNLYV

151

PNLVD

152

PNLADX

172

PNLADY

171

1

TO 2/2

BZ601

BUZZER

TUNER BOX UNIT

B

TC7WH08FU

IC5

LLch

1

2,3

FM_ANT

AM_ANT

SL CE2 CE1

CK DI

DO

RDS_HSLK

RDS_LOCK RDS_DATA

RDS_CK

VCC

TUN+B

JA2

JA1

1723

5

6 8 9

10

14

21

20 19

18

4

SL

19

CE2

21

CE1

15

CK

10

DI

4

3

1

DO

3

RDS_HSLK

5

71

35

RDS_LOCK

13

RDS_DATA

1

RDS_CK

6

12

TUN3.3V

IC1

NJM2391DL1-33

VDD_3.3

TUN33V

17

31

ROM_VDD

13

RDS_B.UP

18

ROMVDD33

8

Q2

FM/AM ANTENNA

FM/AM TUNER UNIT

U1

P781

FD ONLY

D E F

BUSL+ BUSL-

BUS+ BUS-

IP BUS

6

BUS+

5

BUS-

IP-BUS DRIVER

HA12241FP

11

7

8

5

JA301

1

S_to_IP

IP_to_S

1

2

ROUT

S_to_IP IP_to_S

S_to_IP

IP_to_S

36

37

IN4L+

BUSL+

BT_TEL

BUSL-

11

IN4L-

12

DIN1

IC301

PE5721A8

DF

PE5723A8

EIGH

32

AVH-P5200BT/XNUC

5678

56

7

8

C

D

F

A

B

E

BT_SPK1P

BT_MIC1N

BT_MIC1P

CN5002

H

POWER SUPPLY

FRONT IN/OUT REAR IN/OUT

CN401

CN795

RGB VIDEO ISOLATOR

IC351

NJM2138V

B.REM

B.UP

ACC

BUP_1

PWRBL

16

17

8

13

2 33

29 37

1

3

VCRAOUT_V VCRIN_V VCRIN_L BCAM_IN RCAOUT_L RCA_RL

RCA_FL RCA_SWL

WIRED WIREDAD

(1/2)

17

9

7

AMP

IC151

PA2030A

RL+

FL+ FL-

19

RL-

RL+

FL+ FL-

RL-

25

B.REMOTE

22

STBY

4

MUTE

11

FLIN

PA_FL PA_RL

15

RLIN

D161

Q164

BUP_1

(1/2)

OFFMUTE

ASENS

AMPMUTE

(1/2)

Front_L

61

Rear_L

60

Pre/SW_L

59

DATA

EVDATA EVCLK EVSTB

31

CLK

30

STB

32

RCA_L

REARMUTE2

7

8

14

1

3

12

10

5

AMELEON

Q155

Q154

Q122

SYS+B

CN101

CN2021

3

1

4

2

12

15

11

RCA_L RCA_RL RCA_FL RCA_SWL

BCAM_IN

VCR_L

VCR_V

RCA_V

2B 1C

1E

3 4

2

CCSYNC

CCR

CCG

CCB

EVSDA

EVDATA EVCLK EVSTB

SYSMUTE

ASENS

101

EVSCK

102

EVSEL

103

WIRED

160

WIREDAD

161

BTMIC_GND

BTMIC_IN

BTMIC_GND

BTMIC_IN

7

9

D153

Q153

(2/2)

(1/2)

Q153

(1/2)

Q401

RCA_RL

RCAMUTE

(1/2)

Q442

RCA_FL

(2/2)

Q442

RCA_SWL

(2/2)

Q441

Q161

Q163

Q162

REARMUTE

AMPMUTE

128

129

AMPPW

/ASENS

131

21

P.B .

PBSENS

Q123

9

(1/2)

PBSENS

146

BSENS

Q122

Q125

BSENS

PBSENS

(2/2)

/BSENS

20

MUTE

TELMUTE

Q123

14

(2/2)

TELMUTEIN

145

ILM

ISENS

Q121

13

/ISENS

148

BGSENS

CSYNC

BGSENS

Q124

Q982

10

16

/BGSENS

147

ADVY

42

ILMB

27

PWRVI

ADVX

41

PLYV

39

PLXV

40

ANAR

17

ANAG

18

ANAB

N_CSYNC

N_R

N_G

N_B

15

MONVBS

13

TELMUTE

ISENS

BGSENS

PNLXV

150

Q983

Q981

PNLYV

151

PNLVD

152

PNLADX

172

PNLADY

171

I

8

6

I

50

48

SPDIF

TC7SET08FUS1

IC481

JA481

SPDIFSENS

SPDIFOUT

1

5

4

2

S/PDIF OUT

Q481

4

3

2

1

IHGE ONLY

ED ONLY

: AVH-P5200BT/XNUC : AVH-P5250BT/XNRD : AVH-P5200DVD/XNUC

D E F

: AVH-P5250DVD/XNRC : AVH-P5250DVD/XNRD : AVH-P5250DVD/XNRI

G H

I

BT MODULE

CN8002

6

8

10

CN8001

5

1

3

BT_TEL

PE5723A8

I

BT PCB

I

AVH-P5200BT/XNUC

33

1234

C

D

F

A

B

E

DDCCLK

92

VD8

114

VD5

113

130

SYSPW

66

HIOUTCLK

V

1

2 5

54

10

11 12

IC511

BH2227AFV

RGB DRIVER

IC521

R5523N001B

DD5

AO1 AO2 AO3

VOUT VIN

CSB CLK DI

VCC33

DD5

VCC33

LEDR1

ILMB

VCC33 ILMB

ILMB

ILM+B

ILMB

LEDR1

LEDG1

LEDB1

1

12AUXV

REMIN AUX_V AUX_L

AUX_R USB_5V

USBUSB+

RESET

AUXL

34AUXR

3

IC3001

GP1UXC14RK

REMOTE SENSOR

REM VCC

P1741

VD

DVD AMP UNIT (2/2)

A

KEYBOARD PCB

G

CN2001

10

VCC5

SENSPW

ANGLE

11

VCC33

VDD

BUP

BUP_1

I

20

1

LIFTPUL

2

MTRS

3

MTRPW ANGLOSW

8

LFTSW

9

18

22

20

CN3002

JA3001

CN3001

1

3

2

4

5

USB5V

2

USDM

3

CN3500

CN1741

7

1

4

13 14

9

10

18

USDP

USB

P2001

ANGLE

169

CLCNT2

142

CLCNT1

141

LIFTPULS

23

MTRS

27

MTRPW

139

/DEGOSW

TC74VHCT08AFTS1

IC2001

3

1Y 4Y 3Y

1B 4A 3A

11

8

2

12

9

4

MTR2

5

MTR1

6

MTRSEL

7

MTR2 MTR1

137

138

MTRSEL

26

LFTSW

25 24

StoG

S_to_G

98

GRST

24

G_to_D

25

D_to_G

23

DGCLK

38

ILR

37

ILG

36

ILB

43

PWGR

LEDR1 LEDG1 LEDB1

/GRST

99

21

GtoS

G_to_S

97

ILMLD

53

ILMDT

MVIPW

54

155

REMIN

7

ROTIN1

63

ROTIN2

ROTIN1 ROTIN2

62

RESET

16

/DSENS

176

KDT0

175

KDT1

X1

X2

174

14

15

ILMCK

55

AUX

S3002

RESET

MUTE & VOLUME

DSENS

25

S3001

S3003

DSENS

KDT0

15

ROT_IN2

24

ROT_IN1

23

S3004

EJECT

KDT1

LED_R

LED_G LED_B

VCC33

ILM+B

REMIN AUX_V AUX_L

USB_5V

USBUSB+

RESET

DSENS DSENS

KDT0

ROT_IN2

ROT_IN1

KDT1

LED_R

LED_G LED_B

16

19

S3006

SOURCE

S3007

FORWARD

S3008

REVERSE

(1/2)

S3005

OPEN/CLOSE

S3500

MODE

S3501

MENU

D3009

20 21

2

3

LEDG1

2

LEDB1

1

KEY1

4

ILMB

5

2

26

7

1

4

6

AUX_R

6 13 14

9 10

18

25

15

24

23

16

19 20 21

2 26

Q3001

(2/2)

Q3001

ILMB

D3500

Q3002

ILMB

LEDR2

LEDG2

LEDB2

(1/2)

D3010

Q3003

(2/2)

Q3003

Q3004

(2/2)

CN2021

CN561

CN5002

H

CN5802

FAN

1

GND

H

2

AUX_L

AUX_V

AUX_R

TO 1/2

12

IC601

S-80827CNNB-B8M

RESET

OUT VDD

VDD33

Q1744

Q1743

Q1742

Q1741

P1101

Q1101

Q1

(2/2)

Q1741

: A : A : A

D E F

PE5721A8

DF

PE5723A8

EIGH

SYSTEM UCOM

(1/2)

IC602

FAN

CN101

K

PANEL PCB

F

AVH-P5200BT/XNUC

34

5678

56

7

8

C

D

F

A

B

E

DDCCLK

92

VD8

114

VD5

113

7

Q1623

Q1622

Q1621

3

130

SYSPW

66

HIOUTCLK

5

155

156

OSCI

OSCO

EV12

DD8

VCC5 VCC33

BT33

VDD33

SYS+B

VDD33

SYS+B

IC1201

BA00DD0WHFP

SYSPW

X601

3.93216 MHz

X802

2

3

1

X801

27 MHz

VD5

DD5

P1711

PWRVI

P1731

HIOUT12V

IC1221

S-1200B50-M5

IC1621

TK11840L

Vcc OSC

Out

D/D CONVERTER

IC1501

BD9017KV

USB_CLK

iPod CP

IC951

341S2162

IC802

TC7SZU04FU

SW1

OUTH1

OUTL1

FB1

COMP1

7

34

27 26

EN1

EN2

SYNC

VCC VCCCL1

VCCCL2 CL1

CL2 EXTVCC

13

12

15

21 22

Q1501

IC1771

NJM2855DL1-33

IC1001

S-812C33AUA-C2N

IC1761

PQ012GN01Z

IC901

K4S641632N-LC75

SDRAM (64M)

IC921

CWW2021

FLASH (16M)

IC922

CWW2020

FLASH (16M)

IC1781

S-1132B33-U5

2

59 213

4

48 25

1

IC924

TC7SZ08FU

OUTY

1LE 2LE

INA

XCSF1

XCSF2

INB

BUP_1

P1501

P1721

VDCNT5

VDCNT5-3

VDCNT8

4

50

OUT_YIN_A

SOC

MN2DS0018MAUB

IC801

SD CARD

1 149

VOUTL

BCK

SRCK

2 151

DATA

ADOUT

3

7

150

LRCK

13 63

76

MD

SDODAC

14 64

MC

SCKDAC

15 62

71

SDODAC SCKDAC LTDAC

SOAMUTE

D_TRCCLK

ML

LTDAC

SYS+B

ADAC

IC941

PCM1753DBQ

Q942

(1/2)

Q941

(1/2)

CPRST

CPDT CPCK

VCC

61

nRESET

I2C_SDA I2C_SCL

CPRST

46

CPSDL

47

4 13 12

5

CPSCK

53

G_to_D

54

D_to_G

55

DGCLK

(1/2)

Q951

(2/2)

Q951

MDQ [0-15] MA [0-11]

A [0-9] D [0-15]

D-TRCD [0-3]

A [0-9] D [0-15]

IC923

TC74LCX16373FT

LATCH

A [0-9] D [0-15]

IC522

TC7MBL6126SFK

USB BUFFER

A1

L521

BUP_1

SWBUP

CN801

DEBUGGER

6

73

D_SDATA

8

72

D_SCLOCK

9

81

D_TRCST

5

1 2

X1

X2

14

15

USB-

USB+

1

SOC_L

TO 1/2

31

Vin Vout

P1101

Q1101

Q1102

Q1002 Q1001

31

Vin Vout

VCC33

2

SDDAT0

SDDAT0 SDDAT1 SDDAT2

SDDAT3 SDCLK SDDET

DAT0 DAT1 DAT2

CD/DAT3 CLK CD

VDD

CN961

7

1

SDDAT1

8

SDDAT2

9

7

SDDAT3

1

3

SDCLK

5

216

SDCD

12

4

VCC33

VCC12

31

VIN VOUT

AVC C5

VCC33

14

VCC33

51

VIN VOUT

15

VIN VOUT

4

1

2

Vcc Vout

CTL

Q961

Q941

(2/2)

8 5 10 3 41

VD8

DD8

P1611

ILMB PWRBL

P1651

SW2

OUTH2

OUTL2

FB2

COMP2

48

1

46

39 38

Q1502

USB_D-

1442

A2

B1

B2

USB_D+

1463

12

11

G_to_D D_to_G

ED ONLY

: AVH-P5200BT/XNUC : AVH-P5250BT/XNRD : AVH-P5200DVD/XNUC

D E F

: AVH-P5250DVD/XNRC : AVH-P5250DVD/XNRD : AVH-P5250DVD/XNRI

G H

I

PE5723A8

UCOM

(1/2)

AVH-P5200BT/XNUC

35

1234

C

D

F

A

B

E

DVD CORE UNIT (MS7)

C

MA0-11

MDQ0-15

D0-15

MN2DS0018MAUB

IC1501

VIDEO+AUDIO

SRCK

LRCK

ADOUT

SDODAC

LTDAC

SCKDAC

DACCK

149

150

151

46

45

47

148

F+H_G+H E+G_E+F

VIN4RF VIN2RF VIN1RF

VIN3RF

VIN8

DVDMPD TEMP RFINP

CDMPD

LPCO2

LPCO1

111 112

99 98 97

100

116 105

A

C

D

B

FE1

FE2

RF

122

96

103

106 104

COMPOSITE

152 138

STANDBY

191 57 56 58 55

CMDCOMN

STSCOMN

IRQPWR AMUTE

NRES

OSCO

OSCI

X1501

27 MHz

156

155

VREF

A0-19

HWP (HW+), HWM (HW-)

HVP (HV+), HVM (HV-)

HUP (HU+), HUM (HU-)

XRDNRES 28 214

NEXOE

NEXWE

70

NRES

IECOUT59

XCFS1

213

31

NEXCE

26

12

/CE

/OE

/RESET

K4S641632N-LC75

SDRAM

IC1480

19 38

CS

CLK

XWE16 181

NWE

XCAS

DQM0 DQM1

17 188

NCAS

XRAS18 189

NRAS

XCSM 190

NCSM

20 193

BA0

21 197

BA1

BA0 BA1

15 179

DQM0

39

19 20 27

39 53

37

33 35

12

10

180

DQM1

LDQM UDQM

MCK

VHALF TD FD

MD CONT1 CONT2

DRV2 DRV3

FOP

183

MCK

185

121

MCKI

VDSENS

CAS RAS

WE

BD8217EFV

IC1201

MOTOR DRIVER

CTL1 CTL2 FG

FCO+

FIN

VC TIN

LDIN SPIN

HALL_VC

V_OUT

41

LDO+

42

LDO-

CN1201

5 6

HALL_BIAS- HBM HALL_BIAS+

COIL_V

127

126

66

71

54

53

FG

CONT2

CONT1

HOME

62

MD

LDIN

FD

TD

120

VIN1

109

VREFH

119

VIN2

118

VIN4 VIN3

117

114

VIN6

113

VIN5

31

SL1IN

65

STEPPER2

29

SL2IN

64

STEPPER1

43

FOM

FCO-

44

TOP

TKO-

46

TOM

TKO+

45

63

110

VHALF

67

CLAMP

VIN7

115

FLASH 16M

IC1401

CWW2238

XCFS2

XCFS1

26

11 XWR1

/WE

IC1402

CWW2239

VCC5

LOM

LOP

M

LOADING MOTOR

CLAMP

13

W_OUT

7 8

COIL_W

11

U_OUT

CLAMP1

CLAMP2

9

10

11

18

COIL_U

S1206

COMPOUND UNIT(B)

E

SPINDLE MOTOR

SWITCH HOME

SLO1+4 SLO1-2 SLO2+3 SLO2-

15 16 17 18

1

20

STEPPING MOTOR

36

AVH-P5200BT/XNUC

5678

56

7

8

C

D

F

A

B

E

AVCC5

VOUTL

7

BCK

LRCK

DATA

MD

1

3

2

13

PCM1753DBQ

IC1801

AUDIO 2CH ANALOG OUT

LOUT

ML

MC

SCK

15

14

16

SRCK ADOUT

SDODAC

LRCK

LTDAC

SCKDAC

DACCK

Q1104Q1102

VREF VCC5

CN1101

78LD(CD)

F+H_G+H E+G_E+F

F+H/G+H E+G/E+F

LPCO2

25

19 20

21

11 12

9

15

14

10

5

17

24

22

8

Q1103Q1101

65LD(DVD)

VCC

Vref

LPCO1

A

C

D

B

FE1

FE2

RF

5

1 3

VIN

VOUT

ON/OFF

S-1200B50-M5

IC1900

AVCC5 REG.

VCC5

VD8

5

4 3

VIN

VOUT

ON/OFF

S-1133B50-U5

IC1901

VCC5 REG.

A

7

B

C D

FE1 FE2 78MD

CDMPD

65MD

DVDMPD TEMP

TH RF

1

2

4 3

F-

F+

FOM

FOP

TOP TOM

T+ T-

VD8

XRESETNRES

ANALOG LOUT

CN1901

9

3

17

25

11 10

13

8

7

12

1

2

19

VREF

COMPOSITCOMPOSITE STANBYSTANDBY

HSTCMDCMDCOMN

SLVSTSSTSCOMN

IRQPWR AMUTE

IECOUT

13

VCC33 VDD5

NJM2885DL1-33

IC1004

3.3V REG.

INOUT

2

8

VDD5

VCC12

IC1005

1.2V REG.

R1232D121B

VIN VDD CE

LX

5

VOUT

VDD5

VD5

PU (DP8.6)

3 4

CN751

A

4DSCSNS 2

1

WAKE U P

Disc

8cm 8cm

12cm

PhotoPHOTOSNS

3

2

1

4 5

4

S1203

S1204

DISC SENS

3

S1202

8cm

S1201

2

12cm

5

S1205

8cm

6

CN1301

21

COMPOUND UNIT(A)

D

AVH-P5200BT/XNUC

37

1234

C

D

F

A

B

E

WENPRWE

11

122

CENPRCS0

26

125

OENPROE

28

123

64M

CW

24

135

INAOUTY

LCDICLK

IC5503

TC7SHU04FUS1

X5502

9.597 MHz

3

1

FAD [0-21]

FDATA [0-15]

MONITOR PCB

GD33V

GD12V

PWRVI

Q5806

33 MHz

X5501

3

1

OSCXO

OSCXI

45

IC5201

PQ1LA125MSPQ

3.3V to 1.2V

5V to 3.3V

Vo Vin

V33A

61

3

IC5202

S-1172B34-E6

VINVOUT

ON/OFF

467

442

OUTY

INA

INB

RGBVI PWRVI

CN5101

CN5002

PLYV

PLXV

ADVX

ADVY

12

11

9

8

CSYNC

MONPW

GPI015

43

DV0VSY

35

PWRVI

ANA_R

AV2IN

1

3

ILMB

PWRBL

24

34

63

10

Q5807

ANA_G

AV0INA

33

50

Q5805

ANA_B

AV1IN

16

57

Q5808

MOVBS MONVBS

AV0INB

38

31 30 29

28 27 26

52

133

NRST

GERDA-L

MN103SH13UB

IC5502

H

TOUCH PAN EL

1

ADVY

9

ADVY

8

ADVX

7

ADVX

6

PLXV

5

PLXV

4

PLYV

3

PLYV

2

CN2021

A

DO

368

GPI014

DI

269

GPI013

SK

170

GPI012

CS

EEPROM

IC5501

S-93C66BD0I-I8

IC5312

TC7SET08FUS1

(1/2)

3

OUTIN+

IC5311

TC75S57FU

48

10

2

INA OUTY

IC5702

TC7SET08FUS1

14

VOUTVIN

IC5301

NJM2505AF

C. VIDEO

DtoG

GRST

41

38

142

145

DV0R5

DV0R4

SDATA

SCLOCK

88

87

92

93

LCD0CLK

GPIO9

LCD0C1

LCD0C0

72

GPIO11

GtoS

73

GPIO10

StoG

77

GPIO2

DGCLK

75

GPIO1

74

89

90

GPIO0

GtoD

DtoG

GRST GtoS StoG

DGCLK GtoD

43

45

48 46

47 49

50

TEMP1

DIMPLS

BLCLK

BLERR1

MBLPW

TEMP

13 14 15 20

ILR ILG ILB KEY1

TEMP1

DIMPLS

BLCLK

BLERR1

MBLPW

TRC

LR [

LG

LB [

Q5705

LCD0R0-5

LCD0G0-5

LCD0B0-5

114 - 119

108 - 113

99,100,102 - 105

DV0R0-3

34 - 37

Q5801

(2/2)

Q5801

Q5802

38

AVH-P5200BT/XNUC

5678

56

7

8

C

D

F

A

B

E

WE

11

CE

26

OE

28

GD33VVCC

ILMB

64M FLASH ROM

IC5401

CWW2644

24

INAOUTY

IC5503

TC7SHU04FUS1

X5502

9.597 MHz

3

1

37

DATA [0-15]

LCD MODULE

LCD

LCD BACKLIGHT

PNLVI

VCC

GERDA DEBUGGER

CN3500

G

(1/2)

LED4

FAULT S W

CLKI

DIM

15

IC5701

TK61222CQ6

48

10

INA OUTY

IC5702

31

CN5502

CN5601

CN5701

CN5802

1

GD33V

2

4

GRST1

5

TRCST

6

TRCCLK

8

SDATA

9

SCLOCK

DCLK

SHUT

HSYNC

VSYNC

LHSY

LVS Y

11

14

5

8

6

4

7

1

LED3

17

2

LED2

18

3

LED1

LEDR1

5

LEDG1

6

LEDB1

3

KEY1

1

ILMB

LED1

19

4

TEMP1

9

TRCD [0-3]

18

23

LR [0-5]

25

30

LG [0-5]

32

37

39

16

14

13

LB [0-5]

Q5701

Q5702

Q5705

Q5703

Q5801

(2/2)

Q5801

Q5802

AVH-P5200BT/XNUC

39

1234

C

D

F

A

B

E

5. DIAGNOSIS

RESET

VDD = 3.3 V?

/BSENS = L?

/ASENS = L?

ASENBO <- H

VD5 <- H

VD8 <- H

DDCCLK <- Clock Out

Starts

Communication

with Display microcomputor

Source Keys operartive

Source ON

SYSPW <- H

Standby

/BSENS : Pin20

/ASENS : Pin21

ASENBO : Pin35

DDCCLK : Pin92

VD5, 8 : Pin113, 114

SYSPW : Pin130

Y

/STANBY = H?

/STANBY : Pin90

Y

(Frequency of 370 kHz)

/SOCSTBY = H?

/SOCSTBY : Pin91

Y

VDD : Pin11

/DSENS = (1.15 V to 1.95 V)?

/DSENS : Pin176

Y

5.1 OPERATIONAL FLOWCHART

40

AVH-P5200BT/XNUC

5678

56

7

8

C

D

F

A

B

E

STAR T

Check LD current

Within prescribed

value?

Check RF level

Within prescribed

value?

No problem found

in pickup

Lens cleaning

completed?

Clean lens

Adjust skew

Check RF level

Within prescribed

value?

Check LD current

Check RF level

Yes

No

Yes

No

Check 1

Check 2

Check 3

Check measured value of error ratio

End

Light up pickup

Diagnose in a

normal way.

No

Check error ratio

Within prescribed

value?

Lens cleaning

completed?

Clean lens

Check measured value of error ratio

Check error ratio

Within prescribed

value?

Replace pickup

To “Replace pickup”

Check 2

Check 3

Yes

Yes Yes

Yes

No

No No

* Make sure to avoid any unwiped

spots or actuator breakage.

* Make sure to avoid any unwiped

spots or actuator breakage.

Judgement of pickup conditions

• Disc used: CD-DA : TCD-782 DVD-Video : GGV1025

* Handle or store discs with care as scratched or dirty discs cannot provide accurate judgement.

• How to diagnose

* For the details of checks 1 to 3, see the next page. See also the mecha test mode described in the service manual.

5.2 INSPECTION METHOD OF PICKUP UNIT

AVH-P5200BT/XNUC

41

1234

C

D

F

A

B

E

DVDLD1

VCC5_3

CDLD1

Check 1: Check LD current

<Check> Check the voltage value between terminals in the focus closed status in the test mode.

Mind breakage of a laser diode caused by static electricity.

Remarks: LD current value (ref.)

GGV1025 DVDLD1-VCC5_3 60~390(mV) 10~65(mA)

NO.

1

Disc used Spot to check Rated value

Remarks: LD current value (ref.)

TCD-782 CDLD1-VCC5_3 60~360(mV) 10~60(mA)

NO.

2

Disc used Spot to check Rated value

42

AVH-P5200BT/XNUC

5678

56

7

8

C

D

F

A

B

E

Check 2: Check RF level

<Check> Check the “ASMAX value” on the test mode screen in the focus closed status in the test mode.

NO.

1

2

Disc used Spot to check Rated value

GGV1025

TCD-782

ASMAX value on

test mode screen

ASMAX value on

test mode screen

0000 0026 or more

(check)

0000 0029 or more

(check)

Remarks:

RF level requiring gain + 6dBup

(ASMAX level)

RF level requiring gain + 6dBup

(ASMAX level)

ASMAX value: 00000045 in this case

Check 3: Check measured values of error ratio

<Check> Check the error ratio of a specified ID in the tracking closed status in the test mode.

NO.

1

2

Disc used Spot to check Rated value

GGV1025 ID : 40000 1.000E-3 or less

GGV1025 ID : 200000 1.000E-3 or less

TCD-782 ID : Home position 2.500E-3 or less3

Remarks:

Error ratio:

0.742E-5 in this case

AVH-P5200BT/XNUC

43

1234

C

D

F

A

B

E

5.3 DIAGNOSIS FLOWCHART

Is the image

erroneous?

Go to FE-related

repair

FE part normal?

Can playback

start?

Is the sound

erroneous?

Repair defective parts

Normal?

Replace unit

NO

YES

NO

YES

NO

Go to FE Check

NO

Replace unit

YES

Normal?

Go to FE Check

NO

YESYES

YES

NO

START

END

NO

Does operation

take time?

YES

*1) When a flash ROM generally needs to be replaced by service, do not replace an IC but a core unit (as no key or others is written in a flash alone).

Flash life

OK?

Execute check 12

AVCC5 voltage

OK?

Execute check 8

AVCC5 voltage

OK?

Execute check 8

Video circuit

OK?

Execute check 11

DACCLK

normal?

Execute check 9

SDRAM IF

OK?

Execute check 6

STANBY

OK?

Execute check 1

VD8,VCC5

Power supply voltage OK?

Execute check 7

VSENS

OK?

Execute check 4

VDD5

(VCC33,VCC12)

Power supply voltage OK?

Execute check 2

RESET

OK?

Execute check 3

27 MHz

OK?

Execute check 5

Audio circuit

OK?

Execute check 10

NO

*1) Caution

Check Flow at MS7 Back End

44

AVH-P5200BT/XNUC

5678

56

7

8

C

D

F

A

B

E

Check 1: STANBY OK?

<Check> Check the voltage of the sending pin when the power is ON. Checking should be based on DGND.

NO. Spot to check Module NO. Rated value Unit

1 STANDBY-DGND1 ALL VCC33-0.6V or more V

PCB side A

STANDBY

DGND1

Fig. 1.1: Spots to check in STANDBY

AVH-P5200BT/XNUC

45

1234

C

D

F

A

B

E

VDD8

VCC33 (= 3.3V)

VDD5

VCC12 (= 1.2V)

Fig. 2.1: Power configuration

<Check> Check the voltage of the sending pin when the power is ON. Checking should be based on DGND.

PCB side A

Fig. 2.2: Spots to check in VDD5, VCC33, VCC12 voltages

IC1401 FLASH power(Data) IC1402 FLASH power(Program) IC1480 SDRAM power IC1501 DVD-LSI power

IC1501 DVD-LSI power

IC1004 and IC1005 DC/DC converter VCC 3.3V/1.2V output

F.E. driver control system

DGND1

VCC33_1

VDD5_2

VCC12-1

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

NO. Spot to check Module NO. Rated value Unit

1 VDD5_2 - DGND1 ALL 5.0 ± 0.4 V 2 VCC33_1 - DGND1 ALL 3.3 ± 0.15 V 3 VCC12-1 - DGND1 ALL 1.2 ± 0.12 V

46

AVH-P5200BT/XNUC

5678

56

7

8

C

D

F

A

B

E

Check 3: RESET OK?

<Check> Check the voltage of the sending pin when the power is ON. Checking should be based on DGND.

NO. Spot to check Module NO. Rated value Unit

1 NRES-DGND1 ALL VCC33 x 0.7 or more V

PCB side A

NRES

DGND1

Fig. 3.1: Spots to check in RESET

AVH-P5200BT/XNUC

47

1234

C

D

F

A

B

E

CN1901 HOST I/F

VSENSVD8

VDD5 VCC12

STANBY NRES

Fig. 4.1: Power configuration and VSENS

<Check> Check the voltage of the sending pin when the power is ON. Checking should be based on DGND.

PCB side A

Fig. 4.2: Spots to check in VSENS

IC1501 DVD-LSI

IC1004 DC/DC converter

VSENS

DGND1

IC1005 regulator

R1550, R1551 voltage-dividing circuits

Check 4: VSENS OK?

VCC33

NO. Spot to check Module NO. Rated value Unit

1 VSENS - DGND1 ALL VCC33 x 0.7 or more V

48

AVH-P5200BT/XNUC

5678

56

7

8

C

D

F

A

B

E

Check 5: 27 MHz normal?

<Outline> Each CLOCK is created inside IC1501

using a 27 MHz crystal oscillator (X1501).

IC1501

DVD-LSI

X1501

OSCO 27 MHz Crystal

OSCI

VCC12VCC33

Fig. 5.1: Clock configuration

<How to check> Check based on DGND when the power is ON. If NG is found, check the relevant lines, periphery of IC1501, soldering of peripheral components and defective components.

NO. Spot to check Module NO. Rated value Unit

1 IC1501 156pin ALL 27 MHz ± 50ppm ppm

GND

PCB side A

Rated value

Fig. 5.2: Rated value of a clock

DGND1

Fig. 5.3: Spots to check in 27 MHz

AVH-P5200BT/XNUC

IC1501 156pin

49

1234

C

D

F

A

B

E

<Outline> The capacity of the communication I/F SDRAM between LSI and the memory should be

64 Mbit to assure the MPEG stream data as a buffer. Note that XCSM, XWE, XCAS, XRAS and XCSM in IC1480 are called in a different manner in IC1501 as NCSM, NWE, NCAS, NRAS and NCSM respectively.

MA0~11 MDQ0~15 MCK XWE(NWE) XCAS(NCAS) XRAS(NRAS) XCSM(NCSM) DQM0 DQM1 BA0 BA1

Fig. 6.1: SDRAM I/F

<Check> Check conduction between “Spot to check 1” and “Spot to check 2” when the power is OFF. If NG is found, check soldering and defective components in all processes for “output -> input” at the relevant spots.

IC 1480 SDRAM

IC1501 DVD-LSI

Check 6: SDRAM I/F OK?

NO. Signal name Spot to check 1 Spot to check 2 Rated value 1 MA0 IC1480 23pin IC1501 201pin 56 ohm ± 5% 2 MA1 IC1480 24pin IC1501 203pin 56 ohm ± 5% 3 MA2 IC1480 25pin IC1501 207pin 56 ohm ± 5% 4 MA3 IC1480 26pin IC1501 209pin 56 ohm ± 5% 5 MA4 IC1480 29pin IC1501 208pin 56 ohm ± 5% 6 MA5 IC1480 30pin IC1501 206pin 56 ohm ± 5% 7 MA6 IC1480 31pin IC1501 202pin 56 ohm ± 5% 8 MA7 IC1480 32pin IC1501 200pin 56 ohm ± 5% 9 MA8 IC1480 33pin IC1501 198pin 56 ohm ± 5% 10 MA9 IC1480 34pin IC1501 194pin 56 ohm ± 5% 11 MA10 IC1480 22pin IC1501 199pin 56 ohm ± 5% 12 MA11 IC1480 35pin IC1501 192pin 56 ohm ± 5% 13 MDQ0 IC1480 2pin IC1501 160pin 56 ohm ± 5% 14 MDQ1 IC1480 4pin IC1501 162pin 56 ohm ± 5% 15 MDQ2 IC1480 5pin IC1501 164pin 56 ohm ± 5% 16 MDQ3 IC1480 7pin IC1501 168pin 56 ohm ± 5% 17 MDQ4 IC1480 8pin IC1501 170pin 56 ohm ± 5% 18 MDQ5 IC1480 10pin IC1501 172pin 56 ohm ± 5% 19 MDQ6 IC1480 11pin IC1501 176pin 56 ohm ± 5% 20 MDQ7 IC1480 13pin IC1501 178pin 56 ohm ± 5% 21 MDQ8 IC1480 42pin IC1501 177pin 56 ohm ± 5% 22 MDQ9 IC1480 44pin IC1501 175pin 56 ohm ± 5% 23 MDQ10 IC1480 45pin IC1501 171pin 56 ohm ± 5% 24 MDQ11 IC1480 47pin IC1501 169pin 56 ohm ± 5% 25 MDQ12 IC1480 48pin IC1501 167pin 56 ohm ± 5% 26 MDQ13 IC1480 50pin IC1501 163pin 56 ohm ± 5% 27 MDQ14 IC1480 51pin IC1501 161pin 56 ohm ± 5% 28 MDQ15 IC1480 53pin IC1501 159pin 56 ohm ± 5% 29 MCK IC1480 38pin IC1501 183pin 105.7 ohm or less 30 XWE IC1480 16pin IC1501 181pin 56 ohm ± 5% 31 XCAS IC1480 17pin IC1501 188pin 56 ohm ± 5% 32 XRAS IC1480 18pin IC1501 189pin 56 ohm ± 5% 33 XCSM IC1480 19pin IC1501 190pin 56 ohm ± 5% 34 DQM0 IC1480 15pin IC1501 179pin 56 ohm ± 5% 35 DQM1 IC1480 39pin IC1501 180pin 56 ohm ± 5% 36 BA0 IC1480 20pin IC1501 193pin 56 ohm ± 5% 37 BA1 IC1480 21pin IC1501 197pin 56 ohm ± 5%

50

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7

8

C

D

F

A

B

E

PCB side B

PCB side A

Spot to check 1 (IC1480)

Spot to check 2 (IC1501)

Fig. 6.2: Spots to check in SDRAM I/F

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C

D

F

A

B

E

VD8_1

VCC5 (= 5.0 V)VD

Fig. 7.1: Power configuration

<Check>

Check the voltage of the sending pin when the power is ON.

Checking should be based on PGND, AGND.

PCB side A

Fig. 7.2: Spots to check in VD8, VCC5 voltages

F.E. driver system

PU power

IC1901 VCC 5V REG IC

VD8_1

PGND3

VCC5_1

AGND1

VD

Check 7: VD8, VCC5 Power supply voltage OK?

NO. Spot to check Module NO. Rated value Unit

1 VD8_1 - PGND3 ALL 8.0 ± 0.4 V 2 VD - PGND_3 ALL 8.0 ± 0.4 V 3 VCC5_1 - AGND1 ALL 5.0 ± 0.1 V

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Check 8: AVCC5 voltage OK?

IC1900

VD AVCC5 (= 5.0 V )

AVCC 5V

REG IC

IC1801 Audio-DAC

Fig. 8.1: Power configuration

<Check> Play back DVD-REF-A1 TITLE1 to check the voltage of the sending pin. Checking should be based on PGND, AGND.

NO. Spot to check Module NO. Rated value Unit

1 VD - PGND_3 ALL 8.0 ± 0.4 V 2 AVCC5 - GNDAU1 ALL 5.0 ± 0.1 V

PCB side A

VD

PGND3

Fig. 8.2: Spots to check in VD8, AVCC5 voltages

GNDAU1

AVCC5

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C

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F

A

B

E

<Outline> DACCLK for Audio-DAC is created through IC1501

using a 27 MHz crystal oscillator (X1501).

DACCLK

Fig. 9.1: Clock configuration

<How to check> DVD: DVD-REF-A1 TITLE 1 CD: Play back a general CDDA Common in all modules compatible with DVD-V Checking should be based on DGND. If NG is found, check the relevant lines, periphery of IC1501, soldering of peripheral components and defective components.

GND

Fig. 9.2: Rated value of a clock

IC1501

DVD-LSI

X1501 27 MHz Crystal

IC1801 Audio-DAC

VCC12VCC33

Rated value 1

Rated value 2

Rated value 3

Check 9: DACCLK normal?

NO.

Spot to check 1 (sending pin)

Media Rated value 1 Rated value 2 Rated value 3 1 DACCK DVD 2.0 V~VCC33V DGND~0.8 V 36.8640 MHz ± 300 ppm 2 DACCK CD 2.0 V~VCC33V DGND~0.8 V 33.8688 MHz ± 300 ppm

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A

B

E

PCB side A

Spot to check 1 (probe)

Spot to check 2 (IC1501 148pin)

Fig. 9.3: Spots to check in 27 MHz, DACCLK

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C

D

F

A

B

E

<Outline>The serial three-wire digital output +DACCLK that is output from DVD-LSI (IC1501) is converted

to the analog audio signal using Audio-DAC (IC1801), and the converted signal is output from HOST I/F (CN1901). Simultaneously, the analog MUTE signal is output through HOST I/F from DVD-LSI (IC1501). The digital audio signal (IECOUT) output from DVD-LSI (IC1501) is output through CN1901.

CN1901 HOST I/F

LOLRCK

ADOUT

ROSRCK

GNDAU

IECOUT

Fig. 10.1: Audio circuit

<How to check> Play back DVD-REF-A1 TITLE2 CHAPTER1 (48k/16bit 1kHz 0dB). Checking should be based on DGND. If NG is found, check the relevant lines, periphery of main components described above, soldering of peripheral components and defective components.

GND

Fig. 10.2: Rated value of serial three wires

IC1801 Audio-DAC

IC1501 DVD-LSI

Rated value 1

Rated value 2

Check 10: Audio circuit OK?

NO.

Spot to check 1 (sending pin)

Rated value 1 Rated value 2

Reference waveform 1 ADOUT VCC33V-0.6V or more 0.4V or less Waveform 1 2 SRCK VCC33V-0.6V or more 0.4V or less Waveform 2 3 LRCK VCC33V-0.6V or more 0.4V or less Waveform 3

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PCB side B

LRCK

ADOUT

Fig. 10.3: Spots to check for serial three wires

Perform the following check based on GNDAU2 using the measurement circuit shown below:

47 k

LO ROGNDAU2

NO.

Spot to check 1 (sending pin)

Rated value (rms)

Reference waveform 4LO 1400 ± 150 mV Waveform 4 5RO 1400 ± 150 mV Waveform 4

Rated value is an effective value (rms)

Fig. 10.4: Rated value of analog audio out (LO, RO)

SRCK

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C

D

F

A

B

E

PCB side A

Fig. 10.5: Spots to check in analog audio out

Checking should be based on DGND.

Checking should be performed after connecting 24Pin FFC to the jig or other equipment.

PCB side A

Fig. 10.6: Spot to check in digital audio signal (IECOUT)

LO

RO

GNDAU

IEC

NO.

Spot to check 1 (sending pin)

Rated value 1 Rated value 2

Reference waveform

6 IEC VCC33V-0.6V or more 0.4V or less Waveform 5

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Check 11: Video circuit OK?

A composite signal is output from DVD-LSI (IC1501) and is output from HOST I/F (CN1901).

CN1901 HOST I/F

IC1501 DVD_LSI

COMPOSIT

Video

Composite

DAC

Fig. 11.1: Video circuit

<How to check> Play back DVD-REF-A1 TITLE2 CHAPTER5 (WHITE 100IRE). Monitor the COMPOSITE signal based on GNDV1 (sending pin) using an oscilloscope. Set the Trigger mode and Trigger line to TV trigger and line 150 respectively.

NO.

Spot to check 1 (sending pin)

Rated value

Reference waveform 1 COMPOSITE 1000 mVpp ± 5 % Waveform 6

If NG is found, check the relevant lines, periphery of main components described above, soldering of peripheral components and defective components.

PEAK

PCB side A

Rated valueCOMPOSITE signal

Color burst

Pedestal level

BOTTOM

Horizontal synchronous signal

Fig. 11.2: Waveform when 100% composite white is output

COMPOSITE

Fig. 11.5: Spot to check in VIDEO signal

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C

D

F

A

B

E

To determine whether the FLASH memory has come to the end of its life

In case the user operation is poorly responded or the overall operation is heavy, the FLASH memory may have reached the end of its life. Whether the FLASH memory has reached the end of its life is determined by viewing the display of the LD live time.

1. Display the LD live time. (For how to display the LD live time, see FE Test Mode)

2. The second digit of the live time from the left being E as in “*E** ****” means the FLASH memory has reached the end of its life.

E.g.:

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AUDIO

CH1 : LO

1 V/div. 5 usec/divReference voltage: DGND2

G G

CH2 : ROCH1 : ADOUT3 Reference voltage: GNDAU2 1 V/div. 500 usec/div

G

Waveform 1

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

G

Waveform 2

CH1 : LRCK

G

1 V/div. 5 usec/divReference voltage: DGND2

Waveform 4

CH1 : IECOUTCH1 : SRCK

G

Waveform 5

1 V/div. 500 nsec/divReference voltage: DGND2

Waveform 3

VIDEO

[WHITE 100IRE]

CH1 : COMPOSITE

200 mV/div. 10 usec/divReference voltage: GNDV1

Waveform 6

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5.4 ERROR CODE LIST

Media Error UNPLAYABLE DISC 00h Discs of unplayable formats only X X X (Error status will be “No error”) Open (No display) 10h Door open error * * * * Read Error ERROR-02-99 20h Transfer start error X X X X

Focus Error (Focus Error

ERROR-02-90 21h Focus error X X X X in mechanism set up) Surface Error ERROR-02-9E 22h Focus error during setup (no focus has - - X been taken with the disc) Address not found ERROR-02-80 23h No address is found X X X X (Invalid Track) Spindle Lock ERROR-02-91 24h Spindle lock NG (disc cannot rotate) X X X X Carriage HOME ERROR-02-92 25h Carriage home NG (a pickup attempts X X X X carriage home but stops unable to return) ID/SUBCODE Read ERROR-02-94 26h ID/SUBCODE Read Error (ID/SUBCODE X X X X Error not readable due to scratches, dirt, etc.) AV CHIP decode Error ERROR-02-9A 2Ah AV CHIP decode NG (AV chip cannot X X X X be decoded) AV CHIP Recovery NG ERROR-02-9B 2Bh AV CHIP recovery NG X X X X Error of PLAY BACK ERROR-02-9C 2Ch Playback status error (error due to X X X X Mode Status software factor) Disc Data Error ERROR-02-9D 2Dh Disc Data NG X X X X Temp Error (In Case of THERMAL PROTECTION IN 30h High temperature (playback stops as the X - - High Temperature) MOTION

pickup temperature exceeds 89 degrees C) No Disc (including Disc (No display) 40h No disc inserted (including disc loading/ * * * * loading and ejecting) ejecting) Loading_Mecha Error (No display) 50h Loading mechanical error (disc X - X cannot be clamped) DRM Error PROTECTED DISC 70h DRM error (no all song can be played X X X back by DRM) Region code Error DIFFERENT REGION DISC 90h Region code NG (playback impossible X X X due to different mechanical regions) CPRM*7 Key Error *8 UNPLAYABLE DISC 93h Playback key error X - X REQUEST error ERROR-02-A0 A0h REQUEST error X X X X Issuance of read ERROR-02-A1 A1h Issuance of read command failed X X X X command failed (chip dependent) L0 adjustment NG ERROR-02-A2 A2h L0 adjustment NG X X X X L1 adjustment NG ERROR-02-A3 A3h L1 adjustment NG X X X X LD system NG ERROR-02-A4 A4h LD system NG X X X X Gain adjustment system ERROR-02-A5 A5h Gain adjustment system NG X X X X NG Gain determination ERROR-02-A6 A6h Gain determination system NG X X X X system NG Servo initial setting NG ERROR-02-A7 A7h Servo initial setting NG X X X X Disc unclamped ERROR-02-A8 A8h Disc unclamped X X X X Tracking system NG ERROR-02-A9 A9h Tracking system NG X X X X

Media setting system NG

ERROR-02-AA AAh Media setting system NG X X X X Focus Error ERROR-02-AB ABh JUMP between layers NG X X X X Error of PLAY BACK ERROR-02-B0 B0h Navigation command error X X X X Mode Status Error of PLAY BACK ERROR-02-B1 B1h Retry over X X X X Mode Status DivX DRM Inofrmation ERROR-02-C1 C1h DivX DRM information update error X - - Update Error *10 Undefined Error ERROR-FF-FF FFh Undefined error X X X X

How to restore UART ACC Source Eject Play Error status OSD *1 *2 Meaning Off/On Off/On Key

LIST OF ERRORS

X: An error is cancelled by operation. -: No error is cancelled by operation. *: No setting *1 Contents displayed in OSD. The articles with several display patterns have the upper line with the Japanese version of Full GUI, and the lower line with the Touch Panel model and Full GUI (English version). *2 Parameter sent by the DVD mecha, on the UART command such as “Notify reception error”. See Chapter 2 for details. *3 CPPM (Content Protection for Prerecorded Media): Copyright technology used in DVD-A. This is achieved with the keys recorded in the media as well as the device keys the player has. *4 Available only for the models compatible with DVD-A. In case of an error, the audio output will be muted only but the playback operation will continue. Also, acceptance of the user operation will be the same as normal.

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*5 AWM (Audio Watermark): Electronic watermark where the information on the owner of copyright or CCI (Copy Control Information) is included for determination of illegally copied discs or other means. *6 No notice as an error status will be conducted, but error occurrence will be notified in the operation status notice. See Chapter 2 for details. *7 CPRM (Content Protection for Recordable Media): Copyright technology for the digital contents used for recordable DVDs or memory cards. *8 Available only for the models compatible with DVD-VR *9 This occurs when the audio property information notice is sent from the DVD mecha but no audio property activation notice is returned. The time taken for occurrence should be specified in the latency time for the audio property notice set in the connection confirmation command. *10 This occurs when the DRM information update notice is sent from the DVD mecha but no DRM information update response is returned.

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C

D

F

A

B

E

64

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B

E

5.5 CONNECTOR FUNCTION DESCRIPTION

11

16

21

15

5

1

4

10

1. RDSDATA

2. DGND

3. TUNDO

4. TUNDI

5. RDSHSLK

6. RDSCK

7. DGND

8. ROMVDD

9. LDET

10. TUNCK

11. TUN_R

12. DGND

13. RDSLOCK

14. DSEN

15. TUNCE

16. BEGND

17. TUN_L

18. B.UP

19. TUNSL

20. OSCGND

21. TUNCE2

TUNER BOX

1

2

7

8

1. REAR AUDIO OUTPUT

2. WIRED REMOTE INPUT

3. AUDIO INPUT L

4. BT MIC (BT model only)

5. AUDIO INPUT R

6. REAR VIEW CAMERA INPUT

7. REAR MONITOR OUTPUT

8. VIDEO INPUT

1. FL-

2. RL-

3. FL+

4. RL+

5. FR-

6. RR-

7. FR+

8. RR+

9. P.B.

10. BGSENS

11. ACC

12. B.REM

13. ILM

14. MUTE

15. B.UP

16. GND

16

15

2

1

2

5

6

1. SUBWOOFER OUTPUT R

2. SYBWOOFER OUTPUT L

3. REAR OUTPUT R

4. REAR OUTPUT L

5. FRONT OUTPUT R

6. FRONT OUTPUT L

11 10

9 8

7

6 5

4 3 2 1

IP-BUS INPUT

1. BUS+

2. BUSG

3. BUSLG

4. NC

5. BUS-

6. BUSRG

7. BUSL+

8. ASENBO

9. BUSR+

10. BUSR-

11. BUSL-

1. CCR

2. CCG

3. CCB

4. CCSYNC

5. GNDSIG

6. NC

7. NC

8. NC

9. ASENB

10. CCAUL

11. CCAUR

12. GNDAU

13. ONSEI+

14. ONSEI-

15. NC

16. NC

17. NC

18. NC

19. DSEN

20. TVON

21. GION

22. NC

23. NC

24. SYS_TO_NAVI

25. NAVI_TO SYS

26. GNDD

RGB IN

1

2

25

26

OPTICAL OUTPUT

(RC, RD, RI model only)

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[Note] The first four letters only. The rest of four letters are spaces

(5)(4)(3)(2)(1)

[Note] The DVD mecha needs to be activated in the test mode again to move to another test after selecting each test (FE/EDC1/EDC2).

Activate test mode

TEST

Select FE test Select EDC1 test Select EDC2 test

Continue to FE test mode image Continue to EDC1 test mode image Continue to EDC2 test mode image

Select LD live

time mode

Continue to LD live time mode image

Select simplified

FE test mode

Continue to simplified FE test mode

Test mode image

… Key operation

… Operation status

… Contents displayed by the DVD mecha (only those compatible with video)

Eight letters worth of the data is transmitted to the product (to the HOST side) through the UART communication

Legend:

[MUTE] + [FORWARD] + BUP & ACC TURN ON

Switch position of the remote control unit.

[AVH mode]

(1)-(8) and EJECT is the key of remote control unit.

6. SERVICE MODE

6.1 DVD TEST MODE

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C

D

F

A

B

E

(1) EJECT(5)(4)(3)(2)

(8)(7)(6)(5)(3),(4)(2)(1)

Measure S curve

(2)

[Note] LD-OFF automatically occurs if no action is taken for approx. 10 seconds after LD-ON.

An error occurs if F close is attempted in the LD-OFF status.

Even during the focus search (S-shape measurement mode), failure of LD-OFF within 10 seconds violates

safety regulations. Therefore, LD-OFF occurs in 9 seconds despite focus search after LD-ON.

For F close after the focus search (S-shape measurement mode), power OFF first, then power ON again

Add two items: TEMAX level display / TEMIN level display

FE test mode

Disc type

1 DVD layer

FE offset coefficient

TE offset coefficient

AS offset coefficient

ENV offset coefficient

TG offset coefficient

DBAL coefficient

VIN1 offset cancel value

VIN2 offset cancel value

VIN3 offset cancel value

VIN4 offset cancel value

VIN5 offset cancel value

VIN6 offset cancel value

VIN7 offset cancel value

VIN8 offset cancel value

VIN9 offset cancel value

VIN10 offset cancel value

Power ON

F close F search

1A00 0000

Focus closed status

FEMAX level

FEMIN level

ASMAX level

ENVMAX level

FE normalization coefficient

Spindle gain coefficient

TEMAX level display

TEMIN level display

CRG+/-

Operated while keys

are pressed down

1B00 0000 : CRG+

1C00 0000 : CRG-

LD-ON/OFF

LO-ON : 1100 0000

LD-OFF : 1000 0000

Power_OFF

Disc type

2 DVD layers

Disc type CD

0000 0000 0100 0000 0200 0000

EJECT

Disc type CD-RW

0300 0000

Stop F search

1100 0000

0FFF 0000

1FFF 0000

1x00 0000

CRG_HOME

1D00 0000

0X00 0000

CRG_transfer to the

outermost circumference

1E00 0000

Legend: … Key operation

… Operation status

… Contents displayed by the DVD mecha (only those compatible with video)

Eight letters worth of the data is transmitted to the product (to the HOST side) through the UART communication

a b

Front-End test mode image

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(8)(7)(2)(1)

Power_OFF

To (2)

T.OPEN

Power_OFF

For FBAL coefficient, focus gain coefficient,

tracking gain coefficient and AS normalization

adjustment value, separate the display data

identification in layer 0/layer 1.

dc

CRG+/-

Focus Jump

2C00 0000 : CRG-

2B00 0000 : CRG+

Operated while keys

are pressed down

Delete GBAL coefficient.

L1 layer : 2100 0000

L0 layer : 2000 0000

FBAL coefficient (0 layer)

3FFF 0000

RF level value

Tracking closed status

(3),(4)(1) (6) (8)

For TBAL coefficient and TE normalization coefficient,

separate the display data identification in layer 0/layer 1.

CRG +/-

3C00 0000 : CRG-

3B00 0000 : CRG+

Operated while keys

are pressed down

Measure error ratio

FBAL coefficient (1 layer)

Focus gain coefficient (0 layer)

Focus gain coefficient (1 layer)

Tracking gain coefficient (0 layer)

Tracking gain coefficient (1 layer)

AS normalization adjustment value (0 layer)

AS normalization adjustment value (1 layer)

5000 0000

* In the CRG +/- operation test, continue operation until the

NULL command is issued from the HOST

Start displaying

RF level value

Error ratio

Notify RF level once

AS normalization adjustment value (0 layer)

Focus gain coefficient (0 layer)

Focus gain coefficient (1 layer)

Tracking gain coefficient (0 layer)

Tracking gain coefficient (1 layer)

(1)

every 500 msecs

For focus gain coefficient, tracking gain coefficient and

AS normalization adjustment value (1 layer)

End displaying RF

level value

AS normalization adjustment value, separate the display

data identification in layer 0/layer 1.

TBAL coefficient (0 layer)

TBAL coefficient (1 layer)

TE normalization coefficient (0 layer)

TE normalization coefficient (1 layer)

Off-track adjustment result

a b

2x00 0000

(1) (3),(4)(2) (8)

Tracking balance

2FFF 0000

3000 0000

Tracking close

(2)

AVH-P5200BT/XNUC

3FFF 0000

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C

D

F

A

B

E

For FBAL coefficient, focus gain coefficient,

tracking gain coefficient and AS normalization

adjustment value, separate the display data

identification in layer 0/layer 1.

(8)(7)(3),(4)(6)(5)(2)(1)

(3)(1)-(4)

For focus gain coefficient, tracking gain

coefficient and AS normalization adjustment

value, separate the display data identification

in layer 0/layer 1.

Three types of speed patterns only as shown above. The first two digits of the specified ID represent the test status. The rest of six digits are the ID.

E.g.) To specify 300000 for the ID, the specified ID is: 4A03 0000

(5)(5)

L0 layer

L1 layer

To specify the number of tracks, select one from the prepared number of tracks.

Change to cyclic in (3). Determine in (4).

For CDs: 1, 4, 10, 11 or 32 tracks

For DVDs: 1, 4, 10, 11, 32, 64 or 100 tracks

Change how to specify an ID address.

Specify a digit with the commands (1) and (2). Commands (3) and (4) are to increase/decrease the

number. Determine with the command (5).

Taking the Joy-Stick as an example, (1) = right, (2) = left, (3) = up, (4) = down and (5) = determine.

L0 layer

L1 layer

(8)

L1 layer

[Note] The equipment needs to be powered OFF and activated again in the test mode as no restoration is possible in case of an error in the Power_OFF.

Tracking closed status

Measure

error ratio

FBAL coefficient (0 layer)

FBAL coefficient (1 layer)

Focus gain coefficient (0 layer)

Focus gain coefficient (1 layer)

Tracking gain coefficient (0 layer)

Tracking gain coefficient (1 layer)

AS normalization adjustment value (0 layer)

AS normalization adjustment value (1 layer)

Error ratio

Focus gain coefficient (0 layer)

Focus gain coefficient (1 layer)

Tracking gain coefficient (0 layer)

Tracking gain coefficient (1 layer)

AS normalization adjustment value (0 layer)

AS normalization adjustment value (1 layer)

Change playback

speed

Focus Jump

ID Search

T.Jump+/-

T.OPEN

Power_OFF

DVDX1.3~

1.6CAV CDX4CLV:

4x00 0000

L0 layer : 4x00 0000

L1 layer : 4x00 0000

4A00 0000

Jump+ : 4B00 0000

Jump- : 4C00 0000

Specify ID

Display ID

Specify No.

of tracks

Display No.

of tracks

Start searching

Start jumping

4000 0000

4x00 0000

Display error

Power_OFF

Error occurs

Error occurs in Power_OFF

Display error

dc

To (2)

V

changed

DVD X CAV, CD X 2CLV

DVD X 1CLV, CD X 1CLV

DVD X CAV

DVD X 1CLV

DVD X 1.3~1.6CAV, CD X 4CLV

DVD X 1CLV

DVD X 1.3~1.6CAV

DVD X 1CLV

:4100 0000

:4300 0000

:4200 0000

:4000 0000

:4200 0000

:4100 0000

:4300 0000

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provided that the BD disc status bit in the UART communication is uncertain

After completion of EJECT operation

Eight letters worth of the data is transmitted to the product (to the HOST side) through the UART communication

… Operation status

… Contents displayed by the DVD mecha (only those compatible with video)

Legend: … Key operation

[Note] The same image is shared in EDC1 and EDC2.

EJECT operation

(2)(1) [Note] Ejecting is allowed at any time during the EDC test mode,

Test mode

Eject

[Note] Update the display at intervals of 0.5 seconds until 0/1 layer is selected or ejected.

0000 0000

EDC 1/2 test mode

0000 0000 0100 0000

Select 0 layer Select 1 layer

1003 0000 1103 0000

Specify ID

(1)-(4)

EDC test mode image

AVH-P5200BT/XNUC

(5)

0 layer : 10** ****

1 layer : 11** ****

[Note] ** **** is the ID specified value

Start EDC 1/2

0 layer : 20** ****

**** ****

1 layer : 21** ****

[Note] ** **** is the current ID value

[Note] **** **** is the current ID value

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[How to specify a set time]

Specify a digit with the commands (1) and (2). Commands (3) and (4) are to increase/decrease the number. Determine with the command (5). Cancel with the command (8).

[Note] All live times exceeding 999999 hours are notified as 999999 hours.

[Note] The live time represented in “*E** ****” may not be an accurate

value as it represents the end of the life of the FLASH memory.

LD live time mode

0000 0000

Display CD LD

live time

Display DVD LD

live time

Set CD LD

live time

10** ****

[Note] ** **** represents

CD LD live time

20** ****

[Note] ** **** represents

DVD LD live time

Specify the

set time

30** ****

[Note] ** **** is the

set time

Register the

set time

Set DVD LD

live time

Specify the

set time

40** ****

[Note] ** **** is the

set time

Register the

set time

(6)(5)(2)(1)

(1)-(4)

(5)

(8)(8)

10** ****

[Note] ** **** represents

CD LD live time

20** ****

[Note] ** **** represents

DVD LD live time

LD live time mode image

Legend: … Key operation

… Operation status

… Contents displayed by the DVD mecha (only those compatible with video)

Eight letters worth of the data is transmitted to the product (to the HOST side) through the UART communication

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Simplified FE test mode

Numbers on each screen can be selected with the “test key commands”. No display data for the test mode is notified in the simplified FE test mode.

[Notes] The simplified FE test mode checks the status transition and the test results only with the mecha OSD. Therefore, the following actions need to be taken in the HOST:

• Output the mecha image output to the front monitor. To locate the operating buttons on the screen, combine the screen display and button operation.

• In case of the product with the rear monitor output, output the image of the simplified test mode. For these actions, consult with the service department.

1 Select

5 Select

Return

Select

LD ON

completed

Select

2 Select

5 Select

Return

3 Select

5 Select

Return

4 Select

5 Select

Return

5 Select

Return

Select

Select DVD

5 Select

Select

Return

Select CD

Acquire ASMAX

value

Acquire RF level value

Search destination ID 0x00100000

Select

Search destination ID Inner : 0x00040000 Outer : 0x00200000 Middle : 0x00100000

CRG Move

completed

Select

Display ASMAX value

Select

Display RF level value (Updated at intervals of approx. 500 msecs)

Acquire error

ratio

Search destination CRG home position

Select

CRG transfers to the outermost circumference

*1: Display the selected position Inner DVD: Inner Outer DVD: Outer Middle DVD: Middle CD: CD

Display error ratio

Select

Select

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Service Test Mode

The service test mode is used to check functions in fault diagnosis by a serviceman in case of any defect found in the DVD mecha. This mode is enabled only when the test mode is activated. At this time, no normal operation is executed.

1. Outline The service test mode is used to check functions in fault diagnosis by a serviceman in case of any defect found in the DVD mecha. No general user goes into this mode. The mode is implemented mainly to check the FE part. It is originally the test mode at the FE part implemented in the PC communication, which is modified to allow implementation in the HOST communication. The command for the test mode received in the HOST communication is interpreted by the application part, converted to the PC communication command and transferred to the OS. The OS transfers this command to the PC task as if it received the command in the PC communication. The execution result is noticed to the application part by an e-mail instead of the PC communication. The application part then transmits the result in the HOST communication to display OSD.

2. Conditions for operation (1) This service test mode is enabled only when the test mode is activated. At this time, no normal operation is executed. (2) No request from the host is received while the core executes the test mode command. (3) The core start-up notice is not necessary in the test mode.

3. Requests for HOST The service test mode requires two items: the item that displays the notice command in the FE test mode in HOST and the item to display the mecha OSD with no change in the simplified FE test mode. Displaying the test result only in the mecha OSD, the simplified FE test mode does not require the notice of the test result to HOST. Therefore, the simplified FE test mode needs to display the video output of the mecha on the monitor.

4. I/F specifications

5. Operation flow

STATUS = 00h, TP = 11h, D0 = EEh, (Key commands for the test mode) D1: Types of key commands exclusive for the test mode

* In CRG+/-, operation stops when the key is released. At that time, the DVD mecha should make the key command request (TP = B1h) on a regular basis to prevent any omission of key release.

Specification for the UART (HOST) communication

1) Key commands for the test mode

Value of D1 Purpose

01h Test mode command (1)

02h Test mode command (2)

03h Test mode command (3)

04h Test mode command (4)

05h Test mode command (5)

06h Test mode command (6)

07h Test mode command (7)

08h Test mode command (8)

D0h Test mode command EJECT

F0h Test mode command NULL

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2) Display data for the test mode

STATUS = 00h, TP = B5h, D0 = 02h, (Display data for the test mode) D1: Display data identifier exclusive for the test mode [The values of D1 are as shown in the table below] D2 – 9: Eight letters worth of display data in ASCII. (Status or results are displayed)

Value of D1

Purpose Continuous display specification 01h Status display 02h FE offset coefficient 1-1 03h TE offset coefficient 1-2 04h AS offset coefficient 1-3 05h ENV offset coefficient 1-4 06h TG offset coefficient 1-5 07h DBAL coefficient 1-6 30h VIN1 offset cancel value 1-7 31h VIN2 offset cancel value 1-8 32h VIN3 offset cancel value 1-9 33h VIN4 offset cancel value 1-10 34h VIN5 offset cancel value 1-11 35h VIN6 offset cancel value 1-12 36h VIN7 offset cancel value 1-13 37h VIN8 offset cancel value 1-14 38h VIN9 offset cancel value 1-15 39h VIN10 offset cancel value 1-16 08h FEMAX level 2-1 09h FEMIN level 2-2 0Ah ASMAX level 2-3 0Bh ENVMAX level 2-4 0Ch FE normalization coefficient 2-5 0Dh Spindle gain coefficient 2-6 0Eh TBAL coefficient (0 layer) 3-1 1Eh TBAL coefficient (1 layer) 3-2 10h TE normalization coefficient (0 layer) 3-3 20h TE normalization coefficient (1 layer) 3-4 40h Off-track adjustment result 3-5 11h FBAL coefficient (0 layer) 4-1 21h FBAL coefficient (1 layer) 4-2 12h Focus gain coefficient (0 layer) 4-3 5-2 22h Focus gain coefficient (1 layer) 4-4 5-3 13h Tracking gain coefficient (0 layer) 4-5 5-4 23h Tracking gain coefficient (1 layer) 4-6 5-5 14h 24h

AS normalization adjustment value (0 layer) AS normalization adjustment value (1 layer)

4-7 5-6

4-8 5-7 15h Error ratio 5-1 16h TEMAX level 2-7 17h TEMIN level 2-8 50h RF level

* Each coefficient (excluding the status display) outputs data at intervals of every second. E.g.) Power-on (examples of “1-” in the continuous display specifications above) D1 = 01h, set the status display data to D2 – D9 and transmit [1 second later] D1 = 02h, set the FE offset coefficient to D2 – D9 and transmit [1 second later] D1 = 03h, set the TE offset coefficient to D2 – D9 and transmit : : [1 second later] D1 = 07h, set the DBAL coefficient to D2 – D9 and transmit [1 second later] D1 = 01h, after setting the status display data to D2 – D9 and transmitting, wait for keys

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Test Mode In Activate the test mode

Set the source to DVD

(1) (2) (3) (4) (5)

* To 1 * To 2 * To 3

(1) (2)-(5) EJECT Powered OFF status

(2):1 DVD layer

(3):2 DVD layers

Disc TypePower On Eject (4):CD

(5):CD-RW

Powered ON status

(8) (1) (2) (3) (4) (5) (6) (7)

Power Off

Focus Close

Focus Search

CRG+

CRG- CRG_HOMELD_ON

Carriage transferred

to the outermost circumference

Adjustment

included

(2)

Focus Search

STOP

(8) (1) (2) (3) (4)

Focus Close status 1

T.Bal

Focus JumpPower Off CRG-

Other adjustment

included

(8) (1) (3) (4) (5) Focus Close status 2

Tracking Close

CRG+Power Off

Adjustment

included

RF level display status

(8) (1) (2) (7)

Power Off

Measure

error ratio

Tracking Open

(1)

Tracking Close status

(8) (1) (2) (5) (6) (3),(4) (7)

Power Off

Measure

error ratio

Switch playback

speed

ID Search T.JumpFocus Jump Tracking Open

Note 4

+/-

(1)-(4) (3)

Specify ID

(5) (5)

Start ID search

Start jumping

Note 1

Note 3

RF level value

Start displaying

RF level value

End displaying RF level value

Specify No.

of tracks

Note 3

CRG-

CRG+

* To simplified FE test mode

To FE

test mode

Note 1

A media type is specified here. Settings should be implemented according to this specification. Note 2 Switching gains should be: normal gain -> OEIC =H -> OEIC =H and FEPx4 amps ON Note 3 Any other operation is prohibited during measurement Note 4 Playback speed should be: 1.3 – 1.6CAV for DVDs and x4CLV fixed for CDs

Number of keys required for the product: nine ((1) – (8) plus EJECT) The test mode commands 1 to 8 + EJECT as well as the NULL command should be used for the HOST communication.

To specify the number of tracks, select one from the prepared numbers of tracks. Change to cyclic in (3). Determine in (4). For CDs: 1, 4, 10, 11 or 32 tracks For DVDs: 1, 4, 10, 11, 32, 64 or 100 tracks

Change how to specify an ID address Specify a digit with the commands (1) and (2). Commands (3) and (4) are to increase/decrease the number. Determine with the command (5). Taking the Joy-Stick as an example, (1) = right, (2) = left, (3) = up, (4) = down and (5) = determine.

*F close and F search will not be executed unless LD is ON.

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*1 *2

EDC1

mode

(1) (2) (1) (2)

Select

0 layer

(1)-(4) (1)-(4)

Specify ID Specify ID

(5) (5)

Start EDC1 Start EDC2

*3

LD live time

mode

(1) (2) (5) (6)

Select

1 layer

EDC2

mode

Select 0 layer

Select

1 layer

Display CD

LD live time

[How to specify a set time] Specify a digit with the commands (1) and (2). Commands (3) and (4) are to increase/decrease the number. Determine with the command (5). Cancel with the command (8).

Display DVD

LD live time

Set CD LD

live time

(1)-(4) (1)-(4)

Specify

set time

Register

set time

Set DVD LD

live time

Specify

set time

(5)(5)

Register

set time

(8)(8)

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6.2 MONITOR TEST MODE

[Method for Mode IN]

When the reset start is done while pushing REVERSE and EJECT, it shifts to the monitor test mode.

[Display specifications]

[Method for Mode IN]

Choose "Version Check" among the monitor test mode menu screen.

[Display specifications]

[Operation specification]

Operational description Remote controller key

Selection cursor up movement 2 Selection cursor down movement 8 Menu enter 5

1. Version Check

[Operation specification]

Operational description Remote controller key

Return to test mode menu 1 Page up

9

Page down

7

When 8 digits of read number is strange, displayed with red.

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[How to activate the touch panel test mode]

Choose "Touch Panel Test" among the monitor test mode menu screen.

[Menu types in the mode]

The calibration test mode consists of the following menus.

Top menu

[Description of the top menu]

[Display specification]

Conditions for lighting of the adjustment complete mark “ * ”.

Outermost circumference inspection : In case the outermost circumference inspection has been completed normally.

Calibration inspection : In case the calibration has been completed normally.

Conditions for the adjustment complete mark “ * ” to go out.

Outermost circumference inspection : 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.

Calibration inspection : In case the calibration inspection has never been performed. In case the EEPROM initialization has been performed. In case the adjustment value has been initialized.

Data initialization

Outermost circumference inspection

Calibration inspection

Coordinate inspection

Calibration verification

[Operation specification]

Operational description Remote controller key

Selection cursor up movement 2 Selection cursor down movement 8 Return to test mode menu 1 Menu enter 5

2. Touch Panel Test

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[Outermost circumference inspection]

[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 5 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.

When the value is within the range. Write the following value and adjustment information to the EEPROM, then “OK” is displayed.

1. The outermost value of X and Y(min/max) : 4 byte

2. The reference value for A/D correction of X,Y : 2 byte

3. Adjustment information(Adjustment OK) : 1 byte

When the value is within the range. Write the following adjustment information to the EEPROM, then “NG” is displayed.

1. Adjustment information(Adjustment NG) : 1 byte

The initial value and the setting value allowable range are as follows.

Outermost value Outermost value

Xmin : 3Bh Xmin : 78h Ymin : 40h Ymin : 78h Xmax : F7h Xmax : B4h Ymax : F2h Ymax : B4h

A/D correction value A/D correction value

X : 33h X : 00h Y : 38h Y : 00h

Setting value allowable range

X direction Minimum value : 00h to 80h

Maximum value : 9Eh to FFh Maximum value - Minimum value : more then 73h

Y direction Minimum value : 00h to 83h

Maximum value : 9Ah to FFh Maximum value - Minimum value : more then 6Bh

[Display specifications]

Outermost circumference inspection in process

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.

[Operation specification]

Operational description Remote controller key

Return to top menu 5

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[16 points adjustment]

[Outline]

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.

[Display specifications]

16 points adjustment in process

Order of display of the locations to be pressed.

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

[Operation specification]

Operational description Remote controller key

Return to top menu 5

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[Coordinate inspection]

[Outline]

The coordinate before correction and after correction at the time of pressing the touch panel are displayed for coordinate verification. Furthermore, the red "+" cursor can be moved by the key operaiont mentioned bellow, and the coordinate of the cursor center is displayed.

[Display specifications]

Fixed display

[Operation specification]

Operational description Remote controller key

Return to top menu 1

Each displayed coordinate is as follows. The values under [Factory] are the corrected values in the Factory region and the values under [User] are the corrected values in the User region.

• Sampling : A/D value (X direction, Y direction) of the pressed point is displayed.

• AD Value : The coordinate (X direction, Y direction) of the A/D value of the pressed point corrected by the reference value for A/D correction is displayed.

• Normalization : The coordinate (X direction, Y direction) after normalizing the A/D corrected coordinate within the effective range is displayed. (0~255)

• Calibration : The coordinate (X direction, Y direction) which is the result of adding the correction by calibration to the normalized coordinate is displayed. Movable "+" cursor is displayed in red. 16 calibration points are displayed in white.

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[Calibration verification]

[Outline]

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]

The pushing order

confirming

[Operation specification]

Operational description Remote controller key

Return to top menu 1

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[Data initialization]

[Outline]

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]

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.

Calibration inspection When the calibration inspection 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 calibration inspection When the user calibration inspection 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.

Calibration 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.

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 calibration 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.

[Operation specification]

Operational description Remote controller key

Selection cursor up movement 2 Selection cursor down movement 8

Menu enter 5

Return to test mode menu 1

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[Method for Mode IN]

Choose "EEPROM Adjust" among the monitor test mode menu screen.

[Display specifications]

3. EEPROM Adjust

example)

Adjustment value

Setting item

[Operation specification]

Operational description Remote controller key

Selection cursor up movement 2 Selection cursor down movement 8 Item content value up 6 Item content value down 4 Next menu page 9 Former menu page 7 Return to test mode menu 1

[Method for Mode IN]

Choose "EEPROM Initialize" among the monitor test mode menu screen.

[Display specifications]

Default of a cursor is the location of "No". Choose "YES" and decide, initialize a setting value.

*) Don't turn off power while initializing.

When normally ends, "success" is displayed. When will not end in four seconds, judged to be abnormal, "failure" is displayed.

[Operation specification]

Operational description Remote controller key

Selection cursor left movement 4 Selection cursor right movement 6 Return to test mode menu 1 Menu enter 5

4. EEPROM Initialize

The setting items and the adjusted values are displayed on each page. *The adjusted value section indicates initial values stored in EEPROM. *If writing a value fails, the indication will not change.

When EEPROM is initialized, eject lock may be enabled. Please cancel eject lock in this case.

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[Method for Mode IN]

Choose "Display Test (Test Pattern)" among the monitor test mode menu screen.

[Display specifications]

5. Display Test

[Operation specification]

Operational description Remote controller key

Selection cursor up movement 2 Selection cursor down movement 8 Page up 9 Page down 7

Menu enter 5

Return to test mode menu 1

[RGB]

RGB is plotted in the following pattern: R100% -> R50% -> G100% -> G50% -> B100% -> B50% -> BLACK -> GRAY -> WHITE -> GREEN and MAGENTA dot signal (The display of the screen will be changed in 1 second.)

[Operation specification]

Operational description Remote controller key

Stop/Restart 5

Return to test mode menu 1

[MONOCHROME STRIPE]

Display of monochrome stripe signal (1dot Width)

[Operation specification]

Operational description Remote controller key

Return to test mode menu 1

[COLOR BAR]

Display of color bar signal

[Operation specification]

Operational description Remote controller key

Return to test mode menu 1

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[RAMP & 10STEP]

Display of step signal and signal for alpha blend check

[Operation specification]

Operational description Remote controller key

alpha blend rate up 2 alpha blend rate down 8

Next signal 5

Return to test mode menu 1

[RASTER SIGNAL]

Display of signal for step confirmation

[Operation specification]

Operational description Remote controller key

Next signal 5

Return to test mode menu 1

[CONTRAST]

Display of Black/White signal

[Operation specification]

Operational description Remote controller key

Next signal 5

Return to test mode menu 1

[CENTER MARKER]

Display of signal for screen central location setting.

[Operation specification]

Operational description Remote controller key

Return to test mode menu 1

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7. DISASSEMBLY

Remove the two screws.

Remove the two screws and then remove the Holder.

Disconnect the connector.

1

4

2

3

1

2

1

2

4 4

3

Grille Assy

Holder

Removing the Grille Assy (Fig.1)

How to assemble Grille Unit

Fig.1

Slide the grille forward by pushing two tabs with tweezers or other item.

As the mother unit SD part is fixed with the grille, insert it horizontally.

Attach and remove the grille unit by sliding it horizontally.

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Remove the seven screws and then separate the Drive Unit and the Chassis Assy.

1

1 1

Chassis Assy

Drive Unit(Left Side)

(Rear Side)

(Right Side)

How to separate the Drive Unit and the Chassis Assy (Fig. 2)

Fig.2

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Fig.3

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2

1

2

1

3

1

2

Remove the four screws and then lift the Bracket toward the Drive Unit.

Remove the four screws.

Disconnect the connector and then remove the DVD Mechanism Module.

Disconnect the two connectors and then remove the Drive Unit.

1

2

3

4

Removing the DVD Mechanism Module and the Drive Unit (Fig.3)

Bracket

DVD Mechanism Module

Drive Unit

4

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Fig.5

Fig.4

2

1

2

3

2

Remove the screw.

Remove five screws.

Straighten the tabs at two locations indicated and then remove the Holder.

Remove the three screws.

Disconnect the connector. (Only BT model)

Straighten the tabs at three locations indicated and then remove the DVD Amp Unit.

1

2

3

1

2

3

Removing the Holder and the Panel (Fig.4)

Removing the DVD Amp Unit (Fig.5)

Panel

Holder

DVD Amp Unit

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Fig.6

Remove the two screws and then remove the two Guids(Right side, Left side).

Pull out the Monitor Assy in the direction indicated by an arrow.

Remove the two screws and then remove the Spring.

Remove the screw and then remove the Arm and Cover.

Disconnect the connector.

Remove the five screws and then remove the Co

ver.

Disconnect the connector.

Remove the three screws and then remove the Motor Unit.

Removing the Motor Unit, the Drive Unit can operate to lead to the Monitor Assy.

1

2

3

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

Monitor Assy

Motor Unit

Arm and Cover

3

Cover

1

Spring

4

5

6

7

8

5

6

7 7

8

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8

2

5

6 6

5

4

2 2

3 3

7

Remove the two screws and then remove the Holder.

Remove the four screws and then remove the Cover.

Remove the four screws and then remove the Case Unit.

Disconnect the connector.

Disconnect the three connectors.

Straighten the tabs at two locations indicated and then remove the Monitor Unit.

Remove the screw.

Disconnect the connector and then remove the Keyboard PCB.

1

2

3

4

5

6

7

8

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

Holder

Case Unit Cover

Keyboard PCB

Monitor Unit

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LCD plate

Insert the tweezers (thin one) as shown in the figure and remove the tab.

Caution If you pick up the tab forcibly, the plate bends. It can be removed by just inserting the tweezers straightly.

Fig.7

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Fig.8

- - Removing the BT PCB and BT ANT PCB (Fig.8)

Only BT model

Straighten the tabs at two locations indicated and then remove the BT PCB.

Disconnect the Cord Assy using GGF1539.

Remove the screw and then remove the BT ANT PCB.

1

2

3

1

2

3

BT ANT PCB

BT PCB

Connector

Coaxial Jumper

GGF1539

When unplugging the Coaxial Jumper, make sure to use jig GGF1539. If the antenna cable is directly unplugged without using jig GGF1539, you might damage your fingertip or fingernail.

- -

How to Remove the Coaxial Jumper

- - When unplugging Coaxial Jumper, hook the point of jig GGF1539 on the lid of Coaxial Jumper

- - and vertically draw out along with the engagement axis of connector.

- -

How to Attach the Coaxial Jumper

- - For inserting Coaxial Jumper, adjust cord assy with the engagement axis of connector and insert it as vertically

- - as possible.

- - Do not insert the Coaxial Jumper in extreme slant, as the connector might suffer damage.

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- Attention: How to install the Cushion

Align the cushion to PCB silk-print, and stick it. Be careful not to touch the cushion to the USB terminal. The sticking direction is shown on the right figure.

When you install the grille to the unit, confirm the cushion is sticking on the keyboard unit properly.

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Handling OK

-How to hold the mechanism

1. Hold the specified parts (indicated by broken lines) of upper and lower frames.

2. Hold the main frame and the upper frame.

3. Do not hold the front part of the upper frame because the intensity is low.

4. Do not touch the switch on the ceiling surface of the mechanism. (Fig. 1)

5. Take care not to catch the flexible part on the side face.

6. Take note that a deformation may be generated if you hold the front part of the upper frame or CRG mechanism part or a foreign object is inserted.

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: Do not touch here

Handling NG

Do not touch here

Fig. 1

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Fig. 2

Fig. 1

Connector (pickup flexible part)

Short circuit

-How to remove the PU unit

1. Set the mechanism to the locking position (disc load standby position).

2. Set the ceiling surface of the mechanism module downward.

3. Short-circuit two parts of lands of the pickup flexible part. (Fig. 1)

4. Remove the connector of the pickup flexible part. (Fig. 2) (The flexible part is damaged if the board is removed without removing the flexible part, so be sure to remove it.)

1. Unscrew two screws and remove the CRG motor ASS'Y.

Fig. 3

Locking screw (CRG) Locking screw (CRG)

CRG motor ASS’Y

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1. Apply the main shaft holddown spring to the temporary applying part of CRG chassis.

2. Remove the CRG motor ASS'Y following “How to remove the CRG motor ASS'Y”.

3. Remove the retainer plate spring of the main shaft.

4. While holding up the tip of the pickup rack, slide the main shaft and remove the PU unit.

(Caution) When you attach the PU again, carry out the adjustment surely following the description in the

service manual of the mounted product. Be sure to carry out the actual applying of main shaft holddown spring.

PU unit

Sub shaft

Main shaft

Fig. 4

Actual applyingTemporary applying

Temporary applying part of CRG chassis

Main shaft holddown spring

Retainer plate spring

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AVH-P5200BT/XNUC

Pioneer AVHP-5200-BT, AVHP-5200-DVD, AVHP-5250-BT, AVHP-5250-DVD Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual

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

4.1 OVERALL CONNECTION DIAGRAM

4.2 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

6. SERVICE MODE

6.1 DVD TEST MODE

6.2 MONITOR TEST MODE

7. DISASSEMBLY