DVD Pioneer
Uploaded by
Anderson Azevedo MarquesDVD Pioneer
Uploaded by
Anderson Azevedo MarquesORDER NO.
CRT4782
AVH-5400DVD/XNUW5
DVD RDS AV RECEIVER
AVH-5400DVD /XNUW5
AVH-5400DVD/XNUC
AVH-5450DVD/XNRD
AVH-5450DVD/XNRI
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
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 2011
K-ZZZ SEPT. 2011 Printed in Japan
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SAFETY INFORMATION
A CAUTION
This service manual is intended for qualified service technicians; it is not meant for the casual do-it-yourselfer.
Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safely repair
complex products such as those covered by this manual.
Improperly performed repairs can adversely affect the safety and reliability of the product and may void the 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
B 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
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:
- Safety Precautions for those who Service this Unit.
C
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.
2. During repair or tests, do not view laser beam for 10 seconds or longer.
CAUTION:
USE OF CONTROLS OR ADJUSTMENTS OR PERFORMANCE OF PROCEDURES OTHER THAN THOSE
SPECIFIED HEREIN MAY RESULT IN HAZARDOUS RADIATION EXPOSURE.
D
CAUTION
This product is a class 1 laser product classi-
fied under the Safety of laser products, IEC
60825-1:2007, and contains a class 1M laser
module. To ensure continued safety, do not re-
move any covers or attempt to gain access to
the inside of the product. Refer all servicing to
qualified personnel.
E
CAUTION—CLASS 1M INVISIBLE LASER
RADIATION WHEN OPEN, DO NOT VIEW
DIRECTLY WITH OPTICAL INSTRUMENTS.
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.
F
AVH-5400DVD/XNUW5
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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 B
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 C
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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CONTENTS
SAFETY INFORMATION..................................................................................................................................... 2
1. SERVICE PRECAUTIONS ............................................................................................................................... 5
1.1 SERVICE PRECAUTIONS ........................................................................................................................ 5
A
1.2 NOTES ON SOLDERING .......................................................................................................................... 6
2. SPECIFICATIONS ............................................................................................................................................ 7
2.1 SPECIFICATIONS ..................................................................................................................................... 7
2.2 DISC/CONTENT FORMAT ...................................................................................................................... 10
3. BASIC ITEMS FOR SERVICE........................................................................................................................ 10
3.1 CHECK POINTS AFTER SERVICING..................................................................................................... 10
3.2 PCB LOCATIONS .....................................................................................................................................11
3.3 JIGS LIST ................................................................................................................................................ 12
3.4 CLEANING............................................................................................................................................... 13
4. BLOCK DIAGRAM.......................................................................................................................................... 14
4.1 OVERALL CONNECTION DIAGRAM...................................................................................................... 14
4.2 BLOCK DIAGRAM ................................................................................................................................... 16
B
5. DIAGNOSIS.................................................................................................................................................... 26
5.1 OPERATIONAL FLOWCHART ................................................................................................................ 26
5.2 INSPECTION METHOD OF PICKUP UNIT............................................................................................. 27
5.3 DIAGNOSIS FLOWCHART ..................................................................................................................... 30
5.4 ERROR CODE LIST ................................................................................................................................ 48
5.5 CONNECTOR FUNCTION DESCRIPTION ............................................................................................. 50
5.6 MECHANICAL DESCRIPTION ................................................................................................................ 51
6. SERVICE MODE ............................................................................................................................................ 55
6.1 DVD TEST MODE ................................................................................................................................... 55
6.2 MONITOR TEST MODE .......................................................................................................................... 66
7. DISASSEMBLY .............................................................................................................................................. 76
8. EACH SETTING AND ADJUSTMENT ........................................................................................................... 89
C 8.1 DVD ADJUSTMENT ................................................................................................................................ 89
8.2 MOTHER PCB ADJUSTMENT ................................................................................................................ 94
8.3 MONITOR PCB ADJUSTMENT............................................................................................................... 96
9. EXPLODED VIEWS AND PARTS LIST.......................................................................................................... 98
9.1 PACKING ................................................................................................................................................. 98
9.2 EXTERIOR (1) ....................................................................................................................................... 100
9.3 EXTERIOR (2) ....................................................................................................................................... 102
9.4 EXTERIOR (3) ....................................................................................................................................... 104
9.5 EXTERIOR (4) ....................................................................................................................................... 106
9.6 DVD MECHANISM MODULE .................................................................................................................110
10. SCHEMATIC DIAGRAM..............................................................................................................................112
10.1 MOTHER PCB (ANALOG PART) .........................................................................................................112
D 10.2 MOTHER PCB (SYSTEM PART)(GUIDE PAGE) .................................................................................114
10.3 MOTHER PCB (POWER SUPPLY PART) ........................................................................................... 120
10.4 MOTHER PCB (MMD PART)(GUIDE PAGE) ...................................................................................... 122
10.5 MOTHER PCB (I/F PART)(GUIDE PAGE)........................................................................................... 128
10.6 TUNER PCB ........................................................................................................................................ 134
10.7 DVD CORE UNIT (MS7)(GUIDE PAGE) ............................................................................................. 136
10.8 COMPOUND UNIT(A) and COMPOUND UNIT(B) .............................................................................. 142
10.9 PANEL PCB ......................................................................................................................................... 144
10.10 KEYBOARD PCB............................................................................................................................... 146
10.11 MAIN PCB UNIT, SWITCH PCB UNIT and VOLUME PCB UNIT ...................................................... 148
10.12 MONITOR PCB (MONITOR PART)(GUIDE PAGE)........................................................................... 150
10.13 MONITOR PCB (BACKLIGHT PART)................................................................................................ 156
E 10.14 WAVEFORMS .................................................................................................................................... 158
11. PCB CONNECTION DIAGRAM.................................................................................................................. 160
11.1 MOTHER PCB ..................................................................................................................................... 160
11.2 TUNER PCB......................................................................................................................................... 164
11.3 DVD CORE UNIT(MS7) ....................................................................................................................... 166
11.4 COMPOUND UNIT(A) and COMPOUND UNIT(B) .............................................................................. 170
11.5 PANEL PCB ......................................................................................................................................... 171
11.6 KEYBOARD PCB ................................................................................................................................. 172
11.7 MAIN PCB UNIT, SWITCH PCB UNIT and VOLUME PCB UNIT ........................................................ 173
11.8 MONITOR PCB .................................................................................................................................... 174
12. ELECTRICAL PARTS LIST ........................................................................................................................ 178
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1. SERVICE PRECAUTIONS
1.1 SERVICE PRECAUTIONS
A
1. You should conform to the regulations governing the product (safety, radio and noise, and other regulations),
and should keep the safety during servicing by following the safety instructions described in this manual.
2. Be careful in handling ICs. Some ICs such as MOS type are so fragile that they can be damaged by electrostatic
induction.
3. Before disassembling the unit, be sure to turn off the power. Unplugging and plugging the connectors during
power-on mode may damage the ICs inside the unit.
4. To protect the pickup unit from electrostatic discharge during servicing, take an appropriate treatment
(shorting-solder) by referring to "the DISASSEMBLY" .
5. After replacing the pickup unit, be sure to skew adjustment.
6. When a flash ROM needs to be replaced by service, do not replace an IC but a core unit (as no encryption key is B
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. 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]
C
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. D
[Resetting the mode]
Reset or BackUP OFF
The above resets the mode to the “Audio digital mode”.
Verification method
If the voice is not heard when a movie is played with the AUX jack unplugged, the voice has been switched to analog.
* Initially, AUDIO sound is output with the AUX jack unplugged as it comes in via USB (digital).
9. Recautions for AEQ measurement
If the microphone is not connected securely, the microphone input signals may become inaccurate and an E
error message “Plug the supplied microphone securely into the jack” may appear due to the measurement failure.
10. EJECT LOCK MODE for DVD mechanism
How to enter : Press RESET while pressing [FORWARD] and [EJECT] keys together.
How to exit : Same procedure to enter this mode.
11. When EEPROM is initialized, eject lock may be enabled. Please cancel eject lock in this case.
12. The connector in the monitor unit CN5002:CKS6008 is the connector with both contacts.
If the flexible board is inserted reversely, unintended connection is made and it may cause a breaking of fuse or
destruction of part.
Do not insert it reversely.
13. The part listed below is difficult to replace as a discrete component part.
When the part listed in the table is defective, replace whole Assy.
F
Monitor Unit IC5701 TK61222CQ6 Heat pad
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14. area and a heat sink becomes hot areas. Be careful not to burn yourself.
1.2 NOTES ON SOLDERING
For environmental protection, lead-free solder is used on the printed circuit boards mounted in this unit.
Be sure to use lead-free solder and a soldering iron that can meet specifications for use with lead-free solders for repairs
accompanied by reworking of soldering.
Compared with conventional eutectic solders, lead-free solders have higher melting points, by approximately 40 C.
Therefore, for lead-free soldering, the tip temperature of a soldering iron must be set to around 373 C in general, although
E 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.
AVH-5400DVD/XNUW5
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2. SPECIFICATIONS
2.1 SPECIFICATIONS
• AVH-5400DVD/XNUW5 A
General
Power source............................. 14.4 V DC (12.0 V to 14.4 V DVD Player
allowable) System ..........................................DVD video, Video CD, CD,
Grounding system................... Negative type WMA, MP3, AAC, DivX,
Maximum current consumption JPEG system
.....................................................10.0 A Usable discs .............................. DVD video, Video CD, CD,
Backup current ........................ 5.0 mA or less CD-R/RW, DVD-R/RW/R DL
Dimensions (W × H × D): Region number ........................ 5
DIN Frequency response............... 5 Hz to 44 000 Hz (with DVD,
Chassis ..................... 180 mm × 50 mm × at sampling frequency
160 mm 96 kHz)
Nose ........................... 188 mm × 58 mm × 32 mm Signal-to-noise ratio............... 96 dB (1 kHz) (IEC-A net-
D work) (RCA level) B
Chassis ..................... 178 mm × 50 mm × Output level:
165 mm Video.................................... 1.0 Vp-p/75 Ω(±0.2 V)
Nose ........................... 170 mm × 46 mm × 27 mm Number of channels .............. 2 (stereo)
Weight .......................................... 2.1 kg MP3 decoding format ........... MPEG-1 & 2 Audio Layer 3
WMA decoding format ......... Ver. 7, 7.1, 8, 9, 10, 11, 12
Display (2 ch audio)
Screen size/aspect ratio....... 7.0 inch wide/16:9 (Windows Media Player)
(effective display area: AAC decoding format............ MPEG-4 AAC (iTunes en-
154.0 mm × 86.9 mm) coded only) (.m4a)
Pixels ............................................. 345 600 (1 440 × 240) (Ver. 9.0.3 and earlier)
Display method ........................ TFT active matrix, driving DivX decoding format............ Home Theater Ver. 3, 4, 5.2,
type 6 (.avi, .divx)
Color system.............................. PAL/SECAM compatible
Durable temperature range (power off) SD C
..................................................... – 20 °C to +80 °C Compatible physical format
Angle adjustment .................... 50° to 110° .....................................................Version 1.1
(initial settings: 90°) File system.................................. FAT12, FAT16, FAT32
MP3 decoding format ........... MPEG-1 & 2 Audio Layer 3
Audio WMA decoding format ......... Ver. 7, 7.1, 8, 9, 10, 11, 12
Maximum power output ....... 50 W × 4 (2 ch audio)
70 W × 1/2 Ω (for subwoo- (Windows Media Player)
fer) AAC decoding format............ MPEG-4 AAC (iTunes en-
Continuous power output ... 22 W × 4 (1 kHz, 5 % THD, 4 coded only)
Ω load, both channels dri- (Ver. 9.0.3 and earlier)
ven) DivX decoding format............ Home Theater Ver. 3, 4, 5.2,
Load impedance ...................... 4 Ω(4 Ω to 8 Ω(2 Ω for 1 ch) 6 (.avi, .divx)
allowable)
Preout maximum output level FM tuner
.....................................................2.0 V Frequency range...................... 87.5 MHz to 108.0 MHz D
Equalizer (8-Band Graphic Equalizer): Usable sensitivity..................... 9 dBf (0.8 µV/75 Ω, mono,
Frequency.......................... 40 Hz/80 Hz/200 Hz/400 Hz/ S/N: 30 dB)
1 kHz/2.5 kHz/8 kHz/10 kHz Signal-to-noise ratio............... 72 dB (IEC-A network)
Gain ...................................... ±12 dB
HPF: MW tuner
Frequency.......................... 50 Hz/63 Hz/80 Hz/100 Hz/ Frequency range...................... 531 kHz to 1 602 kHz (9 kHz)
125 Hz Usable sensitivity..................... 25 µV (S/N: 20 dB)
Slope.................................... – 12 dB/oct Signal-to-noise ratio............... 62 dB (IEC-A network)
Subwoofer (mono):
Frequency.......................... 50 Hz/63 Hz/80 Hz/100 Hz/ LW tuner
125 Hz Frequency range...................... 153 kHz to 281 kHz
Slope.................................... –18 dB/oct Usable sensitivity..................... 28 µV (S/N: 20 dB)
Gain ...................................... +6 dB to –24 dB Signal-to-noise ratio............... 62 dB (IEC-A network)
Phase .................................. Normal/Reverse E
Bass boost: Note
Gain ...................................... +12 dB to 0 dB Specifications and the design are subject to mod-
ifications without notice.
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, 12
(2 ch audio)
(Windows Media Player)
AAC decoding format............ MPEG-4 AAC (iTunes en- F
coded only)
(Ver. 9.0.3 and earlier)
DivX decoding format............ Home Theater Ver. 3, 4, 5.2,
6 (.avi, .divx)
AVH-5400DVD/XNUW5
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• AVH-5400DVD/XNUC
A
General DVD Player
Power source............................. 14.4 V DC (10.8 V to 15.1 V System .......................................... DVD video, Video CD, CD,
allowable) WMA, MP3, AAC, DivX,
Grounding system................... Negative type JPEG system
Maximum current consumption Usable discs .............................. DVD video, Video CD, CD,
.....................................................10.0 A CD-R/RW, DVD-R/RW/R DL
Backup current ....................... 5.0 mA or less Region number ........................ 1
Dimensions (W × H × D): Frequency response............... 5 Hz to 44 000 Hz (with DVD,
D at sampling frequency
Chassis ..................... 178 mm × 50 mm × 96 kHz)
165 mm Signal-to-noise ratio............... 96 dB (1 kHz) (IHF-A net-
(7 in. × 2 in. × 6-1/2 in.) work) (RCA level)
B Nose ........................... 170 mm × 46 mm × 27 mm Output level:
(6-3/4 in. × 1-3/4 in. × 1 in.) Video.................................... 1.0 Vp-p/75W(±0.2 V)
Weight ..........................................2.1 kg (4.63 lbs) Number of channels .............. 2 (stereo)
MP3 decoding format ........... MPEG-1 & 2 Audio Layer 3
Display WMA decoding format ......... Ver. 7, 7.1, 8, 9, 10, 11, 12
Screen size/aspect ratio....... 7.0 inch wide/16:9 (2 ch audio)
(effective display area: (Windows Media Player)
154.0 mm × 86.9 mm) AAC decoding format............ MPEG-4 AAC (iTunes en-
Pixels .............................................345 600 (1 440 × 240) coded only) (.m4a)
Display method ........................ TFT active matrix, driving (Ver. 9.0.3 and earlier)
type DivX decoding format............ Home Theater Ver. 3, 4, 5.2,
Color system.............................. NTSC 6 (.avi, .divx)
Durable temperature range (power off)
.....................................................–20 °C to +80 °C SD
Angle adjustment .................... 50° to 110° Compatible physical format
C
(initial settings: 90°) .....................................................Version 1.1
File system.................................. FAT12, FAT16, FAT32
Audio MP3 decoding format ........... MPEG-1 & 2 Audio Layer 3
Maximum power output ....... 50 W × 4 WMA decoding format ......... Ver. 7, 7.1, 8, 9, 10, 11, 12
70 W × 1/2 Ω (for subwoo- (2 ch audio)
fer) (Windows Media Player)
Continuous power output ... 22 W × 4 (1 kHz, 5 % THD, 4 AAC decoding format............ MPEG-4 AAC (iTunes en-
Ω load, both channels dri- coded only)
ven) (Ver. 9.0.3 and earlier)
Load impedance ...................... 4 Ω (4Ω to 8 Ω (2Ω for 1 ch) DivX decoding format............ Home Theater Ver. 3, 4, 5.2,
allowable) 6 (.avi, .divx)
Preout maximum output level
.....................................................2.0 V FM tuner
Equalizer (8-Band Graphic Equalizer): Frequency range...................... 87.9 MHz to 107.9 MHz
D Frequency.......................... 40 Hz/80 Hz/200 Hz/400 Hz/ Usable sensitivity..................... 9 dBf (0.8 µV/75 Ω, mono,
1 kHz/2.5 kHz/8 kHz/10 kHz S/N: 30 dB)
Gain ...................................... ±12 dB Signal-to-noise ratio............... 72 dB (IHF-A network)
HPF:
Frequency.......................... 50 Hz/63 Hz/80 Hz/100 Hz/ AM tuner
125 Hz Frequency range...................... 530 kHz to 1 710 kHz
Slope.................................... –12 dB/oct (10 kHz)
Subwoofer (mono): Usable sensitivity..................... 25 µV (S/N: 20 dB)
Frequency.......................... 50 Hz/63 Hz/80 Hz/100 Hz/ Signal-to-noise ratio............... 62 dB (IHF-A network)
125 Hz
Slope.................................... –18 dB/oct
Gain ...................................... +6 dB to –24 dB
Phase .................................. Normal/Reverse CEA2006 Specifications
Bass boost:
E Gain ...................................... +12 dB to 0 dB
USB
USB standard specification
.....................................................USB 1.1, USB 2.0 full speed
Maximum current supply .... 500 mA Power output ............................. 14 W RMS × 4 Channels
USB Class................................... MSC (Mass Storage Class) (4Ω and <
= 1 % THD+N)
File system.................................. FAT16, FAT32 S/N ratio ....................................... 91 dBA (reference: 1 W into
MP3 decoding format ........... MPEG-1 & 2 Audio Layer 3 4 Ω)
WMA decoding format ......... Ver. 7, 7.1, 8, 9, 10, 11, 12
(2 ch audio) Note
(Windows Media Player) Specifications and the design are subject to mod-
AAC decoding format............ MPEG-4 AAC (iTunes en- ifications without notice.
coded only)
F (Ver. 9.0.3 and earlier)
DivX decoding format............ Home Theater Ver. 3, 4, 5.2,
6 (.avi, .divx)
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A
• AVH-5450DVD/XNRD, XNRI
General DVD Player
Rated power source............... 14.4 V DC System .......................................... DVD video, Video CD, CD,
(allowable voltage range: WMA, MP3, AAC, DivX,
12.0 V to 14.4 V DC) JPEG system
Grounding system................... Negative type Usable discs .............................. DVD video, Video CD, CD,
Maximum current consumption CD-R/RW, DVD-R/RW/R DL
.....................................................10.0 A Region number ........................ 4
Backup current ....................... 5.0 mA or less for South American and Oceanian models
Dimensions (W × H × D): Region number ........................ 2
D for Middle East Asian and South African models
Chassis ..................... 178 mm × 50 mm × Frequency response............... 5 Hz to 44 000 Hz (with DVD,
B
165 mm at sampling frequency
Nose ........................... 170 mm × 46 mm × 27 mm 96 kHz)
Weight ..........................................2.1 kg Signal-to-noise ratio............... 96 dB (1 kHz) (IEC-A net-
work) (RCA level)
Display Output level:
Screen size/aspect ratio....... 7.0 inch wide/16:9 Video.................................... 1.0 Vp-p/75 Ω (±0.2 V)
(effective display area: Number of channels .............. 2 (stereo)
154.0 mm × 86.9 mm) MP3 decoding format ........... MPEG-1 & 2 Audio Layer 3
Pixels .............................................345 600 (1 440 × 240) WMA decoding format ......... Ver. 7, 7.1, 8, 9, 10, 11, 12
Display method ........................ TFT active matrix, driving (2 ch audio)
type (Windows Media Player)
Color system.............................. NTSC/PAL/PAL-M/SECAM AAC decoding format............ MPEG-4 AAC (iTunes en-
compatible coded only) (.m4a)
Durable temperature range (power off) (Ver. 9.0.3 and earlier)
.....................................................– 20 °C to +80 °C DivX decoding format............ Home Theater Ver. 3, 4, 5.2, C
6 (.avi, .divx)
Audio
Maximum power output ....... 50 W × 4 SD
70 W × 1/2 Ω (for subwoo- Compatible physical format
fer) ..................................................... Version 1.10
Continuous power output ... 22 W × 4 (1 kHz, 5 % THD, 4 File system.................................. FAT12, FAT16, FAT32
Ω load, both channels dri- MP3 decoding format ........... MPEG-1 & 2 Audio Layer 3
ven) WMA decoding format ......... Ver. 7, 7.1, 8, 9, 10, 11, 12
Load impedance ...................... 4 Ω (4Ω to 8 Ω (2Ω for 1 ch) (2 ch audio)
allowable) (Windows Media Player)
Preout maximum output level AAC decoding format............ MPEG-4 AAC (iTunes en-
..................................................... 2.0 V coded only)
Equalizer (8-Band Graphic Equalizer): (Ver. 9.0.3 and earlier)
Frequency.......................... 40 Hz/80 Hz/200 Hz/400 Hz/ DivX decoding format............ Home Theater Ver. 3, 4, 5.2, D
1 kHz/2.5 kHz/8 kHz/10 kHz 6 (.avi, .divx)
Gain ......................................±12 dB
HPF: FM tuner
Frequency.......................... 50 Hz/63 Hz/80 Hz/100 Hz/ Frequency range...................... 87.5 MHz to 108.0 MHz
125 Hz Usable sensitivity..................... 9 dBf (0.8 µV/75Ω , mono,
Slope.................................... –12 dB/oct S/N: 30 dB)
Subwoofer (mono): Signal-to-noise ratio............... 72 dB (IEC-A network)
Frequency.......................... 50 Hz/63 Hz/80 Hz/100 Hz/
125 Hz AM tuner
Slope.................................... –18 dB/oct Frequency range...................... 531 kHz to 1 602 kHz (9 kHz)
Gain ......................................+6 dB to –24 dB 530 kHz to 1 640 kHz
Phase .................................. Normal/Reverse (10 kHz)
Bass boost: Usable sensitivity..................... 25 µV (S/N: 20 dB)
Gain ...................................... +12 dB to 0 dB Signal-to-noise ratio............... 62 dB (IEC-A network) E
USB Note
USB standard specification Specifications and the design are subject to mod-
..................................................... USB 1.1, USB 2.0 full speed
ifications without notice.
Maximum current supply .... 500 mA
USB Class................................... MSC (Mass Storage Class)
File system.................................. FAT16, FAT32
MP3 decoding format ........... MPEG-1 & 2 Audio Layer 3
Fastening the front panel
WMA decoding format ......... Ver. 7, 7.1, 8, 9, 10, 11, 12
(2 ch audio) If you do not plan to detach the front panel,
(Windows Media Player) the front panel can be fastened with supplied
AAC decoding format............ MPEG-4 AAC (iTunes en- screw.
coded only)
(Ver. 9.0.3 and earlier) Screw
F
DivX decoding format............ Home Theater Ver. 3, 4, 5.2, XXX7020
6 (.avi, .divx)
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2.2 DISC/CONTENT FORMAT
3. BASIC ITEMS FOR SERVICE
3.1 CHECK POINTS AFTER SERVICING
B
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 The customer complain must not be
been solved. reappeared.
If the customer complain occurs with the Display, video, audio and operations must be
normal.
specific media, use it for the operation check.
2 Flap-mecha Check the operation of the flap mechanism. The flap mechanism operation must be
smooth without making the noise and
scratches.
C 3 DVD Measure playback error rates at the Deterioration of mecha-drive can be
innermost and outermost tracks by using the checked.
test mode with the following disc. The error rate must be less than the
DVD test disc (TDV-582) threshold value.
(Refer to the chapter of DIAGNOSIS for the
threshold value.)
4 DVD Play back a DVD. Display, video, audio and operations must be
(Menu operation; Title/chapter search) normal.
5 CD Play back a CD. Display, audio and operations must be
(Track search) normal.
D 6 FM/AM tuner Check FM/AM tuner action. Display, audio and operations must be
(Seek, Preset) normal. * If the reception sensitivity is poorer
Switch band to check both FM and AM. 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:
E
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
AVH-5400DVD/XNUW5
10
1 2 3 4
5 6 7 8
3.2 PCB LOCATIONS
C DVD Core Unit A
(MS7)
D Compound Unit (A)
E Compound Unit (B) B
B Tuner PCB
K Monitor PCB
J Volume PCB Unit
G Keyboard PCB
C
I Switch PCB Unit
F Panel PCB
A Mother PCB
H Main PCB Unit
A:AVH-5400DVD/XNUW5
B:AVH-5400DVD/XNUC
C:AVH-5450DVD/XNRD
D:AVH-5450DVD/XNRI
Unit Number : CWN6455(A) Unit Number :
: CWN6456(B) Unit Name : Keyboard Unit
: CWN6457(C) Unit Number :
: CWN6458(D) Unit Name : Main PCB Unit E
Unit Name : DVD Amp Unit Unit Number :
Unit Number : YWX5010 Unit Name : Switch PCB Unit
Unit Name : DVD Core Unit(MS7) Unit Number :
Unit Number : CWX3864 Unit Name : Volume PCB Unit
Unit Name : Compound Unit(A) Unit Number : CWN6460(A)
Unit Number : CWX3559 : CWN6461(B)
Unit Name : Compound Unit(B) : CWN6462(C)
: CWN6463(D)
Unit Name : Monitor Unit
F
AVH-5400DVD/XNUW5
5 6 7 8
11
1 2 3 4
3.3 JIGS LIST
GGF1461
A Bracket
40-Pin + 20-Pin
Extension Board
Monitor PCB
GGD1209
20-Pin FFC
Drive Unit
C
DVD Mechanism Module
DVD Amp Unit
- Jigs List
Name Jig No. Remarks
DVD-Video GGV1025 Inspection method of pickup unit and skew adjustment
D CD-DA TCD-782 Inspection method of pickup unit
Torques (T2) driver GGK1095 Skew adjustment
20P FFC GGD1209 Drive Unit <--> 40P+20P Extension Board
40P+20P Extension Board GGF1461 Drive Unit (Only 20P side is used.)
GGF1539 Disassembly
- Grease List
Name Jig No. Remarks
Grease GEM1038 DVD Mechanism Module
Grease GEM1045 DVD Mechanism Module
Grease GEM1050 DVD Mechanism Module
E
Grease GEM1085 DVD Mechanism Module
Grease GEM1024 DVD Mechanism Module and Drive Unit
Grease GEM1043 DVD Mechanism Module and Drive Unit
Bond GEM1033 DVD Mechanism Module
Bond GEM1068 DVD Mechanism Module
Grease GEM1011 Drive Unit
Grease GEM1047 Drive Unit
Grease GEM1071 Drive Unit
Grease GEM1072 Drive Unit
AVH-5400DVD/XNUW5
12
1 2 3 4
5 6 7 8
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
AVH-5400DVD/XNUW5
5 6 7 8
13
1 2 3 4
4. BLOCK DIAGRAM
4.1 OVERALL CONNECTION DIAGRAM
A
Note: When ordering service parts, be sure to refer to " EXPLODED VIEWS AND PARTS LIST" or
"ELECTRICAL PARTS LIST".
1 ANGLE
2 LIFTPUL
3 MTRS
4 MTRPW
5 MTR2
6 MTR1
B
H I J
CN2001
7 MTRSEL
8 ANGL0SW
9 LFTSW
10 SENSPW
CN101
11 VDD
MONITOR UNIT DRIVE UNIT 12 NC
GNDD
13
Consists of 14 GND
MONITOR PCB 15
16
GND
GND
BT ANT PCB(BLANK PCB) 17 NC
18 BUP
19 BUP
20 BUP
A MO
40 GND TEMP1 50 1 TEMP1
39 DCLK DIMPLS 49 2 DIMPLS
38 GND MBLPW 48 3 MBLPW
37 B0 BLCLK 47 4 BLCLK
C 36
35
34
33
B1
B2
B3
B4
K MONITOR PCB
BLERR1
PWRBL
PWRBL
PWRBL
46
45
44
43
5
6
7
8
BLERR1
PWRBL
PWRBL
PWRBL
A 1/5 ANA
32
31
30
29
B5
GND
G0
G1
NC
GNDBL
GNDBL
GNDBL
42
41
40
39
9
10
11
12
NC
GNDBL
GNDBL
GNDBL
A 2/5 SYS
28
27
G2
G3
K 1/2 MONITOR PART MOVBS
VGND
38
37
13
14
MOVBS
VGND
A 3/5 POW
LCD MODULE
26 G4 ANAB 36 15 ANAB
25 G5 CSYNC 35 16 CSYNC
A 4/5 MM
24 GND ANAR 34 17 ANAR
23 R0 ANAG 33 18 ANAG
K 2/2 BACKLIGHT PART
22 R1 VGND 32 19 VGND
21 R2 GRST 31 20 GRST
GtoS
CN2021
20 R3 GtoS 30 21
19
18
17
16
R4
R5
GND
SHUT
StoG
DGCLK
GtoD
DtoG
29
28
27
26
22
23
24
25
StoG
DGCLK
GtoD
DtoG
A 5/5 I/F P
15 25 26 NC
CN5601
GND NC
CN5002
14 HSYNC ILMB 24 27 ILMB
D 13 VSYNC NC 23 28 NC
12 TEST GNDILM 22 29 GNDILM
11 TEST NC 21 30 NC
10 TEST KEY1 20 31 KDT1
9 NC NC 19 32 NC
8 VCC NC 18 33 NC
7 VCC GNDKEY 17 34 GNDKEY
6 VCC GNDKEY 16 35 GNDKEY
5 VCC ILB 15 36 ILB
4 NC ILG 14 37 ILG
3 GND ILR 13 38 ILR
2 GND PLYV 12 39 PLYV
1 GND PLXV 11 40 PLXV
ADVX 10 41 ADVX
ADVY 9 42 ADVY
PWGR 8 43 PWGR
KEYBOARD
GNDD 7 44 GNDD
CN5802
1 GNDKEY GNDD 6 45 GNDD
REMIN
VCC33
AUX_L
CN3500
2 ILMB GNDD 5 46 GNDD
NC
PCB
G
3 KEY1 NC 4 47 NC
4 LEDR1 PWRVI 3 48 PWRVI CN961
1
2
3
4
5 LEDG1 2 49 PWRVI
6 LEDB1
CN5101 CN5701 PWRVI
PWRVI 1 50 PWRVI
E
TEMP1
11
10
GNDD
ADVX
ADVX
ADVY
ADVY
PLYV
PLYV
PLXV
PLXV
LED4
LED3
LED2
LED1
8
7
6
5
4
3
2
1
9
BLP
BLP
NC
NC
NC
NC
GND2
DAT1
DAT0
VSS2
CLK
VDD
VSS1
CMD
CD/DAT3
DAT2
GND1
10
10
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
1
2
3
4
12
CD
17 19
REMIN
VCC33
NC
AUX_L
GND3 GND5
13
CD/WP
14
WP
SD CARD
TOUCH PANEL BACK LIGHT 15
NC1 NC2
16
18 20
GND4 GND6
KEYBOARD UNIT JA300
Consists of
F
PANEL PCB
KEYBOARD PCB
AU
AVH-5400DVD/XNUW5
14
1 2 3 4
A
REMIN 1 1 REMIN
VCC33 2 2 VCC33
NC 3 3 NC
AUX_L 4 4 AUX_L
JA3001
AUX_AGND 5 5 AUX_AGND
4 GND AUX_R 6 6 AUX_R
3 AUXR
2 AUXL AUX_V 7 7 AUX_V
1 AUXV AUX_VGND AUX_VGND
8 8
F
A 5/5 I/F PART
USB- 9 9 USB-
USB+ 10 10 USB+
5
5
USB_GND
A 4/5 MMD PART
USB_GND 11 11
AUX INPUT
USB_GND 12 12 USB_GND
USB_5V 13 13 USB_5V
USB_5V 14 14 USB_5V
A 2/5 SYSTEM PART
A 1/5 ANALOG PART
MOTHER PCB
KDT0 15 15 KDT0
5 USGND KDT1 16 16 KDT1
CN561
4 USGND KEYGND 17 17 GNDKEY
3 USDP RESET 18 18 RESET
2 LED_R 19 19 LED_R
CN3001
USDM
USB
RCA_SWLGND RCA_SWRGND
1 USB5V LED_G 20 20 LED_G 39 40
PANEL PCB
RCA_SWL RCA_SWR AUDIO_IN
LED_B 21 21 LED_B 37 38
RCA_RLGND RCA_RRGND
A 3/5 POWER SUPPLY PART
ILMGND 22 22 ILMGND 35 36
RCA_RL RCA_RR BCAM_IN
ROT_IN1 23 23 ROT_IN1 33 34
RCA_FLGND RCA_FRGND
ROT_IN2 24 24 ROT_IN2 31 32 VIDEO_OUT
RCA_FL RCA_FR
DSENS 25 25 DSENS 29 30
NC NC
ILM+B 26 26 ILM+B 27 28 VIDEO_IN
CN3002
NC NC
25 26
NC NC
23 24 NC
NC
21 22
NC NC
19 20
VCRIN_V VCRAOUT_VGND
17 18
VCRIN_VGND VCRAOUT_V
15 16
BCAM_IN VCRIN_RGND
13 14
BCAM_VGND VCRIN_R
11 12
6
6
BTMIC_IN VCRIN_LGND FR,FL
9 10
BTMIC_GND VCRIN_L
7 8
WIRED_GND RCAOUT_R RR/SWR,RL/SWL
5 6
WIREDAD RCAOUT_GND
3 4 RCAOUT_L
WIRED
1 2
CN401
FUN+ 2
GND 1
FAN
CN1741
Consists of
GND 16
TUNER PCB
15
B.UP
MOTHER PCB
14
MUTE
DVD AMP UNIT
13
ILM
AVH-5400DVD/XNUW5
12
B.REM
ACC
11
BGSENS 10
7
7
P.B. 9
RR+ 8
FR+ 7
RR- 6
FR- 5
CN101
RL+ 4
POWER SUPPLY
FL+ 3
RL- 2
CN751 CN1402 FL- 1
VD
VD
VD
PGND
PGND
GNDD
VD5
AMUTE
XRESET
IRGPWR
S MS7TX
MS7SRX
STANBY
AGND
ROUT
AGND
LOUT
AGND
COMPOSIT
VGND
GNDD
NC
NC
GNDD
IECOUT
GNDD
GNDD
NC
NC
GNDD
NC
NC
TUN5
TUNRST
TUN5
TUNDATA
TUN5
TUNCLK
TUN_L
GNDD
GNDTU
GNDD
TUN_R
GNDD
GNDA
GNDA
GNDRF
GNDRF
GNDRF
GNDRF
9
8
7
6
5
4
3
2
1
1
2
3
4
5
6
7
8
9
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
10
11
12
13
14
15
16
17
18
19
20
CN1901 CN1401
8
8
C D E B TUNER PCB
DVD MECHA MODULE
15
E
A
D
C
F
B
1 2 3 4
4.2 BLOCK DIAGRAM
A
A MOTHER PCB(1/2)
CN751
LOUT MS_L
14
COMPOSIT MS_V
12
Q752 BUSL
Q751 AV SELECTOR C BUSL
DGND SYS+B IC251
4 BH7649KS2
MS_L 18
LIN5
SOC_L 6
AUDIO_LIN
C 23
AMUTE AMUTE AUX_L 10
LIN2
LIN3 22 AV-LOUT1
CN1901 XRESET XRST
VCR_L 14
LIN4
LOUT1
24 RCA_L
22 TUN_L 2 LOUT2
IRQPWR IRQPW LIN1
21 35
B STANBY STNBY VOUT1
18 34
MS7→SRX MS_SRX SOC_L MS_V 47 VDIN1
19 VIN5
S→MS7TX S_MSTX A SOC_V SOC_V 41 Q546
VIDEO_IN
20 VIN2 Q545
AUX_V 43 11
30
VD
VD8 TO 2/2 VIN3 ARET3
VCR_V 45
29 VIN4
BCAM_IN 49
28 VIN6
24 VD5 RCA_V 29 AVSDA
36
VDOUT2 SDA
30 37 AVSCL
RCA_L
VDSAG2 SCL
CN401 (1/2)
VCRIN_L VCR_L
8 IC602 (1/2) AUTO
VCRIN_V VCR_V UW5:PEQ009A8
17
BCAM_IN
MIC S
13
BCAMIN
SYSTEM uCOM UC:PEQ008A8 Q543
RD,RI:PEQ007A8 SYS+B
AUDIO RCAOUT_L RCA_L
2 67 AVSDA
VIDEO 37
RCA_SWL AMUTE 112
AVSDATA
68 AVSCL
IN/OUT RCA_FL XRST 110
AMUTE AVSCK
C 29 XRST 162 MICSENSL
RCA_RL IRQPW 111 MICSENL
33 IRQPW 105 AEQAUXSW
STNBY 90 AEQAUXSW
VCRAOUT_V RCA_V STANBY
16 MS_SRX 44 103 EVSTB
MS_to_S EVSEL
S_MSTX 43 101 EVDATA
S_to_MS EVSDA
102 EVCLK
EVSCK
104 EVSACLK
SACLK
164 EVSAOUT
SAIN
131 AMPPW
AMPPW
CN1402 20
BSENS
21
TUN_L ASENS
9 148
TUNRST 58 ISENS
4 TUNRST 145 TELMUTE
TUNDATA 60 TELMUTEIN
6 TUNDATA 146
B 8
TUNCLK 61
TUNCLK
PBSENS
BGSENS
147
CN1401 3 TUN5
5 129 SYSMUTE
7 AMPMUTE
BUZZER
D BZ601
CN561 34
BEEP
AUX_L
4
AUX_V
7
USB BUFFER
IC522 4
TC7MBL6126SFK 51
SO_to_S
1 VDCNT5 52 4
1OE B TO 2/2 S_to_SO
13 91 19
USB+ 11 2OE SOCSTBY
10 B2
USB- 12 3 USB_D+ USB_D+ 14
9 B1 A2
2 USB_D- USB_D- 14
A1 173 TEMPSEN1
TEMPSEN USBCNT 6
ILM+B 81
26 ILMB DIMMER 6
USB5 REG. 82 MBLPW USBFLG
2 VCC33 IC521 MFLPW
83
BD82001FVJ BLSYNC
167
2 BLERR1
USB_5V IN1 DD5 155 PWGR
E F 13
14
6
7
OUT1 IN2
3 MVIPW
GRST
99
OUT2
CN3001 8 OUT3 EN
4 USBCNT
G_to_S
97
5 USBFLG 98
OC S_to_G
ROT_IN1 ROTIN1 62
23 ROTIN1
ROT_IN2 ROTIN2 63
24 POWER ON RESET ROTIN2 Q982
REMIN 7 VCC33
1 REMIN
15
KDT0 2 IC601 1 175
KDT0
VDD33
16 KDT1 S-80827CNMC-B8M 174
KDT1 PNLXV
150
DSENS DSENS 176
25 DSENS
RESET 16
18 RESET 151
PNLYV
RGB DRIVER 172
PNLADX
IC511 PNLADY
171
BH2227AFV
LED_R 1 12 ILMDT 54 Q981
19 AO1 DI ILMDT 170 (2/2)
LED_G 2 11 ILMCK 55 PNLADCRT
20 AO2 CLK ILMCK
LED_B 5 10 ILMLD 53
21 AO3 CSB ILMLD
Q981
(1/2)
CN2021
F 152
LEDG1
LEDR1
LEDB1
PNLVD
KDT1
AVH-5400DVD/XNUW5
16
1 2 3 4
5 6 7 8
BUSL+ 11
IN4L+
C BUSL- 12
IN4L-
RCA_FL PA_FL 11
CN101
61
Front_L IN1 B.UP
BUP_1 15
60 RCA_RL PA_RL 15 9 FL+
Rear_L IN3 OUT1(+) 3
7 FL-
8 OUT1(-) 1
IN2L
OUT3(+) 17 RL+
4
E-VOL 19 RL-
OUT3(-) 2
IC201 25 B.REM B
PML020A H-SW/VOS-DET 12
Pre_SWL
59 RCA_SWL BSENS
AMP BSENS Q122 (1/2) Q125
STB
32 EVSTB IC151 BUP_1
DATA
31 EVDATA PA2030A
30 EVCLK 22 ASENS
CLK
28 EVSACLK MUTE
ASENS Q122 (2/2) ACC
POWER
18 SACLK
27 EVSAOUT
11 SUPPLY
MIC-In SA_TEST 4
STBY
ISENS
RCA_L
ISENS Q121 ILM
13
RCA_SWL TELMUTE
RCA_FL Q123 (1/2)
AUTO EQ Q155 TELMUTE MUTE
14
MIC SENS RCA_RL
Q543 Q541
STS+B PBSENS
Q442 Q442 Q123 (2/2)
PBSENS P.B.
Q441 (2/2) (1/2) 9
BGSENS
Q124
BGSENS BGSENS
10
C
AMPPW
RCAMUTE
RCA MUTE
Q162 Q161
BUP_1
AMP
Q163
Q153 MUTE Q153
OFFMUTE (1/2) (2/2)
OFF MUTE
SYSMUTE
SYS+B
Q154
BUP_1
OFFMUTE
MMD
IC801(1/2)
MN2DS0018MA
49
SO_to_S
48
S_to_SO
191
SOCSTBY
USB_D+ 146 USB_D+
USB_D- 144 55
USB_D- DGCLK
USBCNT 67 G_to_D 53
VBUS_OUT
USBFLG 65 D_to_G 54
USBLIMIT
Q982
33
Q983
VCC33
TEMPSEN1
DIMMER
D_to_G
G_to_D
BLSYNC
S_to_G
G_to_S
GRST
PWGR
PWRBL
PWRVI
ILMB
LEDR1
LEDG1
LEDB1
KDT1
CN2021
F
MONPW
BLERR1
DIMPLS
MBLPW
MOVBS
DGCLK
BLCLK
TEMP
GRST
40 PLXV
41 ADVX
ADVY
PLYV
KEY1
DtoG
GtoD
StoG
GtoS
ILG
ILR
ILB
43
42
48
49
50
22
39
20
25
24
23
27
38
37
36
31
21
13
6
7
8
5
4
3
2
1
K CN5002
AVH-5400DVD/XNUW5
5 6 7 8
17
1 2 3 4
A MOTHER PCB(2/2)
A
MMD
IC801(2/2)
MN2DS0018MA
CN961
DAT0 2
7 SDDAT0
DAT1 1 138
8 SDDAT1 COMPOSITE
DAT2 8
9 SDDAT2
1
CD/DAT3 7
SDDAT3
DAC
IC941
SD CARD
CMD 4
PCM1753DBQ
2 SDCMD 151 2 7
CLK 3 ADOUT DATA VOUTL
5 SDCLK
WP 215
14 SDWP
CD 216
12 SDCD
150 3
LRCK LRCK
VDD 149 1
4 VCC33 SRCK BCK
148 16
B Q961 DACCK
63 13
SCK
SDODAC MD
64 14
SCKDAC MC
D0-D15 D0-D15 62 15
LTDAC ML
FLASH 16Mbit
IC921
PEH305A8 A16-A19 A16-A19
A0-A15 Q941
11 XWR1 31 SYS+B
WE NEXWE
12
RESET 71
26 SOAMUTE
CE
OE
28
XRD 214
NEXOE
28
C OE
D0-D15
FLASH 16Mbit
IC922
A16-A19
PEH304A8
A0-A15
11 117
SOCAMUTE
WE
12
RESET DDCCL
26 VD
CE
VD
SYSTEM uCOM
IC602 (2/2)
UW5:PEQ009A8
UC:PEQ008A8
RD,RI:PEQ007A8
LATCH D0-D15 CLCNT
IC923 70 115
TC74LCX16373FT NRST SOCRESET CLCNT
D IC924 58 116
A0-A15 IRQPW SOCIRQ
TC7SZ08FU
1 213
48 4 XCSF2
1LE 2 59 169
XCSF1 ANGLE
25 LFTPULS 23
2LE LFTPULS
27
MTRS
IC802 139
MTRPW
TC7SZU04FU DEG0SW 25
DEG0SW
2 4 50 24
USB_CLK LFTSW
138 MTR2
X802 137 MTR1 SYSP
26 MTRSEL
SDRAM
IC901
IS42S16400F-7TL
CN2001
E
ANGLE
1
LIFTPUI LFTPULS
2
3 MTRS
MTRPW
4
8 ANGL0SW DEG0SW
LFTSW
9
H 5
MTR2
MTR1
IC2001
CN101 6
MTRSEL TC74VHCT08AFKS1
7
SENPW 3 2 MTR2
10 VCC5
VDD
11 VCC33
BUP 11 12 MTR1
18
19 P2001
20 BUP_1 8 9 MTRSEL
F
AVH-5400DVD/XNUW5
18
1 2 3 4
5 6 7 8
SOC_V
DAC
IC941 A TO 1/2
PCM1753DBQ
7 SOC_L
ATA VOUTL
VDCNT5
B TO 1/2
RCK
CK
CK B
D
C
L
P1721
VCC5
Q942
Q941 Q1501
SYS+B DD5
P1711
VD5 P1501
4 1
HSD1 VCC BUP_1
P1731 2
VCC_S1
PWRVI 6 3
COMP1 RS1
7 23
FB1 RS2
24
Q1502 VCC_S2
DD8
DC-DC CONVERTER
P1611
IC1501 C
VD8 AN33012UA
22
HSD2
P1651
ILMB 19
COMP2
18
FB2
OCAMUTE PWRBL
92 13
DDCCLK SYNC
114 9
VD8 EN2
113 8
VD5 EN1 FAN
CN1741
Q1744
SYSTEM uCOM P1741
BUP_1 2
IC602 (2/2)
UW5:PEQ009A8 VDD33 REG.
Q1001 Q1002
UC:PEQ008A8 VDD33
RD,RI:PEQ007A8 FAN DRIVE
CLCNT2
142 IC1001
141 Q1741 S-812C33AUA-C2N
OCRESET CLCNT1 Q1742
Q1743 3 2 D
OCIRQ Vout Vin
NGLE SYS+B
FTPULS IC1201
TRS BD00D0AWHFP
TRPW 4 2
EG0SW SYS+B VO VCC
FTSW CTL
TR2 1
130 SYSPW
TR1 SYSPW
TRSEL TUN5 REG.
IC1101
NJM2846DL3-05
4 2
TUN5 VOUT VIN DD8
CONT
1
E
VCC33 REG.
IC1771
NJM2855DL1-33
3 1
VCC33 Vout Vin VCC5
VCC12 REG.
IC1761
PQ012GN01Z
1
3 VIN
VCC12 VOUT 2
VB
AVCC5 REG.
IC1221
S-1200B50-M5
1
5 VIN DD8
AVCC5 VOUT 3
ON/OFF
F
AVH-5400DVD/XNUW5
5 6 7 8
19
1 2 3 4
C DVD CORE UNIT (MS7)
NRES
VIDEO+AUDIO
IC1501
MN2DS0018MAUB
70 149
NRES SRCK
151
ADOUT
150
LRCK
SDODAC 46
B 47
FLASH 16M SCKDAC
LTDAC 45
DACCK 148
D0-15
IC1401
CWW2238 A0-19
26 XCFS1 59 IECOUT 152
/CE XCFS1 138
COMPOSITE
191
STANDBY
STSCOMN 57
56
CMDCOMN
IC1402 IRQPWR
58
CWW2239 AMUTE
55
/CE 26 XCFS2 213
NEXCE
11 XWR1 31
/WE NEXWE
NRES 12 28 XRD 214
/RESET /OE NEXOE
C
SDRAM
IC1480
K4S641632N-LC75
E MA0-11
COMPOUND UNIT(B) MDQ0-15
CLAMP
S1206 15 DQM0 179
CLAMP1 LDQM DQM0
39 DQM1 180 111
CLAMP2 UDQM DQM1 F+H_G+H
20 193
BA0 BA0 E+G_E+F 112
21 197 106
BA1 BA1 LPCO2
16 XWE 181 104
WE NWE LPCO1
17 XCAS 188 100 C
CAS NCAS VIN3RF
18 XRAS 189 99 D
RAS NRAS VIN4RF
LOM 19 XCSM 190
LOADING CS NCSM 98 B
38 VIN2RF
D MOTOR
M LOP CLK
MCK 183
MCK 97 A
185 VIN1RF
MCKI 115 FE1
VIN7
67 VIN8 116 FE2
CLAMP
105
CDMPD
MOTOR DRIVER DVDMPD
103
IC1201 TEMP 122
BD8217EFV RFINP 96 RF
42 120 A
CN1201 LDO- VIN1
41 33 VHALF 110 VIN2 119 B
LDO+ VC VHALF
5 35 TD 126 118 D
COIL_V 12 TIN TD VIN4
6 V_OUT 37 FD 117 C
127 VIN3
FIN FD
9 39 62
SPINDLE MOTOR 10
COIL_U 11
U_OUT
LDIN LDIN
53 MD 66
SPIN MD
7 19 CONT1 53
COIL_W 13 CTL1 CONT1
8 W_OUT 20 CONT2 54
CTL2 CONT2
27 71
HUP (HU+), HUM (HU-) FG FG
SL1IN
31 DRV2 65
STEPPER2 OSCO 156
29 DRV3 64 X1501
E SL2IN STEPPER1
HVP (HV+), HVM (HV-) 27 MHz
OSCI 155
FCO+ 43 FOP
121
HWP (HW+), HWM (HW-) FCO- 44 FOM VDSENS
HALL_BIAS- HBM TKO- 46 TOP
11 HALL_VC
HALL_BIAS+ 10 45 TOM
18 VCC5 TKO+
109
VREFH VREF
114
VIN6
63 113
HOME VIN5
15
4 SLO1+
16
2 SLO1-
STEPPING MOTOR 3
17
SLO2+
18
1 SLO2-
SWITCH HOME
20
AVH-5400DVD/XNUW5
20
1 2 3 4
5 6 7 8
CN1901
NRES XRESET
9
AUDIO 2CH ANALOG OUT
IC1801
PCM1753DBQ
SRCK 1 7 LOUT ANALOG LOUT
BCK VOUTL 17
ADOUT 2
DATA
LRCK 3 LRCK
SDODAC 13 MD
SCKDAC 14 B
MC
LTDAC 15 ML
DACCK 16
SCK
A CN751
IECOUT
25
COMPOSITE COMPOSIT 19
STANDBY STANBY
13
STSCOMN SLVSTS
12
CMDCOMN HSTCMD 11
IRQPWR 10
AMUTE
8
VD5
VCC5 REG. VDD5 7
IC1901 1
VD8
S-1133B50-U5 2
4 VD8 C
5 VIN 3
VCC5 VOUT
ON/OFF
3
WAKE UP
21 D COMPOUND UNIT(A)
AVCC5 REG.
IC1900 CN1301 S1203 S1204
Disc 4 DISC SENS
S-1200B50-M5 3
1 1 S1202
5 VIN DSCSNS 4 2
AVCC5 VOUT 3
ON/OFF S1201
8cm 3 8cm
2
8cm 2 12cm
3.3V REG. 12cm
4 S1205
5 8cm
IC1004 PHOTOSNS Photo
5
6
NJM2885DL1-33 1
3 1
VCC33 OUT IN VDD5
C
D 1.2V REG.
B IC1005
A R1232D121B D
FE1 8 2
LX VIN VDD5
FE2 VCC12 3
VDD
5 4
VOUT CE
RF
A CN1101
B
Vref
D VREF 19
VCC
C VCC5 20
F+H_G+H F+H/G+H
21
E+G_E+F E+G/E+F
22
Q1102 Q1104
LPCO2 78LD(CD)
24
Q1101 Q1103
501 LPCO1 65LD(DVD) E
MHz 25
B
7
A 8
C PU (DP8.6)
9
D
10
FE1 11
FE2 12
VREF CDMPD 78MD
14
DVDMPD 65MD 15
TEMP TH 5
RF 17
FOP F+ 2
FOM F- 1
TOP T+ 4
TOM T-
3
AVH-5400DVD/XNUW5
5 6 7 8
21
1 2 3 4
K MONITOR PCB
A GERDA-L
C.VIDEO IC5502
IC5301 MN103SH13
CN5002 NJM2505AF Q5808
MOVBS 4 1 52 AV0INB
38 Vin Vout LCDOR [0-5]
GRST 133 LCDOG [0-5]
31 NRST
GtoS 72 GPIO11
30
StoG 73 GPIO10 LCDOB [0-5]
29
DGCLK 77 GPIO2
28
GtoD 75 GPIO1
27 93
DtoG LCDOC0
26 74 GPIO0
LCDOC1 92
GPIO9 87
LCDOCLK 88
PW
BLER
43
I PWRBL
45
1 PWRVI
I PWRVI 5V→3.3V
3
RGBVI
IC5202 EEPROM
S-1172B34-E6 IC5501
S-93C66BD0I-I8
6 VIN VOUT 1 PNLVI
BLCL
ON/OFF
C GD33V
3
V33A IC5503 MBLP
Q5201 TC7SHU04FUS1
2 4 135
MONPW LCDICLK
8
X5502
9.597MHz
3.3V→1.2V
A CN2021 IC5201 DIMP
PQ1LA125MSPQ
4 Vin 64M FLASH
PNLVI
3 Vo 5 GD12V IC5401
Vc TEMP
BLERR1
46 UW5:PEH355A8
BLCLK UC:PEH357A8
47 12 RD:PEH358A8
RESET
48
MBLPW RI:PEH356A8
DIMPLS
49
D
TEMP TEMP1
50
PLYV
12
PLXV
11
ADVX
10
ADVY
9
E
ILMB
24
Q5801 (1/2)
ILR
13
Q5801 (2/2)
ILG
14
Q5802
ILB
15
KEY1
20
AVH-5400DVD/XNUW5
22
1 2 3 4
5 6 7 8
LCD
A
CN5601
18
-5] LR[0-5] |
23
25
-5] LG[0-5] |
30
32
-5] LB[0-5] |
37
C0 93 VSYNC 13 LCD
C1 92 HSYNC 14
O9 87 SHUT 16
LK 88 DCLK 39
VCC 5 B
PNLVI |
8
CN5701
Q5703
BLP
PWRBL 6
BLP
7
LCD BACKLIGHT DRIVER
BLERR1 IC5701
TK61222CQ6
1 SW
6
VREG
IC5702
TC7SET08FUS1
1
4 8
BLCLK 2 CLKI LED1
LED1 19 4
18 LED2 C
Q5701 LED2 3
MBLPW LED3
17 LED3
2
LCD BACKLIGHT
LED4 15 LED4
1
Q5702
3
FAULT
Q5705
DIMPLS 10
DIM
TEMP1 TEMP1
9
D
CN5101
PLYV 2.
3
PLXV 4.
5
ADVX 6.
TOUCH
7 PANEL
ADVY 8.
9
G KEYBOARD PCB
CN5802 CN3500 E
ILMB ILMB
2 5
Q5801 (1/2) D3500
LEDR1 3 LEDR1
4
LEDG1 2 LEDG1
5
LEDB1 6 1 LEDB1
S3500
KEY1 4 KEY1
3
S3501
AVH-5400DVD/XNUW5
5 6 7 8
23
1 2 3 4
B TUNER PCB
A
RF FRONT END IC
IC1401
TDA7706 CN1401
57 TUN_L
DACOUTL 11
JA1401
1 5
ANTENNA FMMIXIN1
2,3 16 PINDIN
18 LNAIN
I2CSCL
34 TUNCLK
14
A
I2CSDA
33 TUNDATA 16 CN1402
31 TUNRST
RSTN 18
B
TUN5 13
15
17
F PANEL PCB
JA3001
GND 4
CN3001 AUXR 3
AUX_L AUXL 2 AUX INPUT
4
AUX_V AUXV 1
D 7
ILM+B
26
ILMB D3009
Q3001 (1/2)
19 LED_R
Q3001 (2/2)
20 LED_G
Q3002
21 LED_B
2 VCC33 D3010
Q3003 (1/2)
VOLUME/MUTE Q3003 (2/2)
S3003
ROT_IN2 2 Q3004
24
E A 23
ROT_IN1 1 3
4 5
CN561
S3004,S3005
15 KDT0
S3006,S3007,S3008
16 KDT1
S3001
DSENS
25
S3002
RESET
18
REMOTE CONTROL
SENSOR
1
REMIN 1 IC3001
PNJ4833M
CN3002
USB_5V USB5V
13 1
USB_5V
F 14
9 USB- USDM
2
USB
USB+ USDP
10 3
AVH-5400DVD/XNUW5
24
1 2 3 4
5 6 7 8
H MAIN PCB UNIT A
MOTOR DRIVE
IC102
BA6247FP
9 CN102
CN101 VCC1
1
5V REGULATOR 16
VCC2 OUT3
1
1 M102
BUP 2 IC101 4 14 SLIDE
2 BA00CC0WFP
VR M MOTOR
3 18
1 OUT1 2
MTRPW
17 S
I
3
SWITCH PCB UNIT
MTRSET 8
14 IN3 S101
(ANG)MTR1 5 ANGLE
15 IN1 SWITCH
G
(POS)MTR2 6 4
16 IN2
MTRS CN103
18 Q101 22
OUT2 1 M103
A
ANGLE
M MOTER
CN2001 13
ANGLEOSW 2 B
3.3V ANG_V
10 3
J VOLUME PCB UNIT
ANGLEIN ANG_IN VR101
20 4 ANGLE
11
5V WAVE SHAPE SLIDE PULSE OUTPUT ANG_G SENSOR
5
IC104 IC105
TC7W14FU GP2L24B
LIFTPUL 7 1 3 C 1
19 1Y 1A A
2 4
LIFTSW 5 3 E K
12 2Y 2A
DGND
8
IC103
GP2L24B
3 1
C A
2 4
E K
A LIFT SW (EJECT:L)
AVH-5400DVD/XNUW5
5 6 7 8
25
1 2 3 4
5. DIAGNOSIS
5.1 OPERATIONAL FLOWCHART
A
RESET
VDD : Pin11
VDD = 3.3 V?
Y
/BSENS : Pin20
/BSENS = L?
Y
B /ASENS : Pin21
/ASENS = L?
/DSENS : Pin176
/DSENS = (1.15 V to 1.95 V)?
Y
/STANBY : Pin90
/STANBY = H?
Y
C
/SOCSTBY : Pin91 /SOCSTBY = H?
Y
Standby
ASENBO : Pin35 ASENBO <- H
DDCCLK : Pin92 DDCCLK <- Clock Out
(Frequency of 370 kHz)
D
VD5 : Pin113 VD5 <- H
VD8 : Pin114 VD8 <- H
Starts
Communication
with Display microcomputer
Source Keys operative
Source ON
SYSPW : Pin130 SYSPW <- H
AVH-5400DVD/XNUW5
26
1 2 3 4
5 6 7 8
5.2 INSPECTION METHOD OF PICKUP UNIT
Judgement of pickup conditions A
• 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. B
START Replace pickup
Diagnose in a Adjust skew
Light up pickup
normal way.
No
Check 1 Yes Check 2
Check LD current Check RF level C
Check LD current Check RF level
To “Replace pickup” Within prescribed
Within prescribed
value? No value? No
Yes Yes
Check 3
Check measured value of error ratio
Check 2
Check RF level
* Make sure to avoid any unwiped
spots or actuator breakage. Check error ratio
Within prescribed
Check RF level Lens cleaning
value? No D
Within prescribed Clean lens Yes
completed?
value? No No
Yes Yes
To “Replace pickup”
Check 3
Check measured value of error ratio
* Make sure to avoid any unwiped
spots or actuator breakage.
Check error ratio Lens cleaning
Within prescribed Clean lens
completed?
value? No No
Yes Yes E
To “Replace pickup”
No problem found
End
in pickup
AVH-5400DVD/XNUW5
5 6 7 8
27
1 2 3 4
A Check 1: Check LD current
<Check>
Check the voltage value between terminals in the focus closed status in the test mode.
NO. Disc used Spot to check Rated value Remarks: LD current value (ref.)
1 GGV1025 DVDLD1-VCC5_3 60~390(mV) 10~65(mA)
B DVDLD1
VCC5_3
C
NO. Disc used Spot to check Rated value Remarks: LD current value (ref.)
2 TCD-782 CDLD1-VCC5_3 60~360(mV) 10~60(mA)
VCC5_3
E
CDLD1
Mind breakage of a laser diode caused by static electricity.
F
AVH-5400DVD/XNUW5
28
1 2 3 4
5 6 7 8
Check 2: Check RF level A
<Check>
Check the “ASMAX value” on the test mode screen in the focus closed status in the test mode.
NO. Disc used Spot to check Rated value Remarks:
ASMAX value on 0000 0026 or more RF level requiring gain + 6dBup
1 GGV1025
test mode screen (check) (ASMAX level)
ASMAX value on 0000 0029 or more RF level requiring gain + 6dBup
2 TCD-782
test mode screen (check) (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. Disc used Spot to check Rated value Remarks:
D
1 GGV1025 ID : 40000 1.000E-3 or less
2 GGV1025 ID : 200000 1.000E-3 or less
3 TCD-782 ID : Home position 2.500E-3 or less
Error ratio:
0.742E-5 in this case
AVH-5400DVD/XNUW5
5 6 7 8
29
1 2 3 4
5.3 DIAGNOSIS FLOWCHART
A Check Flow at MS7 Back End
START
VDD5
NO STANBY NO NO
Can playback (VCC33,VCC12)
OK? Power supply voltage OK?
start? Execute check 1 Execute check 2
YES YES YES
B NO NO NO NO RESET
Does operation Is the image Is the sound OK?
take time? erroneous? erroneous?
Execute check 3
YES YES YES YES
NO Flash life NO AVCC5 voltage NO AVCC5 voltage NO SDRAM IF NO VSENS
OK? OK? OK? OK? OK?
Execute check 12 Execute check 8 Execute check 8 Execute check 6 Execute check 4
YES YES YES YES YES
NO Video circuit NO DACCLK NO VD8,VCC5 NO 27 MHz
OK? normal? Power supply voltage OK? OK?
Execute check 11 Execute check 9 Execute check 7 Execute check 5
C
YES YES YES YES
Audio circuit Go to FE Check Replace unit
NO OK?
Execute check 10
YES
Go to FE Check
D
Repair defective parts
*1) Caution
*1) When a flash ROM generally needs to be
replaced by service, do not replace an IC but
Go to FE Check a core unit (as no key or others is written in a
NO flash alone).
Normal?
YES Go to FE Check
END
NO Go to FE-related
FE part normal?
repair
E
YES
Replace unit
NO
Normal?
YES
END
AVH-5400DVD/XNUW5
30
1 2 3 4
5 6 7 8
Check 1: STANBY OK? A
<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 B
STANDBY
DGND1
Fig. 1.1: Spots to check in STANDBY
AVH-5400DVD/XNUW5
5 6 7 8
31
1 2 3 4
A Check 2: VDD5 (VCC33, VCC12) Power supply voltage OK?
VDD8 IC1401 FLASH power(Data)
F.E. driver control system IC1402 FLASH power(Program)
IC1480 SDRAM power
VCC33 (= 3.3V) IC1501 DVD-LSI power
IC1004 and IC1005
VDD5
DC/DC converter
VCC 3.3V/1.2V output
VCC12 (= 1.2V) IC1501 DVD-LSI power
Fig. 2.1: Power configuration
B
<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 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
C PCB side A
VCC12-1
VDD5_2
VCC33_1
DGND1
Fig. 2.2: Spots to check in VDD5, VCC33, VCC12 voltages
AVH-5400DVD/XNUW5
32
1 2 3 4
5 6 7 8
Check 3: RESET OK? A
<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
B
NRES
DGND1
D
Fig. 3.1: Spots to check in RESET
AVH-5400DVD/XNUW5
5 6 7 8
33
1 2 3 4
A Check 4: VSENS OK?
CN1901
HOST I/F
R1550, R1551 IC1501
VD8 voltage-dividing VSENS DVD-LSI
circuits
IC1004
DC/DC converter VCC33
VDD5 IC1005 VCC12
B regulator
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.
C
NO. Spot to check Module NO. Rated value Unit
1 VSENS - DGND1 ALL VCC33 x 0.7 or more V
PCB side A
DGND1
VSENS
E
Fig. 4.2: Spots to check in VSENS
AVH-5400DVD/XNUW5
34
1 2 3 4
5 6 7 8
Check 5: 27 MHz normal?
<Outline> Each CLOCK is created inside IC1501
A
using a 27 MHz crystal oscillator (X1501).
IC1501
DVD-LSI
X1501 OSCO
27 MHz
Crystal OSCI
VCC33 VCC12
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
C
Rated
value
GND
Fig. 5.2: Rated value of a clock
PCB side A D
DGND1
E
IC1501 156pin
Fig. 5.3: Spots to check in 27 MHz
AVH-5400DVD/XNUW5
5 6 7 8
35
1 2 3 4
Check 6: SDRAM I/F OK?
<Outline> The capacity of the communication I/F SDRAM between LSI and the memory should be
A 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.
IC MA0~11 IC1501
1480 MDQ0~15 DVD-LSI
SDRAM MCK
XWE(NWE)
XCAS(NCAS)
XRAS(NRAS)
XCSM(NCSM)
DQM0
B 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.
C
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%
D
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%
E 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%
F
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%
AVH-5400DVD/XNUW5
36
1 2 3 4
5 6 7 8
PCB side B
Spot to check 1 (IC1480)
PCB side A
Spot to check 2 (IC1501)
Fig. 6.2: Spots to check in SDRAM I/F
F
AVH-5400DVD/XNUW5
5 6 7 8
37
1 2 3 4
A Check 7: VD8, VCC5 Power supply voltage OK?
VD8_1
F.E. driver system
IC1901
VD VCC5 (= 5.0 V) PU power
VCC 5V
REG IC
Fig. 7.1: Power configuration
B
<Check>
Check the voltage of the sending pin when the power is ON.
Checking should be based on PGND, AGND.
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
PCB side A
C
VD8_1
VD
PGND3
D AGND1
VCC5_1
E
Fig. 7.2: Spots to check in VD8, VCC5 voltages
AVH-5400DVD/XNUW5
38
1 2 3 4
5 6 7 8
Check 8: AVCC5 voltage OK? A
IC1900
VD AVCC 5V AVCC5 (= 5.0 V ) IC1801
REG IC 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. B
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 GNDAU1
AVCC5
Fig. 8.2: Spots to check in VD8, AVCC5 voltages E
AVH-5400DVD/XNUW5
5 6 7 8
39
1 2 3 4
A Check 9: DACCLK normal?
<Outline> DACCLK for Audio-DAC is created through IC1501
using a 27 MHz crystal oscillator (X1501).
IC1501
X1501 DVD-LSI IC1801
27 MHz DACCLK Audio-DAC
Crystal
VCC33 VCC12
Fig. 9.1: Clock configuration
<How to check>
DVD: DVD-REF-A1 TITLE 1
CD: Play back a general CDDA
C
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.
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
Rated value 1
D
Rated
Rated
value 2
value 3
GND
Fig. 9.2: Rated value of a clock
AVH-5400DVD/XNUW5
40
1 2 3 4
5 6 7 8
PCB side A
Spot to check 2 (IC1501 148pin)
Spot to check 1 (probe)
Fig. 9.3: Spots to check in 27 MHz, DACCLK
AVH-5400DVD/XNUW5
5 6 7 8
41
1 2 3 4
A Check 10: Audio circuit OK?
<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
IC1501
B DVD-LSI LRCK IC1801 LO
ADOUT Audio-DAC
SRCK RO
GNDAU
IECOUT
Fig. 10.1: Audio circuit
C
<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.
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
D
Rated value 2
Rated value 1
GND
Fig. 10.2: Rated value of serial three wires
AVH-5400DVD/XNUW5
42
1 2 3 4
5 6 7 8
PCB side B
LRCK
C
ADOUT
SRCK
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 47 k
LO GNDAU2 RO
NO. Spot to check 1 (sending pin) Rated value (rms) Reference waveform
4 LO 1400 ± 150 mV Waveform 4
5 RO 1400 ± 150 mV Waveform 4
Rated value is an effective value (rms)
E
Fig. 10.4: Rated value of analog audio out (LO, RO)
AVH-5400DVD/XNUW5
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43
1 2 3 4
PCB side A
A
LO
RO
GNDAU
B
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.
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
PCB side A
D
IEC
Fig. 10.6: Spot to check in digital audio signal (IECOUT)
AVH-5400DVD/XNUW5
44
1 2 3 4
5 6 7 8
Check 11: Video circuit OK?
<Outline> A composite signal is output from DVD-LSI (IC1501)
A
and is output from HOST I/F (CN1901).
CN1901
HOST I/F
IC1501
DVD_LSI
COMPOSIT
Video Composite
DAC
Fig. 11.1: Video circuit
B
<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. C
PEAK
COMPOSITE signal Rated value
Color burst
Pedestal level
BOTTOM
Horizontal synchronous signal
Fig. 11.2: Waveform when 100% composite white is output
D
PCB side A
COMPOSITE E
Fig. 11.5: Spot to check in VIDEO signal
AVH-5400DVD/XNUW5
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45
1 2 3 4
A 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.:
B
AVH-5400DVD/XNUW5
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1 2 3 4
5 6 7 8
AUDIO
CH1 : LO
CH1 : ADOUT3 CH2 : RO A
Reference voltage: DGND2 1 V/div. 5 usec/div Reference voltage: GNDAU2 1 V/div. 500 usec/div
G G
Waveform 1 Waveform 4
B
CH1 : SRCK CH1 : IECOUT
Reference voltage: DGND2 1 V/div. 5 usec/div Reference voltage: DGND2 1 V/div. 500 nsec/div
G
G
C
Waveform 2 Waveform 5
CH1 : LRCK
Reference voltage: DGND2 1 V/div. 5 usec/div
Waveform 3
VIDEO
[WHITE 100IRE]
E
CH1 : COMPOSITE
Reference voltage: GNDV1 200 mV/div. 10 usec/div
F
Waveform 6
AVH-5400DVD/XNUW5
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1 2 3 4
5.4 ERROR CODE LIST
A LIST OF ERRORS
How to restore
UART ACC Source Eject Play
Error status OSD *1 *2 Meaning Off/On Off/On Key
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
B (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)
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
D 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
E 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
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.
F
AVH-5400DVD/XNUW5
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5 6 7 8
*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.
A
*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.
External storage device (USB, SD)
Message Cause Action Message Cause Action
Unplayable This type of file Select a file that Check USB The USB connec- Check that the
File cannot be played can be played. tor or USB cable USB connector or
on this unit. has short- USB cable is not
circuited. caught in some- B
There are no Transfer the audio
thing or damaged.
songs. files to the external
storage device and The connected Disconnect the
connect. USB portable USB portable
audio player/ audio player/USB
Security for the Follow the USB
USB memory memory and do
connected USB memory instruc-
consumes more not use it. Turn the
memory is en- tions to disable se-
than maximum ignition switch to
abled. curity.
allowable cur- OFF, then to ACC
Format Read Sometimes there Wait until the mes- rent. or ON and then
is a delay be- sage disappears connect a compli-
tween the start of and you hear ant USB portable
playback and sound. audio player/USB
when you start to memory.
hear any sound. Error-02-9X/- Communication Perform one of the C
Skipped The connected Play an audio file DX failed. following opera-
external storage not embedded with tions.
device contains Windows Media –Turn the ignition
WMA files that DRM 9/10. switch OFF and
are protected by back ON.
Windows Med- –Disconnect the
iaä DRM 9/10. USB portable
audio player/USB
Protect All the files on Transfer audio files
memory.
the connected not protected by
external storage Windows Media –Change to a dif-
device is pro- DRM 9/10 to the ferent source.
tected by external storage Then, return to the
Windows Media device and con- USB portable
DRM 9/10. nect. audio player/USB
memory. D
Incompatible The USB device Connect a USB
USB connected to is portable audio Rental Ex- The inserted ex- Select a file that
not supported by player or USB pired. ternal storage de- can be played.
this unit. memory that is vice contains
USB Mass Storage expired DivX
Class compliant. VOD content.
The USB device The connected Video resolu- The inserted ex- Select a file that
is not formatted USB device should tion not sup- ternal storage de- can be played.
with FAT16 or be formatted with ported vice contains a
FAT32. FAT16 or FAT32. high definition
DivX file.
Incompatible Unsupported SD Use the supported
SD card is inserted. SD card. It is not possi- Flash memory Replace the flash
ble to write it error. memory.
Non-compatible Remove your de- in the flash.
SD storage de- vice and replace it E
vice with a compatible Your device is This unit’s DivX Register this unit
SD storage device. not author- registration code to the DivX VOD
ized to play has not been contents provider.
this DivX pro- authorized by the
tected video. DivX VOD con-
tents provider.
Format Read Sometimes there Wait until the mes-
is a delay be- sage disappears
tween the start of and you hear
playback and sound.
when you start to
hear any sound.
Video frame DivX file’s frame Select a file that
rate not sup- rate is more than can be played.
ported. 30 fps. F
Audio Format This type of file is Select a file that
not sup- not supported on can be played.
ported. this unit.
AVH-5400DVD/XNUW5
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49
1 2 3 4
5.5 CONNECTOR FUNCTION DESCRIPTION
ANTENNA
2 1
1 15
2 16 10 9
C
1. FL- 1. REAR OUTPUT R
2. RL- 2. REAR OUTPUT L
3. FL+ 3. FRONT OUTPUT R
4. RL+ 4. FRONT OUTPUT L
5. FR- 5. REAR MONITOR OUTPUT
6. RR- 6. VIDEO INPUT
7. FR+ 7. AUDIO INPUT R
8. RR+ 8. REAR VIEW CAMERA INPUT
9. P.B. 9. AUDIO INPUT L
10. BGSENS
11. ACC
D
12. B.REM
13. ILM
14. MUTE
15. B.UP
16. GND
AVH-5400DVD/XNUW5
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1 2 3 4
5 6 7 8
5.6 MECHANICAL DESCRIPTION
Outline of FLAP operation
1. The operation is carried out with two motors; motor for anteroposterior driving (CXC6638) and motor for angle A
driving (CXC6639).
2. The analog potential generated from the angle encoder is detected for detecting the angle operation status and
the operation position.
3. The angle last position memory function is memorized by microcomputer using 256-resolution STEP of VDD.
4. The pulse is detected by photo interrupter for detecting the horizontal operation status.
5. When the reset is started, the discharge operation is carried out again after the storage status and the system
enters the startup status.
6. The angle is adjusted with angle keys ( + / - ).
7. The storage and the discharge of monitor is carried out with OPEN/CLOSE key and the temporal tilting of monitor
is carried out with temporal tilting key.
8. The monitor automatic storage and discharge ON/OFF and setback ON/OFF at ACC ON/OFF is set from the
navigation menu screen. B
Explanation on FLAP discharge operation
If ACC is set to ON when OPEN key is pressed or the automatic opening and closing setting is ON, the motor
for angle driving is rotated to 0° direction for 500 ms (imposition).
C
500 ms later, the motor for angle driving is stopped and the motor for anteroposterior driving is rotated to the
discharge direction.
The motor for anteroposterior driving is continuously rotated to the discharge direction for 600 ms after LIFTSW
changes from H to L.
600 ms later, the motor for anteroposterior driving is stopped and the motor for angle driving is rotated to UP
direction.
If the angle VOL voltage becomes approximately 90° voltage, the discharge is completed by braking the motor E
for angle driving. (If the previous angle is memorized, the operation is carried out with the angle)
90° voltage or last memory position
AVH-5400DVD/XNUW5
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51
1 2 3 4
When the setback is set to ON, the motor for angle driving is braked after the monitor angle voltage reaches the
previous angle memory, and then the motor for anteroposterior driving is rotated to the storage direction in low
speed. After that, if LIFTPULSE changes from L to H, the motor for anteroposterior driving is stopped.
A
Explanation on FLAP storage operation
In six seconds after ACC is turned OFF when CLOSE key is pressed or the automatic opening and closing
setting is ON, the motor for angle driving is rotated to 0° direction.
When the setback is set to ON, the motor for anteroposterior driving is rotated to the discharge direction in high
speed and the motor is continuously rotated for 600 ms after LIFTSW changes from H to L, and then the motor
for angle driving is rotated to 0° direction.
D The motor for angle driving is rotated to 0° direction for 900 ms after DEG0SW changes from H to L and the
imposition operation is carried out.
900 ms later, the motor for angle driving is braked and the motor for anteroposterior driving is rotated to the
storage direction.
After the horizontal operation status detection pulse is detected 15 times, the motor for anteroposterior driving is
rotated to the storage direction in low speed.
If the horizontal operation status detection pulse cannot be detected for 600 ms, the brake is operated and the
monitor storage is completed.
AVH-5400DVD/XNUW5
52
1 2 3 4
5 6 7 8
Explanation on FLAP angle adjustment
The motor for angle driving is rotated to UP direction and DOWN direction by + key and – key, respectively from
the monitor stop position. If you keep pressing the key, the monitor carries out the continuous angle operation
A
from approximately 50 to 110° without step. When the setback is set to ON, pressing the key rotates the motor
for anteroposterior driving in the horizontal discharge direction and the angle is adjusted by changing the angle
voltage only for the effective portion of angle adjustment key in 600 ms after LIFTSW changes from H to L. In
three seconds after the adjustment, the motor for anteroposterior driving is rotated in the horizontal storage
direction in low speed and the brake is operated after LIFTPULSE changes from L to H.
Explanation on FLAP temporal tilting operation
Pressing the temporal tilting key from the monitor stop position rotates the motor for angle driving to 0° direction. C
When the setback is set to ON, pressing the key rotates the motor for anteroposterior driving and the brake is
operated in 600 ms after LIFTSW changes from H to L, and then the motor for angle driving is rotated in 0°
direction.
The motor for angle driving is rotated for 900 ms after DEG0SW changes from H to L, and the monitor is stopped
at the horizontal position by brake. In seven seconds after that, the navigation system operation sound sounds
three times in one second intervals and in ten seconds, the motor for angle driving rotates in angle UP direction
and the brake stops at the last memory position. When the setback is set to ON, the motor for angle driving is
stopped at the last memory position, and then the motor for anteroposterior driving rotates in the horizontal E
storage direction in low speed and the motor is stopped after LIFTSW changes from L to H.
Precautions on FLAP operation
1. For the angle position, the angle voltage should be checked all the time and the last memory should be
memorized by addition and subtraction of voltage. However, if the monitor is forcibly moved with hands etc., it is
not memorized. F
2. If the predefined pulse cannot be detected during the horizontal operation, the operation should be stopped at
that point.
AVH-5400DVD/XNUW5
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53
F
E
B
A
D
C
54
BackUp is interrupted temporarily, operation by Acc OFF/ON
Automatic opening and closing setting OFF Automatic opening and closing setting ON
Status of flap BackUp is Acc OFF Acc ON BackUp is Acc OFF, less ON In six seconds ON
interrupted interrupted than six seconds after Acc OFF
temporarily temporarily after Acc OFF
1
1
Flap position is stopped Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Flap position identifying The system does not
0 indeterminately (Standby immediately) operation is started stay in this status
1 During release of setback for flap Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued
position identification
2 During falling for flap position identification Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued
3 During storage for flap position identification Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued
4 Closing is stopped Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Changes depending
(Standby immediately) (The system does not enter (To standby) on automatic opening
standby status. However, if and closing setting
Acc is turned OFF when the position
close operation is stopped
immediately after the position
identification, the system
immediately enters the
standby status.)
5 Avoidance of horizontal obstacle is Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Close operation is The system does not
stopped (Standby immediately) (The system does not started stay in this status
2
2
enter standby status)
6 During discharge Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Close operation is The system does not
started stay in this status
7 During forcible discharge Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued
(Closes after forcible
discharge)
8 During rising Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Close operation is The system does not
started stay in this status
9 Opening is stopped Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Close operation is The system does not
(Standby immediately) started stay in this status
10 Avoidance of vertical obstacle is Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Open operation is
stopped (Standby immediately) (The system does not (To standby) started
enter standby status)
AVH-5400DVD/XNUW5
11 During setback transition Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Close operation is The system does not
started stay in this status
12 During release of setback Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued
(Closed after release)
3
3
13 During angle UP Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Close operation is The system does not
only during the increase (Key is released) only during the increase (Key is released) (Key is released) started stay in this status
from the lower limit of from the lower limit of
angle adjustment range. angle adjustment range.
In other cases, the In other cases, the
operation is stopped. operation is stopped.
14 During angle DOWN Operation is stopped Operation is continued Operation is continued Operation is stopped Operation is continued Operation is continued Close operation is The system does not
(Key is released) (Key is released) (Key is released) started stay in this status
15 During waiting of angle adjustment Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Close operation is The system does not
(Angle adjustment (Angle adjustment (Angle adjustment (Angle adjustment (Angle adjustment (Angle adjustment started stay in this status
waiting time is waiting time is waiting time is waiting time is waiting time is waiting time is
continued) continued) continued) continued) continued) continued)
16 During transition of temporal tilting Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Close operation is The system does not
started stay in this status
17 Temporal tilting is stopped Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Nothing is changed Close operation is The system does not
(Temporal tilting (Temporal tilting (Temporal tilting (Temporal tilting (Temporal tilting (Temporal tilting started stay in this status
4
4
waiting time is waiting time is waiting time is waiting time is waiting time is waiting time is
continued) continued) continued) continued) continued) continued)
18 During release of temporal tilting Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Close operation is The system does not
started stay in this status
19 During falling Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued
20 During storage Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued Operation is continued
Test mode image
Legend: … Key operation
[MUTE] + [FORWARD] + Reset start … Operation status
Switch position of the remote control unit. … Contents displayed by the DVD mecha (only those compatible with video)
5
5
[AVH mode] Eight letters worth of the data is transmitted to the product (to the HOST side) through the UART communication
(1)-(8) and EJECT is the key of remote control unit.
Activate test mode
TEST
6.1 DVD TEST MODE
[Note] The first four letters only. The rest of four letters are spaces
6. SERVICE MODE
(1) (2) (3) (4) (5)
Select LD live Select simplified
Select FE test Select EDC1 test Select EDC2 test
time mode FE test mode
6
6
Continue to FE test mode image Continue to EDC1 test mode image Continue to EDC2 test mode image Continue to LD live time mode image Continue to simplified FE test mode
[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).
AVH-5400DVD/XNUW5
7
7
8
8
55
E
A
D
C
F
B
F
E
B
A
D
C
56
Front-End test mode image
Legend: … Key operation
… Operation status
FE test mode … Contents displayed by the DVD mecha (only those compatible with video)
1
1
Eight letters worth of the data is transmitted to the product (to the HOST side) through the UART communication
0X00 0000
(1) (2) (3) (4) (5) EJECT
Power ON Disc type Disc type
FE offset coefficient Disc type CD Disc type CD-RW EJECT
TE offset coefficient 1 DVD layer 2 DVD layers
AS offset coefficient
0FFF 0000 ENV offset coefficient
TG offset coefficient 0000 0000 0100 0000 0200 0000 0300 0000
DBAL coefficient
VIN1 offset cancel value
VIN2 offset cancel value
VIN3 offset cancel value
VIN4 offset cancel value
2
2
VIN5 offset cancel value
VIN6 offset cancel value
VIN7 offset cancel value
VIN8 offset cancel value
VIN9 offset cancel value
VIN10 offset cancel value
1x00 0000
(1) (2) (3),(4) (5) (6) (7) (8)
CRG_transfer to the
LD-ON/OFF CRG_HOME Power_OFF
AVH-5400DVD/XNUW5
F close F search CRG+/- outermost circumference
Measure S curve
LO-ON : 1100 0000
3
3
1FFF 0000 1A00 0000 Operated while keys 1D00 0000 1E00 0000
are pressed down LD-OFF : 1000 0000
(2) 1B00 0000 : CRG+
1C00 0000 : CRG-
Stop F search
1100 0000 [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.
Focus closed status For F close after the focus search (S-shape measurement mode), power OFF first, then power ON again
FEMAX level
FEMIN level
ASMAX level
ENVMAX level
FE normalization coefficient
Spindle gain coefficient
TEMAX level display Add two items: TEMAX level display / TEMIN level display
4
4
TEMIN level display
a b
a b
(2)
2x00 0000
(1) (2) (3),(4) (8)
5
5
Tracking balance Focus Jump CRG+/- Power_OFF
L0 layer : 2000 0000 Operated while keys
2FFF 0000
L1 layer : 2100 0000 are pressed down
2B00 0000 : CRG+
TBAL coefficient (0 layer) 2C00 0000 : CRG-
TBAL coefficient (1 layer)
TE normalization coefficient (0 layer) Delete GBAL coefficient.
TE normalization coefficient (1 layer) For TBAL coefficient and TE normalization coefficient,
Off-track adjustment result separate the display data identification in layer 0/layer 1.
3000 0000
6
6
(1) (3),(4) (6) (8)
Tracking close CRG +/- Power_OFF
RF level value
3FFF 0000 Operated while keys 3FFF 0000
are pressed down
3B00 0000 : CRG+
3C00 0000 : CRG- Tracking closed status FBAL coefficient (0 layer)
FBAL coefficient (1 layer)
Focus gain coefficient (0 layer) For FBAL coefficient, focus gain coefficient,
* In the CRG +/- operation test, continue operation until the Focus gain coefficient (1 layer) tracking gain coefficient and AS normalization
NULL command is issued from the HOST Tracking gain coefficient (0 layer) adjustment value, separate the display data
Tracking gain coefficient (1 layer) identification in layer 0/layer 1.
AS normalization adjustment value (0 layer)
AVH-5400DVD/XNUW5
AS normalization adjustment value (1 layer)
7
7
5000 0000
(1) (2) (7) (8)
Start displaying
RF level value Measure error ratio
T.OPEN Power_OFF
Notify RF level once Error ratio To (2)
every 500 msecs Focus gain coefficient (0 layer)
Focus gain coefficient (1 layer)
Tracking gain coefficient (0 layer)
Tracking gain coefficient (1 layer)
(1) AS normalization adjustment value (0 layer)
AS normalization adjustment value (1 layer)
8
8
End displaying RF
level value
For focus gain coefficient, tracking gain coefficient and
AS normalization adjustment value, separate the display
c data identification in layer 0/layer 1. d
57
E
A
D
C
F
B
F
E
B
A
D
C
58
c d
FBAL coefficient (0 layer)
Tracking closed status
FBAL coefficient (1 layer)
Focus gain coefficient (0 layer) For FBAL coefficient, focus gain coefficient,
1
1
Focus gain coefficient (1 layer) tracking gain coefficient and AS normalization
Tracking gain coefficient (0 layer) adjustment value, separate the display data
Tracking gain coefficient (1 layer) identification in layer 0/layer 1.
AS normalization adjustment value (0 layer)
AS normalization adjustment value (1 layer)
4000 0000
4x00 0000
(1) (2) (5) (6) (3),(4) (7) (8)
Measure Change playback T.Jump+/- Power_OFF
error ratio speed Focus Jump ID Search T.OPEN
Error ratio Jump+ : 4B00 0000
L0 layer : 4x00 0000 4A00 0000
2
2
Focus gain coefficient (0 layer) Jump- : 4C00 0000 To (2)
DVDX1.3~ L1 layer : 4x00 0000
Focus gain coefficient (1 layer)
1.6CAV (1)-(4) (3)
Tracking gain coefficient (0 layer)
Tracking gain coefficient (1 layer) CDX4CLV:
Specify No.
AS normalization adjustment value (0 layer) 4x00 0000 Specify ID
of tracks
AS normalization adjustment value (1 layer)
Display ID Display No.
For focus gain coefficient, tracking gain Three types of speed patterns only as shown above. of tracks The first two digits of the specified ID represent the test status. The rest of six digits are the ID.
coefficient and AS normalization adjustment (5) (5) E.g.) To specify 300000 for the ID, the specified ID is: 4A03 0000
value, separate the display data identification
in layer 0/layer 1. Start searching Start jumping
L0 layer DVD X CAV, CD X 2CLV :4000 0000
L0 layer DVD X 1CLV, CD X 1CLV :4200 0000
Error occurs
L1 layer DVD X CAV :4100 0000
AVH-5400DVD/XNUW5
L1 layer DVD X 1CLV :4300 0000
V changed To specify the number of tracks, select one from the prepared number of tracks.
V Change to cyclic in (3). Determine in (4).
Display error L0 layer DVD X 1.3~1.6CAV, CD X 4CLV :4000 0000 For CDs: 1, 4, 10, 11 or 32 tracks
3
3
L0 layer DVD X 1CLV :4200 0000 For DVDs: 1, 4, 10, 11, 32, 64 or 100 tracks
(8) L1 layer DVD X 1.3~1.6CAV :4100 0000
:4300 0000 Change how to specify an ID address.
L1 layer DVD X 1CLV
Specify a digit with the commands (1) and (2). Commands (3) and (4) are to increase/decrease the
Power_OFF
number. Determine with the command (5).
Taking the Joy-Stick as an example, (1) = right, (2) = left, (3) = up, (4) = down and (5) = determine.
Error occurs in Power_OFF
[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.
Display error
4
4
EDC test 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
5
5
EDC 1/2 test mode [Note] The same image is shared in EDC1 and EDC2.
0000 0000
(1) (2) [Note] Ejecting is allowed at any time during the EDC test mode,
EJECT operation
provided that the BD disc status bit in the UART communication is uncertain
Select 0 layer Select 1 layer
Eject
0000 0000 0100 0000 Test mode
Eject
1003 0000 1103 0000
After completion of EJECT operation
6
6
(1)-(4)
Specify ID
0 layer : 10** ****
1 layer : 11** ****
[Note] ** **** is the ID specified value
(5)
Start EDC 1/2
AVH-5400DVD/XNUW5
0 layer : 20** ****
1 layer : 21** ****
7
7
[Note] ** **** is the current ID value
**** ****
[Note] **** **** is the current ID value
[Note] Update the display at intervals of 0.5 seconds until 0/1 layer is selected or ejected.
8
8
59
E
A
D
C
F
B
F
E
B
A
D
C
60
LD live time mode image
Legend: … Key operation
… Operation status
… Contents displayed by the DVD mecha (only those compatible with video)
LD live time mode
1
1
Eight letters worth of the data is transmitted to the product (to the HOST side) through the UART communication
0000 0000
(1) (2) (5) (6)
Display CD LD Display DVD LD Set CD LD Set DVD LD
live time live time live time live time
10** **** 20** ****
[Note] ** **** represents [Note] ** **** represents 30** **** 40** ****
CD LD live time DVD LD live time [Note] ** **** is the [Note] ** **** is the
set time set time
(1)-(4)
(1)-(4) Specify the (8) Specify the (8)
set time set time
(5)
2
2
(5)
Register the Register the
set time set time
10** **** 20** ****
[Note] ** **** represents [Note] ** **** represents
CD LD live time DVD 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).
AVH-5400DVD/XNUW5
[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.
3
3
4
4
5 6 7 8
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. A
[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.
<Screen transition>
1 Select
LD ON Select
Select
completed
5 Select
Return
2 Select
Acquire
ASMAX
Select Select
value
5 Select
Return
Display ASMAX
value
3 Select
Acquire RF
Select level value Select
5 Select
Return Display RF level
value
(Updated at intervals
Search
of approx. 500 msecs)
destination ID
0x00100000
4 Select
Acquire error
Select
Select DVD Select ratio
5 Select
Return
5 Select
Return
Search destination ID
Inner : 0x00040000 D
Outer : 0x00200000 Display error ratio
Middle : 0x00100000
*1: Display the selected position
Inner DVD: Inner
Outer DVD: Outer
Middle DVD: Middle
CD: CD
Select CD
Search destination
CRG home position
5 Select
CRG Move
Select completed Select
5 Select
Return
CRG transfers to
the outermost
circumference
<In case of an error>
Select
<In case of an error in Power_OFF>
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A 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
B 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
C
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
Specification for the UART (HOST) communication
1) Key commands for the test mode
STATUS = 00h, TP = 11h, D0 = EEh, (Key commands for the test mode)
D
D1: Types of key commands exclusive 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)
E
08h Test mode command (8)
D0h Test mode command EJECT
F0h Test mode command NULL
* 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.
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2) Display data for the test mode A
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 B
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 C
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 D
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 AS normalization adjustment value (0 layer) 4-7 5-6
24h AS normalization adjustment value (1 layer) 4-8 5-7
15h Error ratio 5-1
16h TEMAX level 2-7
17h TEMIN level 2-8
E
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 F
[1 second later]
D1 = 01h, after setting the status display data to D2 – D9 and transmitting, wait for keys
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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
A 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.
Test Mode In Activate the test mode 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
Set the source to DVD 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.
(1) (2) (3) (4) (5)
B
To FE * To 1 * To 2 * To 3 * To simplified FE test mode
test mode
(1) (2)-(5) EJECT Powered OFF status (2):1 DVD layer
(3):2 DVD layers
Power On Disc Type Eject (4):CD
Note 1 (5):CD-RW
Powered ON status
(8) (1) (2) (3) (4) (5) (6) (7)
Power Off Focus Close CRG- LD_ON CRG_HOME Carriage transferred
C Focus Search CRG+
Adjustment to the outermost
included circumference
(2)
Focus Search
STOP
(8) (1) (2) (3) (4)
Focus Close status 1
Power Off T.Bal Focus Jump CRG+ CRG-
Other adjustment
included
D
(8) (1) (3) (4) (5) Focus Close status 2
Power Off Tracking Close CRG+ CRG- RF level value
Adjustment
included
RF level display status
(8) (1) (2) (7)
Power Off Start displaying Measure Tracking Open
RF level value error ratio
Note 3
(1)
E End displaying
RF level value
Tracking Close status
(8) (1) (2) (5) (6) (3),(4) (7)
Power Off Measure Switch playback Focus Jump ID Search T.Jump Tracking Open
error ratio speed
+/-
Note 3 Note 4
(1)-(4) (3)
Specify ID Specify No.
of tracks
F (5) (5)
Start ID search Start jumping
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*1 *2 A
EDC1 EDC2
mode mode
(1) (2) (1) (2)
Select Select Select Select
0 layer 1 layer 0 layer 1 layer
(1)-(4) (1)-(4)
Specify ID Specify ID B
(5) (5)
Start EDC1 Start EDC2
*3
C
LD live time
mode
(1) (2) (5) (6)
Display CD Display DVD Set CD LD Set DVD LD
LD live time LD live time live time live time
(1)-(4) Specify (8) (1)-(4) Specify (8) D
set time set time
(5) (5)
Register Register
set time set 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).
E
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6.2 MONITOR TEST MODE
A
[Method for Mode IN]
When the reset start is done while pushing REVERSE and EJECT, it shifts to the monitor test mode.
[Display specifications]
[Operation specification]
Operational description Remote controller key
Selection cursor up movement 2
Selection cursor down movement 8
Menu enter 5
C
1. Version Check
[Method for Mode IN]
Choose "Version Check" among the monitor test mode menu screen.
[Display specifications]
When 8 digits of read number is strange,
displayed with red.
[Operation specification]
E Operational description Remote controller key
Return to test mode menu 1
Page up 9
Page down 7
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A
2. Touch Panel Test
[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
Outermost circumference inspection
Calibration inspection
B
Coordinate inspection
Calibration verification
Data initialization
[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
[Description of the top menu]
C
[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.
E
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.
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A
[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
B 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.
<Before initial value> <After initial value>
Outermost value Outermost value
Xmin : 3Bh Xmin : 78h
C Ymin : 43h Ymin : 78h
Xmax : F6h Xmax : B4h
Ymax : EEh Ymax : B4h
A/D correction value A/D correction value
X : 35h X : 00h
Y : 39h 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
D
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
F
Return to top menu 5
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A
[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
B
C
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
E
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A
[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.
Fixed display
[Display specifications]
C
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.
16 calibration points "+" are displayed in white.
D
[Operation specification]
Operational description Remote controller key
Return to top menu 1
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A
[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]
confirming
The pushing order
C
D
[Operation specification]
Operational description Remote controller key
Return to top menu 1
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[Data initialization]
[Outline]
A
Result of outermost circumference inspection and of calibration inspection (corrected value) are returned to
their initial values.
As for the initialized items, the initial values are written into the EEPROM and the adjustment information
is cleared.
[Display specifications]
Conditions for the adjustment completion mark (*) to be lighted up.
Outermost circumference inspection
When the outermost circumference inspection of the calibration for line has been completed normally.
C 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).
D 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.
E
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
F Selection cursor down movement 8
Return to test mode menu 1
Menu enter 5
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3. EEPROM Adjust
[Method for Mode IN] A
Choose "EEPROM Adjust" among the monitor test mode menu screen.
[Display specifications]
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.
Setting item Adjustment value
example)
[Operation specification]
Operational description Remote controller key C
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
4. EEPROM Initialize
[Method for Mode IN]
Choose "EEPROM Initialize" among the monitor test mode menu screen.
D
[Display specifications]
When EEPROM is initialized, eject lock may be enabled. Please cancel eject lock in this case.
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, "It succeeded" is displayed.
When will not end in four seconds, judged to be abnormal, "It failed" is displayed.
[Operation specification]
Operational description Remote controller key F
Selection cursor left movement 4
Selection cursor right movement 6
Return to test mode menu 1
Menu enter 5
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A 5. Display Test
[Method for Mode IN]
Choose "Display Test" 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
C Page up 9
Page down 7
Return to test mode menu 1
Menu enter 5
[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.)
D [Operation specification]
Operational description Remote controller key
Return to test mode menu 1
Stop/Restart 5
[MONOCHROME STRIPE]
Display of monochrome stripe signal (1dot Width)
[Operation specification]
Operational description Remote controller key
E 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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A
[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
Return to test mode menu 1
Next signal 5
B
[RASTER SIGNAL]
Display of signal for step confirmation
[Operation specification]
Operational description Remote controller key
Return to test mode menu 1
Next signal 5
[CONTRAST]
C
Display of Black/White signal
[Operation specification]
Operational description Remote controller key
Return to test mode menu 1
Next signal 5
[CENTER MARKER]
Display of signal for screen central location setting. D
[Operation specification]
Operational description Remote controller key
Return to test mode menu 1
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7. DISASSEMBLY
Removing the Grille Assy (Fig.1)
A
1 Remove the two screws.
2 Remove the two screws and then remove 1 1
the Holder.
3 Disconnect the connector.
Grille Assy
3
2 2
C
Holder
4 Slide the Grille Assy forward by pushing two
tabs with tweezers or other item.
4 4
D
Attach and remove the Grille Assy by
sliding it horizontally.
How to assemble the Grille Assy
As the Mother PCB SD part is fixed with
the Grille Assy, insert it horizontally.
Fig.1
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How to separate the Drive Unit and the A
Chassis Assy (Fig. 2) (Rear Side)
1 Remove the seven screws and then sepa- 1
rate the Drive Unit and the Chassis Assy.
(Left Side) Drive Unit
B
1 1
Chassis Assy
(Right Side)
C
1 1
Fig.2
AVH-5400DVD/XNUW5
5 6 7 8
77
1 2 3 4
Removing the DVD Mechanism Module Bracket
A
and the Drive Unit (Fig.3)
Remove the four screws and then lift the 1 1
1
Bracket toward the Drive Unit.
1 1
B
Drive Unit
DVD Mechanism Module
2 Remove the four screws.
2
2
3 Disconnect the connector and then remove
the DVD Mechanism Module.
C
2
D 2
Drive Unit
4 Disconnect the two connectors and then
remove the Drive Unit.
NOTE:
While the photograph shown is
slightly different from this model
in shape, the disassembly procedure
is the same.
Fig.3
AVH-5400DVD/XNUW5
78
1 2 3 4
5 6 7 8
Removing the Holder and the Panel (Fig.4) A
Remove the screw. Panel
1
1 2
2 Remove four screws.
2
2 2
3 Straighten the tabs at two locations indicated
and then remove the Holder.
B
Holder
3 3
Fig.4
Removing the DVD Amp Unit (Fig.5) D
2
1 Remove the three screws.
Straighten the tabs at three locations indi- 2 2
2 cated and then remove the DVD Amp Unit.
1 E
DVD Amp Unit
F
Fig.5
AVH-5400DVD/XNUW5
5 6 7 8
79
1 2 3 4
Removing the Monitor PCB 1/2 (Fig.6) Cover Spring Arm and Cover
A
1 Remove the two screws and then remove
4 1
the Spring.
4
1 3 2
2 Remove the screw and then remove
the Arm and Cover.
4 4
4
3 Disconnect the connector.
4 Remove the five screws and then remove
the Cover.
7 7
C
Monitor Assy
8
5 Disconnect the connector.
Remove the three screws and then remove 6
6 the Motor Unit.
6
5
Removing the Motor Unit, the Drive Unit 6
can operate to lead to the Monitor Assy.
D
Motor Unit
Remove the two screws and then remove
7 the two Guids(Right side, Left side).
Pull out the Monitor Assy in the direction
8
indicated by an arrow.
Fig.6
E
AVH-5400DVD/XNUW5
80
1 2 3 4
5 6 7 8
Removing the Monitor PCB 2/2 (Fig.7) A
Holder
1 Remove the two screws and then remove
the Holder.
2 Remove the four screws and then remove
the Cover.
3 Remove the four screws and then remove 1 1
the Case Unit.
3 3 B
4 Disconnect the connector. 4
3 3
2 2 2 2
C
Case Unit Cover
Keyboard PCB
5 Disconnect the three connectors.
7
6 Straighten the tabs at two locations indi-
8
cated and then remove the Monitor PCB.
D
7 Remove the screw.
5 5
5
8 Disconnect the connector and then remove
the Keyboard PCB.
6 6
E
Monitor PCB
Fig.7
AVH-5400DVD/XNUW5
5 6 7 8
81
1 2 3 4
Removing the Holder of LCD (Fig.8)
A
Holder
Insert the tweezers (thin one) as shown in
the figure and remove the tab.
D
Caution
If you pick up the tab forcibly, the plate bends.
It can be removed by just inserting the
tweezers straightly.
Fig.8
AVH-5400DVD/XNUW5
82
1 2 3 4
5 6 7 8
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.
D
When you install the grille to the PCB, confirm the cushion is sticking on the Panel PCB properly.
Attention: How to install the Sheet (AVH-5400DVD/XNUC)
Pasting position is shown below.
Align plate to bending line and square hole. E
EMI Absorb Sheet (CNN3809) Holder (CND5511)
AVH-5400DVD/XNUW5
5 6 7 8
83
1 2 3 4
A -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.
Handling OK
B
AVH-5400DVD/XNUW5
84
1 2 3 4
5 6 7 8
Handling NG A
B
Fig. 1
Do not touch here Do not touch here
Do not touch here
: Do not touch here F
AVH-5400DVD/XNUW5
5 6 7 8
85
1 2 3 4
A -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.)
Fig. 1
B
Short circuit
Connector
C (pickup flexible part)
Fig. 2
1. Unscrew two screws and remove the CRG motor ASS'Y.
D
Locking screw (CRG) CRG motor ASS’Y Locking screw (CRG)
Fig. 3
AVH-5400DVD/XNUW5
86
1 2 3 4
5 6 7 8
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.
B
Retainer plate spring Main shaft
PU unit
Main shaft holddown spring
Fig. 4
Sub shaft
Temporary applying part of CRG chassis
D
Temporary applying Actual applying
AVH-5400DVD/XNUW5
5 6 7 8
87
1 2 3 4
A -How to hold PU (Fig. 5)
1. When you hold PU, hold “Handling OK” part shown in the figure and do not hold “Handling NG” part.
Handling OK Handling NG
Do not touch the radiator.
Do not touch the ACT(object lens).
C Do not pull the FPC.
Do not touch the Miller or
Collimator lens.
Fig. 5
AVH-5400DVD/XNUW5
88
1 2 3 4
5 6 7 8
8. EACH SETTING AND ADJUSTMENT
8.1 DVD ADJUSTMENT
A
1) Precautions in adjustment
Employing the single voltages including 5 V and 3.3 V as the power supply, the machine has the reference potential
for signals being not the GND but VREF (approx. 2.2 V) and VHALF (approx. 1.65 V).
Confusion between the reference voltage and the GND for connection at the time of adjusting the product not only
prevents the proper measurement of potentials but results in the erroneous operation of the servo, giving a high
impact on the pickup. Therefore, be careful of the following:
Do not confuse the reference voltage and the GND at the negative side of the instrument probe. Particularly, do not
connect the negative side of ch1 of the oscilloscope to the reference voltage, or the negative side of the probe of
ch2 to the GND. Also, set the instrument to the floating status as the instrument often has the same potential as the B
negative side of the probe.
If the reference voltage is connected to the GND by mistake, turn OFF the regulator or the power immediately.
• Make sure to remove various filters and wire rods necessary for measurement while the regulator is OFF.
• Before adjustment and measurement after turning ON the regulator, run the instrument for around a minute until
the circuit is stabilized.
• In the test mode, do not apply any mechanical or electric shock during adjustment as protections through software
do not operate in this mode.
• Once the EJECT key is pressed, do not press any other key until the disc is completely ejected.
• Power OFF immediately in case of run a way.
• Turning the volume for adjusting the laser power of the pickup unit may result in the breakage of the laser diode.
C
AVH-5400DVD/XNUW5
5 6 7 8
89
1 2 3 4
-SKEW adjustment
The skew adjustment for the pickup is required when the following replacement is performed:
A (1) Replacement of the pickup unit
(2) Replacement of the spindle motor
(3) Replacement of the carriage chassis
(4) Replacement of the main shaft of the pickup unit
(5) Replacement of the sub-shaft of the pickup unit
Measuring instrument, jigs and tools: Oscilloscope
Driver for adjusting SKEW => torques (T2) driver
Bond for fixing SKEW (GEM1033)
Bond for screw lock (GEM1068)
Disc used: GGV1025
B Measurement criterion: AGND2
Measurement point: RF
Connection diagram
DVD core unit
RF
AGND2
Enlarged
Oscilloscope
Symptoms seen in case of inadequate adjustment: Worsened error ratio 10-3 (normally 10-4 or less)
Large RF jitter
RF waveform is distorted
Tracking leading-in/servo is unstable
* Note: Do not directly look at laser beam in adjustment.
F There are two types of adjustments available: adjustment while monitoring the RF waveform with the oscilloscope
(method 1) and adjustment while checking the RF level values with the OSD (method 2).
The adjustment procedure is shown below. For how to enter the test mode and the operation procedure, see the
sections in the Service Test Mode.
AVH-5400DVD/XNUW5
90
1 2 3 4
5 6 7 8
Adjustment procedure:
1. Turn back the DVD mechanism module to ensure pickup adjustment.
As turning back the module may result in the scratched disc, place a coin around 1.5mm thick on the desk, A
and turn back and set the module so that the spot indicated in 1 comes directly above the coin.
2. Attach the pickup.
(See How to Remove the Pickup of the Mecha Unit.)
For the precautions in handling the pickup, see the Precautions in PU Handling below:
3. For the method 1:
Refer to the connection diagram and connect the oscilloscope based on AGND2 so the RF signal can be monitored.
For the method 2:
The device requires no setting. Skip to the fourth procedure.
4. Power ON the product and load the adjustment disc (GGV1025).
B
5. After setting the disc type to 1 DVD layer in the front-end test mode, power ON and move the pickup to the inner
circumference (CRG-Home).
6. LD ON
7. Execute focus close, all automatic adjustment in the status and tracking close.
Further, execute all automatic adjustment in that status as well.
8. Search the middle circumference (ID: 100000) and take the pickup to the middle circumference.
9. For the method 1:
Skip to the tenth procedure.
For the method 2: C
After Tracking Open first, execute all automatic adjustment and then tracking close with the command that can be
displayed in RF.
Further, execute all automatic adjustment in that status as well.
10. Using the torques (T2) driver,
For the method 1:
Slightly screw the skew adjustment screw A while viewing the RF waveform level of the oscilloscope to maximize the level.
Slightly screw the skew adjustment screw B while the pickup stays in the middle circumference to maximize the level.
Slightly screw the skew adjustment screw A again while the pickup stays in the middle circumference to maximize the level.
(Perform adjustment in order of A => B => A, and finally rotate the screws clockwise to complete adjustment.)
For the method 2:
Slightly screw the skew adjustment screw A while viewing the RF level value in the OSD display to maximize the level.
Slightly screw the skew adjustment screw B while the pickup stays in the middle circumference to maximize the level. D
Slightly screw the skew adjustment screw A again while the pickup stays in the middle circumference to maximize the level.
(Perform adjustment in order of A => B => A, and finally rotate the screws clockwise to complete adjustment.)
11. Power OFF in the test mode, and check that the disc is stopped before ejecting.
12. Apply adhesive for fixing skew and screw lock.
See the figure below for the spots to adhere.
E
1
AVH-5400DVD/XNUW5
5 6 7 8
91
1 2 3 4
A Spots for SKEW adjustment
B
B
Spots to adhere in SKEW
C
Spots to adhere in RAD-SKEW PU case
D
Spots to apply adhesive
C
C
E
Sheet-metal (yoke base) part Resin (suspension supporter) part
PU case
Spots to adhere in TAN-SKEW
Sheet-metal (yoke base) part
D&E Sectional diagram of the spot to adhere in R-SKEW
* Note: Make sure to cross-link both the resin and
E
sheet-metal parts.
Spots to apply adhesive
* Note: Make sure to cross-link both the case and sheet-metal parts.
AVH-5400DVD/XNUW5
92
1 2 3 4
5 6 7 8
Spots to apply screw lock A
Spots to apply screw lock
Apply screw lock more than half around a screw head
* Note: Screw lock should not run off the outermost
edge of the PU case.
Precautions in handling pickup
* Note: Avoid contact with the shaded part shown in the figure below. C
RF level adjustment part
Avoid contact with optical components.
Avoid contact with the spring.
Hologram (beware of static electricity)
GRT adjustment part
AVH-5400DVD/XNUW5
5 6 7 8
93
1 2 3 4
8.2 MOTHER PCB ADJUSTMENT
- Adjustment Point MOTHER PCB (SIDE B)
TP1742
TP101
TP103 TP102
VDD33
PWVI
SYS+B
AVCC5
TP601
VCC12
D
VCC33 TUN5
DD5
DD8
TP1651
AVH-5400DVD/XNUW5
94
1 2 3 4
DC/DC CONVERTER
No Adustment/Check Item Input Point Input signal Measurement point Check/Adjustment Trigger Control/Frequency Note
Internal oscillatory frequency : 300 kHz Internal oscillatory /External frequency can't be
changed, when it is operating.
5
5
External oscillatory frequency
TP : TP101, DDCCLK : 365.8 kHz/413.9 kHz VDCNT5 and VDCNT8 conforms to the hardware
1 DD5 TP102, TP103
DC14.4 V ± 0.3 V TP : DD5 5.0 V ± 0.4 V VDCNT5 specifications.
Operational frequency range : 346.5 kHz to 450
kHz Please give to me as a setting that flows as a load
SYNC INPUT DUTY 50% by 50 mA or more.
2 DD8 TP : DD8 8.0 V ± 0.4 V VDCNT8
REGULATOR
No Adustment/Check Item Input Point Input signal Measurement point Check/Adjustment Trigger Note
1 VDD3.3V TP : VDD33 3.3 V ± 0.2 V BUP
6
6
2 SYS+B TP : SYS+B 8.4 V ± 0.3 V SYSPW
3 TUN5V TP : TUN5 14.4 V ± 0.3 V SYSPW
4 PWRVI TP : PWVI 5.2 V ± 0.3 V DD5
5 VCC3.3V TP : VCC33 3.3 V + 0.15/- 0.3 V DD5
6 VCC1.2V TP : TP101, TP : VCC12 1.2 V ± 0.12 V VCC33
DC14.4 V ± 0.3 V
7 ILMB TP102, TP103 TP : TP1651 8.1 V ± 0.3 V DD8 Can be deleted if PWRBL item can be inspected
8 PWRBL TP : TP1651 8.1 V ± 0.3 V DD8
9 AVCC5V TP : AVCC5 5.0 V ± 0.3 V DD8
(LOW) 6.7 V ± 0.5 V BUP
10 FAN TP : TP1742 (MID) 8.0 V ± 0.5 V (CLCNT1,
(HI) 9.0 V ± 0.5 V CLCNT2)
AVH-5400DVD/XNUW5
Please supply power to each power source basically from BU (TP101, 102, 103).
7
7
When checking the Multi Media Decoder (SoC) unit using the UART etc., conform to the product movement for the time from the power on to
the reset cancellation/communication start, etc.
SYSTEM u-COM
No Adustment Item Input Point Input signal Measurement point Check/Adjustment Trigger Note
47.185 92 MHz ±
PCL TP : TP101, After ACC, B.UP ON, Supply 3.3 V with
1 TP102, TP103 DC14.4 V ± 0.3 V TP : TP601 188 Hz -
FREQUENCY IC602 : 149pin(TESTIN) and release reset.
(± 40 ppm less than)
8
8
95
E
A
D
C
F
B
1 2 3 4
8.3 MONITOR PCB ADJUSTMENT
- Adjustment Point MONITOR PCB (SIDE B)
GD33V
B
GD12V
MONPW PWRBL
PWRVI
BLERR1
MOVBS
BLP
AVH-5400DVD/XNUW5
96
1 2 3 4
BACKLIGHT DRIVER
No Adustment/Check Item Input Point Input signal Measurement point Check/Adjustment Trigger Control/Frequency Note
DIMPLS Internal oscillatory frequency Internal oscillatory /External
Operational frequency : 381.67 kHz frequency can be changed, when it
: 200 Hz
5
is operating.
5
External oscillatory frequency
DIMMER is adjusted by : 476.6 kHz/515.7 kHz
1 BACKLIGHT TP : PWRBL DC 8.0 V ± 0.2 V TP : BLP 16.0 V ± 3 V the Duty. PWRBL, MBLPW, BLCLK, DIMPLS
(Operational frequency range : conforms to the hardware
430 kHz to 530 kHz) specifications.
SYNC INPUT DUTY 90%
DIMPLS An output voltage range in product
2 BLERR TP : PWRBL DC 8.0 V ± 0.2 V TP : BLERR1 0.981 V to 2.642 V -
(Duty 100%) normal operation
REGULATOR
No Adustment/Check Item Input Point Input signal Measurement point Check/Adjustment Trigger Note
1 GD33V TP : PWRVI DC5.1 V ± 0.2 V TP : GD33V 3.4 V ± 0.2 V MONPW TP : MONPW + 3.0 V to + 3.3 V
6
6
MONPW
2 GD12V TP : PWRVI DC5.1 V ± 0.2 V TP : GD12V 1.2 V ± 0.1 V TP : MONPW + 3.0 V to + 3.3 V
(GD33V)
A timing signal from the GERDA to the LCD module may destroy the built-in driver IC of the LCD module depending on its timing.
Please pay attention if you are going to control the GERDA directly with jigs.
When executing the display test mode with the UART etc., conform to the product movement for the time from the power on to
the reset cancellation/communication start, etc.
COMPOSITE SIGNAL
AVH-5400DVD/XNUW5
No Adustment/Check Item Input Point Input signal Measurement point Check/Adjustment Trigger Note
Please do not input the signal when
7
7
composite signal you don't turn on the power supply.
1 composite TP : MOVBS - Display confirmation -
1.0 Vp-p ± 1%(at white 100%)
Check signal : Color bar, 10step
8
8
97
E
A
D
C
F
B
1 2 3 4
9. EXPLODED VIEWS AND PARTS LIST
NOTES : Parts marked by " * " are generally unavailable because they are not in our Master Spare Parts List.
The > mark found on some component parts indicates the importance of the safety factor of the part.
A
Therefore, when replacing, be sure to use parts of identical designation.
"
Screw adjacent to mark on the product are used for disassembly.
For the applying amount of lubricants or glue, follow the instructions in this manual.
(In the case of no amount instructions,apply as you think it appropriate.)
9.1 PACKING
AVH-5400DVD/XNUW5
98
1 2 3 4
5 6 7 8
(1) PACKING SECTION PARTS LIST
Mark No. Description Part No. Mark No. Description Part No.
1 Cord Assy See Contrast table (2) 10 Protector CHP2540
2 Screw Assy CEC2991 11 Protector CHP3992
A
3 Screw BMZ50P060FTC 12 Protector CHP3993
* 4 Polyethylene Sheet CNM4338 13-1 Owner's Manual See Contrast table (2)
5 Screw(M4 x 3) CBA1870 13-2 Owner's Manual See Contrast table (2)
6 Screw CMZ50P060FTC 13-3 Owner's Manual See Contrast table (2)
7 Polyethylene Bag See Contrast table (2) * 13-4 Warranty Card See Contrast table (2)
8 Unit Box See Contrast table (2) 14 Remote Control Unit See Contrast table (2)
9 Contain Box See Contrast table (2)
(2) CONTRAST TABLE
AVH-5400DVD/XNUW5, AVH-5400DVD/XNUC, AVH-P5450DVD/XNRD and AVH-5450DVD/XNRI are constructed B
the same except for the following:
AVH-5400DVD/ AVH-5400DVD/ AVH-5450DVD AVH-5450DVD
Mark No. Description
XNUW5 XNUC /XNRD /XNRI
1 Cord Assy CDP1344 CDP1288 CDP1288 CDP1288
7 Polyethylene Bag CEG1042 CEG1185 CEG1042 CEG1042
8 Unit Box CHG7726 CHG7725 CHG7727 CHG7728
9 Contain Box CHL7726 CHL7725 CHL7727 CHL7728
13-1 Owner's Manual CRB3771 CRB3773 CRB3776 CRB3776
13-2 Owner's Manual CRB3772 CRB3774 CRB3777 CRB3779
C
13-3 Owner's Manual Not used CRB3775 CRB3778 CRB3780
* 13-4 Warranty Card CRY1330 QRY3001 Not used Not used
14 Remote Control Unit Not used CXE3877 CXE3877 CXE3877
Owner's Manual
Part No. Language
CRB3771 English
CRB3772 Russian
CRB3773 English D
CRB3774 French
CRB3775 Spanish(Espanol)
CRB3776 English
CRB3777 Spanish(Espanol)
CRB3778 Portuguese(B)
CRB3779 Arabic
CRB3780 Persian
E
AVH-5400DVD/XNUW5
5 6 7 8
99
1 2 3 4
9.2 EXTERIOR (1)
UC, RD, RI
UW5
F
A
AVH-5400DVD/XNUW5
100
1 2 3 4
5 6 7 8
(1) EXTERIOR (1) SECTION PARTS LIST
Mark No. Description Part No. Mark No. Description Part No.
1 Screw BMZ20P025FTC 18 Cushion CNN3420
2 Screw(M2 x 3) CBA1877 19 Sheet CNN3421
A
3 Cord Assy See Contrast table (2) 20 Holder CNV9890
> 4 Fuse(10 A) CEK1136
5 Cap CNS1472 21 Arm CNV9891
22 Lighting Conductor CNW1805
6 Resistor RS1/2PMF102J 23 Lighting Conductor CNW1806
7 Screw CMZ50P060FTC 24 •••••
8 Holder CND3854 25 Grille Unit CXE2697
9 Bracket CND3855
10 Panel CNS9453 26 Knob Unit CXE5148
27 Spring YBL5010
11 Grille Assy See Contrast table (2) 28 Detach Grille Assy See Contrast table (2) B
12 Screw BPZ20P060FTC 29 Button(SRC, <, >, EJECT, OPEN/CLOSE) CAI2734
13 Button CAI2735 30 Screw(M2 x 6) CBA2132
14 Door CAT2914
15 Spring CBH2997 31 Cover CNU1124
32 Grille See Contrast table (2)
16 FFC CDE9140 33 Remote Control Unit See Contrast table (2)
17 Cover CNN3221 * 34 Battery Cover See Contrast table (2)
(2) CONTRAST TABLE
AVH-5400DVD/XNUW5, AVH-5400DVD/XNUC, AVH-5450DVD/XNRD and AVH-5450DVD/XNRI are constructed
the same except for the following: C
AVH-5400DVD AVH-5400DVD AVH-5450DVD AVH-5450DVD
Mark No. Description
/XNUW5 /XNUC /XNRD /XNRI
3 Cord Assy CDP1344 CDP1288 CDP1288 CDP1288
11 Grille Assy CXE5111 CXE5112 CXE5113 CXE5113
28 Detach Grille Assy CXE5126 CXE5126 CXE5128 CXE5128
32 Grille CNU1888 CNU1888 CNU1889 CNU1889
33 Remote Control Unit Not used CXE3877 CXE3877 CXE3877
* 34 Battery Cover Not used CNU1624 CNU1624 CNU1624
AVH-5400DVD/XNUW5
5 6 7 8
101
1 2 3 4
9.3 EXTERIOR (2)
B
B 1/2
G
A
C
A
Drive Unit
E D
D
C
E
F 2/2
19%
AVH-5400DVD/XNUW5
102
1 2 3 4
5 6 7 8
(1) EXTERIOR (2) SECTION PARTS LIST
Mark No. Description Part No. Mark No. Description Part No.
1 Screw BMZ20P025FTC 17 Lighting Conductor CNW1807
2 Screw BMZ26P040FTC 18 Touch Panel CSX1167
A
3 Screw(M2 x 2) CBA1872 19 Screw(M2 x 2) CBA1872
4 Screw(M2 x 1.4) CBA2042 20 Holder CND5507
5 FFC CDE9143
21 Holder CND5508
6 Holder CND3271 22 Sheet CNN1750
7 Holder CND6379 23 Insulator CNN3223
8 Holder CND6380 24 Sheet CNN3305
9 Bracket CND3845 25 Monitor Unit See Contrast table (2)
10 Insulator CNN2007
26 LCD CWX3866
11 Insulator CNN2764 27 Grille Unit CXE4203 B
12 Flexible PCB CNQ3554 28 Grille Assy See Contrast table (2)
13 Cover CNU1130 29 DVD Mechanism Module(MS7) CXK6900
14 Screw BPZ20P060FTC 30 Screw BSZ26P050FTB
15 FFC CDE9146
31 Screw BMZ20P025FTC
16 FFC CDE9147
(2) CONTRAST TABLE
AVH-5400DVD/XNUW5, AVH-5400DVD/XNUC, AVH-5450DVD/XNRD and AVH-5450DVD/XNRI are constructed
the same except for the following:
AVH-5400DVD AVH-5400DVD AVH-5450DVD AVH-5450DVD C
Mark No. Description
/XNUW5 /XNUC /XNRD /XNRI
25 Monitor Unit CWN6460 CWN6461 CWN6462 CWN6463
28 Grille Assy CXE5111 CXE5112 CXE5113 CXE5113
AVH-5400DVD/XNUW5
5 6 7 8
103
1 2 3 4
9.4 EXTERIOR (3)
C
C
C B
E Grille Assy
A
B
AVH-5400DVD/XNUW5
104
1 2 3 4
5 6 7 8
(1) EXTERIOR (3) SECTION PARTS LIST
Mark No. Description Part No. Mark No. Description Part No.
1 Screw AMZ26P040FTC
2 Screw BMZ20P025FTC 16 ANT Pigtail Cable CDH1390
A
3 Screw BMZ26P040FTC 17 Holder CND4276
4 Screw BMZ26P120FTC 18 Holder CND5509
5 Sheet CNN3964 19 Holder CND5566
20 •••••
6 Cushion CNN3965
7 COMPLEX Pigtail Cable CDE9632 21 Holder CND6139
8 Case CNB3631 22 •••••
9 Panel CNB3651 23 •••••
10 Holder CND4167 24 •••••
25 Fan Motor CXM1262
11 Holder CND5511 B
12 Insulator CNN3224 26 Screw PMZ20P160FTC
13 Heat Sink CNR1941 27 Gasket CNN3749
14 Cap CNV6727 28 EMI Absorb Sheet See Contrast table (2)
15 DVD Amp Unit See Contrast table (2) 29 EMI Absorb Sheet See Contrast table (2)
(2) CONTRAST TABLE
AVH-5400DVD/XNUW5, AVH-5400DVD/XNUC, AVH-5450DVD/XNRD and AVH-5450DVD/XNRI are constructed
the same except for the following:
AVH-5400DVD AVH-5400DVD AVH-P5450DVD AVH-P5450DVD
Mark No. Description
/XNUW5 /XNUC /XNRD /XNRI
C
15 DVD Amp Unit CWN6455 CWN6456 CWN6457 CWN6458
28 EMI Absorb Sheet Not used CNN3809 Not used Not used
29 EMI Absorb Sheet Not used CNN3810 Not used Not used
AVH-5400DVD/XNUW5
5 6 7 8
105
1 2 3 4
9.5 EXTERIOR (4)
The application position of grease is referred to page 108 and page 109.
A
G
A
C
D
E
C
D
I
J
B G
C
D
E
E
A
: GEM1073
F
AVH-5400DVD/XNUW5
106
1 2 3 4
5 6 7 8
EXTERIOR (4) SECTION PARTS LIST
Mark No. Description Part No. Mark No. Description Part No.
1 Drive Unit CXC9160 50 Guide CNV8999
2 Screw(M2 x 2) CBA2129 A
3 Screw(M2 x 1.5) CBA1615 51 Lever CNV9000
4 Screw(M2 x 2) CBA1872 52 Arm CNV9001
5 Screw(M2 x 3) CBA1877 53 Guide CNV9003
54 Guide CNV9004
6 Screw(M2.3 x 6) CBA2027 55 Guide CNV9534
7 Washer CBF1037
8 Washer CBF1039 56 Guide CNV9535
9 Washer CBF1064 57 Shaft CLA4665
10 Spring CBH2906 58 Gear CNW1055
59 Holder Unit CXC6145
11 Spring CBH2907 60 Motor Unit (SLIDE)(M102) CXC6638 B
12 Spring CBH3004
13 Spring CBH3007 61 Screw JGZ20P025FTC
14 Spring CBL1723 62 Motor Unit (ANGLE)(M103) CXC6639
15 Spring CBL1734 63 Screw JGZ20P025FTC
64 Chassis Unit CXC7638
16 Cord CDE8127 65 Case Unit CXC7640
17 Cord CDE8128
18 Shaft CLA4651 66 Frame Unit CXC9184
19 Shaft CLA4661 67 Screw JFZ17P025FTC
20 Shaft CLA4662 68 Washer YE15FTC
69 Screw(M2 x 3) CBA1877 C
21 Shaft CLA4666 70 Spring CBH2750
22 Shaft CLA4814
23 Shaft CLA4821 71 Spring CBL1766
24 Holder CND3245 72 Lever CND4077
25 Cover CND3252 73 Cover CNV9643
74 Arm CNV9644
26 Sheet CNN2791 75 Bracket Unit CXC7978
27 Sheet CNN1056
28 Sheet CNN1065 * 76 Main PCB Unit EWX1005
29 Insulator CNN1068 * 77 Volume PCB Unit EWX1006
D
30 Sheet CNN1349 * 78 Switch PCB Unit EWX1007
79 Screw(M2 x 2) CBA1955
31 Insulator CNN1583 80 Spacer CNN2051
32 Insulator CNN2168
33 Gear CNR1855 * 81 Spacer CNN3788
34 Gear CNR1856
35 Gear CNR1857
36 Gear CNR1859
37 Gear CNR1860
38 Gear CNR1861 E
39 Gear CNR1862
40 Gear CNR1864
41 Gear CNR1925
42 Gear CNR1926
43 Gear CNV8980
44 Gear CNV8981
45 Gear CNV8983
46 Gear CNW2004
F
47 Gear CNW2005
48 Rack CNV8995
49 Rack CNV8996
AVH-5400DVD/XNUW5
5 6 7 8
107
1 2 3 4
The gear assembly figure of the Drive Unit
A
CNR1861 CNV8980 CNV8984
CNR1926
CNR1860 CNR1862
CNV8981 CNV8985
CNR1859
C
Grease
D
HOLDER
(CND3245)
(3)
(3)
(2)
(1)
HOLDER (1)
HOLDER
GEAR
(1)
(1) : GEM1011
F
(2) : GEM1043
(3) : GEM1047
AVH-5400DVD/XNUW5
108
1 2 3 4
5 6 7 8
(2) B
(6) (6)
(5) (4) (4) (5)
C
(4) (4)
(1) (1)
(5)
(5)
D
(4)
(4)
(5) (5)
(4)
(2)
(4)
(4)
(4)
(4)
(2)
(1) : GEM1011
(2) : GEM1043
(3) : GEM1047
(4) : GEM1024 F
(2)
(5) : GEM1072
(6) : GEM1071
AVH-5400DVD/XNUW5
5 6 7 8
109
1 2 3 4
9.6 DVD MECHANISM MODULE
L
A
(1/2) (A)
(C)
(B)
(C)
(F) (B)
B
(F) (B)
(E)
(F)
(F)
F
(F)
(A)
(F)
A
D
C
A
(C)
(D)
(C) (A)
(B)
(A)
D
(A)
(A)
F
C (A)
B
(A)
B
C G
E D (A)
E
D
(2/2) E (A)
(C) (A)
(B)
(A)
(A)
E
G
(A) : GEM1045
(B) : GEM1043 23%
(A)
(C) : GEM1024
C (C)
(D) : GEM1050
F (B)
(E) : GEM1085 (A)
(F) : GEM1038
AVH-5400DVD/XNUW5
110
1 2 3 4
5 6 7 8
DVD MECHANISM MODULE SECTION PARTS LIST
Mark No. Description Part No. Mark No. Description Part No.
1 Screw BMZ20P020FTC 50 Gear CNV8875
2 Screw BMZ20P025FNI A
3 Screw CBA1787 51 Gear CNV8876
4 Washer CBF1038 52 Gear CNV8877
5 Washer CBF1064 53 Gear CNV8878
54 Gear CNV8879
6 Spring CBH2589 55 Gear CNV8880
7 Spring CBH2590
8 Spring CBH2592 56 Lever CNV8903
9 Spring CBH2593 57 Lever CNV8904
10 Spring CBH2596 58 Roller CNV8905
59 Lever CNV8908
11 Spring CBH2597 60 Arm CNV8909 B
12 Spring CBH2599
13 Spring CBH2600 61 Damper CNV9061
14 Spring CBH2601 62 Damper CNV9062
15 Spring CBH2604 63 Rack CNV9063
64 Arm CNV9116
16 Spring CBH2605 65 Arm CNV9117
17 Spring CBH2710
18 Spring CBH2711 66 Arm CNV9577
19 Spring CBH2890 67 Roller CNW1816
20 Spring CBH2935 68 Compound Unit(B) CWX3559
69 Bracket Unit CXB8685 C
21 Spring CBH3022 70 Motor Unit(LOAD)(M1) CXC4912
22 Spring CBH3023
23 Spring CBH3024 71 Compound Unit(A) CWX3864
24 Spring CBH3025 72 Arm Unit CXC5486
25 Spring CBH3031 73 Roller Unit CXC5708
74 Chassis Unit CXC6443
26 Spring CBL1689 75 Arm Unit CXC7872
27 Spring CBL1726
28 Shaft CLA4918 76 Frame Unit CXE2486
29 Shaft CLA4919 77 Guide Unit CXE2585
D
30 Lever CNC9933 78 Shaft CLA4771
79 Holder CND5456
31 Frame CND2250 80 Guide CNV9569
32 Holder CND2251
33 Holder CND5006 81 Collar CNV9570
34 Sheet CNM6883 82 Motor(STEPPING)(M2) CXM1364
35 Sheet CNM9407 83 Motor(SPDL)(M3) CXM1405
84 Screw JFZ20P018FTC
36 Sheet CNM9658 85 Washer YE20FTC
37 •••••
38 Cam CNV7156 86 Screw IMS20P030FTC E
39 Clamper CNV7158 87 DVD Core Unit(MS7) YWX5010
40 Rack CNV7175 88 Pickup Unit(Service) CXX2558
89 Gear CNV8913
41 Collar CNV8845 90 Motor CXM1321
42 Lever CNV8865
43 Arm CNV8867 91 Screw JFZ14P020FTC
44 Arm CNV8868
45 Arm CNV8870
46 Arm CNV8871
F
47 Arm CNV8872
48 Arm CNV8873
49 Gear CNV8874
AVH-5400DVD/XNUW5
5 6 7 8
111
1 2 3 4
10. SCHEMATIC DIAGRAM
10.1 MOTHER PCB (ANALOG PART)
A
Note: When ordering service parts, be sure to refer to " EXPLODED VIEWS AND PARTS LIST" or
"ELECTRICAL PARTS LIST".
AV_LOUT1
PA_RR
PA_FR
PA_RL
PA_FL
A 2/5
ANA-SYS BUS
BT_TEL
ANA-I/F BUS
RCA_SWR
RCA_SWL
RCA_RR
RCA_FR
RCA_RL
AUX_L
RCA_FL
REARMUTE2
A 5/5 E.VOL INPUT
AUX_AGND
BUSL+
ONSEI+
BUSL-
ONSEI-
D161
FM(100%):±0.0 dBs E.Vol REARMUTE1
AM(30%):±0.0 dBs
AUX:+2.2 dBs R202 R204 R203 R205
VCR:+2.2 dBs
B
A 4/5 USB&SD:+5.1 dBs
DVD/CD(MS7):±0.0 dBs
0
R206
0
NM
R208
NM
0
R207
0
NM
R209
NM
SYS+B
RCAMUTE
R222
NM
C236
NM GNDA AMPPW
MIC GND
SYSMUTE
0.1u/16
C232
C231
MICin
47u/16
GNDA
DCH1165-A
10u/16V
10p/50
C233
1u/10
C218
C238
GNDA
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
E.VOL OUTPUT
PGND
C217 N.C.14
Tout_FL
Front_L
Rear_L
N.C.10
Svin_FL
Pre_SWL
VP
Pref
N.C.13
N.C.11
Rear_R
1
Pre_SWR
Front_R
48
N.C.12
1u/10 2 47 C219 FM(100%):+9.1 dBs
ANA-SOC BUS
Svin_RL Svin_FR AM(30%):+9.1 dBs
3 Tout_RL Tout_FR 46 1u/10
C234
0.022u/50 4
N.C.1 Svin_RR
45 C220
AUX:+9.3 dBs
APF_2 IC201 Tout_RR VCR:+9.3 dBs
C235 5 44 1u/10
APF_1
PML020A
Svin_Pre USB&SD:+9.2 dBs
C221
0.022u/50 6
N.C.2
E. VOL IC INPUT Tout_pre
43 DVD/CD(MS7):+4.1 dBs
GNDA 7 42
IN1L
1 - N.C.9
1u/10
C207 1u/10 8 2 AV SEL. 41 PA_FL
IN2L IN1R
C206 NM 9 - 40 C208
IN3L
3 IN2R
AV_ROUT1 PA_FR
C 10
N.C.3
4 - IN3R
39 1u/10 PA_RR
C211 NM 11 5 - 38 PA_RL
IN4L+ N.C.8
C213 NM 12 MIC for AEQ 37 C212 NM BUSR+
IN4L- IN4R+
13 36 C214 NM BUSR-
SA_TEST_OUT
R227 N.C.4 IN4R-
MIC_AMP_Out
NM R229 C215 NM 14 35
IN5L N.C.7
TEST_OUT
SA_TEST
C216 NM 15 IN5G DVCC 34
DC_filter
IN5R MUTE
SACLK
MIC_in
NM
DGND
DATA
N.C.5
N.C.6
R228 NM 16 33 SYS+B
GND
VCC
CLK
STB
Cref
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
EVSTB
R223
R220
R221
NM
NM
47k
EVDATA
MICAMP
R218 680
R217 680
R216 680
R215 680
EVCLK
DCH1165-A
0.47u/16
R211
R210
C237
C226
10p/50
EVSACLK
NM
NM
C225
10u/16V
0.1u/10
EVSAOUT
0.1u/10
C227
C228
C230
C229
47u/16
C223 NM
Q201
NM
NM
R201
NM
R214
R212
R213
NM
NM
NM
C224
0
TELMUTE
D C222
2.2u/10
GNDA GNDA
VCR_VGND
VCR_V
SOC_V PBSENS
BC_VGND
BCAM_IN
AUX_VGND
AUX_V
MS_V
AV SELECTOR
470
470
470
470
R256 470
R257 470
1u/10
1u/10
R252
R260
R261
NM
GNDD
R266
R265
VRET5 47 C269 1u/10
VIN6 48 C268 NM
0.1u/10
22u/16
C291
C290
1u/10
1u/10
BSENS
C276
C277
C278
C279
NM
NM
46 C271
VIN4 45 C272
44 C273
43 C274
VRET7 50 C284
C283
GNDV
ASENS
C281 BGSENS
51
42
52
VIN7 49
41
40
NM
GNDV ISENS
VRET4
VRET6
VRET1
VIN5
VIN2
VRET3
VRET2
VIN3
1 39
GNDV AVSCL
TUN_L 2 VGND2 VIN1 38
C251 0.1u/16 IC251 AVSDA
GNDTU 3 LIN1 VREG 37
0.1u/16 BH7649KS2
C285 4 ARET1
TUN_R SCL 36
C252 0.1u/16 5 RIN1 VIDEO AUDIO SDA 35
E SOC_L 6
ABIAS 1 - TUNER VOUT1 34 C293
LIN2 VDIN1
C253 1u/10 7 2 SOC SOC 33 0.1u/16
ARET2 VOUT2
SOC_R C267 NM 8 RIN2 3 mini mini VDIN2 32 C294
C254 1u/10 9 AGND 4 VCR VCR VGND1
31 0.1u/16
VDSAG2
SYS+B 10 LIN3 5 MS7 MS7 30
VDOUT2 GNDV
8.3V 6 B.Cam x
11 ARET3 VDSAG1 29
R259 RCA_V
RIN3
R251
x
NM
12 7 - VDOUT1 28 75 (F)
AVCC
TUN-ANA BUS
23 ROUT1
24 ROUT2
22 LOUT1
C280 NM 20 ARET5
ARET4
LOUT2
13 27 R258
1u/10 21 VBIAS
25 VVCC
MONVBS
NM
RIN4
RIN5
NM
19 LIN5
18 ADR
470 16 LIN4
NM
0.1u/10
C265 0.1u/10
17
NM
470 15
470 14
26
C266 22u/16
SYS+B
8.3V
470
470
470
R267
NM
L251
C259
0
1u/10
D252
C263
C264
D251
R253
R254
R255
R262
R263
R264
C260
N
1u/10
C255
C257
C275
C258
AUX_AGND C270
C256
0.1u/10
C286
C287
C289
C288
22u/16
0.1u/10
NM
GNDA
VCR_GND
AV SEL INPUT
VCR_R
RCA_R
AUX_R
VCR_L
RCA_L
AUX_L
F A 5/5 FM(100%):±0.0 dBs
AM(30%):±0.0 dBs
GNDV
AV_ROUT1
AV_LOUT1
AUX:+2.2 dBs
MS_R
MS_L
VCR:+8.2 dBs
USB&SD:+5.1 dBs ANA-SYS BUS
A 1/5
DVD/CD(MS7):±0.0 dBs
AVH-5400DVD/XNUW5
112
1 2 3 4
5 6 7 8
A 1/5 MOTHER PCB
(ANALOG PART)
REARMUTE
Q162 Q161 SYS+B
Q164 LTA124EUB LTA124EUB
E1 1 6 C1 8.3V
BUP_1
14.4V
R160
B1 2 5 B2
10k
Q155
1SS352
C2 3 4 E2
D154
E2 4 3 C2
R161
47k
NM Q163 B2 5 2 B1
D161
LSCR523UB
NM
R152
C1 6 1 E1
1k
REARMUTE1 RN4982
4.7k
R162
R163
47k
GNDA
47u/16
AMPMUTE
B
C160
C168
47u/16
R153 R155 SYS+B
8.3V
IC151 AMP
1SS301
GNDA 68k 68k PA2030A
D153
Q153
R154 R156 1
1 6
GNDA TAB 1.TAB
AMPPW 1.5k 100 2
5
CCG1201-A
PW-GND2 2.PW.GND2
SYSMUTE 2 FR- 3
C161
4.7u/10V
OUT2(-) 3.RR-
3 4 4
STBY 4.STBY
FR+ 5
SYS+B OUT2(+) 5.RR+
8.3V RN1903 6
OFFMUTE VCC2 6.VCC1/2
D155 R157 7
FL-
TP152 TP151 GNDA OUT1(-) 7.RL-
1SS352 10k D156 8
PW-GND1 8.PW.GND1
R158 RKZ8.2KG(B2) 9
LSCR523UB
FL+
10u
DCH1201-A
OUT1(+) 9.RL+
Q154
100k C164 10u/35 10
C166
RIPPLE 10.SVR
R159
47k
(CCG1236-A) 11
IN1 11.FLIN
12
IN2 12.FRIN
13
PRE-GND 13.S-GND
GNDA 14
IN4 14.RRIN
15
C151 C155 C162 C165 IN3 15.RLIN
0.47u/10 0.47u/10 16
PA_FL
AC-GND 16.ACGND
C152 0.47u/10 C156 0.47u/10 2.2u/16 2.2u/16 17
AV_ROUT1 PA_FR RL+
OUT3(+) 17.FL+
PA_RR GNDA 18
PW-GND3 18.PW.GND3
C
C154 0.47u/10 C158 0.47u/10 19
PA_RL RL-
OUT3(-) 19.FL-
C153 0.47u/10 C157 0.47u/10 20
VCC1 20.VCC3/4
RR+ 21
OUT4(+) 21.FR+
22
MUTE 22.MUTE
RR- 23
OUT4(-) 23.FR-
24
PW-GND4 24.PW.GND4
25
H-SW/VOS-DET 25.B.REMOTE
B
D151
CRG03
0.1u/50
C163
A
CEAT102M16
K
1000u/16
D152
C167
K CRG03
T
C159
0.1u/50
GND
VCC33
3.3V
PBSENS GND
C1 R128
47k
D124 L122
TELMUTE R134 BTH1101-A
HN1A01FU(YGR)
D
B2
E2
10k
6
5
4
R122
47k
0.01u/50
1SS301
Q123
C126
C129
C121
0.1u/50
NM
C2
1
2
3
E1
B1
PBSENS GNDD R130
47k
GNDD GND
TELMUTE CN101
CKM1516-A
R125 R131 D125
L121 R136 FL- FL-
1 FL-
V 47k 4.7k RL- RL-
BTH1101-A 15k 2 RL-
0.1u/50
C127
ASENS 1SS301 FL+ FL+
3 FL+
POWER SUPPLY
TP122
D122 RL+ RL+
HZU7L(A1) GNDD 4 RL+
R123 FR- FR-
5 FR-
BSENS 10k RR- RR-
6 RR-
BSENS TP121
HN1C01FU(YGR)
ASENS FR+ FR+
C1
B2
E2
7 FR+
6
5
4
D123
0.1u/50
R124
R126
R133
C124
BGSENS RR+ RR+
47k
Q122
4.7k
8 RR+
ISENS TP127 100k HZU7L(C3) TP111
LSCR523UB
D127 9 P.B.
R127
RKZ20KG(B2)
47k
R139
C2
1
2
3
E1
B1
TP110
Q125
L
10 BGSENS
A 10k ACC
R140
10k
11 ACC
GNDD 12 B.REM
GNDD TP108
13 ILM
GNDD
BUP_1 TP109
14 MUTE E
14.4V TP103 TP101
VCC33 15 B.UP
3.3V
TP102
16 GND
CRG03
D102
D101
R132
BGSENS
100k
ISENS R121 D121
TP105
TP104
TP106
10k 1SS352 D126
Q121 RKZ5.6KG(B2) GND
LTC114EUB
BGSENS R135 L123
0.1u/50
CHIP SIZE LEGEND LTC114EUB
C123
R129
NM
1u/10
C122
BS 1608 CTF1639-A
10k
0.1u/50
C125
0.1u/50
Q124
2125 SP OUT
C128
3216
FM(100%):+35.1 dBs
AM(30%):+35.1 dBs
GNDD GNDD AUX:+35.3 dBs
VCR:+35.3 dBs
NOTE : USB&SD:+35.2 dBs
Symbol indicates a resistor. DVD/CD(MS7):+30.1 dBs
No differentiation is made between chip resistors and DVD AMP UNIT
discrete resistors. Consists of
Symbol indicates a capacitor. MOTHER PCB
No differentiation is made between chip capacitors and F
TUNER PCB
discrete capacitors.
: The power supply is shown with the marked box.
NM : No Mount
A 1/5
AVH-5400DVD/XNUW5
5 6 7 8
113
F
E
B
A
D
C
114
A 2/5
1
1
VCC33
A 5/5
INNER BUS
BTMICMUTE
MTRS
FLMD0
DRST
LFTSW
NM
Q795
MTRSEL
MS_SRX
DEG0SW
NM
LFTPULS
S_MSTX
SYS-PWR BUS
R799
NM
R689
R642
GNDBT
C796
0
NM
NM
SYS-I/F_2 BUS NM
CN795
C795
NM
BT_MICIN C793
REMIN
N_to_S
RESET
1
IP_to_S
S_to_IP
NM BT_MIC1P
RGBARI
S_to_N
ASENBO
GUIDEON
C794
TUN-SYS BUS
ANA-SYS BUS NM 2 VCC_MIC
BTMIC_GND
3 BT_MIC1N
BTRST
4 BT_RST
BT_TEL
ASENS
BSENS
5 BT_SPK1P
6 BT33
2
2
BT33 7 GNDBT
GNDD
S_BTTX
8 S_BTTX
NM
BZ601
9 GNDBT
CPV1063-A
BT_SRX
CN601
10
NM
R640
BT_SRX
1 GNDD
2
1
2 DCK
GNDBT
GNDBT
3 GNDD
NM
R641
R613
VDD
GND
4 RESET
GNDD
FLMD0 100k
5 FLMD0
C601 D601
6 DMS
INNER BUS
NM
1SS352
GNDD
1u/10
GNDD
DRST
Q601
7 DRST
1k
GNDD
ANA-SYS BUS
R611
SYS-I/F_2 BUS
SYS-PWR BUS
8 DDI
3
2
1
C610
9 DDO
SYSTEM u-COM
15p/50
C609
15p/50
VSS
10 VDD33
VDD
OUT
11 VDD33
IC601
X601
12 GNDD
CSS1790-A
100k
100k
NM
R639
R612
R614
TO SOFTWARE UPDATING TOOL
NC1
NC2
3.93216MHz
13 NC
S-80827CNMC-B8M
4
5
VDD33
VDD33
R645
R771
0
0
10
27k
47k
AVH-5400DVD/XNUW5
R688
R685
R684
R620
100k
100k
R643
R770
R615
0
100
100k
R635
R681
R647
R646
NM
C602
INNER BUS
1k
NM
R619
R691
0.1u/10
C604
C605
TUN-SYS BUS
ANA-SYS BUS
0.1u/10
0.1u/10
SYS-I/F_2 BUS
4.7k
4.7k
SYS-PWR BUS
GNDD
A-a 2/5
R716
NM
R603
TSI
47k
TCK
TSO
3
3
R618
RESET
LFTSW
MTRSEL
C603
15k
DEG0SW
FLMD0
DSENS
4.7u/6.3
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
5
9
8
7
6
4
3
2
1
C611
0.1u/10
45 176
NM
X2
X1
4.7k
4.7k
NC
NC
NC
NC
NC
NC
NC
NC
NC
R624
R623
10.2 MOTHER PCB (SYSTEM PART)(GUIDE PAGE)
R662
TSI
NC
NC
NC
NC
NC
NC
NC
XT2
XT1
TCK
VSS
TSO
VDD
EVSS
BEEP
AVSS
DRST
46
EVDD
R625 470
MTRS
175
REGC
KDT0
REMIN
FLMD0
RESET
NC
LFTSW
/ASENS
/BSENS
AVREF1
AVREF0
MTRSEL
LFTPULS
/DEG0SW
47 174 R626 470 KDT1 MTR2
DDI
R627 48
47k DDO /DSENS TEMPSEN 173 TEMPSEN1
49 KDT0
MS_to_S
S_to_MS
GNDD
DCK PNLADX 172 PNLADX
R628 KDT1
R652
7
6
5
4
3
2
1
47k 50 171 NM PNLADY
DMS PNLADY
R629 51 R653 NM
170
2Y
2B
2A
1Y
1B
1A
SOtoS 47k R630 SO_to_S PNLADCRT PNLADCRT
GND
52 R654 NM
StoSO S_to_SO ANGLE 169 ANGLE
0.1u/10
IC2001
47k
C2001
53 C613 NM
ILMLD ILMLD NC 168
3Y
3A
3B
4Y
4A
4B
VCC
ILMDT 54 167 R675 100 BLERR1
ILMDT BLERR1
TC74VHCT08AFKS1
8
9
55 C612
10
11
12
13
14
ILMCK ILMCK NC 166 0.01u/16 EVSAOUT MTRSEL
VCC5
56 C616 MICSENSR MTR1
NC NC 165
R604 680p/50
57 164 MICSENSL
NC SAIN
VCC33
TUNRST R607 2.2k 10k 58 163 D602 R712
TUNRST MICSENR
59 162 NM NM WIREDAD
RDSINT MICSENL
TUNDATA R609 470 R605 10k 60 D603 R713
TUNDATA NC 161
*
B
A
D
C
1k
1k
1k
TUNCLK R610 470 R606 10k 61 160 NM NM WIRED
TUNCLK
R2009
R2008
R2007
NC
CKS5543-A
ROTIN1 R697 1.8k 62
ROTIN2 MODEL3 159
CN2001
NM
C614 R648
47k
47k
R734 NM
B
A
R698 63
D
C
ROTIN2 1.8k 0.1u/10 ROTIN1 MODEL2 158 NM ANGLE R2006 1k ANGLE
1 ANGLE
R722 100k 64 R649 R735
C615 MODEL1 157 47k 47k LFTPULS R2005 1k LIFTPUL
NC * * 2 LIFTPUL
R650
47k
NM
NM
R723 100k 0.1u/10 65 NC 156 R736 NM MTRS R2004 1k MTRS
NC * 47k 3 MTRS
R724 NM 66 MTRPW
IC602
HIOUTCLK NC MVIPW 155 PWGR MTRPW R2003 1k
4 MTRPW
R680 220 67 C606 MTR2
NM
NM
AVSDA R632 1.8k
47k
AVSDATA BVSS 154
R650 R735 R649
5 MTR2
AVSCL R679 220 R633 1.8k 68 0.1u/10 R774 MTR1
AVSCK BVDD 153 MTR1
6
4
R772 69 TP2014
4
EVDD PNLVD 152 0 PNLVD
7 MTRSEL
0 C607 70 PEQ007A8 151 R2002 1k ANG0SW
PEQ008A8
PEQ009A8
EVSS PNLYV PNLYV DEG0SW
8 ANGL0SW
0.1u/10 71 PNLXV 150 PNLXV LFTSW R2001 1k TP2013
NC 9 LFTSW
H
72 149 TP648 R711 47k R660
R661 NM NC TESTIN SENSPW
10
73 /ISENS 148 47k ISENS
TESTIN NC 11 VDD
74 /BGSENS 147 BGSENS
R665 TESTMD NC 12 NC
BT_SRX NM 75 PBSENS 146 PBSENS
NC GNDD
VCC33
13
VCC5
S_BTTX 76 TELMUTEIN 145 TELMUTE
NC GND
CN101
14
R702 144
BTRST NM 77 NC NC 15 GND
GNDD GND
BTMICMUTE 78 143
NC NC 16 GND
79 142 CLCNT2
NC CLCNT2 17 NC
80 141 CLCNT1
TELBEEP CLCNT1 18 BUP
2
DIMMER 81 140
DIMMER NC 19 BUP
MBLPW 82 139 MTRPW
MFLPW MTRPW 20 BUP
(2A)
P2001
CEK1284
BLSYNC R701 100 83 138 R673 0 MTR2
1
BLSYNC MTR2
(Fast-acting)
>
84 137 R671 0
SYSPW
MTR1
NC
AMPPW
NC MTR1
NC 136 R710 L2001
85 NC /FLAPLESS
NC
86 135 100k CTH1475-A
NC NC
SOCT
AEQ
BUP_
S
S
SOC
R636
D
C
AM
/ST
134 TP647
/SOCR
/SOC
87 FLMD1
5 6 7 8
01
K 1/2 CN5002
A-b 2/5
GNDKEY
GNDKEY
MONPW
BLERR1
GNDILM
MOVBS
PWRBL
PWRBL
PWRBL
GNDBL
GNDBL
GNDBL
DGCLK
MBLPW
2 DIMPLS
16 CSYNC
BLCLK
48 PWRVI
49 PWRVI
50 PWRVI
GNDD
GNDD
GNDD
VGND
GNDD
ANAG
GRST
14 VGND
ADVX
ADVY
PLYV
17 ANAR
KEY1
15 ANAB
CN2021
PLXV
DtoG
ILMB
1 TEMP
GtoD
GtoS
StoG
GND
GND
GND
BUP
BUP
BUP
NC
NC
NC
NC
NC
NC
37 ILG
ILR
ILB
NC
NC
CKS5732-A
13
14
15
16
17
18
19
20
10
11
12
13
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
38
39
40
41
42
43
44
45
46
47
3
4
5
6
7
8
9
BUP_1
MONVBS
NCSYNC
MBLPW
BLSYNC
A 2/5 MOTHER
BLERR1
TENPSEN1
PWGR
CTH1475-A
ADVX
ADVY
S_to_G
PLYV
PLXV
>
N_G
PCB
N_R
N_B
ILMB
L2001
PWRBL PWRVI
C2023
NDD GND P2001
2
CEK1284
1 NM
(SYSTEM PART)
(2A) GNDBL GNDV GNDILM GNDRF GNDKEY GNDP
33 (Fast-acting)
CC5
C2021 1000p/50 CHIP SIZE LEGEND A AVH-5400DVD/XNUW5
C2022
1608 B AVH-5400DVD/XNUC
1000p/50 2125
C AVH-5450DVD/XNRD
TEMPSEN1
3216
DIMMER
BLSYNC
BLERR1
MBLPW
G_to_S
S_to_G
PWGR
GRST
D AVH-5450DVD/XNRI
ADVX
ADVY
PLYV
PLXV
GNDP
B
MTRPW
MTR2
MTR1
SYS-PWR BUS
A 3/5
SYSPW
VDCNT8
VDCNT5
CLCNT2
CLCNT1
0
0
N_CSYNC
LEDR1
KDT1
R673
R671
N_G
N_R
N_B
SYS-I/F_2 BUS
A 5/5
SPDIF
VDCNT5_2
MONVBS
ANA-SYS BUS
A 1/5
AMPPW
R729
MS_R
MS_V
MS_L
SYSMUTE
PBSENS
TELMUTE
REARMUTE1
EVSACLK
DGCLK
G_to_D
D_to_G
SYS-SOC BUS
VDCNT5_3
A 4/5
R730
0
R710
R636
100k
100k
C
TP647
145
144
143
142
141
140
139
138
137
136
135
134
133
MTRPW
NC
NC
NC
NC
NC
MTR2
MTR1
132
PBSENS
FLMD1
CLCNT2
CLCNT1
TELMUTEIN
/FLAPLESS
131
130
129 R709
AMPMUTE 22k
128 R717
NC NC NM
AMPPW
SYSPW NC 127
NC 126 VD8
8.0V
NC 125
BVDD 124 R773 except A
123 C608 0
15uH
BVSS
CTH1487-A
0.1u/10
122
only A
L751
R758
SECID
CN751
0
SYS+B
NC 121 VD5 VD8 CKS6025-A
R751 8.3V 5.1V
NC 120 30 VD
6 C1
5 B2
4 E2
NC 119 R668 1k
47u/10
100k SOCTESTIN 29 VD
C752
0.1u/10
C753
SOCTESTIN 118
RN4982
28 VD
Q751
GNDDDC
0.1u/10
GDNDDC
C751
SOCAMUTE 117 SOAMUTE
27 PGND
SOCIRQ 116 SOCIRQ
E1 1
B1 2
C2 3
26 PGND
115 GNDDDC
/SOCRESET SOCRES
25 DGND
114 VD5
VD8 24 VD5
113 AMUTE R752 470 AMUTE
VD5 23 AMUTE
112 /XRST R753 1k XRST
AMUTE AMUTE 22 XRESET
111 IRQPW R754 220 IRQPW
IRQPW IRQPW 21 IRQPWR
/XRST 110 /XRST S_MSTX R755 220 S_MSTX
MS_SRX
20 S MS7TX D
NC 109 MS_SRX R756 220
19 MS7 SRX
NC 108 STNBY R757 220
18 STANBY
GNDA
NC 107 17 AGND
MS_R
AEQAUXSW
CLKOUT 106
105
TP601
R602 MS_L
16 ROUT
15 AGND
C
SACLK 104
EVSEL 103 0 EVSTB
14 LOUT
CN1901
13 AGND
102 EVCLK R760 MS_V GNDA
EVSCK 12 COMPOSIT
101 EVDATA 0 GNDV
EVSDA 11 VGND
GNDV
NC 100
HN1C01FU(YGR)
R637 47k DVD/CD(MS7):±0.0 dBs
R763
4.7k
C1
10 DGND
B2
E2
6
5
4
/GRST 99
9 NC
Q752
S_to_G 98 R638 47k
8 NC
97
R762
1
2
3
C2
E1
B1
4.7k
G_to_S SPDIF 7 DGND
R761
NC 96 6 IECOUT
NM
NC 95 GNDA 5 DGND
NC 94 4 DGND
NC 93 3 NC
92 R708
DDCCLK DDCCLK GNDD
NC
NC
2 NC
91 2.2k SOCSTBY
/SOCSTBY 1 DGND
TELBEEP
90 STNBY
DIMMER
BLSYNC
/STANBY
MFLPW
R750
NM
NC 89
NC
NC
NC
NC
NC
NC
NC
77 NC
75
76
78
79
80
81
82
83
84
85
86
87
88
GNDD GNDD
ADVX
ADVY
E
PLXV
NM
R702
NM
PLYV
TOUCH PANEL CONTROL
VCC33
L981
SYS-PWR BUS
SYS-SOC BUS
ANA-SYS BUS
CTF1528-A
INNER BUS
PNLVD
PNLADCRT
100
PNLYV
PNLXV Q981
E2 3 4 C2
R701
PNLADY Q982
R990
6 1 B2 2 5 B1
10k
PNLADX C1 E1
C1 1 6 E1
D981 1SS352
5 2
NM
B2 B1
4 3 R992 IMH24
E2 C2
10k
UMF5N
R989
1000p/50
AEQAUXSW
Q983
R991
R987
C983
6 1
1M
10k
C1 E1
R986
R981
1k
1k
5 2
B2 B1
4 3 R993
0.1u/10
C985
E2 C2 C982
10k
UMF5N
0.047u/16 C981
GNDD
0.047u/16
1000p/50
R988
C984
1M
GNDD
BTMICMUTE
DIMMER
BLSYNC
BT_SRX
F
S_BTTX
MBLPW
G_to_S
S_to_G
BTRST
GRST
The > mark found on some component parts indicates DVD AMP UNIT
the importance of the safety factor of the part. Consists of
Therefore, when replacing, be sure to use parts of MOTHER PCB
identical designation. TUNER PCB
A 2/5
AVH-5400DVD/XNUW5
5 6 7 8
115
4 3 2 1
116
AVH-5400DVD/XNUW5
NC 16 GND
142 CLCNT2
CLCNT2 17 NC
141 CLCNT1
CLCNT1 18 BUP
2
140
NC 19 BUP
139 MTRPW
MTRPW 20 BUP
(2A)
P2001
CEK1284
138 R673 0 MTR2
1
MTR2
(Fast-acting)
>
137 R671 0
SYSPW
MTR1
NC
AMPPW
MTR1
F
136 R710 L2001
A-b 2/5
/FLAPLESS
135 100k CTH1475-A
NC
134 TP647 R636
BUP_1
FLMD1
133 100k TEMPSEN1 TENPSEN1
NC
SOCTESTIN
/SOCRESET
1 TEMP
SECID
SOCIRQ
BVSS
SOCAMUTE
VD5
VD8
AMUTE
AMPMUTE
NC
DIMMER
2 DIMPLS
MBLPW MBLPW
112
113
114
115
116
117
118
NC 119
NC 120
NC 121
122
123
BVDD 124
NC 125
NC 126
NC 127
128
129
130
131
132
3 MBLPW
BLSYNC BLSYNC
4 BLCLK
BLERR1 BLERR1
5 BLERR1
6 PWRBL
100k
R668
C608
0.1u/10
7 PWRBL
22k
NM
R717
R709
8 PWRBL
9 NC
0
PWRBL
R773
10 GNDBL
SOCTESTIN
11 GNDBL
12 GNDBL
GNDBL
MONVBS MONVBS
13 MOVBS
14 VGND
N_B N_B
E
15 ANAB
N_CSYNC NCSYNC
16 CSYNC
N_R N_R
17 ANAR
N_G N_G
18 ANAG
19 VGND
GNDV
REARMUTE1 GRST
20 GRST
AMPPW G_to_S
21 GtoS
SYSMUTE S_to_G S_to_G
22 StoG
23 DGCLK
EVSACLK
24 GtoD
C2022
C2021
1000p/50
VDCNT8
25 DtoG
VDCNT5
26 NC
ILMB
GNDP
1000p/50
27 ILMB
R729
VDCNT5_2
28 NC
0
0
K 1/2 CN5002
R730
29 GNDILM
GNDILM
VDCNT5_3
SOCIRQ
30 NC
SOAMUTE
SOCRES
KDT1
31 KEY1
32 NC
DGCLK
D
33 NC
NM
C2023
G_to_D
34 GNDKEY
D_to_G
35 GNDKEY
GNDRF GNDKEY
36 ILB
37 ILG
LEDR1
38 ILR
PLYV PLYV
39 PLYV
SYSPW PLXV PLXV
40 PLXV
ADVX ADVX
41 ADVX
ADVY ADVY
42 ADVY
PWGR PWGR
43 MONPW
44 GNDD
45 GNDD
GNDP
46 GNDD
SPDIF
47 NC
A-a A-b
MS_V
48 PWRVI
MS_L
49 PWRVI
MS_R
50 PWRVI C
PWRVI
3216
2125
1608
CKS5732-A
CN2021
Q751
E1 1 6 C1
CHIP SIZE LEGEND
B1 2 5 B2
C2 3 4 E2
RN4982
1k
R751
SYS+B
8.3V
B
A
/XRST
D
C
AMUTE
VD5
5.1V
ANA-SYS BUS
SYS-SOC BUS
SYS-I/F_2 BUS
SYS-PWR BUS
R753
R752
GNDDDC
B
1k
C751
470
0.1u/10
only A
8.0V
C752
0.1u/10 R758
AVH-5450DVD/XNRI
VD8
AVH-5450DVD/XNRD
AVH-5400DVD/XNUC
0
XRST
AMUTE
GNDDDC
AVH-5400DVD/XNUW5
A 2/5 MOTHER
15uH
C753 L751
47u/10 CTH1487-A
A 4/5
A 1/5
A 5/5
A 3/5
PCB
VD8
except A
VD5
(SYSTEM PART)
GDNDDC
28 VD
29 VD
30 VD
A
24 VD5
26 PGND
27 PGND
25 DGND
23 AMUTE
CKS6025-A
CN751
4 3 2 1
R751
NC 120 30 VD
NC 119 R668 1k
100k SOCTESTIN 29 VD
6 C1
5 B2
4 E2
SOCTESTIN 118
C752
47u/10
28 VD
C753
GNDDDC
GDNDDC
0.1u/10
SOCAMUTE 117 SOAMUTE
Q751
27 PGND
C751
RN4982
116
0.1u/10
SOCIRQ SOCIRQ
26 PGND
GNDDDC
E1 1
B1 2
C2 3
/SOCRESET 115 SOCRES
25 DGND
114 VD5
VD8 24 VD5
113 AMUTE R752 470 AMUTE
VD5 23 AMUTE
112 /XRST R753 1k XRST
AMUTE AMUTE 22 XRESET
111 IRQPW R754 220 IRQPW
IRQPW IRQPW 21 IRQPWR
110 S_MSTX R755 220 S_MSTX
/XRST /XRST 20 S MS7TX
MS_SRX R756 220 MS_SRX
NC 109 19 MS7 SRX
NC 108 STNBY R757 220
18 STANBY
GNDA
5
NC 107
5
17 AGND
MS_R
CLKOUT 106 TP601 16 ROUT
AEQAUXSW 105 C
15 AGND
104 R602 MS_L
SACLK 14 LOUT
EVSEL 103 0 EVSTB
CN1901
13 AGND
102 EVCLK R760 MS_V GNDA
EVSCK 12 COMPOSIT
101 EVDATA 0 GNDV
EVSDA 11 VGND
GNDV
NC 100 R637 47k DVD/CD(MS7):±0.0 dBs 10 DGND
6
5
4
C1
B2
E2
4.7k
99
R763
/GRST 9 NC
S_to_G 98 R638 47k
Q752
8 NC
1
2
3
G_to_S 97
E1
B1
C2
SPDIF 7 DGND
4.7k
HN1C01FU(YGR)
R761
R762
NC 96 6 IECOUT
NM
NC 95 GNDA 5 DGND
NC 94 4 DGND
NC 93 3 NC
92 R708
DDCCLK DDCCLK GNDD 2 NC
NC
NC
91 2.2k SOCSTBY
/SOCSTBY 1 DGND
/STANBY 90 STNBY
NM
NC 89
R750
6
6
NC
NC
NC
TELBEEP
DIMMER
MFLPW
BLSYNC
NC
NC
78
79
80
81
82
83
84
85
86
87
88
GNDD GNDD
ADVX
ADVY
PLXV
PLYV
TOUCH PANEL CONTROL
VCC33
L981
CTF1528-A
PNLVD
PNLADCRT
100
PNLYV
PNLXV Q981
E2 3 4 C2
SYS-SOC BUS
ANA-SYS BUS
SYS-PWR BUS
INNER BUS
PNLADY Q982
R701
6 1 B2 2 5 B1
10k
R990
PNLADX C1 E1
AVH-5400DVD/XNUW5
5 2 C1 1 6 E1
NM
B2 B1
4 3 R992 IMH24
E2 C2
7
7
10k
UMF5N
D981 1SS352
R989
Q983
6 1
1M
10k
R991
C1 E1
R987
C983
5 2
1k
1k
1000p/50
R986
R981
B2 B1
4 3 R993
AEQAUXSW
E2 C2 C982
10k
C985
UMF5N
0.1u/10
0.047u/16 C981
GNDD
0.047u/16
1M
R988
C984
GNDD
1000p/50
DIMMER
MBLPW
BLSYNC
G_to_S
S_to_G
GRST
The > mark found on some component parts indicates DVD AMP UNIT
the importance of the safety factor of the part. Consists of
Therefore, when replacing, be sure to use parts of MOTHER PCB
8
8
identical designation. TUNER PCB
A-a A-b
A-b 2/5
117
E
A
D
C
F
B
4 3 2 1
118
AVH-5400DVD/XNUW5
A-a 2/5
F
BTMICMUTE
FLMD0
NM
Q795
NM
R799
NM
GNDBT
C796
NM
NM
CN795
C795
E
NM
BT_MICIN C793
REMIN
RESET
NM 1 BT_MIC1P
C794 2
NM VCC_MIC
BTMIC_GND
3 BT_MIC1N
BTRST
4 BT_RST
BT_TEL
BSENS
5 BT_SPK1P
6 BT33
BT33 7 GNDBT
S_BTTX
8 S_BTTX
9 GNDBT
BT_SRX
10 BT_SRX
GNDBT
GNDBT
R613
100k
C601 D601
INNER BUS
1SS352
GNDD
1u/10
GNDD
ANA-SYS BUS
SYS-I/F_2 BUS
D
SYS-PWR BUS
3
2
1
C610
SYSTEM u-COM
15p/50
C609
15p/50
VSS
VDD
OUT
IC601
X601
CSS1790-A
100k
R612
R614
NC1
NC2
3.93216MHz
S-80827CNMC-B8M
4
5
A-a A-b
VDD33
0
0
10
R643
R770
R615
100
100k
R635
R681
C602
1k
R619
0.1u/10
C605
0.1u/10
R716
RESET
C603
15k
FLMD0
DSENS
4.7u/6.3
21
20
19
18
17
16
15
14
13
12
11
10
5
9
8
7
6
4
3
2
1
C
C611
0.1u/10
176
NM
X2
X1
4.7k
4.7k
NC
NC
NC
NC
NC
NC
R624
R623
R662
XT2
XT1
VSS
VDD
AVSS
175 R625 470
REGC
KDT0
REMIN
FLMD0
RESET
/BSENS
AVREF1
AVREF0
174 R626 470 KDT1 MTR2
/DSENS TEMPSEN 173 TEMPSEN1
KDT0
GNDD
PNLADX 172 PNLADX
KDT1
R652
7
6
5
4
3
2
1
171 NM PNLADY
PNLADY
R653 NM
2Y
2B
2A
1Y
1B
1A
PNLADCRT 170 PNLADCRT
GND
R654 NM
ANGLE 169 ANGLE
0.1u/10
IC2001
C2001
C613 NM
NC 168
3Y
3A
3B
4Y
4A
4B
VCC
167 R675 100 BLERR1
BLERR1
TC74VHCT08AFKS1
8
9
C612
10
11
12
13
14
NC 166 0.01u/16 EVSAOUT MTRSEL
VCC5
NC 165 C616 MICSENSR MTR1
680p/50
SAIN 164 MICSENSL
163 D602 R712
MICSENR
162 NM NM WIREDAD
MICSENL
D603 R713
NC 161
*
B
A
D
C
1k
1k
1k
160 NM NM WIRED
R2009
R2008
R2007
NC
CKS5543-A
B
MODEL3 159
CN2001
NM
R648
47k
47k
R734 NM R2006 1k ANGLE
MODEL2 158 NM ANGLE
1 ANGLE
MODEL1 157 47k
* R649 * R735 47k LFTPULS R2005 1k LIFTPUL
2 LIFTPUL
NM
NM
47k
NC 156 47k
* R650 R736 NM MTRS R2004 1k MTRS
3 MTRS
MTRPW
IC602
MVIPW 155 PWGR MTRPW R2003 1k
4 MTRPW
C606 MTR2
NM
NM
47k
BVSS 154
R650 R735 R649
5 MTR2
0.1u/10 R774 MTR1
BVDD 153 MTR1
6
PNLVD 152 0 PNLVD TP2014
7 MTRSEL
PNLYV 151 PNLYV DEG0SW R2002 1k ANG0SW
8 ANGL0SW
PNLXV 150 PNLXV LFTSW R2001 1k TP2013
9 LFTSW
H
149 TP648 R711 47k R660
TESTIN SENSPW
10
/ISENS 148 47k ISENS
11 VDD
/BGSENS 147 BGSENS
12 NC
PBSENS 146 PBSENS
GNDD
VCC33
13
VCC5
TELMUTEIN 145 TELMUTE
14 GND
CN101
144
NC 15 GND
GNDD GND
143
NC 16 GND
142 CLCNT2
CLCNT2 17 NC
141
A
CLCNT1 CLCNT1
18 BUP
2
140
NC 19 BUP
139 MTRPW
MTRPW 20 BUP
(2A)
P2001
CEK1284
138 R673 0 MTR2
1
MTR2
(Fast-acting)
>
137 R671 0
SYSPW
MTR1
NC
AMPPW
MTR1
136 R710 L2001
/FLAPLESS
A-b 2/5
/S
B
135 100k
4 3 2 1
C
4.7u/6.3 13
0.1
VSS
14
X1
GNDD C610 R643 15
X2 S
RESET 15p/50 10 R619 RESET 16
RESET
X601 1k 17
CSS1790-A XT1
3.93216MHz 18 /S
XT2
19
NC
R614 20
BSENS 100k /BSENS
R612 IC602
ASENS 100k 21
/ASENS
R620 22
DRST 47k DRST
R684 23
LFTPULS 100k LFTPULS A PEQ009A8
R685 LFTSW 24
LFTSW 100k LFTSW
R688 DEG0SW 25 B PEQ008A8
DEG0SW 27k /DEG0SW
MTRSEL
5
VCC33 R689 0 26
5
MTRSEL MTRSEL
MTRS 27
MTRS
C
R642 NM GUIDEON 28
PEQ007A8
NC
R639 29 D
R640 NM NC
RGBARI Q601 30 NC
NM NM
R641 31 NC
S_to_N NM GNDD R691 32
NC
N_to_S NM 33
NC
34
BEEP
35 NC
VDD R611
BZ601 1 R645 NM 36 NC
CPV1063-A GND 1k R603 37
2 NC
C604 NM 38
EVSS
GNDD
ASENBO R771 0 0.1u/10 39
EVDD
S_to_IP R646 4.7k TSI 40
TSI
IP_to_S R647 4.7k TCK 41 TCK
NC
NC
TSO 42 TSO S_to_MS
S_MSTX 43 MS_to_S
MS_SRX 44
6
6
NC
NC
NC
NC
NC
NC
DDI
DDO
DCK
DMS
SO_to_S
S_to_SO
ILMLD
ILMDT
ILMCK
NC
NC
ROTIN2
ROTIN1
NC
NC
AVSDATA
AVSCK
EVDD
EVSS
NC
NC
NC
NC
NC
TELBEEP
DIMMER
MFLPW
BLSYNC
NC
NC
R618
TUNRST
RDSINT
TUNCLK
TUNDATA
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
47k
73
74
75
76
77 NC
78
79
80
81
82
83
84
85
86
TO SOFTWARE UPDATING TOOL
GNDD
DCK
GNDD
RESET
FLMD0
DMS
DRST
DDI
DDO
CN601
47k
10k
1
2
3
4
5
6
7
8
9
R630
R604
C607
TESTMD
10 VDD33
11 VDD33
12 GNDD
13 NC
0.1u/10
R661 NM
C614
GNDD
C615
NM
0.1u/10
0.1u/10
TESTIN
R605 10k
R606 10k
R632 1.8k
R633 1.8k
NM
R627
R628
R629
47k
47k
47k
NM
R665
R702
VDD33
GNDD VCC33
0
R772
R723 100k
R722 100k
470
470
100
2.2k
1.8k
1.8k
NM
R607
R609
R610
R697
R698
R724
R680 220
R679 220
R701
SOtoS
StoSO
AVH-5400DVD/XNUW5
7
7
INNER BUS
SYS-PWR BUS
SYS-I/F_2 BUS
ANA-SYS BUS
AVSDA
AVSCL
ANA-SYS BUS
ILMLD
ILMDT
ILMCK
ROTIN1
ROTIN2
SYS-I/F_2 BUS
HIOUTCLK
SYS-PWR BUS
FLMD0
DRST
BT_SRX
S_BTTX
BTRST
DIMMER
MBLPW
BLSYNC
INNER BUS
BTMICMUTE
TUN-SYS BUS
TUNRST
TUNDATA
TUNCLK
TUN-SYS BUS
8
8
A 5/5
A-a A-b
A-a 2/5
A-b 2/5
119
E
A
D
C
F
B
1 2 3 4
10.3 MOTHER PCB (POWER SUPPLY PART)
IC1761
VCC12
PQ012GN01Z PWRVI NJM
DD5
VOUT
TUN5
GND
PWRVI 5.2V
VIN
NC
VB
>
NC
VCC12 5.2V
L1731 TUN5
5
4
3
2
1
VCC12 PWVI
PWRVI
P1731 5.0V
5
CTH1262-A TUN5
1 2
100uH CEK1283-A
NM
1u/10
(1.75A)
0.1u/10
TUN5V
C1763
C1731
C1733
CCG1201-A
100u/10
(Fast-acting)
10u/6.3
10u
C1732
0.1u/10
C1102
C1460
C1101
4.7u/10V
NM
2 2 /10
C1762
C1761
B
GNDP
GNDD
IC1771
VCC33 NJM2855DL1-33
2 GND
AVCC5
3 Vout
VCC33
1 Vin
3.3V VCC33 D1771
1SR154-400 AVCC5
0.33u/10
C1771
2.2u/10
C1772
IC1221
AVCC5
5 1
VOUT VIN
2
VSS
1u/10
C1221
4 3
C1222
1u/16
NC ON/OFF
GNDD
S-1200B50-M5
NM BT33 SYS+B
C BT33
3.3V NC SW GNDD
3 4
BT33 VSS SYS+B
4.4V D1781
2
VOUT
1
VIN
5
VCC5 SYS+B
NM
IC1781
>
C1781
C1782
NM
NM
NM
R1201
VCC5 P1721
CEK1285-A
0.01u/25
C1201
C1202
47u/16
1 2
GNDD (2.5A)
(Fast-acting)
EV12 12.2V 14.1V GNDA
EV12 Q1621 L1622
NM D1622 L1621 NM
EV12 NM NM
VD5 DD5
>
47u
5.2V DD5
4.7u
R1621
R1622
P1711
NM
NM
IC1621
Q1622
C1626 1 2
HIOUTCLK D NM 8 1 CEK1283-A
FB EaIn
R1628
NM (D)
477kHz/524kHz
NM
NM 7 2 (1.75A)
D
R1623
C1628
C1630
G
Q1623
NM
NM
OSC SCP
C1629
C1621
D1621
C1622
C1623
C1624
NM
NM
NM
(Fast-acting)
NM
NM
6 3
NM
TP1622
NM
GND Vcc
R1629
NM
S 5 4
(D)
Out BR/CTL
(D)
R1626
C1627
R1625
C1625
NM
NM
NM
NM
R1624
R1627
NM
NM
NM
4.7u
GNDHI
P1741 > Q1744
BUP_1
GNDHI
FAN CEK1278-A 2SD1760F5(R) R1741 R1742 R1743
1 2
220 220 220
(0.5A) D1742 D1741
(Fast-acting) RKZ8.2KG(B2) RKZ6.8KG(B2)
TP1742
R1744
6 Q1741 1
47k
C1 E1
RKZ9.1KG(B2)
Q1743 Q1742 5 2
C1743
C1741
C1742
D1743
0.01u/16
0.01u/16
10u/16
LTC114EUB LTC114EUB B2 B1
CN1741 4 3
R1745
10k
E2 C2
1000p/50
C1508
C1512
C1511
2
1
10 /35
0.1u/16
CKS4822-A UMF5N
GND
FAN
E
CCG1236-A-T
CLCNT2
CLCNT1
PWRBL ILMB VD8 DD8
PWRBL ILMB VD8 DD8
8.1V
8.0V
8.0V
TP1651
>
R1661 P1651
0 1
CEK1283-A
2 > DD8
P1611
(1.75A)
C1661
0.1u/10
(Fast-acting) 1 2
CEK1285-A
(2.5A)
(Fast-acting)
GNDBL
F VDCNT8
VDCNT5
A 3/5
AVH-5400DVD/XNUW5
120
1 2 3 4
5 6 7 8
A
A 3/5 MOTHER PCB
(POWER SUPPLY PART)
SYS-PWR BUS
SYSPW
DDCCLK
IC1101 CHIP SIZE LEGEND
TUN5
NJM2846DL3-05
1608 BUP_1 A 2/5
CONT
VOUT
2125
GND
VIN
NC
UN5 3216
.0V
5
4
3
2
1
TUN5
6.4V
VDD33 VDD33
3.3V TP1001
VDD33 Q1001 Q1002
CCG1201-A
CRG03
2SB1184F5(QR) D1001 2SD1664(QR)
C1102
C1103
C1460
C1101
D1101
4.7u/10V
NM
2.2u/10
0.47u/10
S-812C33AUA-C2N
1001 - : VDD33V RB160M-30
1021 - : PWBL, PWGR B
R1003 R1002
R1005 R1004
IC1001
R1001
R1006
2.2
2.2
47u/6.3
390
910
1 GND
C1001
3 Vout
1061 - : SYS+B, AVCC5
2 Vin
1101 - : SOCPW (VCC33, VC12)
GNDD
2.2
2.2
BT33
1151 - : TUN33
CRG03
R1101
D1102
NM
RKZ18KG(B2)
1201 - : DDC
C1005
D1002
0.01u/16
0.1u/50
1301 - : SWBUP
C1002
C1003
0.01u/50
1401 - : EV12 C1004
1501 - : MOTV 1000u/16
CEAT102M16
1601 - : DISP5, SD33
GNDD
LITTEL SERIES
LITTEL 458 SERIES
CEK1278 0.5A
CEK1363 2.5A CEK1279 0.75A
CEK1364 3.0A CEK1280 1A
CEK1365 3.15A CEK1281 1.25A
SYS+B CEK1282 1.5A
IC1201 CEK1366 3.5A
BD00D0AWHFP CEK1283 1.75A
CEK1367 4.0A CEK1284 2A C
FIN
5.0A CEK1285 2.5A
R1204
CEK1368
3 GND16
CEK1286 3A
2 VCC
1k
5 ADJ
1 CTL
CEK1369 6.0A
4 VO
SYS+B
CEK1287 3.5A
SYS+B CEK1370 7.0A CEK1288 4A
8.3V
CEK1289 5A
51k (D)
R1201
1.0u/35
R1202
0.01u/25
C1201
C1202
C1203
47u/16
51k (D) > L1501
68k
CTH1434-A
10k (D)
R1203
DDCV D1501
P1501 6.8uH
R1205
1 2
CEK1262-A RB050LA-30
CCH1732-A
D1502
3300u/16V
(6.3A)
C1503
C1502
C1501
C1504
1000p/50
NM
10u/35
GNDA (Inrush-withstand)
RB050LA-30
D5
DD5
C1506
C1505
GNDDDC
C1518
C1519
10u/35
10u/35
10u/35
10u/35
D
C1507
1.0u/35
Q1501 IC1501 Q1502
SFT1342 SFT1342
S 3 TP1501 1 VCC 24 3 S
VCC_S2
2 VCC_S1 23
1 RS2 1
R1510
CCG1256-A-T
G 3 22 G
DCH1165-A-T
DCH1165-A-T
RS1 0
R1501 HSD2
D 0 C1513 4 HSD1 21 C1525 D
2 SS2 2
0.1u/16 5 SS1 20 0.1u/16
R1502 PGND
L1502 22k 6 19 R1511 33k L1503
COMP1
COMP2
CTF1785-A C1514 7 FB1 18 C1526 CTH1257-A
10u R1503 C1516 8200p/50 FB2 8200p/50 C1528 R1512 10u
510 270p/50 8 17 270p/50 510
EN1
VREG
C1527
15p/50
C1515
15p/50
9 16 R1513
10u 16V
10u 16V
RB080L-30
RB080L-30
EN2
1000p/50
1000p/50
SGND
3225size
C1508
C1512
C1511
C1510
C1509
D1503
C1520
C1521
C1522
C1523
C1524
3225size
10u/35
10u/35
47u/10
47u/16
0.1u/16
0.1u/16
D1504
3.6k (D) 4.3k (D)
R1506 10 CT 15 27k
R1504
RT (D)
C1529
R1515 R1514
33k
1u/10
1.1k
11 14
(D)
(D) TL_CTRL
220k
TL
R1509 NM
0
12 FLAG 13
0.1u/10
0.01u/16
SYNC
C1517
C1530
R1505
R1508
2.7k
R1507 R1516
R1517
(D)
0 AN33012UA 0
E
CCG1236-A-T
CCG1236-A-T
CCG1233-A-T
GNDDDC
DD8
DVD AMP UNIT
Consists of
MOTHER PCB
TUNER PCB F
A 3/5
AVH-5400DVD/XNUW5
5 6 7 8
121
1 2 3 4
10.4 MOTHER PCB (MMD PART)(GUIDE PAGE)
A-a 4/5
ANA-SOC BUS
SOC_V
SDODAC
SOAMUTE
SCKDAC
LTDAC
SOC-I/F BUS
DAC
A 5/5
USB_D+
C946
USB_D-
DCH1201-A
10u
USB&SD:+5.1 dBs
C944
10
11
12
13
14
15
16
4.7u/6.3 R942
9
SOC_R
AVCC5
7 ZEROR/ZEROA
VCOM
MD
MC
ZEROL/NA
AGND
ML
SCK
PCM1753DBQ
820
R944
100k
X801
HN1C01FU(YGR)
CSS1791-A
R948
IC941
C2
B1
E1
4.7k
VOUTR
27MHz
VOUTL
3
2
1
DGND
R945
LRCK
DATA
4 33 GNDD
VCC
BCK
0
Q942
NC
C819
(IEC/IPFLG)
R947
R943
4.7k
R815
C1
4
5
6
6
5
4
3
2
1
E2
B2
100k
GNDD 1 2 0.1u/10
C827
10p/50
1 2
SOC_L R941 15k R820 R823
C808 C811
200 (D)
R821
C945 R814 10k (D) 24k
4.7u/6.3 820
12p/50 10p/50 (D)
GNDD C818
3 C2
1 E1
2 B1
15k
0.1u/10
100
100
100
220
C943
R805
GNDD 0.1u/10
1.2k
RN4982
24 (D)
24 (D)
R812
R813
Q941
B
GNDD R806 GNDD GNDD
SYS+B
1M
R857
R808
R809
R810
R811
30k (D)
C1 6
B2 5
E2 4
1u/10
GNDD
R822
C820
0
R946
VCC12
MDQ1
MDQ0
MDQ14
MDQ15
1k
0.1u/10
0.1u/10
C817
C813
C822
0.1u/10
0.1u/10
0.1u/10
R802
C809
C812
0
L803
C815
1u/10
DTL1107-A
C840
10u/6.3
VCC33 GNDD GNDD GNDD
AUDIO 2CH ANALOG OUT
NC 121
162
161
MDQ0 160
MDQ15 159
VDD12_4 158
157
OSCO 156
155
154
153
NC 152
ADOUT 151
LRCK 150
SRCK 149
DACCK 148
AVDDI 147
146
145
144
AVSSG 143
AVDDG 142
AVDDE 141
AVSSE 140
NC 139
138
137
COMP2 136
135
VREF 134
COMP1 133
AVDDF 132
NC 131
NC 130
NC 129
128
NC 127
NC 126
AVSSH 125
NC 124
NC 123
NC 122
NC 120
NC 119
NC 118
NC 117
R871
MDQ14
GNDD
MDQ1
163
AVSSF
USB_D+
OSCI
COMPOSITE
VSS_9
MDQ13
VSS_10
USB_D-
AVSSI
VDD33_6
IREF1
1:1E
A 1/5 MDQ2 164
165
C841
10u/6.3
(2125) VSS_11
C802 166 MDQ13
VDD33_7
MDQ2
ANA-SOC BUS MDQ12 0.1u/10 167 MDQ12
GNDD
MDQ3 168 MDQ3
MDQ11 169 MDQ11
VCC33 MDQ4 170 MDQ4
MDQ10 171 MDQ10
L901
MDQ5 172 MDQ5
CTF1786-A
173
1000p/50
VSS_12
C910
C908
C909
10u/6.3
10u/6.3
C803 174 VDD33_8
MDQ9 0.1u/10 175 MDQ9
MDQ6 176 MDQ6
IC901
IS42S16400F-7TL MDQ8 177 MDQ8
C901 1 54 GNDD
R906 MDQ7 178
R901 0.1u/10 2 VDD1 VSS3 53 56
MDQ7
56 DQ0 DQ15 MDQ15 DQM0 179
MDQ0 C902 3 52 DQM0
VDDQ1 VSSQ4 5 4 180
MDQ14 DQM1
C
5 4 4 51 DQM1
MDQ1 0.1u/10 6 3
DQ1 DQ14 MDQ13 XWE 181 NWE
6 3 5 50
MDQ2 7 2
DQ2 DQ13 C907 MDQ12 182 VSS_13
7 2 6 49
MDQ3 8 1 R804 L801 183
VSSQ1 VDDQ4 C842 NM
8 1 7 48 0.1u/10 MCK
DQ3 DQ12 R907 C804 100 CTF1743-A 184 VDD33_9
R902 8 47 56
56 DQ4 DQ11 MDQ11 MCK 0.1u/10 185
C903 9 46 MCKI
MDQ4 5 4
VDDQ2 VSSQ3 MDQ10 186 VSS_14
5 4 0.1u/10 10 45
MDQ5 6 3 C801
DQ5 DQ10 MDQ9 187 VDD12_5
6 3 11 44
MDQ6 7 2
DQ6 DQ9 C906 MDQ8 XCAS 0.1u/10 188 NCAS
7 2 12 43
MDQ7 8 1
VSSQ2 VDDQ3 XRAS 189 NRAS IC801
8 1 13 42 0.1u/10
R903 DQ7 DQ8 XCSM R803 190 MN2DS0018MA
56 C904 14 41 NCSM
DQM0 VDD2 VSS2 191
0.1u/10 15 40 /SOCSTBY
5 4 100k
XWE LDQM N.C/RFU MA11 192
R910 56 MA11
6 3 16 39 DQM1
XCAS WE UDQM BA0 193
17 38 R911 0 BA0
7 2 MCK
XRAS CAS CLK MA9 194
18 37 MA9
8 1 R908
R904 RAS CKE 56 195 VSS_15
56 19 36
XCSM CS N.C C805 196
20 35 5 4 VDD33_10
5 4 MA11
BA0 BA0 A11 BA1 0.1u/10 197 BA1
21 34 6 3
6 3 MA9
BA1 BA1 A9 MA8 198 MA8
22 33 7 2
7 2 MA8
MA10 A10/AP A8 MA10 199 MA10
23 32 8 1
8 1 A0 A7 R909 200
56 MA7 MA7
R905 24 31 MA7
56 A1 A6 MA0 201
MA0 25 30 5 4 MA0
MA6
5 4 A2 A5 MA6 202 MA6
MA1 26 29 6 3
MA5
6 3 A3 A4 MA1 203 MA1
MA2 C905 27 28 7 2
MA4
7 2 VDD3 VSS1 204 VSS_16
MA3 0.1u/10 8 1
8 1 C806 205 VDD33_11
TP901 MA5 0.1u/10 206 MA5
SDRAM MA2 207 MA2
MA4 208 MA4
D GNDD
MA3 209
210
MA3
VSS_17
SDDAT1
SDDAT0
C807 211
SDCLK
VDD12_6
0.1u/10 212 EXA0_D0
213 XCSF2
214 NEXOE
EXA11_D10
TO DEBUGGER
EXA15_D8
EXA14_D1
EXA13_D9
EXA12_D2
EXA10_D3
EXA9_D11
EXA7_D12
EXA5_D13
EXA3_D14
EXA1_D15
EXADR16
EXADR19
EXADR18
EXADR17
EXA8_D4
EXA6_D5
EXA4_D6
EXA2_D7
6 VDD33_1
VDD33_2
VDD12_1
VDD33_3
VDD12_2
215
7 SDDAT3
8 SDDAT2
SDWP
4 SDCMD
NEXWE
CPSDL
5 VSS_1
VSS_2
VSS_3
VSS_4
VSS_5
9 D_SCLOCK
D_TRCCLK
3 D_EXTRG0
216 SDCD
4 SOCRES1
D_TRCST
11 D_TRCD3
12 D_TRCD2
13 D_TRCD1
14 D_TRCD0
8 D_SDATA
9 NC
NC
NC
NC
NC
NC
NC
NC
NC
VCC33
VCC33
GNDD
10 GNDD
CN801
1
2
3
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
NM
1
2
5
6
7
VCC33
DEXTRG0
R867 100k
0.1u/10
0.1u/10
C823
C810
0.1u/10
0.1u/10
0.1u/10
C814
C816
C821
GNDD
180
R834
R824
10k
R816
R817
R818
R819
R825
10k
10k
10k
10k
10k
R850 CTF1778-A
R875
R868
R855
R853
L802
100
100
22
22
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
5
R935 150
R936 150
R934 150
R933 150
GNDD
R937
R874
R852
R851
R849
150
100
100
22
22
22
D_EXTRG0
D_SCLOCK
SOCRES1
D_TRCCLK
2
3
4
2
3
4
2
3
4
2
3
4
1
1
D_TRCST
D_SDATA
D_TRCD3
D_TRCD2
D_TRCD1
D_TRCD0
XCSF2
XWR1
R856
390
XRD
D15
D14
D13
D12
D11
D10
A16
A19
A18
A17
D9
D8
D7
D6
D5
D4
D3
D2
D1
D0
SOCSTBY
SYS-SOC BUS
E A 2/5
SDDAT1
SDDAT0
SDDAT3
SDDAT2
SDCMD
SYS-SOC BUS
SDDET
SDCLK
CPDT
SDW
SOC BUS
L923 VCC33
FLASH 16M L921
VCC33
FLASH 16M L922 VCC33
LATCH CTF1528-A
IC921 CTF1528-A IC922 CTF1528-A IC923
A15 1 A16 48 A16 A15 1 A16 48 A16 1 48
A15 C923 A15 X10E 1LE
A14 2 BYTE# 47 A14 2 BYTE# 47 C926 A0 2 47 D0
A14 4.7u/6.3 A14 4.7u/6.3 1Q1 1D1
A13 3 VSS2 46 (2125) A13 3 VSS2 46 (2125) A1 3 46 D1 XC
A13 A13 1Q2 1D2
A12 4 DQ15_A-1 45 D1 A12 4 DQ15_A-1 45 D1 4 45 XC
A12 A12 GND1 GND8
A11 5 DQ7 44 D2 A11 5 DQ7 44 D2 A2 5 44 D2
A11 A11 1Q3 1D3
A10 6 DQ14 43 D3 A10 6 DQ14 43 D3 A3 6 43 D3
A10 A10 1Q4 1D4
A9 7 DQ6 42 D4 A9 7 DQ6 42 D4 C930 7 42 C929
A9 A9 Vcc1 Vcc4
A8 8 DQ13 41 D5 A8 8 DQ13 41 D5 A4 0.1u/10 8 41 0.1u/10 D4
A8 A8 1Q5 1D5
A19 9 DQ5 40 D6 A19 9 DQ5 40 D6 A5 9 40 D5
A19 A19 1Q6 1D6
10 DQ12 39 D7 10 DQ12 39 D7 10 39
NC1 NC1 GND2 GND7
XWR1 11 DQ4 38 D8 XWR1 11 DQ4 38 D8 A6 11 38 D6
WE# WE# 1Q7 1D7
SOCRES1 R924 12 VCC 37 C922 SOCRES1 R926 12 VCC 37 C925 A7 12 37 D7
RESET# RESET# 1Q8 1D8
220 13 DQ11 36 0.1u/10 220 13 DQ11 36 0.1u/10 13 36
0.01u/16
C921
D9 D9 A8 D8
0.01u/16
C924
NC2 NC2 2Q1 2D1
14 DQ3 35 D10 14 DQ3 35 D10 A9 14 35 D9
WP# WP# 2Q2 2D2
15 DQ10 34 D11 15 DQ10 34 D11 15 34
RY/BY# RY/BY# GND3 GND6
A18 GNDD 16 DQ2 33 D12 A18 GNDD 16 DQ2 33 D12 A10 16 33 D10
A18 A18 2Q3 2D3
A17 17 DQ9 32 D13 A17 17 DQ9 32 D13 A11 17 32 D11
A17 A17 2Q4 2D4
A7 18 DQ1 31 D14 A7 18 DQ1 31 D14 C928 18 31 C927
A7 A7 Vcc2 Vcc3
A6 19 DQ8 30 D15 A6 19 DQ8 30 D15 A12 0.1u/10 19 30 0.1u/10 D12
A6 A6 2Q5 2D5
A5 20 DQ0 29 D0 A5 20 DQ0 29 D0 A13 20 29 D13
A5 A5 2Q6 2D6
F A4
A3
21
22
A4
OE#
VSS1
28
27
XRD A4
A3
21
22
A4
OE#
VSS1
28
27
XRD
A14
21
22
GND4 GND5
28
27 D14
A3 A3 R929 2Q7 2D7
A2 23 CE# 26 A2 23 CE# 26 4.7k A15 23 26 D15
R925
R927
A2 A2 2Q8 2D8
100k
100k
A1 24 A0 25 A1 24 A0 25 24 25
A1 A1 X20E 2LE
A0 GNDD XCSF1 A0 XCSF2
TC74LCX16373FT
PEH305A8 PEH304A8
R928
A 4/5
NM GNDD
GNDD
AVH-5400DVD/XNUW5
122
1 2 3 4
5 6 7 8
A-b 4/5
A 4/5 MOTHER
SOC BUS
PCB
SOC-I/F BUS (MMD PART)
VCC33
R801
0
MMD
10u/6.3
C836
GNDD
B
2001- : POWER
2201- : USB
2251- : iPod CP
0.1u/10
C822
2301- : SDCARD
2401- : SOC
2501- : SDRAM
2601- : FLASH
GNDD 2701- : AUDIO DAC
NC 129
128
NC 127
NC 126
AVSSH 125
NC 124
NC 123
NC 122
NC 121
NC 120
NC 119
NC 118
NC 117
NC 116
NC 115
NC 114
NC 113
NC 112
NC 111
NC 110
NC 109
108 CHIP SIZE LEGEND
AVSSB 107 C832
AVDDB 1608
106 0.1u/10 GNDD
NC 2125
105
NC 3216
104
NC
103
NC
102
NC
101
NC
100 VCC33
NC
3.3V
99
NC TP951
98
NC R957
97
NC 0
96
R866 10k
R847 10k
NC Q951
R826
100k
95 E2 4
NC 3 C2
94 B2 5
NC 2 B1
93 C1 6
NC 1 E1
C837 NM
92
AVDDC
VDCNT5_3
91 0.1u/10
C
NC GND
90
NC
89
AVSSC
CPRST
88
NC
CPCK
87
R952
R955
NM
NM
NM
AVSSD
86
CPDT IPOD CP IC
NC
85
NC
IC951
2
5
1
4
3
84 C835
AVDDD NM
R958
C952
NC1
NM
NM
MODE1
VCC
NC2
nRESET
83 0.1u/10
VDD12_3
82 C833 0.1u/10 6 20
VSS_8 NC3 NC13
81 7 NC4 NC12 19
D_TRCST D_TRCST
8 NC5 NC11
80 NC6 18
C951
D_TRCD3
I2C_SDA
NC10
I2C_SCL
NM
D_TRCDATA3 NC7
MODE0
9 NC9 17
79 D_TRCD2
D_TRCDATA2
NC8
VSS
78 10 16
D_TRCDATA1 D_TRCD1
77 D_TRCD0
D_TRCDATA0
76 11 12 13 14 15
D_TRCCLK D_TRCCLK
75
R953
R954
NM
NM
NC
R956
NM
74 D_EXTRG0
D_EXTRG0
R838 1k
73 D_SDATA
D_SDATA
R839 1k
72 D_SCLOCK SOAMUTE
D_SCLOCK
R835 4.7k
SOAMUTE 71 SOAMUTE
70 R844 220 R848 SOCRES
NRST 0.01u/16
69 C826 4.7k
VDD33_5 SOCRES1 GNDD
68 R845 100k
VSS_7
67 C834 0.1u/10
VBUS_OUT
66
NC
65 R836 100k USBFLG
/USBLIMIT
64 SCKDAC
SCKDAC
63 R846 1k SDODAC
SDODAC
LTDAC
62
61 R827
LTDAC D
CPRST CPRST
VDD33_4
60 100 R870 USBCNT
G_to_D
D_to_G
NC
59 R873 XCSF1 NM
XCSF1
R837 100 VCC33
58 100k R843 SOCIRQ
IRQPW
57 220 Q961
NC R872 2SB1689
EXA7_D12
EXA5_D13
EXA3_D14
EXA1_D15
USB_CLK
EXADR18
EXADR17
EXA6_D5
EXA4_D6
EXA2_D7
VDD12_2
NC 56
S_to_SO
SO_to_S
CPSCK
47k
CPSDL
VSS_6
VSS_5
R831
DGCLK 55 DGCLK R961
C964
R967
NC
0.1u/10
1k
0
10k SD CARD
8
7
6
5
8
7
6
5
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
D_to_G
R968
R969
22k
22k
R970
680
G_to_D
19
16
20
2
3
4
2
3
4
1
R833
GND5
GND6
NC2
GND1
R867 100k
100k R971 100 10
SDDAT2
0.1u/10
0.1u/10
R829
100k
C823
DAT2
0.1u/10
C824
R972 100 9
SDDAT3
CD/DAT3
R975 22 1
SDCMD
CMD
C825 48.000MHz 2
180
180
R807
R834
R830
R824
10k
R825
VSS1
10k
3
220
0.1u/10
CN961
1M
X802
R841
CSS1793-A VDD
5 1 4
4 SDCLK CKS6180-A
VCC NC 33 CLK
R828
4 5
220
R842
2
680
8
7
6
5
8
7
6
5
IN_A VSS2
C839
ROM BUS
15p/50
R934 150
R933 150
SOC BUS
4 3 R973 100 6
1 2 SDDAT0
OUT_Y GND 2 DAT0
TP801
1 R974 100 7
C838
8p/50
SDDAT1
CD/WP
SYS-SOC BUS
GND3
GND4
(D)
DAT1
2
3
4
2
3
4
1
StoSO
SOtoS
IC802 8
NC1
WP
CD
TC7SZU04FU GND2
11
A18
A17
D7
D6
D5
D4
D3
D2
D1
12
17
13
14
15
18
GNDD SDDET
StoSO
SOtoS
SDW
E
10p/50
10p/50
10p/50
10p/50
10p/50
NM
NM
NM
NM
NM
NM
NM
NM
NM
NM
NM
CPCK
CPDT
C961
2.2u/10
VA961
VA962
VA963
VA964
C970
C971
C974
C972
C973
C965
C966
C967
C968
C969
C962
C963
L923 VCC33
CTF1528-A
GNDD GND GNDD GND GNDD
R930 330
D0 IC924
D1 XCSF2 1 5
INB VCC
XCSF1 2
C931
0.1u/10
INA
D2 3 4
GND OUTY
D3
C929 TC7SZ08FU
0.1u/10 D4
D5
GNDD
D6
D7
D8
D9
D10
D11
C927
0.1u/10 D12
D13
D14
DVD AMP UNIT F
D15
Consists of
MOTHER PCB
TUNER PCB
A 4/5
AVH-5400DVD/XNUW5
5 6 7 8
123
F
E
B
A
D
C
124
A-a A-b
A-b 4/5
SOC BUS
1
1
A 4/5 MOTHER PCB
SOC-I/F BUS (MMD PART)
VCC33
R801
MMD
C836
10u/6.3
GNDD
2
2
2001- : POWER
2201- : USB
2251- : iPod CP
2301- : SDCARD
C822
0.1u/10
2401- : SOC
2501- : SDRAM
2601- : FLASH
GNDD 2701- : AUDIO DAC
128
108 CHIP SIZE LEGEND
NC 127
NC 126
NC 124
NC 123
NC 122
NC 121
NC 120
NC 119
NC 118
NC 117
NC 116
NC 115
NC 114
NC 113
NC 112
NC 111
NC 110
NC 109
AVSSB 107 C832
AVSSH 125
AVDDB 1608
106 0.1u/10 GNDD
NC 2125
105
NC 3216
104
NC
103
NC
102
NC
AVH-5400DVD/XNUW5
101
NC
100 VCC33
NC
3.3V
99
NC TP951
98
NC R957
3
3
97
NC 0
96
NC Q951
95 E2 4
NC 3 C2
R826
100k
94
R847 10k
NC B2 5 2 B1
R866 10k
93 C1 6
NC 1 E1
C837 NM
92
AVDDC
VDCNT5_3
91 0.1u/10
NC GND
90
NC
89
AVSSC
CPRST
88
NC
CPCK
87
AVSSD
NM
NM
CPDT IPOD CP IC NM
R952
R955
86
NC
85
NC
2
5
1
4
3
C835 IC951
84
AVDDD NM
0.1u/10
NM
NM
83
NC1
VDD12_3
NC2
VCC
R958
C952
82 C833 0.1u/10 6 20
MODE1
VSS_8 NC3 NC13
nRESET
81 7 NC4 NC12 19
D_TRCST D_TRCST
8 NC5 NC11
80 NC6 18
D_TRCDATA3 D_TRCD3 NC10
NC7
NM
9 NC9 17
C951
79 D_TRCD2
D_TRCDATA2
10 16
I2C_SDA
NC8
78
I2C_SCL
VSS
MODE0
D_TRCD1
4
D_TRCDATA1
4
77 D_TRCD0
D_TRCDATA0
76 11 12 13 14 15
D_TRCCLK D_TRCCLK
75
NC
NM
NM
NM
R953
R954
74 D_EXTRG0
R956
D_EXTRG0
R838 1k
73 D_SDATA
D_SDATA
R839 1k
72 D_SCLOCK SOAMUTE
D_SCLOCK
R835 4.7k
SOAMUTE 71 SOAMUTE
70 R844 220 R848 SOCRES
NRST 0.01u/16
69 C826 4.7k
VDD33_5 SOCRES1 GNDD
68 R845 100k
VSS_7
67 C834 0.1u/10
VBUS_OUT
66
NC
65 R836 100k USBFLG
/USBLIMIT
D_SDATA
R839 1k
72 D_SCLOCK SOAMUTE
D_SCLOCK
R835 4.7k
SOAMUTE 71 SOAMUTE
70 R844 220 R848 SOCRES
NRST 0.01u/16
69 C826 4.7k
VDD33_5 SOCRES1 GNDD
68 R845 100k
VSS_7
67 C834 0.1u/10
VBUS_OUT
66
NC
65 R836 100k USBFLG
/USBLIMIT
64 SCKDAC
SCKDAC
63 R846 1k SDODAC
SDODAC
62 LTDAC
LTDAC
61 R827 CPRST
CPRST
60 100 R870 USBCNT
NC
59 R873 XCSF1 NM
5
XCSF1
5
VDD33_4
G_to_D
D_to_G
R837 100 VCC33
58 100k R843 SOCIRQ
IRQPW
57 220 Q961
NC R872 2SB1689
NC 56 47k
R831 DGCLK
DGCLK 55 R961
CPSDL
CPSCK
S_to_SO
SO_to_S
USB_CLK
VSS_6
EXADR17
EXA7_D12
EXA6_D5
EXA5_D13
EXA4_D6
EXA3_D14
EXA2_D7
EXA1_D15
VSS_5
VDD12_2
NC
0
1k
8
7
6
5
8
7
6
5
C964
R967
10k SD CARD
0.1u/10
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
D_to_G
22k
22k
G_to_D
R968
R969
680
R970
19
16
20
2
3
4
2
3
4
1
1
R833
GND1
100k 10
NC2
SDDAT2 R971 100
GND5
GND6
DAT2
R972 100 9
100k
SDDAT3
R829
C823
CD/DAT3
C824
0.1u/10
0.1u/10
R975 22 1
R867 100k
SDCMD
CMD
C825 48.000MHz 2
180
VSS1
180
10k
3
10k
0.1u/10
R807
R834
X802
R830
R824
R825
220
1M
CSS1793-A VDD CN961
5 1 4
R841
4 SDCLK CKS6180-A
VCC NC 4 33 CLK
2 5
8
7
6
5
8
7
6
5
220
IN_A
R828
VSS2
680
R842
4 3 R973 100 6
1 2 SDDAT0
C839
OUT_Y GND 2 DAT0
15p/50
1 R974 100 7
SDDAT1
2
3
4
2
3
4
1
1
DAT1
R934 150
R933 150
IC802
(D)
8
C838
TP801
8p/50
TC7SZU04FU GND2
CD
GND3
CD/WP
WP
NC1
GND4
11
StoSO
SOtoS
ROM BUS
SOC BUS
6
6
A17
D7
D6
D5
D4
D3
D2
D1
12
17
13
14
15
18
GNDD SDDET
SYS-SOC BUS
SDW
StoSO
SOtoS
NM
NM
NM
NM
NM
NM
NM
NM
NM
NM
NM
10p/50
10p/50
10p/50
10p/50
10p/50
CPDT
CPCK
C961
2.2u/10
C970
C971
C974
C972
C973
C965
C966
C967
C968
C969
C962
C963
VA961
VA962
VA963
VA964
L923 VCC33
CTF1528-A
GNDD GND GNDD GND GNDD
R930 330
D0 IC924
D1 XCSF2 1 5
INB VCC
XCSF1 2
INA
D2 3 4
C931
AVH-5400DVD/XNUW5
GND OUTY
0.1u/10
D3
929 TC7SZ08FU
7
7
/10 D4
D5
GNDD
D6
D7
D8
D9
D10
D11
927
/10 D12
D13
D14
DVD AMP UNIT
D15
Consists of
MOTHER PCB
TUNER PCB
8
8
A-a A-b
A-b 4/5
125
E
A
D
C
F
B
F
E
B
A
D
C
126
A-a A-b
A-b 4/5
ANA-SOC BUS
A-a 4/5
1
1
SOC_V
LTDAC
SOC-I/F BUS
SDODAC
SCKDAC
DAC
SOAMUTE
C946
DCH1201-A
A 5/5
USB_D+
USB_D-
10u
USB&SD:+5.1 dBs
C944
4.7u/6.3 R942
9
10
11
12
16
SOC_R
AVCC5
820
MD
MC 13
ML 14
X801
SCK 15
AGND
VCOM
CSS1791-A
R944
100k
C2
3
B1
2
E1
1
27MHz
R948
4.7k
4
0
ZEROL/NA
GNDD
IC941
4 33
R945
C819
VOUTR
VOUTL
VCC
NC
DGND
LRCK
DATA
BCK
PCM1753DBQ
Q942
4
5
6
8
7 ZEROR/ZEROA
6
5
4
3
2
1
GNDD 1 2 R815 0.1u/10
E2
B2
C1
R947
4.7k
2
R943
100k
1
HN1C01FU(YGR)
SOC_L R941 15k R820 R823
C827
C808 C811
10p/50
C945
(IEC/IPFLG)
820 R814 10k (D) 24k
4.7u/6.3 10p/50 (D)
R821
12p/50
GNDD C818
200 (D)
15k
1 E1
2 B1
3 C2
100
100
100
220
GNDD 0.1u/10
C943
0.1u/10
R805
1.2k
GNDD R806 GNDD GNDD
SYS+B R812
R813
Q941
24 (D)
24 (D)
RN4982
1M
0
GNDD
R857
C1 6
B2 5
E2 4
2
2
R808
R809
R810
R946 R811
1u/10
R822
C820
30k (D)
VCC12
1k
MDQ1
MDQ0
MDQ14
MDQ15
C817
C813
C822
0
0.1u/10
0.1u/10
0.1u/10
L803
R802
C809
C812
0.1u/10
DTL1107-A 0.1u/10
C815
1u/10
VCC33 GNDD GNDD GNDD
C840
AUDIO 2CH ANALOG OUT
10u/6.3
162
161
158
157
155
154
153
147
146
145
144
138
135
128
0
GNDD 163
MDQ13
R871
NC 152
NC 139
NC 131
NC 130
NC 129
NC 127
NC 126
NC 124
NC 123
NC 122
NC 121
MDQ1
MDQ0 160
OSCO 156
OSCI
LRCK 150
SRCK 149
VREF 134
MDQ2 164
MDQ14
MDQ15 159
VSS_9
ADOUT 151
DACCK 148
AVDDI
AVSSI
AVSSG 143
AVDDG 142
AVDDE 141
AVSSE 140
AVSSF 137
COMP2 136
IREF1
COMP1 133
AVDDF 132
AVSSH 125
VSS_10
USB_D+
USB_D-
165
VDD12_4
VDD33_6
1:1E
A 1/5 C802
VSS_11
COMPOSITE
166
C841
VDD33_7 MDQ13
(2125)
10u/6.3
167 MDQ2
ANA-SOC BUS MDQ12 0.1u/10 MDQ12
GNDD
MDQ3 168 MDQ3
MDQ11 169 MDQ11
AVH-5400DVD/XNUW5
VCC33 MDQ4 170 MDQ4
MDQ10 171 MDQ10
L901
MDQ5 172 MDQ5
CTF1786-A
173 VSS_12
C803
3
3
174
C910
C908
C909
VDD33_8
10u/6.3
10u/6.3
0.1u/10 175
1000p/50
MDQ9 MDQ9
MDQ6 176 MDQ6
IC901
IS42S16400F-7TL MDQ8 177 MDQ8
C901 1 54 GNDD
VSS3 R906 MDQ7 178 MDQ7
R901 0.1u/10 2 VDD1 53 56
56 DQ0 DQ15 MDQ15 DQM0 179
MDQ0 C902 3 52 DQM0
VDDQ1 VSSQ4 5 4 180
5 4 MDQ14 DQM1 DQM1
MDQ1 0.1u/10 4 51
DQ1 DQ14 6 3 181
6 3 MDQ13 XWE NWE
MDQ2 5 50
DQ2 DQ13 7 2 182
7 2 C907 MDQ12 VSS_13
MDQ3 6 49
VSSQ1 VDDQ4 8 1 C842 NM R804 L801 183
8 1 7 48 0.1u/10 MCK
DQ3 DQ12 R907 C804 100 CTF1743-A 184 VDD33_9
R902 8 47 56
56 DQ4 DQ11 MDQ11 MCK 0.1u/10 185
C903 9 46 MCKI
MDQ4 5 4
VDDQ2 VSSQ3 MDQ10 186 VSS_14
5 4 0.1u/10 10 45
MDQ5 6 3 C801
DQ5 DQ10 MDQ9 187 VDD12_5
6 3 11 44
MDQ6 7 2
DQ6 DQ9 C906 MDQ8 XCAS 0.1u/10 188 NCAS
7 2 12 43
MDQ7 8 1
VSSQ2 VDDQ3 XRAS 189 NRAS IC801
8 1 13 42 0.1u/10
R903 DQ7 DQ8 XCSM R803 190 MN2DS0018MA
56 C904 14 41 NCSM
DQM0 VDD2 VSS2 191
0.1u/10 15 40 /SOCSTBY
5 4 100k
XWE LDQM N.C/RFU MA11 192
R910 56 MA11
6 3 16 39 DQM1
XCAS WE UDQM BA0 193
R911 BA0
4
0
4
7 2 17 38 MCK
XRAS CAS CLK MA9 194
18 37 MA9
8 1 R908
R904 RAS CKE 56 195 VSS_15
56 19 36
XCSM CS N.C C805 196
20 35 5 4 VDD33_10
5 4 MA11
BA0 BA0 A11 BA1 0.1u/10 197 BA1
21 34 6 3
6 3 MA9
BA1 BA1 A9 MA8 198 MA8
22 33 7 2
7 2 MA8
MA10 A10/AP A8 MA10 199 MA10
23 32 8 1
8 1 A0 A7 R909 200
56 MA7 MA7
R905 24 31 MA7
56 A1 A6 MA0 201
MA0 25 30 5 4 MA0
MA6
5 4 A2 A5 MA6 202 MA6
MA1 26 29 6 3
MA5
6 3 A3 A4 MA1 203 MA1
MA2 C905 27 28 7 2
MA4
7 2 VDD3 VSS1 204 VSS_16
MA3 0.1u/10 8 1
8 1 C806 205 VDD33_11
TP901 MA5 0.1u/10 206 MA5
SDRAM
6 3 BA1 A9 198
BA1 7 2 MA8 MA8
22 33 MA8
7 2 A10/AP A8 199
MA10 8 1 MA10 MA10
23 32 R909
8 1 A0 A7 200
56 MA7 MA7
R905 24 31 MA7
56 A1 A6 MA0 201
MA0 25 30 5 4 MA0
MA6
5 4 A2 A5 MA6 202 MA6
MA1 26 29 6 3
MA5
6 3 A3 A4 MA1 203 MA1
MA2 C905 27 28 7 2
MA4
7 2 VDD3 VSS1 204 VSS_16
MA3 0.1u/10 8 1
8 1 C806 205 VDD33_11
TP901 MA5 0.1u/10 206 MA5
SDRAM MA2 207 MA2
MA4 208 MA4
MA3 209 MA3
GNDD
210 VSS_17
C807 211 VDD12_6
5
5
0.1u/10 212 EXA0_D0
SDDAT1
SDDAT0
SDCLK
213 XCSF2
214 NEXOE
TO DEBUGGER
215 SDWP
216 SDCD
VSS_1
NC
NC
NC
NC
NC
VSS_2
VDD33_2
NC
NC
VSS_3
VDD12_1
EXADR16
EXA15_D8
EXA14_D1
EXA13_D9
EXA12_D2
EXA11_D10
EXA10_D3
EXA9_D11
EXA8_D4
EXADR19
NEXWE
VSS_4
VDD33_3
EXADR18
EXADR17
EXA7_D12
EXA6_D5
EXA5_D13
EXA4_D6
EXA3_D14
EXA2_D7
EXA1 D15
1
2
3
4 SDCMD
6 VDD33_1
7 SDDAT3
8 SDDAT2
9 NC
5
CN801
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
VCC33
VCC33
D_TRCST
D_TRCCLK
GNDD
NM
1
2
3 D_EXTRG0
4 SOCRES1
5
6
7
8 D_SDATA
9 D_SCLOCK
10 GNDD
11 D_TRCD3
12 D_TRCD2
13 D_TRCD1
14 D_TRCD0
VCC33
DEXTRG0
C810
C814
C816
C821
0.1u/10
GNDD
0.1u/10
0.1u/10
0.1u/10
10k
10k
10k
10k
10k
10k
R824
R816
R817
R818
R819
R825
22
22
8
7
6
5
8
7
6
5
8
7
6
5
8
7
6
100
100
R875
R868
R855
R853
L802
GNDD
22
22
22
150
100
100
2
3
4
2
3
4
2
3
4
2
3
1
1
1
1
R937
R874
R849
R852
R851
R850 CTF1778-A
R936 150
R935 150
R934 150
6
6
390
R856
A16
D15
D14
D13
D12
D11
D10
D9
D8
A19
XWR1
A18
A17
D7
D6
D5
D4
D3
D2
D1
D_EXTRG0
SOCRES1
D0
XCSF2
XRD
D_TRCST
D_TRCCLK
D_SDATA
D_SCLOCK
D_TRCD3
D_TRCD2
D_TRCD1
D_TRCD0
SOCSTBY
SYS-SOC BUS
A 2/5 SYS-SOC BUS
SDW
SDDET
SDDAT1
SDDAT0
SDCLK
SDCMD
SDDAT3
SDDAT2
SOC BUS
L923 VCC33
FLASH 16M L921 FLASH 16M L922 VCC33 CTF1528-A
VCC33 LATCH
IC921 CTF1528-A IC922 CTF1528-A IC923
A15 1 A16 48 A16 A15 1 A16 48 A16 1 48
A15 C923 A15 X10E 1LE
A14 2 BYTE# 47 A14 2 BYTE# 47 C926 A0 2 47
A14 4.7u/6.3 A14 4.7u/6.3 1Q1 1D1
A13 3 VSS2 46 (2125) A13 3 VSS2 46 (2125) A1 3 46
A13 A13 1Q2 1D2
A12 4 DQ15_A-1 45 D1 A12 4 DQ15_A-1 45 D1 4 45
A12 A12 GND1 GND8
DQ7 DQ7
AVH-5400DVD/XNUW5
A11 5 44 D2 A11 5 44 D2 A2 5 44
A11 A11 1Q3 1D3
A10 6 DQ14 43 D3 A10 6 DQ14 43 D3 A3 6 43
A10 A10 1Q4 1D4
A9 7 DQ6 42 D4 A9 7 DQ6 42 D4 C930 7 42 C929
7
7
A9 A9 Vcc1 Vcc4
A8 8 DQ13 41 D5 A8 8 DQ13 41 D5 A4 0.1u/10 8 41 0.1u/10
A8 A8 1Q5 1D5
A19 9 DQ5 40 D6 A19 9 DQ5 40 D6 A5 9 40
A19 A19 1Q6 1D6
10 DQ12 39 D7 10 DQ12 39 D7 10 39
NC1 NC1 GND2 GND7
XWR1 11 DQ4 38 D8 XWR1 11 DQ4 38 D8 A6 11 38
WE# WE# 1Q7 1D7
SOCRES1 R924 12 VCC 37 C922 SOCRES1 R926 12 VCC 37 A7 12 37
RESET# RESET# C925 1Q8 1D8
220 13 DQ11 36 0.1u/10 220 13 DQ11 36 0.1u/10 13 36
D9 D9 A8
NC2 NC2 2Q1 2D1
C921
14 DQ3 35 D10 14 DQ3 35 D10 A9 14 35
C924
WP# WP# 2Q2 2D2
0.01u/16
0.01u/16
15 DQ10 34 D11 15 DQ10 34 D11 15 34
RY/BY# RY/BY# GND3 GND6
A18 GNDD 16 DQ2 33 D12 A18 GNDD 16 DQ2 33 D12 A10 16 33
A18 A18 2Q3 2D3
A17 17 DQ9 32 D13 A17 17 DQ9 32 D13 A11 17 32
A17 A17 2Q4 2D4
A7 18 DQ1 31 D14 A7 18 DQ1 31 D14 C928 18 31 C927
A7 A7 Vcc2 Vcc3
A6 19 DQ8 30 D15 A6 19 DQ8 30 D15 A12 0.1u/10 19 30 0.1u/10
A6 A6 2Q5 2D5
A5 20 DQ0 29 D0 A5 20 DQ0 29 D0 A13 20 29
A5 A5 2Q6 2D6
A4 21 OE# 28 XRD A4 21 OE# 28 XRD 21 28
A4 A4 GND4 GND5
A3 22 VSS1 27 A3 22 VSS1 27 A14 22 27
A3 A3 R929 2Q7 2D7
A2 23 CE# 26 A2 23 CE# 26 4.7k A15 23 26
A2 A2 2Q8 2D8
A1 24 A0 25 A1 24 A0 25 24 25
R925
100k
R927
100k
A1 A1 X20E 2LE
A0 GNDD XCSF1 A0 XCSF2
TC74LCX16373FT
PEH305A8 PEH304A8
R928
8
8
NM GNDD
GNDD
A-a A-b
A-a 4/5
A-b 4/5
127
E
A
D
C
F
B
F
E
B
A
D
C
128
A 5/5
1
1
B
CN1401
A 4/5
A 2/5
A 1/5
CKS5554-A
CN1402
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
GNDD
19 15
20 16
GNDA
GNDRF
9
TUN5
5
10 6
SOC-I/F BUS
ANA-I/F BUS
1
2
SYS-I/F BUS_2
Pin Assignment on PCB
TUN_R
GNDTU
Q301 R301
TUN_L E2 C2
GNDD
ASENBO 4 3 NM
NM
B2 B1
5 2
C1 E1
2
2
NM
TUNCLK 6 1
R302
BUP_1
NM
TUN-ANA BUS
14.4V
NM
TUNDATA
R311
TUNRST
TUN-SYS BUS
NM
IC301
JA301
NM
NM
NM
NM
C303
TP302
C302
C301
1 BUS+
GND BUS- C305
4 5 R305 R303 2 BUSG
GNDD
GND
DIN2 BUS+ NM C304
IP_to_S 3 6 NM NM NM 3 BUSLG
ROUT VCC R306 R304 C306
R308 2 7 R307 4 MAINTEST
A 2/5
A 1/5
S_to_IP
GND
DIN1 STBY NM NM NM TP303
NM 1 8 NM L301 5 BUS-
NM TP308
6 BUSRG
5.1V
VCC5
R309 NM TP304
BUSL+
7 BUSL+
R313
8 ASENBO
R312 R310 NM TP306
BUSR+
9 BUSR+
R315 NM TP307
BUSR-
10 BUSR-
NM NM R314 TP305
BUSL-
11 BUSL-
NM
IP-BUS
AVH-5400DVD/XNUW5
10.5 MOTHER PCB (I/F PART)(GUIDE PAGE)
A-a 5/5
3
3
D361
NM
GNDV
C355
ISOLATOR
NM
RGB VIDEO
NM
R361
AVCC5
C356 L351
NM NM
NAVI I/F
R359 NM C358 NM R370
R355 NM C359 NM NM
R351 NM C360 NM
R360 NM C361 NM R371
NM
R376
N_CSYNC NM NM
CN331
N_R IC351 R364 NM C362 NM R372 N_R TP331
1 CCR
R377 R378 NM C363 NM NM N_G TP332
NM
NM
R353
C353
NM 2 CCG
NM
NM
R357
C351
C_OUT 8 7B_OUT R366 NM C365 NM R373 N_B TP333
3 CCB
C_-IN 9 6B_-IN R365 NM NM N_CSYNC TP334
C364 NM CCSYNC
4
C_+IN 10 5B_+IN TP335
5 GNDSIG
V- 11 4V+
6 DVDVBS
D_+IN 12 3A_+IN
7 GNDDVD
D_-IN 13 2A_-IN
8 YS
D_OUT14 1A_OUT TP336
NM
NM
NM
NM
NM
NM
NM
NM
R358
C354
R367
C352
R368
R354
R369
R356
R352
9 ASENB
NM
N_G NM CCAUL
10
R375 11 CCAUR
N_B NM
12 GNDAU
ONSEI+ R331 TP338
13 ONSEI+
ONSEI- TP339
14 ONSEI-
4
4
NM
15 REAUR
16 REAUL
DSENS
17 GNDRAU
ROTIN2
GNDD_1 18 CCREM
ROTIN1
19 DSEN
RGBARI R334 NM TP340
20 TVON
GUIDEON R335 NM TP341
D331 21 GION
NM
22
GND
D332 NM MONON
23 VSW5
S_to_N R332 NM TP342
24 SYS_TO_NAVI
N_to_S R333 NM TP343
C514 25 NAVI_TO_SYS
2.2u/10 P331
1 2
D333 NM 26 GNDD
IC511
GNDD
NM
GND
D334 NM
C511 NM 1 AO1 14
C512 NM VSS
2 AO2 13
GNDOSD
VFS C366
3 TESTMONI1 12 ILMDT
RGB DRIVER
DI
TP346
GND
4 TESTMONI2 11 ILMCK NM
C564 C513 CLK
5 AO3 10 ILMLD
CSB
2.2u/16 NM 6 AO4 9
VCC
VDD
5 6 7 8
A-b 5/5
CHIP SIZE LEGEND
1608
2125
RCA OUTPUT
FM(100%):+9.1 dBs
A 5/5 MOTHER
(I/F PART)
PCB
3216 AM(30%):+9.1 dBs
AUX:+9.3 dBs
VCR:+9.3 dBs
USB&SD:+9.2 dBs
CN401 DVD/CD(MS7):+4.1 dBs
SYS_TO_NAVI
NAVI_TO_SYS
CKS5492-A
VCR:+8.2 dBs 2 1
MONON
TP346 TP403 TP410 C411
GNDD
VSW5
1
GION
2
TP402 TP411 NM
4 3
NC
C366
TP415
NM
6 5 GND GNDA
21
22
23
24
25
26
NC
TP412 VCRIN_L GNDD
8 7
TP414 TP406 C412
VCRIN_LGND
NM
NM
NM
NM
10 9
GND
NM
NM
TP413 VCRIN_R BCAM_VGND TP405 AUDIO_IN NM
12 11
D407
D408
D402
D403
2
VCRIN_RGND BCAM_IN TP404 BCAM_IN
13
TP342
14
TP343
GND GNDV
P331
NM
TP401 VCRIN_VGND TP408
R401
R402
VCRAOUT_V 16 15
VCRGND VCRAOUT_VGND VCRIN_V TP407 VIDEO_OUT VIDEO_IN C413
D404 DZ2S068C
18 17
1
CKS5492
0.1u/50
DZ2S068C
NC
C405
20 19 NC 0.1u/10
miniSMDC075F/24
2
NC NC
22 21 GNDD GNDD
GND GND
GNDD NC
P402 24 23 NC
NC NC
NM
NM
22k
22k
R408 75
NC C416
R407 75
D405
26 25 NC
1
R335
NC NC 0.1u/10
R332
R333
28 27
R461
R462
GND GNDV TP444
DZ2S068C
RCA_FR 30 29 RCA_FL GND GNDD
D406
TP443 FR FL
RCA_FRGND RCA_FLGND
NM
NM
32 31
NM
NM
TP445 34 33 TP446
D332
D331
D333
D334
0.1u/50
NC NC
C401
36 35
TP441
RCA_SWR 38 37 RCA_SWL GND
RCA_SWRGND 40 39 RCA_SWLGND RR/SWR RL/SWL
GND GND GND
40 39
TP447
miniSMDC075F/24
TP442
2
DZ2S068C
NM
C404 0.1u/50
C406
0.1u/10
2
FOR SERVICE
P441
D401
Not Used
Not Used
P403
1
GND
1
GNDA GNDA GNDA GNDA
GNDA GNDV GND
R406 R405 R452 R451 R448 R447 R450 R449 NM
NM NM 22k NM 22k 22k NM 22k
VCC5
5.2V
Q401 Q443 Q441 Q442 L482 R484
C2
3
E2
4
C2
3
E2
4
C2
3
E2
4
C2
3
E2
4
S/PDIF OUT NM NM
B1 B2 B1 B2 B1 B2 B1 B2
2 5 2 5 2 5 2 5 E 1 R485
E1 C1 E1 C1 E1 C1 E1 C1 Q481 B3
1
NM
6 1 6 1 6 1 6 IC481 NM
C2 NM
JA481
TP482
TP483
HN1C01FU(YGR) HN1C01FU(YGR) HN1C01FU(YGR)
R454
C
R453 R455 R456 R457 R458 R459 R460 1 5
INB Vcc NM
NM NM 4.7k NM 4.7k 4.7k NM 4.7k 2
INA 2
R441
R404
R403
R446
R442
R444
R443
R445
NM
NM
NM
3
NM
820
820
820
L481
820
3 4 R483
GND OUTY 4
R481
R482
NM
NM
NM NM 1
CCG1201-A
CCG1201-A
4.7u/10V
4.7u/10V
CCG1201-A
CCG1201-A
NM
D481
4.7u/10V
C445
C403
C402
C446
C442
C441
C444
C443
4.7u/10V
NM
NM
NM
C481
NM
NM
NM
NM
C482
GNDD
REARMUTE2
VCR_VGND
RCA_SWR
RCAMUTE
RCAMUTE
RCAMUTE
VCR_GND
RCA_SWL
BC_VGND
BCAM_IN
RCA_RR
RCA_FR
RCA_RL
RCA_FL
RCA_R
VCR_R
RCA_V
VCR_V
RCA_L
VCR_L
AUX_R
AUX_VGND
AUX_AGND
AUX_V
AUX_L
BTMIC_GND
WIREDAD
GUIDEON
BT_MICIN
S_to_N
N_to_S
WIRED
SPDIF
AEQAUXSW
RESET
KDT1
KDT0
LEDG1
LEDR1
REMIN
LEDB1
MICSENSR
ILMCK
ILMDT
ILMLD
VDCNT5_2
MICSENSL
USB Buffer
C528
2.2u/10 VCC33 SYS+B
C521 D
USBCNT
USBFLG
USB_D+
USB_D-
R553
0.1u/10
1.2k
IC522
1 1OE 14
VCC
2 A1 13
RKZ3.9KG(B2)
2OE
3 A2 12 AUTO EQ MIC SENS
D551
R552
B1
1.5k
4 A3 11
B2
5 A4 10
VCC33
B3
6 4OE 9
Q541 GNDKEY
B4 LSAR523UB R554
7 GND 8
3OE
2.2u/10
33k
MICin 6 Q543 1
C514
R541
R547 R545
100k
100k
TC7MBL6126SFK C1 E1
470p/50
5 2
C541
R555
100k
B2 B1
14
13
12
11
10
4 3
R543
9
8
47k
47k
E2 C2
VDD
CSB
VSS
NC2
VFS
CLK
DI
UMF23N
BH2227AFV
3 TESTMONI1
4 TESTMONI2
GNDD
3 3
2 2
auto EQ microphone
IC511
DZ2S068C-T
DZ2S068C-T
D521
D522
C526
C527
NM
NM
CTF1713-A
1 AO1
2 AO2
5 AO3
6 AO4
7 NC1
GNDKEY
L521
is connected
R551
Only when
1k
Q545
LTA114EUB
44
11
DD5
C511 NM
C512 NM
R549
5.2V
10k
C513
NM
IC521
DZ2S068C-T
1 8 MIC GND
VDD33
D524
GND OUT3
C530
Q546
NM
2 7
100u/10
2SD2114K(VW)
2.2u/10
IN1 OUT2
4.7k
2.2u/10
C522 0.1u/10
GNDOSD 3 6
C524
IN2 OUT1
4 5 GNDKEY
R550
E
EN /OC
4.7k
C523
C525
R522
DZ2S068C-T
Q542
RGB DRIVER BD82001FVJ LSAR523UB 6 Q544 1
D523
C529
NM
C1 E1
R546
100k
MIC GND 5 2
R542
B2 B1
100k
4 3
GNDD E2 C2
2.2u/16
C564
R548
UMF23N
47k
R544
DZ2S068C-T
47k
0.1u/50
NM
NM
GNDKEY
C561
D562
D566
C562
FOR SERVICE
R503 GNDILM
2
P561
NM
15k
1
ILMB
VCC33
D565
D564
D563
NM
NM
NM
TP563
TP564
TP565
TP568
TP569
TP570
TP572
TP573
TP579
TP580
TP581
TP582
TP583
TP584
GNDV
GND
DVD AMP UNIT
Consists of
C563
MOTHER PCB
100p/50 TP574 TUNER PCB
TP567
GNDD F
GNDKEY GNDILM
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
CN561
AUX_VGND
AUX_AGND
USB_GND
USB_GND
ROT_IN2
ROT_IN1
GNDKEY
CKS5858-A
ILMGND
USB_5V
USB_5V
DSENS
RESET
AUX_R
LED_G
AUX_V
LED_R
VCC33
REMIN
LED_B
AUX_L
ILM+B
USB+
KDT1
KDT0
USB-
NC
F CN3001 A 5/5
AVH-5400DVD/XNUW5
5 6 7 8
129
F
E
B
A
D
C
130
A-a A-b
A-b 5/5
1
1
CHIP SIZE LEGEND PCB
1608
RCA OUTPUT A 5/5 MOTHER
2125 FM(100%):+9.1 dBs (I/F PART)
3216 AM(30%):+9.1 dBs
AUX:+9.3 dBs
VCR:+9.3 dBs
USB&SD:+9.2 dBs
CN401 DVD/CD(MS7):+4.1 dBs
CKS5492-A
VCR:+8.2 dBs 2 1
TP346 TP403 TP410 C411
2 1
TP402 TP411 NM
MONON
VSW5
SYS_TO_NAVI
NAVI_TO_SYS
GNDD
4 3
TP415 NC
6 5
NM
GND GNDA
23
24
25
26
NC
C366
TP412 VCRIN_L GNDD
8 7
TP414 TP406 C412
VCRIN_LGND 10 9
NM
NM
GND
NM
NM
TP413 VCRIN_R BCAM_VGND TP405 AUDIO_IN NM
NM
NM
12 11
2
VCRIN_RGND BCAM_IN TP404 BCAM_IN
14 13 GND GNDV
D407
D408
D402
D403
TP401 VCRIN_VGND TP408
NM
VCRAOUT_V 16 15
P331
TP342
TP343
R401
R402
VCRGND VCRAOUT_VGND VCRIN_V TP407 VIDEO_OUT VIDEO_IN C413
1
18 17
NC NC 0.1u/10
20 19
2
2
C405
NC
0.1u/50
22 21 NC GNDD GNDD
GND GND
GNDD NC NC
DZ2S068C
CKS5492
24 23
NC NC
P402
NC C416
NM
NM
NC
D404 DZ2S068C
22k
22k
26 25
D405
NC NC 0.1u/10
28 27
miniSMDC075F/24
R408 75
R407 75
GND TP444
R332
R333
GNDV
R461
R462
RCA_FR 30 29 RCA_FL GND GNDD
TP443 RCA_FLGND FR FL
RCA_FRGND 32 31
D406
NM
NM
NM
TP445 34 33 TP446
DZ2S068C
36 35 NC NC
D332
D333
D334
C401
RCA_SWR RCA_SWL GND
0.1u/50
38 37
TP441
RCA_SWRGND 40 39 RCA_SWLGND RR/SWR RL/SWL
D GND GND
40 39
TP447
TP442
2
2
NM
C406
AVH-5400DVD/XNUW5
P441
0.1u/10
D401
DZ2S068C
1
GND
1
P403
C404 0.1u/50
GNDA
miniSMDC075F/24
GNDA GNDA GNDA
Not Used
Not Used
FOR SERVICE
GNDA GNDV GND
3
3
R406 R405 R452 R451 R448 R447 R450 R449 NM
NM NM 22k NM 22k 22k NM 22k
VCC5
5.2V
Q401 Q443 Q441 Q442 L482 R484
C2 E2 C2 E2 C2 E2 C2 E2 S/PDIF OUT
3 4 3 4 3 4 3 4 NM NM
B1 B2 B1 B2 B1 B2 B1 B2
2 5 2 5 2 5 2 5 E 1 R485
E1 C1 E1 C1 E1 C1 E1 C1 Q481 B3
1 6 1 6 1 6 1 6 IC481 NM NM
NM HN1C01FU(YGR) HN1C01FU(YGR) HN1C01FU(YGR) C2 JA481
R453 R454 R455 R456 R457 R458 R459 R460 1 5 NM
TP482
TP483
INB Vcc
NM NM 4.7k NM 4.7k 4.7k NM 4.7k 2
INA 2
R483 L481 3
NM
NM
3 4
NM
NM
820
820
820
820
R441
R404
R403
R446
R442
R444
R443
R445
GND OUTY 4
NM
NM
NM NM 1
R481
R482
NM
NM
NM
NM
NM
NM
NM
NM
D481
C445
C403
C402
C446
C442
C441
C444
C443
C481
C482
4.7u/10V
4.7u/10V
4.7u/10V
4.7u/10V
CCG1201-A
CCG1201-A
CCG1201-A
CCG1201-A
GNDD
4
4
RCA_L
REARMUTE2
RCA_R
VCR_L
VCR_GND
VCR_R
RCA_V
RCA_FR
RCAMUTE
RCA_RR
RCA_SWR
RCAMUTE
RCA_SWL
RCA_RL
RCAMUTE
RCA_FL
VCR_V
VCR_VGND
BCAM_IN
BC_VGND
AUX_V
AUX_R
AUX_L
AUX_VGND
AUX_AGND
S_to_N
N_to_S
BT_MICIN
BTMIC_GND
WIREDAD
WIRED
SPDIF
KDT1
KDT0
ILMDT
ILMCK
ILMLD
LEDB1
LEDG1
LEDR1
RESET
REMIN
VDCNT5_2
MICSENSL
AEQAUXSW
MICSENSR
USB Buffer
8 7 6 5
131
AVH-5400DVD/XNUW5
S_to
C514 N_to
2.2u/10
IC511
C511 NM 1 AO1 14
C512 NM VSS
13
F
2 AO2
GNDOSD
A-b 5/5
VFS
3 TESTMONI1 12 ILMDT
RGB DRIVER
DI
4 TESTMONI2 11 ILMCK
C564 C513 CLK
5 AO3 10 ILMLD
CSB
2.2u/16 NM 6 AO4 9
VDD
8
VCC33
7 NC1
NC2
15k
R503
BH2227AFV
D523 D524
D565
DZ2S068C-T DZ2S068C-T
GND
C529 C530
NM
D564 NM NM LEDB1
NM LEDG1
D563
LEDR1
NM RESET
KDT1
KDT0
USBFLG
ILMB
USBCNT
GNDKEY GNDILM
E
TP567
USB_D+
ILM+B 26
TP563 C524
USB_D-
DSENS 25
TP564 2.2u/10
ROT_IN2 24
DD5
TP565
GNDD
5.2V
VDCNT5_2
ROT_IN1 23
4
3
2
1
ILMGND 22 D521
TP568
EN
5 A4
4 A3
3 A2
2 A1
IN2
IN1
GNDD
21
6 4OE
1 1OE
GND
LED_B
7 GND
TP569
DZ2S068C-T
LED_G 20
IC521
IC522
C521
TP570
C528
C526
0.1u/10
2.2u/10
BD82001FVJ
LED_R 19
B4
B3
B2
B1
/OC
3OE
2OE
NM
VCC
OUT1
OUT2
OUT3
TC7MBL6126SFK
RESET 18
5
6
7
8
8
9
C561
10
11
12
13
14
NM
GNDKEY 17
TP572 C522 0.1u/10 D522
16
F
KDT1 TP573
D562 NM C523 2.2u/10 DZ2S068C-T
KDT0 15
VCC33
C525 100u/10 C527
USB Buffer
USB_5V 14
R522 4.7k NM
USB_5V 13
C563
USB_GND
100p/50
12 L521
C562 0.1u/50
USB_GND 11 CTF1713-A
GNDILM
CN3001
10 44 3 3
USB+ D566 DZ2S068C-T
USB- 9
D
TP579
AUX_VGND 8
TP580 11 2 2 A
AUX_V 7
TP581
AUX_R 6
TP582
AUX_AGND 5
TP583
A
AUX_L 4
NC 3
REMIN
VCC33
VCC33 2
TP584
REMIN 1
Only when
auto EQ microphone
is connected
MICin
MIC GND
MIC GND
P561
TP574
1 2
GNDD
GNDV
NM
CKS5858-A
R544
CN561
Q546
FOR SERVICE
47k 47k
Q545
Q541
R549
Q542
R543
LTA114EUB
A-a A-b
100k
LSAR523UB
GNDKEY
LSAR523UB
2SD2114K(VW)
10k
R542 R541
100k BT_M
BTM
GNDKEY
AUTO EQ MIC SENS
WIR
C
GNDKEY
E2
B2
E2
B2
4
5
4
5
C1
C1
WIR
D551 R553
UMF23N
UMF23N
3
2
6 Q544 1
3
2
6 Q543 1
B1
E1
B1
E1
C2
C2
SYS+B
RKZ3.9KG(B2) 1.2k
GNDKEY
47k 100k 4.7k 47k 100k
VDD33
R548 R546 R550 R547 R545
1k
470p/50 1.5k
R551
C541 R552
33k
R554
R555 MICSENSL
100k AEQAUXSW
MICSENSR
SPD
B
Consists of
TUNER PCB
MOTHER PCB
DVD AMP UNIT
A
8 7 6 5
4 3 2 1
132
AVH-5400DVD/XNUW5
A-a 5/5
F
A 2/5
A 1/5
ANA-I/F BUS
SYS-I/F BUS_2
E
Q301 R301
E2 C2
GNDD
ASENBO 4 3 NM
NM
B2 B1
5 2
C1 E1
NM
6 1
R302
BUP_1
NM
14.4V
NM
R311
NM
IC301
JA301
NM
NM
NM
NM
C303
TP302
C302
C301
1 BUS+
GND BUS- C305
4 5 R305 R303 2 BUSG
GNDD
D
GND
DIN2 BUS+ NM C304
IP_to_S 3 6 NM NM NM 3 BUSLG
ROUT VCC R306 R304 C306
R308 2 7 R307 4 MAINTEST
S_to_IP
GND
DIN1 STBY NM NM NM TP303
NM 1 8 NM L301 5 BUS-
NM TP308
6 BUSRG
5.1V
VCC5
R309 NM TP304
BUSL+
7 BUSL+
R313
8 ASENBO
R312 R310 NM TP306
BUSR+
9 BUSR+
R315 NM TP307
BUSR-
A-a A-b
10 BUSR-
NM NM R314 TP305
BUSL-
11 BUSL-
NM
IP-BUS
C
D361
NM
GNDV
C355
ISOLATOR
NM
RGB VIDEO
NM
R361
AVCC5
C356 L351
NM NM
NAVI I/F
R359 NM C358 NM R370
R355 NM C359 NM NM
R351 NM C360 NM
R360 NM C361 NM R371
NM
R376
N_CSYNC NM NM
CN331
N_R IC351 R364 NM C362 NM R372 N_R TP331
1 CCR
R377 R378 NM C363 NM NM N_G TP332
NM
NM
R353
C353
NM 2 CCG
NM
NM
R357
C351
C_OUT 8 7B_OUT R366 NM C365 NM R373 N_B TP333
3 CCB
C_-IN 9 6B_-IN R365 NM NM N_CSYNC TP334
C364 NM CCSYNC
4
C_+IN 10 5B_+IN TP335
5 GNDSIG
B
V- 11 4V+
6 DVDVBS
D_+IN 12 3A_+IN
7 GNDDVD
D_-IN 13 2A_-IN
8 YS
D_OUT14 1A_OUT TP336
NM
NM
NM
NM
NM
NM
NM
NM
R358
C354
R367
C352
R368
R354
R369
R356
R352
9 ASENB
NM
N_G NM CCAUL
10
R375 11 CCAUR
N_B NM
12 GNDAU
ONSEI+ R331 TP338
13 ONSEI+
ONSEI- TP339
14 ONSEI-
NM
15 REAUR
16 REAUL
DSENS
17 GNDRAU
ROTIN2
GNDD_1 18 CCREM
ROTIN1
19 DSEN
RGBARI R334 NM TP340
20 TVON
GUIDEON R335 NM TP341
D331 21 GION
NM
22
GND
D332 NM MONON
23 VSW5
R332 NM TP342
A
S_to_N SYS_TO_NAVI
24
N_to_S R333 NM TP343
25 NAVI_TO_SYS
P331
1 2
D333 NM 26 GNDD
GNDD
NM
GND
D334 NM
A-b 5/5
ILMDT C366
GN
TP34
4 3 2 1
ASEN
IP_to
S_to_
N_CS
N_R
N_G
N_B
RGBA
GUID
S_to_
N_to_
SYS-I/F BUS_2
A 2/5
DSENS
ILMDT
ROTIN2
ROTIN1
SOC-I/F BUS
A 4/5
5
5
C514
2.2u/10
14
13
12
VSS
VFS
IC511
1 AO1
2 AO2
3 TESTMONI1
6
6
C511 NM
C512 NM
GNDOSD
RGB DRIVE
CN1402 TUN-ANA BUS
CKS5554-A
20
A 1/5
19
TUN_R
GNDTU
TUN_L
GNDRF
18 TUN-SYS BUS
17
16
A 2/5
15
TUNRST
GNDA
TUNCLK
14
TUNDATA
AVH-5400DVD/XNUW5
13
12
GNDD
11
7
7
B 10
TUN5
CN1401 9
8
7
6
5
4
3
2
1
20 16 10 6 2
19 15 9 5 1
Pin Assignment on PCB
8
8
A-a A-b
A-a 5/5
A-b 5/5
133
E
A
D
C
F
B
1 2 3 4
10.6 TUNER PCB
R1401
C1401
4700p/25
C1402
4700p/25
B
TUNER
GNDA
X1401
CTF1786-A
4
CTF1786-A
C1408 10p/50
GND2
L1416
L1415
CHIP SIZE LEGEND
1
0.1u/10
1608 X1
GND
1u/10
2125 CSS1805-A
3216 36.48MHz
C1405
C1406
R1402
0
FM(100%):±0.0 dBs
AM(30%):±0.0 dBs
0.22u/16
C
C1404
C1403
0.1u/10
C1407
0.022u/16
64
63
62
61
60
59
58
57
56
55
54
53
52
R1415
R1414
220
750
OSCOUT
DACOUTR
OSCIN
DACOUTL
VREFDEC
GND-REF
FMPINDRV
VCC-PLL
GND-ADC_DAC
VCC-ADC_DAC
ANTENNA 2
FMPINDDEC
3
JA1401 FMMIXDEC
KP2311E
KP2311E
D1403
D1404
2 C1445 0.022u/16 4
TBP-P01X-B1 L1418 FMMIXIN2 TEST
C1447 0.27u L1419
1 GNDRF C1442 0.01u/16 5 VDD_CORE
FMMIXIN1
33p/50 CTF1794-A GND1V2
PLLTEST
GND-PLL
6
TVDAC
TCFM
GNDRF GPIO0
3
0.01u/16
0.01u/16
C1452
C1443
0.01u/16
C1451
C1450
7
6p/50
C1448
C1449
NM
L1417
IMSA-6802-01Y900
0.15u
TCAM
GNDA 1u/10 8
P1401
VCCRF IC1401
or RFGND C1446 9
D CK_SEL TDA7706
0.022u/16 10
VREG3V3
GNDRF GNDVCO
L1401 11
RSTN
LFREF
CTF1786-A C1437 C1439 12
LF1 TCAM2
0.1u/10
C1435
CCG1201-A
0.1u/10 0.01u/16 13 PINDDEC
C1461
4.7u/10V
GNDA VCCVCO
C1440 PINDIN
GNDRF 0.01u/16 14
GNDRF
VCCREG1V2
C1441 CCG1192-A 15
GNDSLINK
AMMIXIN1
AMMIXIN2
LNAOUT2
LNADEC2
GNDLNA
LNADEC
LNAOUT
REG1V2
LNAIN2
L1402 10u
LNAIN
GNDRF 16
VDIG
CTF1786-A GNDRF
0.1u/10
C1436
10p/50
C1453
C1433
17
18
19
20
21
22
23
24
25
26
27
28
29
0.022u/16
10u
L1406
68n
CCG1192-A
0.1u/10
C1444 L1403 R1412 LCYB68NJ1005
0.1u/10
C1431
C1428
GNDA
C1430
GNDRF
E 0.01u/16 CTF1389-A 1.5k
L1404 22u C1432
NM
82p/50
R1409
C1434
R1413
3p/50
C1423
L1407
R1411
680
1M
1M
33
47u
470
100p/50
0.01u/16
C1429
R1410
R1408
C1427
R
C1426
GNDRF
0 4 /10
10p/50
0.1u/10
C1425
C1424
C1457
B
AVH-5400DVD/XNUW5
134
1 2 3 4
5 6 7 8
B TUNER PCB
GNDTU
TUN_R
CN1401
CKS5553-A
TUN_L
1
TUN5 2 B
5.0V
GNDRF 3
C1456
4
NM
X1401 5
4 3 GNDA
C1408 10p/50
X2 2.2u
GND2 6
GNDA
C1409
C1411 CCG1205-A
10p/50
C1410
0.1u/10
7
1 2 C1412 NM
GND1 8
X1
GNDD
A 5/5 CN1402
C1421 10p/50
CSS1805-A 9
36.48MHz
10
L1414 CTF1786-A GNDD
R1402
11
0
12
L1413 NM
13
L1412 C
0.1u/10
C1407
CTF1786-A TUNCLK
14
15
56
55
54
53
52
51
50
49
TUNDATA
16
48 R1404 NM
OSCOUT
OSCIN
DACOUTL
VREFDEC
GND-REF
17
VCC-REF
VDDIO1V2
VDDPLL1V2
GND-ADC_DAC
47 L1411 TUNRST
CTF1786-A 18
46
C1414 2.2u
19
CCG1205-A
45
C1438 2.2u
TEST 20
CCG1205-A
VDD_CORE 44
GPIO1 C1415
GND1V2 0.1u/10 1 5 9 15 19
43
GPIO0 GPIO2
42 2 6 10 16 20
GPIO3
41
401 GPIO4 Pin Assignment on PCB
40
7706 GPIO5 D
39
VREG3V3
GPIO6
RDSINT
38
RSTN
GPIO7
37 C1464
GPIO8
36 NM
GND3V3
35 C1416 C1462 C1463
VDD3V3
VCCREG1V2
34 0.1u/10 GNDD NM NM
GNDSLINK
AMMIXIN1
AMMIXIN2
I2CSCL
REG1V2
33 R1417 680 GNDRF GNDA GNDD
VDIG
I2CSDA
R1418 680
CTF1786-A
L1410
25
26
27
28
29
30
31
32
GNDRF
E
1000p/50
82p/50
C1417
0.1u/10
0.1u/10
0.1u/10
0.1u/10
C1422
C1413
C1420
C1423
C1419
C1418
NM
NM
680
47u
0.01u/16
R1408
R1407 R1406 R1405
C1426
5.6 5.6 5.6 GNDD
L1409
0.1u/10
0.1u/16
C1454
C1455
CTF1786-A
DVD AMP UNIT
GNDD GNDRF
Consists of
MOTHER PCB
0.47u/10
TUNER PCB
10p/50
0.1u/10
C1425
C1424
C1457
B
AVH-5400DVD/XNUW5
5 6 7 8
135
1 2 3 4
10.7 DVD CORE UNIT (MS7)(GUIDE PAGE)
VCC33
C-a
STANDBY
C1490
C1489
10u/6.3
NM
(2125)
IC1480
MDQ0 R1490 C1480 K4S641632N-LC75 GNDD
0.1u/10 1 54
56 SDRAM-DV5U
R1480 2 VDD1 VSS3 53 R1485
XWE
56
MCK
XCSM
DQM1
DQM0
MDQ7
MDQ8
MDQ6
MDQ9
MDQ5
MDQ4
MDQ3
MDQ2
MA3
MA4
MA2
MA5
MA1
MA6
MA0
MA7
MA8
MA9
MDQ10
MDQ11
MDQ12
MDQ13
XRAS
XCAS
MA10
MA11
BA1
BA0
56 C1481 DQ0 DQ15
3 52 MDQ15
MDQ1 0.1u/10
VDDQ1 VSSQ4 5 4
5 4 4 51 MDQ14
MDQ2
NM DQ1 DQ14 6 3
6 3 C1494 5 50 MDQ13
MDQ3
R1538
C1503
C1509
C1508
C1507
C1506
C1505
C1504
0.1u/10
100k
DQ2 2
0.1u/10
0.1u/10
0.1u/10
0.1u/10
0.1u/10
0.1u/10
DQ13 0.1u/10 7
7 2 6 49
MDQ4 C1488
VSSQ1 VDDQ4 8 1
8 1 7 48 C1491
DQ3 DQ12 NM R1486
R1481 8 47 56
56 C1482 DQ4 DQ11 MDQ12
0.1u/10 9 46 A0
100
VDDQ2 VSSQ3 5 4
R1512
5 4 MDQ11
MDQ5 10 45 XCSF2
DQ5 DQ10 6 3
6 3 NM MDQ10
MDQ6 C1493 11 44 0.1u/10 XRD
DQ6 DQ9 7 2
7 2 C1487 MDQ9
CTF1743-A
12 43
L1512
MDQ7 8 1 D0
C1483 VSSQ2 VDDQ3
8 1 13 42
NM MDQ8 D8
DQ7 DQ8 NM
14 41 C1492 R1489
0.1u/10 VDD2 VSS2 56
DQM0 C1484 15 40
LDQM N.C/RFU
5 4
216
215
EXDT8 214
NEXOE 213
212
211
210
209
208
207
206
205
204
203
202
201
200
199
198
197
196
195
194
193
192
191
190
189
188
187
186
185
184
183
182
181
180
179
178
177
176
175
174
173
172
171
170
169
168
167
166
VSS_11 165
MDQ13 164
163
XWE 16 39
WE UDQM
6 3 R1482 17 38
B
NWE
XCAS MCK
NCSM
MCK
DQM3
DQM1
DQM0
MDQ7
MDQ8
MDQ6
MDQ9
MDQ5
MDQ4
MDQ3
MDQ2
56
NRAS
NCAS
MA3
MA4
MA2
MA5
MA1
MA6
MA0
MA7
MA8
MA9
STANDBY
NEXCE
MDQ10
MDQ11
MDQ12
MA10
BA1
BA0
1 162
EXDT0
MCKI
EXADT0
CAS CLK D1
VSS_17
VSS_16
VSS_15
VSS_14
VSS_13
VSS_12
VDD12_6
VDD12_5
VDD33_9
VDD33_8
VDD33_7
VDD33_11
VDD33_10
7 2 18 37
XRAS 2 161
RAS CKE D9
8 1 19 36
XCSM
CS N.C
DQM1
D2 3 EXDT1
EXDT9
MDQ1
MDQ14 160
5 4 20 35 56 5 4
BA0
R1483 BA0 A11
MA11
D10 4 EXDT2 MDQ0 159
6 3 21 34 R1487 6 3 EXDT10 MDQ15
BA1 56 MA9 5 158 C151
BA1 A9
7 2 22 33 7 2 VSS_1 VDD12_4
MA10 MA8 C1513 6 157
A10/AP A8 0.1u/1
8 1 23 32 8 1 VDD33_1 VSS_10
MA0 56 MA7 7 156
A0 A7 D3 0.1u/10
5 4 24 31 R1488 5 4 EXDT3 OSCO
MA1 MA6 8 155
R1484 A1 A6 D11
6 3 25 30 6 3 EXDT11 OSCI
MA2 56 MA5 9 154 C151
A2 A5 D4
7 2 26 29 7 2 EXDT4 VDD33_6
MA3 MA4 10 153
A3 A4 D12 0.1u/10
8 1 C1485 27 28 8 1 EXDT12 VSS_9
VDD3 VSS1 D5 11 152
0.1u/10 EXDT5 IECOUT
D13 12 151
EXDT13 ADOUT
D6 13 150
NM DGND3 EXDT6 LRCK
C1486
SDRAM D14 14
EXDT14 SRCK
149
15 148
C1516 VSS_2 DACCK
16 147 C151
GNDD VDD33_2 AVDDI
D7 0.1u/10 17 146 0.1u/10
EXDT7 ROUT
D15 18 145
EXDT15 AVSSI
19 144
C1517 VSS_3 LOUT
FLASH 16M VCC33 FLASH-DV5U
20
VDD12_1 AVSSG
143
A16 0.1u/10 21 142
IC1401 EXADR16 AVDDG
CWW3029 R1517 22 141
A15 10k
R1528 EXADT15 AVDDE
A15 1 48 A16 A14 10k 23 140
A15 A16 R1529 EXADT14 AVSSE
2 47 C1404 A13 24 139
A14 4.7u/6.3 10k EXADT13 DAC5OUT
A14 /BYTE R1545
A13 3 46 (2125) A12 10k 25 138 GN
A13 Vss2 EXADT12 COMPOSITE
A12 4 A12
DQ15_A-1
45 D15 A11 26
EXADT11 IC1501 AVSSF
137
A11 5 44 D7 A10 27 136
A11 DQ7 EXADT10 COMP2
A10 6
A10 DQ14
43 D14 A9 28
EXADT9
MN2DS0018MA IREF1
135
A9 7 42 D6 A8 29 134
C A9 DQ6 EXADT8 VREF
A8 8 41 D13 A19 30 133
A8 DQ13 EXADR19 COMP1
A19 9 40 D5 XWR1 31 132
A19 DQ5 NEXWE AVDDF
10 39 D12 32 131
XWR1 NC1 DQ12 C1518 VSS_4 DAC1OUT
XWR1 11 38 0.1u/10 D4 33 130
/WE DQ4 VDD33_3 DAC2OUT
12 /RESET 37 C1403 A18 0.1u/10 34 129
NRES EXADR18 DAC3OUT
Vcc NM R1546
35 128
C1401
220 13 36 C1402 D11 A17 10k
R1401 NC2 DQ11 R1518 EXADR17 AVDDH
0.01u/16
14 35 D3 A7 10k 36 127
NC3 DQ3 EXADT7 FD
15 RY_/BY 34 A6 37 126 F
D10 EXADT6 TD
GNDD DQ10 125 T
A18 16 33 D2 A5 38
A18 DQ2 EXADT5 AVSSH
A17 17 32 D9 A4 39 124
A17 DQ9 EXADT4 DSCSNS
A7 18 31 D1 A3 40
EXADT3 PHOTOSNS 123
A7 DQ1 TEMP
A6 19 30 D8 A2 41 122
A6 DQ8 EXADT2 TEMP
20 29 A1 42 121 VSENS
A5 D0 EXADT1 VDSENS
A5 DQ0
A4 21 28 XRD 43 120
A4 /OE C1519 VSS_5 VIN1
A3 22 27 0.1u/10 44 119
A3 Vss1 VDD12_2 VIN2
A2 23 26 LTDAC R1519 45 118
LTDAC
R1402
A2 /CE VIN4
100k
A1 24 25 GNDD SDODAC 1k 46 SDODAC 117
A1 A0 VIN3
A0 XCSF1 SCKDAC 47 SCKDAC 116
VIN8
SUBC_1 100 R1535 48 115
SUBC
VIN7
BLK_1 100 R1539 49 BLK 114
VIN6
CLD_1 R1548 50 113
100 CLD VIN5
51 VSS_6 112
FLASH 16M 52 VDD33_4
E+G_E+F
F+H_G+H 111
VCC33 CONT1
CMDCOMN
TRCDATA0
TRCDATA1
TRCDATA2
TRCDATA3
ANAMONI1
ANAMONI2
STEPPER1
STEPPER2
STSCOMN
IC1402 CONT2 VHALF 110
VDD33_5
VDD12_3
DVDMPD
0.1u/10 53
IRQPWR
SCLOCK
EXTRG0
TRCCLK
VREFH7
VREFH5
VREFH
VREFL7
VREFL5
CDMPD
VIN1RF
VIN2RF
VIN4RF
VIN3RF
CWW3030
AMUTE
AVDDD
AVDDC
CLAMP
CCAPA
AVDDB
AVSSD
AVSSC
CDATA
SDATA
TRCST
AVSSB
LPCO1
LPCO2
XCSF1
PLFIL1
C1520
VSS_7
VSS_8
RFINN
HOME
RFINP
EMPH
NRES
SBCK
54 109
RIPP
LDIN
MD
48
FG
A15 1 A16
A15 A16
A14 2 47 C1409
4.7u/6.3
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
VHALF
100
101
102
103
104
105
106
107
108
A14 /BYTE (2125)
A13 3 46
A13 Vss2
A12 4 A12 45 D15
C1611
C1610
D DQ15_A-1
470p/50
A11 5 44
ANAMONI1
ANAMONI2
D7
C1617
C1616
C1615
C1614
C1613
C1612
A11 DQ7
R1543
100k
R1515
R1525
R1527
R1510
R1509
R1541 220
R1514
390 R1531
R1516
A10 6 43
0.22u/6.3
0.22u/6.3
D14
C1622
R1530
C1521
C1623
5600p/25
A10 DQ14
0.033u/16
100p/50
C1621
C1620
C1619
C1618
C1609
27MHz
0.1u/10
R1544
R1524
R1534
1u/10
0.1u/10
0.1u/10
(1608)
100k
100k
100k
0.1u/10
A9 7 42
220
4.7k
0.1u/10
0.01u/16
D6
A9 DQ6
C1526
R1537
C1528
C1522
A8 8 41 D13
1k
1k
18k
DGND2
560
22k
22k
4.7k
A8 DQ13
0.1u/10
0.1u/10
0.1u/10
0.1u/10
0.1u/10
0.1u/10
A19 9 40 D5
A19 DQ5 GNDA
SCLOCK
10 39 D12 VREF
EDCF
R1542
100k R1522
220 R1523
C1523
470p/50
0.1u/10
SDATA
C1524
R1513
NC1 DQ12
100k
R1536
C1625
C1408 GNDA
100k
EXTRG0_SPD_SW
C1624
1M R1605
1M R1604
4.7k
0.1u/10
XWR1 11 38
R1540
0.1u/10 D4 GNDA
220
/WE DQ4 GNDD
R1556
NRES R1403 12 /RESET 37
0.047u/16
Vcc C1407
TRCDATA0
TRCDATA1
TRCDATA2
TRCDATA3
10k
C1405
NM 13 36 NM D11
NM
SCLOCK
NC2 DQ11
TRCCLK
0.047u/16
0.01u/16
SDATA
TRCST
C1531
C1525
C1529
XCSF1
0.01u/16
14 35
C1527
R1526
D3
NM
NRES
10k
NC3 DQ3 GNDA C1626
15 RY_/BY 34 D10
DEBUG
DQ10 NM NM
DVDMPD
A18 GNDD 16 33 C1627
CDMPD
D2
LPCO1
LPCO2
CMDCOMN
A18 DQ2
STSCOMN
CLAMP
EXTRG0_SPD_SW
A17 17 32
IRQPWR
D9
RF
AMUTE
A17 DQ9
D
C
PU-DV5U
A
B
NRES
A7 18 31 D1
A7 DQ1
A6 19 30 D8 Host-DV5U
A6 DQ8
EMPH
SBCK
A5 20 29 D0
RIPP
S
C
C
A5 DQ0
A4 21 28 XRD
A4 /OE
A3 22 27
A3 Vss1 R1406 Audio Digital Out-DV5U
CLAMP
CONT1
CONT2
4.7k
HOME
A2 23 26
DRV3
DRV2
R1405
LDIN
A2 /CE
100k
MD
FG
A1 24 25
A1 A0 Drive-DV5U
A0 XCSF2
R1409
NM
GNDD
HOME MOTOR DRIVER PU(DP8)
VD8
CN1201
C1220
100u/16
(1608*4)
C1019
IC1201 2200p/50
R1213 1
VCC5
HOME
CKS6309-A
CN1101
CKS5775-A
C1212 R1214
NM MD_2 MD_1 0.1u/16 BD8217EFV 1
54 1 C1213 20 SWITCH
CN1951 PGND
E PGND GNDD
NM MD S 53 VM_S
52
SPIN
BHLD
SPRNF
2
C1214
R1215
R1216
1
1
R1226
BIAS+ 19 GNDD
18 HALL_BIAS+
LD_GND 26
GNDA
VCC33 3 LD(DVD)
DEBUG C1205 SPCNF SPVM HUP 100 U+ 25
CXX2558
0.01u/16 51 4 0.1u/16 17 HALL_U+
HWM 24
FCCDET HW- U- LD(CD)
M3(SPINDLE) CXM1405
11 10 HUM
M2(STEPPING)CXM1364
C1953 C1206 0.1u/16 50 C1215 16 HALL_U-
SCLOCK 5 NM HWP E
12 9 NM TKCDET HW+ HVP V+ SW 23
(1005) R1204 49 6 HVM 15 HALL_V+
NM SDATA 22
13 8 R1205 VMTKRNF HV- C1216 HVM V- E+G/E+F
C1954 1 48 7 14 HALL_V-
EXTRG0_SPD_SW NM HVP 21
14 7 VMFCRNF HV+ HWP W+ F+H/G+H
C1201
C1202
(1608) C1110
4.7u/16
NM C1207 0.1u/16 47 8 HUM 13 HALL_W+
0.1u/16
TRCCLK PGND2 HU- HWM W- VCC 20
15 6 T C1217
C1934 TOP TOP 46 9 NM HUP 12 HALL_W- D1100 0.01u/16
(1608) TRCDATA0 TKO- HU+ HBM BIAS- VREF 19
16 5 T NM
NM TRCDATA1 TOM TOM 45 10 R1210 HBM 11 HALL_BIAS-
17 4 TKO+ HALL_VC GND 18
GNDD FOM F 44 11 S 10 0
Pickup Unit(Service)(DP8)
GNDA TRCDATA2 FOM 100 COILU
18 3 FCO- U_OUT COILU S COILU RF 17
F 43 12 S PGND 9 COIL_U
TRCDATA3 FOP FOP COILV 65MDG 16
19 2 FCO+ V_OUT DVDMPD
LOM 42 13 S COILW 8
TRCST LDO- 55 W_OUT COILW S COILW 65MD 15
C1021 20 1 CDMPD
41 14 7 COIL_W
3
LOP
LDO+ GNDPGND1 78MD 14
NM GNDD LDIN C1208 40 15 C A+ 6
C1022 Vcc SLO1+ COILV S COILV 78MDG 13
LDIN 39 16 C A- R1218 1 5 COIL_V
NM LDIN SLO1- A+_1 C A+ FE2 12
A+
5
0.1u/16 38 17 C B+ 4 A+
FD1 FD SLO2+ R1219 1 B+_1 C B+ FE1 11
C B+
GNDAU GNDD FD F 37 ACTMUTE 18 B- 3 B+
FIN SLO2- A-_1 C A- D 10
2TD
R1211 1k A-
36 19 CONT1 2 A-
TD1 NC4 CTL1 B- B-_1 C B- C 9
T
REFERENCE NUMBER LIST TD 35
TIN CTL2
20 R1212 1k CONT2 1 B-
A 8
4
34 21 C1218 R1222 1
D1200 0.1u/16
VHALF NC3 SLRNF1 B 7
1000->1049 :POWER C1219
4
NM 33 22 0.1u/16 R1223 1 GNDD
VHALF Vc SLRNF2 TH_GND 6
1100->1199 :PU DRV2
R1200 C
32
31
NC2 PRTLIM
23
24
3 TH 5
T+
1200->1299 :ACT+SPDL DRV2
SL1IN PRTF T+ 4
T-
75k 30 25
3
1400->1449 :FLASH DRV3
DRV3
R1201 C 29
NC1 PRTT
26 FG LOP_1
LOP
T- F+
F+ 2
1480->1499 :SDRAM 75k 28
SL2IN PRTOUT
27 FG
LOP
LOM_1 M1(LOADING) F- 1
F-
PreGND FG LOM
1500->1599 :DVN (SYS)
LOM
CXC4912
C1111
C1109
0.22u/16
0.22u/16
(1608)
CLAMP1
1600->1669 :DVN (FE) CLAMP
F 1670->1699 :DVN (BE) PGND
CLAMP2
E
1700->1709 :VIDEO GNDD
GN
1800->1849 :AUDIO (ANALOG)
1850->1899 :AUDIO (DIGITAL)
1900->1950 :HOST I/F
C
AVH-5400DVD/XNUW5
136
1 2 3 4
5 6 7 8
C-b C DVD CORE UNIT(MS7)
VCC12 VCC33 RF SIGNAL
F FOCUS SERVO LINE
3 1 3 1 T
TRACKING SERVO LINE
C
C1502
C1501
CARRIAGE SERVO LINE
10u/6.3
2 2
10u/6.3
NM NM
(2125)
(2125)
MDQ3
MDQ2
S
MDQ11
MDQ12
MDQ13
SPINDLE SERVO LINE
LOUT
GNDD GNDD ROUT
C1504
0.1u/10
(2125)
C1802 R1803 C1810 ROUT
10u
13 SDODAC
14 SCKDAC
LTDAC
4.7u/6.3
ADAC 820
AVCC5
LTDAC C1803
R1805
1800p/50
C1808
100k
LTDAC
NM
SDODAC
SDODAC
16
15
12
11
10
9
SCKDAC
ZEROR/ZEROA
VOUTL VCOM
MC
MD
ZEROL/NA
AGND
ML
SCK
PCM1753DBQ
SCKDAC
R1806
100k
IC1801
1800p/50
C1809
DACCK
VOUTR
R1801
DGND
DACCK DACCK
DATA
LRCK
0
VCC
BCK
SRCK
NC
SRCK SRCK R1804 C1811 LOUT
LRCK 4.7u/6.3
1
2
3
4
5
6
7
8
820
LRCK LRCK (2125) GNDAU1
ADOUT
DACCK
169
168
167
166
VSS_11 165
MDQ13 164
163
ADOUT
ADOUT ADOUT
C1804
C1805
SRCK
LRCK
GNDAU
0.1u/10
NM
B
MDQ3
MDQ2
(2125)
MDQ11
MDQ12
162 MDQ1 (DMIX/DATAOUT)
C1801
VDD33_7
0.1u/10
MDQ1
161
MDQ14 160
MDQ14
MDQ0
1.2k
R1501
AUDIO 2CH ANALOG OUT
MDQ0 159 GNDAU
1
MDQ15 GNDD
GND2
C1510
X1
MDQ15
12p/50
158 C1511 <TC74VHC367FK>
CSS1768-A
27.000 MHz
GNDD
VDD12_4
R1503
X1501
1M
157 0.1u/10 /G A Y
VSS_10 VCC33
C1512
GND1
10p/50
OSCO
156 L L L
3 X2
155 R1851 L H H
OSCI
2
154 C1514
VDD33_6 0 H X Z
R1880
100k
153 0.1u/10
VSS_9 L1500 R1504 IEC
152 CTF1387-A 10 IECOUT
X:Don't Care
C1851
IECOUT
151
IC1851 0.1u/10 Z:High Impedance
R1505 100 ADOUT
ADOUT
150 R1506 LRCK NM
100 NM GNDD
LRCK
149 R1507 SRCK SUBC 1 16 R1868 R1882
100 NM R1866 /G1 VCC
SRCK
148 R1508 DACCK
SUBC_1 R1881
R1852
2
1A /G2
15
0
CN1851
CKS6172-A
DACCK NM R1860
147 C1515 0 3 14
220 1Y 6A
AVDDI
146 0.1u/10 4 13 NM 1 GNDD
ROUT 2A 6Y R1867
145 R1886 NM 5 12 NM 2 SR
AVSSI 2Y 5A
144 0 R1855 6 11 R1854 R1883 3 GNDD
LOUT GNDD 3A 5Y
C1701 BLK R1885 7 10 NM 0 4 LR
143 BLK_1
AVSSG 3Y 4A
142 0.1u/10 0 R1856 8 9 R1853 5 GNDD
AVDDG NM GND 4Y
141 CLD NM 6 SUBC
AVDDE CLD_1
140 C1700 7 GNDD
D%
AVSSE D%
139 0.1u/10 R1708 COMPSITE 8 BLK
DAC5OUT GNDD R1884
138 GNDA 9 GNDD
COMPOSITE GNDA 200 0
137 10 CLD
100 R1705
D% R1706 10k
R1703
C1704
AVSSF GNDV
0.1u/10
NM
136 11 GNDD
0.1u/10
D%
C1703
COMP2
135 R1702 12 DATA
IREF1 SBCK
134 30k 13 GNDD
C
VREF SBCK R1887 100
14 SBCK
R1704
133
24k
COMP1
132 C1702 1u/10 15 GNDD
AVDDF RIPP R1889 100
131 (1608) 16 RIPP
DAC1OUT EMPH R1888 100
130 17 EMPH
DAC2OUT
129 18 GNDD
DAC3OUT
AVDDH
FD
128
127
Ripping DATA Output GNDD
126 F
TD 100p/50
AVSSH
125 T C1602
5.0-3.3&1.2 V DC/DC
Ripping
R1603
124
10k
DSCSNS 100p/50
DCH1201-A
R1601
DCH1201-A
AD2 C1603
12k
PHOTOSNS 123 CXK6901- CXK6900-
TEMP C1014 CTF1295-A VDD5
YWX5011- YWX5010-
C1008
C1009
122 TEMP
TEMP C1604 F
R1602
VCC12-1 DDF L1004
R1600
VSENS DCH1201-A
12k
121 FD IC1005
CN1851 CKS6172-A-TBB NM
0
VDSENS 68p/50 VCC12 R1232D121B
120 C1605 T
C1601
0.01u/16
A TD L1003 8 1 C1013 CKSSYB104K10-T
VIN1 FB12A
C1851 NM
119 68p/50 CTF1757-A LX PGND
B (1608) 7 2
VIN2 R1611 R1011 DCH1201-A R1851 RS1/16SS0R0J-T NM
118 D AGND VIN
VIN4 DSCSNS 6 3 RS1/16SS104J-T
117 1M NM TEST VDD R1880 NM
C FB12B 5 4
VIN3 GND_DD GND_DCON RS1/16SS0R0J-T
116 FE2 VHALF C1628 DSCSNS VOUT CE R1881 NM
VIN8 0.01u/16 (2125)
C1012
NM
115 FE1 NM PHOTO R1017 R1882 RS1/16SS0R0J-T NM
VIN7
114 NM
NJM2885DL1-33
VIN6 C1629 NM R1883 RS1/16SS0R0J-T NM
R1612 PHOTOSNS
113 GNDD GND_DD GND_DCON
VIN5 R1884 RS1/16SS0R0J-T NM
2 GND
IC1004
NM
3 OUT
112 E+G_E+F R1613
1 IN
E+G_E+F R1885 RS1/16SS0R0J-T NM
F+H_G+H 111 F+H_G+H
0.1u/10
VCC33-1
VHALF 110 R1886 RS1/16SS0R0J-T NM
VCC33
VCC33
DVDMPD
VREFH GNDA C1606
VCC33
VREFL5
CDMPD
AVDDB
AVSSB
LPCO1
LPCO2
R1887 RS1/16SS101J-T NM
C1011
109
C1010
1u/10
VD8
2.2u/10
R1888 RS1/16SS101J-T NM
RS1/16SS101J-T NM
VHALF
102
103
104
105
106
107
108
GND_DD R1889
R1551
47k
C1610
F1900
D
R1550
C1530
0.1u/10
DTF1106-A L1900
6.8k
VD8_2 VD8_1
C1623
C1608
C1609
0.1u/10
(1608)
1u/10
CTF1487-A
(1608)
(2125)
1u/10
1 3
0.1u/10
C1607 VD8
C1900
NM
PGND5 PGND4 PGND3
GNDD 2
10u/6.3
VCC5_1
VREF AGND2
GNDA VOLTAGE DETECT PGND
1M R1605
1M R1604
VCC5 IC1900
VREF GNDA VCC33 S-1200B50-M5
AVCC5
5 1
VOUT VIN
AVCC5 2
VSS IC1901
C1901
C1902
4 3 VD
(1608)
1u/10
1u/16
S-1133B50-U5
(1608)
NC ON/OFF
ON/OFF VIN
HOST I/F
DVDMPD
3 4
CDMPD
LPCO1
LPCO2
C1903 0.1u/10 VSS
2
C1904 100p/50 NC VOUT
PU-DV5U 1 5
CN1901
C1906
C1907
4.7u
DGND1 VD8
0.1u/16
(2125)
GNDVGNDD CKS6025-A
GNDAU
GNDD
C1908
(3216) DGND4
1000p/50
AGND1 AGND4 R1902 1 VD8
GNDA
2 VD8
GNDA NM
PGND VD8
3
VDD5_2 4 PGND
L1901 VDD5_1
1 3
VDD5 5 PGND
CTF1558-A
C1905
F1901 DGND
1000p/50
6
PU(DP8) VCC5_3 DTL1106-A 2
GNDD
AMUTE GNDD 7 VD5
VCC5 AMUTE 100 R1905 AMUTE
8
NRES NRES
9 XRESET
IRQPWR IRQPWR IRQPWR
10
CN1101
A 2/5
C1101
CMDCOMN CMDCOMN HSTCMD
10u
CKS5775-A 11
(1608*4) STSCOMN STSCOMN SLVSTS
12
E
R1115 R1112 STANDBY L1902
STANDBY R1910
LD_GND 26
GNDA
DVDLD0
100 13 STANBY
CN751
R1109
2.2
2.2 CTF1734-A
AGND3
3.3
14 GNDAU
0.1u/10
LD(DVD)
R1103
25 DVDLD1 RO
C1104
390
CDLD0 ROUT
CXX2558
ANALOG ROUT
22u/6.3
GNDA
C1113
24 R1116 R1111 15
LD(CD) TP2 TP1
E+G_E+F LO 16 GNDAU
SW 23 2.2 2.2
E+G_E+F LOUT ANALOG LOUT
22 Q1103 17
E+G/E+F
F+H_G+H 2SB1132(QR) LPCO1 18 GNDAU
F+H/G+H 21 Q1101 COMPOSITE
C1110 F+H_G+H COMPSITE R1911
1
LSC4081UB COMPOSIT
C1106
19
R1101
VCC 20
0.01u/16
R1104
100
100k
VREF
510
D1100 0.01u/16 WAKEUP_1 20 VIDEO GND
VREF 19 R1914 WAKEUP
NM C1108
GND 18 21 WAKEUP
RF IECOUT
0.01u/16 SPD_SW NM
RF R1900
Pickup Unit(Service)(DP8)
RF 17 (1608*4) GNDA EXTRG0_SPD_SW 22 NC
R1901
R1118 R1113 DSCSNS NM 23 NC
NM
65MDG 16
DVDMPD
DVDMPD 24 DGND
CN1301
R1110
65MD 15 3.9 3.3
3.3
CDMPD CDMPD PHOTOSNS 25 IECOUT
C1105
CDLD1 CKS5705-A
R1105
78MD 14
0.1u/10
430
22u/6.3
R1117 R1114 IC1301 26 DGND
C1112
78MDG 13 FE2 TP3 TP4 VCC33
NM R1304
R1915
FE2 R1314 6 GND GNDAU2 27 EXTRG0_SPD_SW
FE2 12 3.9 3.9 VCC33 8.2k SW4GNDA
0
FE1 <TC7SZ125FU> 1 5 56k 1 8 GNDV
FE1 5 12cm GNDAU3 28 NC
FE1 11 Q1104 G VCC SW6
D 2SB1132(QR) LPCO2 IN G OUT 2 R1305 2 7
D 10
D LSC4081UB
Q1102 X H Z IN 24k
3 6
4 8cm
D 29 NC
C1301
C 3 4
R1106
R1102
C disc DGND
NM
100k
C1107
3 30
560
C 9 L L L GND OUT GNDAU GNDV
C1302
0.01u/16
A A R1306 4 5 8cm GNDD
2
NM
68k
A 8 B H L H
B R1307 SW3 1 Photo
B 7 X:Don't Care GNDD 24k
GNDA
TH_GND 6 Z:High Impedance R1303
TEMP
TH 5 T
T+ TOP 0
T+ 4 T LEDA
3
T- TOM D1301 VD8
T- F+ F R1301 R1302
FOP
F+ 2 F NM NM
F- FOM
F- 1 NM
TP5
R1321
C1111
C1109
0.22u/16
0.22u/16
(1608)
(1608)
NM
DISC DET
PGND
F
GNDA
C
AVH-5400DVD/XNUW5
5 6 7 8
137
F
E
B
A
D
C
138
C-a C-b
C DVD CORE UNIT(MS7)
C-b
VCC12 VCC33 RF SIGNAL
1
1
F FOCUS SERVO LINE
3 1 3 1 T
TRACKING SERVO LINE
2 2 NM
C
NM CARRIAGE SERVO LINE
C1502
C1501
S
10u/6.3
10u/6.3
(2125)
(2125)
SPINDLE SERVO LINE
MDQ3
MDQ2
MDQ11
MDQ12
MDQ13
LOUT
GNDD GNDD ROUT
(2125)
C1802 R1803 C1810 ROUT
C1504
10u
0.1u/10
820 4.7u/6.3
LTDAC ADAC C1803
LTDAC
LTDAC
NM
100k
R1805
C1808
SDODAC
SDODAC
AVCC5
16
15
14 SCKDAC
13 SDODAC
12
11
10
9
1800p/50
SCKDAC
SCKDAC
ML
MC
MD
SCK
AGND
DACCK
100k
R1806
DACCK DACCK
ZEROL/NA
C1809
IC1801
SRCK
R1801
R1804 C1811
1800p/50
BCK
DATA
LRCK
DGND
VOUTL VCOM
SRCK SRCK LOUT
PCM1753DBQ
1
2
3
4
5 NC
6 VCC
7 ZEROR/ZEROA
8 VOUTR
LRCK 820 4.7u/6.3
LRCK LRCK (2125) GNDAU1
ADOUT
ADOUT ADOUT
169
168
167
166
163
GNDAU
NM
162
DACCK
SRCK
LRCK
C1804
C1805
MDQ1 (DMIX/DATAOUT)
ADOUT
0.1u/10
2
2
MDQ3
MDQ2
161
(2125)
MDQ14
C1801
MDQ11
MDQ12
MDQ13 164
1.2k
0.1u/10
VSS_11 165
MDQ1 AUDIO 2CH ANALOG OUT
MDQ0
VDD33_7
MDQ14 160 R1501
1
4
MDQ0 159 GNDD GNDAU
MDQ15
MDQ15
X1
158 C1511 <TC74VHC367FK>
GND2
VDD12_4
C1510
12p/50
157 0.1u/10 /G A Y
1M
GNDD
VSS_10 VCC33
R1503
X1501
156 L L L
CSS1768-A
OSCO
27.000 MHz
C1512
GND1
155 R1851
10p/50
L H H
2
3 X2
OSCI
154 C1514
VDD33_6 0 H X Z
153 0.1u/10
VSS_9 L1500 R1504 IEC
100k
R1880
152 CTF1387-A 10 IECOUT
X:Don't Care
IECOUT C1851
IC1851 0.1u/10 Z:High Impedance
151 R1505 100 ADOUT
ADOUT
150 R1506 LRCK NM
100 NM GNDD
LRCK
149 R1507 SRCK SUBC 1 16 R1868 R1882
100 R1881 NM R1866 /G1 VCC
SRCK SUBC_1
148 R1508 DACCK 2 15 CN1851
NM R1852 1A /G2 0 CKS6172-A
DACCK R1860
147 C1515 0 3 14
220 1Y 6A
AVDDI
146 0.1u/10 4 13 NM 1 GNDD
2A 6Y R1867
AVH-5400DVD/XNUW5
ROUT R1886
145 NM 5 12 NM 2 SR
AVSSI 2Y 5A
144 0 R1855 6 11 R1854 R1883 3 GNDD
LOUT GNDD 3A 5Y
C1701 BLK R1885 7 10 NM 0 4 LR
143 BLK_1
AVSSG 3Y 4A
142 0.1u/10 0 R1856 8 9 R1853 5 GNDD
AVDDG NM GND 4Y
3
3
141 CLD NM 6 SUBC
AVDDE CLD_1
140 C1700 7 GNDD
AVSSE D%
D%
139 0.1u/10 R1708 COMPSITE 8 BLK
DAC5OUT GNDD R1884
138 GNDA 200
9 GNDD
COMPOSITE GNDA 0
137 10 CLD
AVSSF GNDV
NM
136 11 GNDD
COMP2 D%
R1703
C1704
R1702
0.1u/10
135 12 DATA
IREF1 SBCK
100 R1705
C1703
0.1u/10
R1706 10k
134 30k 13 GNDD
VREF SBCK R1887 100
133 14 SBCK
COMP1
D%
24k
132 C1702 1u/10 15 GNDD
R1704
AVDDF RIPP R1889 100
131 (1608) 16 RIPP
DAC1OUT EMPH R1888 100
130 17 EMPH
DAC2OUT
129 18 GNDD
DAC3OUT
128
AVDDH Ripping DATA Output GNDD
127
FD
126 F
TD 100p/50
125 T C1602
AVSSH Ripping
124 5.0-3.3&1.2 V DC/DC
DSCSNS 100p/50
10k
AD2 C1603
R1603
PHOTOSNS 123
12k
VDD5 CXK6901- CXK6900-
R1601
TEMP C1014 CTF1295-A
122 TEMP YWX5011- YWX5010-
4
TEMP C1604 F
4
VSENS VCC12-1 DDF DCH1201-A L1004
IC1005
DCH1201-A
121
C1008
C1009
FD
0
DCH1201-A
CN1851 CKS6172-A-TBB NM
12k
VDSENS 68p/50 R1232D121B
R1602
C1605 T VCC12
R1600
120 A L1003 C1013
VIN1 TD 8 1 C1851 CKSSYB104K10-T NM
119 68p/50 FB12A CTF1757-A LX PGND
B (1608)
C1601
VIN2 R1011 7 2 DCH1201-A R1851 RS1/16SS0R0J-T NM
R1611
0.01u/16
118 AGND VIN
D 6 3
VIN4 DSCSNS R1880 RS1/16SS104J-T
117 1M NM TEST VDD NM
C FB12B 5 4
VIN3 C1628 DSCSNS GND_DD GND_DCON RS1/16SS0R0J-T
116 FE2 VHALF VOUT CE R1881 NM
VIN8 0.01u/16 (2125)
115 FE1 NM PHOTO R1017 R1882 RS1/16SS0R0J-T NM
NM
VIN7
C1012
114 C1629 NM NM R1883 RS1/16SS0R0J-T
VIN6 R1612 NM
113 PHOTOSNS GND_DD
GNDD GND_DCON R1884 RS1/16SS0R0J-T
VIN5 NM NM
112 E+G_E+F R1613
E+G_E+F R1885 RS1/16SS0R0J-T NM
IC1004
3 OUT
2 GND
1 IN
F+H_G+H 111 F+H_G+H VCC33-1
0.1u/10 R1886 RS1/16SS0R0J-T NM
NJM2885DL1-33
VHALF 110 C1606
VREFH GNDA VCC33
109 R1887 RS1/16SS101J-T NM
VCC33
REFL5
PCO1
PCO2
10
VD8
010
1011
VCC33
u/10
DVDMPD
CDMPD
AVDDB
AVSSB
R1888 RS1/16SS101J T NM
R1611 R1011 RS1/16SS0R0J T NM
0
118 AGND VIN
D 6 3
VIN4 DSCSNS R1880 RS1/16SS104J-T
117 1M NM TEST VDD NM
C FB12B 5 4
VIN3 C1628 DSCSNS GND_DD GND_DCON RS1/16SS0R0J-T
116 VHALF VOUT CE R1881 NM
VIN8 FE2
0.01u/16 (2125)
115 FE1 NM PHOTO R1017 R1882 RS1/16SS0R0J-T NM
NM
VIN7
C1012
114 C1629 NM NM R1883 RS1/16SS0R0J-T
VIN6 R1612 NM
113 PHOTOSNS GND_DD
GNDD GND_DCON R1884 RS1/16SS0R0J-T
VIN5 NM NM
112 E+G_E+F R1613
E+G_E+F R1885 RS1/16SS0R0J-T NM
IC1004
3 OUT
2 GND
1 IN
F+H_G+H 111 F+H_G+H VCC33-1
0.1u/10 R1886 RS1/16SS0R0J-T NM
NJM2885DL1-33
VHALF 110 C1606
VREFH GNDA VCC33
109 R1887 RS1/16SS101J-T NM
VCC33
VD8
VCC33
VREFL5
DVDMPD
LPCO1
CDMPD
LPCO2
AVDDB
AVSSB
R1888 RS1/16SS101J-T NM
C1011
1u/10
C1010
2.2u/10
R1889 RS1/16SS101J-T NM
GND_DD
102
103
104
105
106
107
108
47k
VHALF
R1551
5
5
C1610
F1900
DTF1106-A L1900 VD8_2 VD8_1
CTF1487-A
6.8k
(2125) 1 3
R1550
C1530
0.1u/10
VD8
1u/10
C1623
C1608
C1607
C1609
1u/10
(1608)
(1608)
0.1u/10
PGND5 PGND4 PGND3
0.1u/10
0.1u/10
NM
GNDD 2
10u/6.3
C1900
VCC5_1
VREF AGND2 PGND
GNDA VOLTAGE DETECT
VCC5 IC1900
VREF GNDA VCC33 S-1200B50-M5
AVCC5
5 1
VOUT VIN
AVCC5
1M R1605
1M R1604
2
VSS IC1901
4 3 S-1133B50-U5 VD
NC ON/OFF
ON/OFF VIN
1u/10
C1901
1u/16
C1902
(1608)
(1608)
0.1u/10 3 4 HOST I/F
C1903 VSS
2
C1904 100p/50 NC VOUT
DVDMPD
LPCO1
CDMPD
LPCO2
PU-DV5U 1 5
DGND1 VD8 CN1901
GNDVGNDD 4.7u CKS6025-A
C1906
C1907
GNDAU
(2125)
0.1u/16
GNDD (3216) DGND4
AGND1 AGND4 R1902 1 VD8
GNDA
C1908
2 VD8
GNDA NM
1000p/50
PGND VD8
3
VDD5_2 4 PGND
L1901 VDD5_1
1 3
6
6
VDD5 5 PGND
F1901 CTF1558-A
6 DGND
VCC5_3 DTL1106-A 2
C1905
PU(DP8) GNDD 7 VD5
AMUTE GNDD
1000p/50
VCC5 AMUTE 100 R1905 AMUTE
8
NRES NRES
9 XRESET
IRQPWR IRQPWR IRQPWR
10
CN1101 CMDCOMN CMDCOMN HSTCMD
CKS5775-A 11
10u
STSCOMN
C1101
(1608*4) STSCOMN SLVSTS
A 2/5
R1115 R1112 12
STANDBY R1910 STANDBY L1902
GNDA 100 13 STANBY
LD_GND 26 DVDLD0 CN751
2.2 2.2 CTF1734-A
AGND3 14 GNDAU
3.3
LD(DVD) 25 DVDLD1 RO
R1109
CDLD0 GNDA ROUT ANALOG ROUT
390
24 R1116 R1111 15
R1103
LD(CD)
0.1u/10
TP2 TP1
C1104
E+G_E+F LO 16 GNDAU
C1113
2.2 2.2
22u/6.3
SW 23 LOUT
E+G_E+F Q1103 17 ANALOG LOUT
E+G/E+F 22
F+H_G+H 2SB1132(QR) LPCO1 18 GNDAU
F+H/G+H 21 Q1101 COMPOSITE
C1110 F+H_G+H LSC4081UB COMPSITE R1911 COMPOSIT
19
VCC 20 100
D1100 0.01u/16 VREF VIDEO GND
CXX2558
1 WAKEUP_1 20
510
C1106
WAKEUP
100k
VREF 19
R1101
R1914
R1104
NM C1108
0.01u/16
GND 18 21 WAKEUP
RF IECOUT
0.01u/16 SPD_SW NM
RF EXTRG0_SPD_SW R1900 22 NC
AVH-5400DVD/XNUW5
RF 17 (1608*4) GNDA
R1118 R1113 DSCSNS NM 23 NC
65MDG 16
NM
DVDMPD
DVDMPD 24 DGND
R1901
65MD 15 3.9 3.3
7
7
CDMPD CN1301
3.3
CDMPD CDLD1 PHOTOSNS 25 IECOUT
78MD 14 CKS5705-A
R1110
R1117 R1114 IC1301
430
VCC33 26 DGND
C1105
78MDG 13 FE2
R1105
TP3 TP4 NM R1304
0.1u/10
FE2 R1314 6 GND GNDAU2 27 EXTRG0_SPD_SW
0
3.9 3.9 VCC33 8.2k
C1112
22u/6.3
FE2 12 FE1
SW4GNDA
GNDV
<TC7SZ125FU> 1 5 56k 1 8 GNDAU3
R1915
FE1 5 12cm 28 NC
FE1 11 Q1104 LPCO2 G VCC R1305 SW6
D D 2SB1132(QR) IN G OUT 2 2 7 8cm NC
LSC4081UB 4 29
D 10 Q1102 X H Z IN 24k
C C 3 4 3 6 disc DGND
GND OUT 3 D 30
NM
C 9 L L L GNDAU GNDV
A R1306
100k
560
4 5
C1301
A 8cm GNDD
R1106
R1102
2
C1107
68k
NM
A 8 B H L H
C1302
B R1307 SW3 1 Photo
0.01u/16
B 7 X:Don't Care GNDD 24k
GNDA
TH_GND 6 Z:High Impedance R1303
TEMP
TH 5 T
T+ TOP 0
T+ 4 T LEDA
T- TOM VD8
T- 3 D1301 R1301 R1302
F+ F FOP
Pickup Unit(Service)(DP8)
F+ 2 F NM NM
F- FOM
F- 1 NM
TP5
R1321
NM
C1111
DISC DET
C1109
(1608)
(1608)
0.22u/16
PGND
0.22u/16
GNDA
8
8
C-a C-b
C-b
139
E
A
D
C
F
B
F
E
B
A
D
C
140
C-a C-b
C-a
C-b
VCC33
NM
1
1
C1490
C1489
(2125)
10u/6.3
STANDBY
IC1480
MDQ0 R1490 C1480 K4S641632N-LC75 GNDD
0.1u/10 1 54
56 SDRAM-DV5U
R1480 2 VDD1 VSS3 53 R1485
56 DQ0 56
C1481 DQ15 MDQ15
MA3
MA4
MA2
MA5
MA1
MA6
MA0
MA7
MA8
BA1
MA9
BA0
MCK
XWE
MDQ1 0.1u/10 3 52
MA10
MA11
XCSM
XRAS
XCAS
DQM1
DQM0
MDQ7
MDQ8
MDQ6
MDQ9
MDQ5
MDQ4
MDQ3
MDQ2
VDDQ1 VSSQ4 5 4
MDQ14
MDQ10
MDQ11
MDQ12
MDQ13
5 4 4 51
MDQ2
NM DQ1 DQ14 6 3
6 3 C1494 5 50 MDQ13
MDQ3
DQ2 DQ13 0.1u/10 7 2
7 2 6 49
MDQ4 C1488
100k
R1538
C1503
C1509
C1508
C1507
C1506
C1505
C1504
VSSQ1 VDDQ4 8 1
0.1u/10
1
0.1u/10
0.1u/10
0.1u/10
0.1u/10
0.1u/10
0.1u/10
8 7 48 C1491
DQ3 DQ12 NM R1486
R1481 8 47 56
56 C1482 DQ4 DQ11 MDQ12
0.1u/10 9 46 A0
VDDQ2 VSSQ3 5 4
100
5 4 MDQ11
MDQ5 10 45 XCSF2
DQ5 DQ10 6 3
NM MDQ10
R1512
6 3 11 44
MDQ6 C1493 0.1u/10 7 2 XRD
DQ6 DQ9 MDQ9
7 2 12 43 C1487
MDQ7 8 1 D0
C1483 VSSQ2 VDDQ3
8 1 13 42
NM MDQ8 D8 L1512
DQ7 DQ8 NM
14 41 C1492 R1489
0.1u/10 VDD2 VSS2 CTF1743-A
56
DQM0 C1484 15 40
LDQM N.C/RFU
5 4 16 39
XWE
216
215
212
211
210
209
208
207
206
205
204
203
202
201
200
199
198
197
196
195
194
193
192
191
190
189
188
187
186
185
184
183
182
181
180
179
178
177
176
175
174
173
172
171
170
169
168
167
166
163
R1482 WE UDQM
6 3 17 38
XCAS 56 MCK 1 162
CAS CLK D1
7 2
MA3
MA4
MA2
MA5
MA1
MA6
MA0
MA7
MA8
BA1
MA9
BA0
MCK
NWE
18 37
2
2
XRAS
MA10
DQM3
NCSM
NRAS
NCAS
MCKI
DQM1
DQM0
MDQ7
MDQ8
MDQ6
MDQ9
MDQ5
MDQ4
MDQ3
MDQ2
RAS CKE D9 2 161
EXDT8
EXDT0 214
NEXOE 213
NEXCE
MDQ10
MDQ11
MDQ12
MDQ13 164
8 1 19 36
EXADT0
VSS_17
VSS_16
VSS_15
VSS_14
VSS_13
VSS_12
VSS_11 165
XCSM DQM1 3 EXDT1 MDQ1
STANDBY
CS N.C D2
VDD12_6
VDD12_5
VDD33_9
VDD33_8
VDD33_7
5 4 5 4 EXDT9 MDQ14 160
VDD33_11
VDD33_10
BA0 20 35 56 MA11
R1483 BA0 A11 D10 4 EXDT2 MDQ0 159
6 3 21 34 R1487 6 3 EXDT10 MDQ15
BA1 56 MA9 5 158
BA1 A9
7 2 22 33 7 2 VSS_1 VDD12_4
MA10 MA8 C1513 6 157
A10/AP A8
8 1 23 32 8 1 VDD33_1 VSS_10
MA0 56 MA7 7 156
A0 A7 D3 0.1u/10
5 4 24 31 R1488 5 4 EXDT3 OSCO
MA1 MA6 8 155
R1484 A1 A6 D11
6 3 25 30 6 3 EXDT11 OSCI
MA2 56 MA5 9 154
A2 A5 D4
7 2 26 29 7 2 EXDT4 VDD33_6
MA3 MA4 10 153
A3 A4 D12
8 1 C1485 27 28 8 1 EXDT12 VSS_9
VDD3 VSS1 D5 11 152
0.1u/10 EXDT5 IECOUT
D13 12 151
EXDT13 ADOUT
D6 13 150
NM DGND3 EXDT6 LRCK
C1486 D14 14 149
SDRAM EXDT14 SRCK
15 148
C1516 VSS_2 DACCK
16 147
GNDD VDD33_2 AVDDI
D7 0.1u/10 17 146
AVH-5400DVD/XNUW5
EXDT7 ROUT
D15 18 145
EXDT15 AVSSI
19 144
C1517 VSS_3 LOUT
20 143
FLASH 16M VCC33 FLASH-DV5U VDD12_1 AVSSG
A16 0.1u/10 21 142
IC1401 EXADR16 AVDDG
3
3
CWW3029 R1517 22 141
A15 10k
R1528 EXADT15 AVDDE
A15 1 48 A16 A14 10k 23 140
A15 A16 R1529 EXADT14 AVSSE
2 47 C1404 A13 24 139
A14 4.7u/6.3 10k EXADT13 DAC5OUT
A14 /BYTE R1545
A13 3 46 (2125) A12 10k 25 138
A13 Vss2 EXADT12 COMPOSITE
A12 4 A12 45 D15 A11 26 137
EXADT11 IC1501 AVSSF
5 DQ15_A-1 44 A10 27 136
A11 D7 EXADT10 COMP2
A11 DQ7
A10 6 43 D14 A9 28 MN2DS0018MA 135
A10 DQ14 EXADT9 IREF1
A9 7 42 D6 A8 29 134
A9 DQ6 EXADT8 VREF
A8 8 41 D13 A19 30 133
A8 DQ13 EXADR19 COMP1
A19 9 40 D5 XWR1 31 132
A19 DQ5 NEXWE AVDDF
10 39 D12 32 131
XWR1 NC1 DQ12 C1518 VSS_4 DAC1OUT
XWR1 11 38 0.1u/10 D4 33 130
/WE DQ4 VDD33_3 DAC2OUT
37 C1403 A18 0.1u/10 34 129
NRES 12 /RESET
EXADR18 DAC3OUT
Vcc NM R1546
220 13 36 C1402 D11 A17 10k 35 128
R1401 NC2 DQ11 R1518 EXADR17 AVDDH
14 35 A7 36 127
C1401
D3 10k EXADT7 FD
NC3 DQ3
15 RY_/BY 34 D10 A6 37 126
EXADT6 TD
0.01u/16
GNDD DQ10 38 125
A18 16 33 D2 A5
A18 DQ2 EXADT5 AVSSH
A17 17 32 D9 A4 39 124
A17 DQ9 EXADT4 DSCSNS
A7 18 31 D1 A3 40 PHOTOSNS 123
A7 DQ1 EXADT3
A6 19 30 D8 A2 41 122
4
EXADT2 TEMP
4
A6 DQ8
A5 20 29 D0 A1 42 121
A5 DQ0 EXADT1 VDSENS
A4 21 28 XRD 43 120
A4 /OE C1519 VSS_5 VIN1
A3 22 27 0.1u/10 44 119
A3 Vss1 VDD12_2 VIN2
A2 23 26 LTDAC R1519 45 118
A2 /CE LTDAC VIN4
A1 24 25 GNDD SDODAC 1k 46 SDODAC 117
100k
VIN3
R1402
A1 A0
A0 XCSF1 SCKDAC 47 SCKDAC 116
VIN8
SUBC_1 100 R1535 48 115
SUBC
VIN7
BLK_1 100 R1539 49 BLK 114
VIN6
CLD_1 R1548 50 113
100 CLD VIN5
51 VSS_6 112
FLASH 16M VDD33_4 E+G_E+F
52 F+H_G+H 111
VCC33 CONT1
IC1402 CONT2 VHALF 110
0.1u/10 53 VREFH
CWW3030 C1520
54 109
OME
RES
TSCOMN
MPH
SS_7
DD33_5
CLOCK
DATA
XTRG0
BCK
SS_8
DD12_3
LFIL1
IN1RF
IN2RF
IN4RF
IN3RF
REFH5
REFL5
G
RCCLK
RCDATA0
RCDATA1
RCDATA2
RCDATA3
RCST
DIN
PCO1
PCO2
TEPPER1
TEPPER2
A15 1 48
RQPWR
A16
AMUTE
CMDCOMN
XCSF1
RIPP
MD
CLAMP
AVDDD
VREFH7
AVSSD
VREFL7
AVSSC
CCAPA
CDATA
AVDDC
ANAMONI1
ANAMONI2
RFINN
RFINP
DVDMPD
CDMPD
AVDDB
AVSSB
A3 Vss1 _
A2 23 26 LTDAC R1519 45 118
A2 /CE LTDAC VIN4
A1 24 25 GNDD SDODAC 1k 46 SDODAC 117
100k
VIN3
R1402
A1 A0
A0 XCSF1 SCKDAC 47 SCKDAC 116
VIN8
SUBC_1 100 R1535 48 115
SUBC
VIN7
BLK_1 100 R1539 49 BLK 114
VIN6
CLD_1 R1548 50 113
100 CLD VIN5
51 VSS_6 112
FLASH 16M VDD33_4 E+G_E+F
52 F+H_G+H 111
VCC33 CONT1
IC1402 CONT2 VHALF 110
0.1u/10 53 VREFH
CWW3030 C1520
54 109
A15 1 48 A16
AMUTE
CMDCOMN
STSCOMN
IRQPWR
XCSF1
RIPP
EMPH
LDIN
HOME
MD
CLAMP
VSS_7
VDD33_5
NRES
FG
SCLOCK
SDATA
EXTRG0
SBCK
TRCCLK
TRCDATA0
TRCDATA1
TRCDATA2
TRCDATA3
TRCST
VSS_8
VDD12_3
AVDDD
PLFIL1
VREFH7
AVSSD
VREFL7
AVSSC
CCAPA
CDATA
AVDDC
ANAMONI1
ANAMONI2
RFINN
RFINP
VIN1RF
VIN2RF
VIN4RF
VIN3RF
VREFH5
VREFL5
DVDMPD
LPCO1
CDMPD
LPCO2
AVDDB
AVSSB
STEPPER1
STEPPER2
A15 A16
A14 2 47 C1409
A14 /BYTE 4.7u/6.3
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
(2125)
100
101
102
103
104
105
106
107
108
A13 3 46
A13 Vss2
A12 4 A12 45 D15
A11 5 DQ15_A-1 44 D7
5
5
C1611
C1610
A11 DQ7
A10 6 43 D14
C1617
C1616
470p/50
C1615
C1614
C1613
C1612
A10 DQ14
R1543
R1515
R1525
R1527
R1510
R1509
A9 7 42
R1514
R1516
D6
220
ANAMONI1
ANAMONI2
A9 DQ6
100k
100k
100k
C1622
R1530
C1521
4.7k
C1621
C1620
C1619
C1618
C1609
R1544
R1524
R1534
0.22u/6.3
0.22u/6.3
27MHz
0.1u/10
A8 8 41 100p/50
0.1u/10
0.1u/10
D13
1k
1k
DGND2
5600p/25
0.1u/10
0.1u/10
A8
0.033u/16
DQ13
18k
390 R1531
R1541 220
560
22k
22k
C1526
R1537 100k
0.01u/16
C1528
A19 9 40
4.7k
C1522
D5
A19 DQ5 GNDA
0.1u/10
0.1u/10
0.1u/10
0.1u/10
0.1u/10
0.1u/10
10 39 D12
NC1 DQ12 C1408 G
XWR1 11 38 D4 GNDA
EDCF
0.1u/10
100k
R1542
C1523
/WE DQ4
100k
4.7k
C1524
R1513
SCLOCK
R1536
C1625
0.1u/10
SDATA
470p/50
GNDD
220
37
C1624
NRES R1403
R1540
12 /RESET
0.1u/10
Vcc C1407
220 R1523
100k R1522
NM
R1556
13 36 NM D11
10k
1M R1605
1M R1604
NC2 DQ11
NM
14 35
C1405
D3
0.047u/16
NC3 DQ3 GNDA C1626
NM
10k
34
C1531
C1525
C1529
D10
C1527
R1526
15 RY_/BY
XCSF1
NRES
SCLOCK
SDATA
EXTRG0_SPD_SW
TRCCLK
TRCDATA0
TRCDATA1
TRCDATA2
TRCDATA3
TRCST
0.01u/16
NM NM
0.047u/16
DQ10
0.01u/16
A18 GNDD 16 33 D2 C1627
A18 DQ2
A17 17 32 D9
A17 DQ9
RF
A
B
D
C
DVDMPD
LPCO1
CDMPD
LPCO2
PU
DEBUG
A7 18 31 D1
CLAMP
A7 DQ1
AMUTE
CMDCOMN
STSCOMN
IRQPWR
NRES
A6 19 30 D8 Host-DV5U
A6 DQ8
A5 20 29 D0
C
C
A5 DQ0
A4 21 28
RIPP
EMPH
SBCK
XRD
EXTRG0_SPD_SW
A4 /OE
A3 22 27
A3 Vss1 R1406 Audio Digital Out-DV5U
A2 23 26 4.7k
A2 /CE
A1 24 25
CONT1
CONT2
LDIN
HOME
DRV3
DRV2
MD
CLAMP
FG
100k
Drive-DV5U
R1405
A1 A0
6
6
A0 XCSF2
R1409
NM HOME MOTOR DRIVER PU(DP8)
GNDD
VD8
(1608*4) CN1201
C1019 VCC5 CKS6309-A
C1220
R1213 1 CN1101
100u/16
IC1201 2200p/50 HOME
C1212 CKS5775-A
NM MD_2 MD_1 BD8217EFV R1214 1
0.1u/16 54 1 C1213 20 SWITCH
PGND
PGND GNDD CN1951 S 53 VM_S BHLD R1215 1 BIAS+ 19 GNDD GNDA
MD 2 LD_GND 26
NM SPIN SPRNF R1226
VCC33 52 3 C1214 R1216 1 18 HALL_BIAS+
DEBUG 100 U+ LD(DVD) 25
C1205 0.01u/16 SPCNF SPVM HUP
51 4 0.1u/16 HWM 17 HALL_U+
11 10 FCCDET HW- HUM U- LD(CD) 24
C1953 C1206 0.1u/16 50 C1215 16 HALL_U-
SCLOCK 5 NM HWP
12 9 NM TKCDET HW+ HVP V+ SW 23
(1005) R1204 49 6 HVM 15 HALL_V+
NM SDATA
13 8 R1205 VMTKRNF HV- C1216 HVM V- E+G/E+F 22
C1954 1 48 7 14 HALL_V-
EXTRG0_SPD_SW NM HVP 21
(1608) 14 7 VMFCRNF HV+ HWP W+ F+H/G+H
NM C1207 0.1u/16 47 8 HUM 13 HALL_W+
TRCCLK PGND2 HU- HWM W- VCC 20
15 6 C1217
C1201
C1202
C1934 TOP T 46 9 12 HALL_W- D1100
CXX2558
TOP NM HUP
4.7u/16
(1608) TRCDATA0 TKO- HU+ HBM BIAS- VREF 19
0.1u/16
16 5 T NM
NM TRCDATA1 TOM TOM 45 10 R1210 HBM 11 HALL_BIAS-
17 4 TKO+ HALL_VC GND 18
GNDD GNDA FOM FOM F 44 11 100 S COILU 10
TRCDATA2
AVH-5400DVD/XNUW5
18 3 FCO- U_OUT COILU S COILU RF 17
F 43 12 S PGND 9 COIL_U
TRCDATA3 FOP FOP COILV 65MDG 16
19 2 FCO+ V_OUT
LOM 42 13 S COILW 8
TRCST LDO- 55 W_OUT COILW S COILW 65MD 15
20 1
7
7
C1021 41 14 7 COIL_W
LOP 78MD 14
LDO+ GNDPGND1
NM GNDD LDIN C1208 40 15 C A+ 3 6
C1022 Vcc SLO1+ COILV S COILV 78MDG 13
LDIN 39 16 C A- R1218 1 5 COIL_V
NM LDIN SLO1- A+_1 C A+ FE2 12
0.1u/16 C A+
38 17 B+ R1219 4 A+
FD1 SLO2+ 1 B+_1 C B+ FE1 11
5 FD C B+
M2(STEPPING)CXM1364
M3(SPINDLE) CXM1405
GNDAU GNDD FD F 37 ACTMUTE 18 B- 3 B+
FIN SLO2- A- A-_1 C A- D 10
36 19 R1211 1k 2 A-
CONT1 B-_1 C B- C 9
TD1 2TD NC4 CTL1 B-
TD T 35 20 R1212 1k CONT2 1 B-
REFERENCE NUMBER LIST TIN CTL2 C1218 A 8
34 21 R1222 1
VHALF D1200 NC3 SLRNF1 0.1u/16
C1219 4 B 7
1000->1049 :POWER NM 33 22 0.1u/16 R1223 1 GNDD
VHALF Vc SLRNF2 TH_GND 6
32 23 4
1100->1199 :PU DRV2 NC2 PRTLIM TH 5
R1200 C T+
DRV2 31 24
3
1200->1299 :ACT+SPDL SL1IN PRTF T+ 4
75k 30 25 T-
DRV3 NC1 PRTT LOP_1 T- 3
1400->1449 :FLASH R1201 C 29 26 FG F+
DRV3
Pickup Unit(Service)(DP8)
SL2IN PRTOUT LOP LOP F+ 2
75k 28 27 FG LOM_1 M1(LOADING) F-
1480->1499 :SDRAM PreGND FG LOM LOM F- 1
1500->1599 :DVN (SYS)
CXC4912
CLAMP1
C1111
CLAMP
(1608)
1600->1669 :DVN (FE)
CLAMP2
1670->1699 :DVN (BE) PGND E
1700->1709 :VIDEO GNDD
8
8
1800->1849 :AUDIO (ANALOG)
1850->1899 :AUDIO (DIGITAL)
1900->1950 :HOST I/F
C-a C-b
C-a
C-b
141
E
A
D
C
F
B
1 2 3 4
10.8 COMPOUND UNIT(A) and COMPOUND UNIT(B)
D COMPOUND UNIT(A)
6 R1298 Q1299 R1299 NM
0R0 0R0
CPT231SCTD 8cm S1205
5 CSN1081
DISC SENS DISC SENS
S1203
4 CSN1082 S1204
B CSN1083
C 8cm S1202
3 CSN1080
CN1301
12cm S1201
2 CSN1080
E COMPOUND UNIT(B)
CLAMP
D CSN1080
C
E
D E
AVH-5400DVD/XNUW5
142
1 2 3 4
5 6 7 8
AVH-5400DVD/XNUW5
5 6 7 8
143
1 2 3 4
10.9 PANEL PCB
VCC33
8.0V
ILMB
LSC4081UB(QRS)
Q3001 Q3003
UMX1N UMX1N
1 6 1
E1 C1 E1
Q3002
R3005 2 5 R3018 R3022 R3027 2
B1 B2 B1
10k 3 4 10k 10k 10k 3
C2 E2 C2
(RED) (GREEN) (BLUE) (RED)
R3007
R3015
R3028
R3023
150
150
180
150
C
ILMB
R3016
R3029
R3003
R3008
R3021
R3024
R3026
NM
NM
NM
NM
R3020
100
100
150
100
R3030
R3017
R3025
R3009
100
0
0
CN3001
CKS5858-A
ILM+B 26
ILMGND
DSENS 25
ROT_IN2 24
ROT_IN1 23
KDT1
VCC33
ILMGND 22
KDT0
LED_B 21
LED_G 20
LED_R 19
RESET 18
CN3002
YKS5032-A
KEYGND 17 5 USGND
D KDT1 16 4 USGND
A 5/5 KDT0
USB_5V
15
14
3
2
USDP
USDM
USB
RESET
C3012
CCG1201-A
4.7u/10V
USB5V
CN561 USB_5V 13 1
DSENS
USB_GND 12
2.2u/16
1
1
2
CSN1057-B-TRB
USB:+5.1 dBs
CSG1155-A
USB_GND 11
S3001
S3002
C3011
USB+ 10
2
3
USB- 9 4
AUX_VGND 8
AUX_V 7
D3007
AUX_R 6 HZM6.8Z4MWA
AUX_AGND 5 R3004
75 R3012 0
JA3001
AUX_L 4 CKN1084-A
R3010 0 1 AUXV
NC 3 R3011 1
0 2 AUXL
2
VCC33 2
R3013 0 3
4
3
4
AUXR
GND
AUX
R3014 0
REMIN 1
R3002
E
C3014
0.01u/50
22k
AUX:+2.2 dBs
DZ2S068C
iPod:+1.3 dBs
0.1u/50
NM
C3010
D3001
D3004
D3005
C3009
C3013
1u/16
R3006
22k
ILMGND
KEYGND
VCC33
ILMGND
USBGND IC3001
GP1UXC14RK
C3001
REM
R3019
1
100
NM
D3008
GND
NM
10u/6.3 2
VCC
3
C3002
ILMGND KEYGND
F
AVH-5400DVD/XNUW5
144
1 2 3 4
5 6 7 8
F PANEL PCB
LEDB2
LEDG2
LEDR2
LEDB1
LEDG1
LEDR1
B
8.0V
ILMB
Q3003
UMX1N
1 6
E1 C1
7 2 5 R3035 R3039
Q3004
6
B1 B2 LSC4081UB(QRS) G
3 4 10k 10k
5
NSSM038A-6430
C2 E2 R
D) (GREEN) (BLUE)
D3009
4
3
R3028
B
R3032
R3040
150
150
180
2
C
1
R3029
R3033
R3036
R3038
R3041
NM
NM
100
100
150
C3006 0.1u/16
R3030
R3042
R3034
100
0
C3007 0.1u/16
C3008 0.1u/16
VOLUME/MUTE
6
G
S3003
5
NSSM038A-6430
R
1 4
D3010
4
1 4
3
3
B
3
2 5
5 2 D
2
1
CSD1168-A
R3043 R3044
RESET 1.5k 2.2k
C3003 0.1u/16
R3031 R3037
C3004
1
0.1u/16
2
CSG1155-A
1.5k 18k
OPEN
S3002
C3005 0.1u/16
SOURCE REVERSE
EJECT /CLOSE FORWARD
3
4
1
1
1
2
2
CSG1155-A
CSG1155-A
CSG1155-A
CSG1155-A
CSG1155-A
S3005
S3007
S3008
S3006
S3004
3
4
4
4
KEYGND
0.0~0.5V 0.5~1.2V 1.2~1.8V 1.8~2.4V 2.4~3.0V 3.0~3.3V KEYBOARD UNIT
KDT0 x x x
Consists of
EJECT MUTE OPEN/CLOSE
PANEL PCB
KDT1 SOURCE FORWARD REVERSE MODE MENU x KEYBOARD PCB
F
AVH-5400DVD/XNUW5
5 6 7 8
145
1 2 3 4
10.10 KEYBOARD PCB
G KEYBOARD PCB
8.0V
CN3500 GNDKEY
ILMB
CKS5695-A
B
K 2/2 CN5802
GNDKEY
6
ILMB R3501 R3502
5 8.2k 12k
KEY1
KEY1
4
LEDR1
3
ILMB
8.0V
MODE MENU
S3501
S3500 CSG1155-A
LEDG1 LEDR1 CSG1155-A
2 D3500
4
3
3
LEDB1 1 C3501 NSSM038A-6430
0.1u/16 GA 6
LEDG1
Gk 5
2
1
1
Rk 4
C3500 Ra 3
0.1u/16
Bk 2 GNDKEY
Ba 1
LEDB1
C3502
0.1u/16
KEYBOARD UNIT
Consists of
PANEL PCB
KEYBOARD PCB
G
AVH-5400DVD/XNUW5
146
1 2 3 4
5 6 7 8
AVH-5400DVD/XNUW5
5 6 7 8
147
1 2 3 4
10.11 MAIN PCB UNIT, SWITCH PCB UNIT and VOLUME PCB UNIT
H MAIN PCB UNIT
A 2/5
C CN2001
H
AVH-5400DVD/XNUW5
148
1 2 3 4
5 6 7 8
M102 C
CXC6638
CSN1081
I SWITCH PCB UNIT
M103
CXC6639 D
J VOLUME PCB UNIT
Decimal points for resistor
and capacitor fixed values
are expressed as :
2.2 t 2R2
0.022 t R022
F
H I J
AVH-5400DVD/XNUW5
5 6 7 8
149
1 2 3 4
10.12 MONITOR PCB (MONITOR PART)(GUIDE PAGE)
K-a 1/2 CN
C5808 R5200
1000p/50 GNDV
0
C5008 POWER
C5002 GD12V PWRVI
1u/10 LCD
DCH1201-A GD12V 5V
10u/10V
C5004
GERDA-L D5202
PNLVI
0.1u/10 GD33V
AVAGND R5202 IC5201 IC5202 IC5203
C5005 C5201 GR33 D5201 NM PNLVI
GNDV 1u/10 NM 0.01u/16 1SR154-400 R5201
C5007 1 5 1 6 1 5
0.1u/10 Nr Vo VOUT VIN VIN VOUT
2 2 5 2
C5203
C5006 NM
GD33V
10u/6.3
0.1u/10 C5001 GND VSS1 VSS2 VSS
1000p/50 3 4 3 4 3 4
C5204
R5209
R5003 GD33V
NM
Vc Vin ON/OFF NC ON/OFF NC
NM
R5203
NM
NM R5004 PQ1LA125MSPQ R5205 S-1172B34-E6-TBB NM
NM
5V 3.3V
R5212
0 5V 3.3V
NM
3.3V 1.2V
4.7u/6.3
C5202
1u/10
AVBGND GNDD GNDBL
C5211
C5212
1u/10
C5206
NM
C5205
NM
C5208
1u/10
R5207
10k
R5216
R5210
V33A V33A
5.6k
R5206 47
GNDD R5211
0
R5214
R5213
NM
B
100
1k
R5215
C5210
47
0.1u/10
4.7u/6.3
C5209
Q5201
1 E1 C1 6
GNDD
MONPW R5204 R5208 2 E2 5
47k 100k 3 B1 4
B2 C2
UMX2N
1
4
3
2
GNDD
R5524
10k
5
6
7
8
RGBVI
C5308
RGBVI NM
0.1u/10
R5313 R5314 C5307
15k (D) 10k (D) 0.1u/10
0.1u/10
C5532
AVAGND IC5311 AVAGND
R5559
10k
1 IN- VDD 5 IC5312
R5317 C5314
2 VSS 1 5
to TOUCH PANEL INB Vcc
47k
(from NAVI)
R5311 R5318 3.3V(max)
CTF1545-A
CSYNC 3 IN+ OUT 4 1k 2 0.1u/10
INA AVAGND
L5520
1k 3 4 R5322
270
R5312
R5521
GND OUTY
C5311
NM
ADVX
ADVX
ADVY
680k
TC75S57FU
PLYV
PLYV
PLXV
PLXV
ADVY
6.8k
R5325
NC
NC
AVAGND TC7SET08FUS1
10k
44
43
42
41
40
39
AVAGND RGBVI C5525
10
1
2
3
4
5
6
7
8
9
R5518 (D) 10k 33p/50
C
VDD3
VSS3
DV0R5
DV0CLK
AVAGND
45
CTF1545-A
AVAGND C5507
L5301
0.1u/10
C5807 46
CN5101
C5518
0.1u/10 DV0VSY
C5309 C5508 47 DV0HSY
CKS5561-A 0.1u/10 CMPAOU
NM AV0VREFL AV0IREF
AVAGND 0.1u/10 48
C5101 AV0VREF
R5841 AV0VCMO
NM R5319 C5526 NM (max1.0V) C5514 49
ANA_G Q5807 NM
LSC4081UB(QRS) AV0INA
2.7k DCH1201-A V33A L5501 50
D5101 AVDDA
10u/10V
0.1u/10
0.1u/10
NM CTF1473-A 51
C5513
C5527
R5306
R5835
AV0INB
390
C5506
4.7k
CVIDEO R5842 52
C5102 C5504 NM (max1.0V) 10u/10_Ta
AVSSA
NM 53
DCH1201-A AV1VREFH
54
C5516
C5509
AVAGND 10u/10V
NM
D5102 AVAGND NM AV1VREFL
NM AVAGND 55
C5510 AV1VCMO
R5843 NM C5515 56
C5103 RGBVI RGBVI C5524 NM (max1.0V) NM AV1IN
NM 57
NM C5511 AVDDA2
CTF1545-A
CTF1545-A
58
C5517
NM
NM
D5103 AV2VREFH
NM C5529 59
L5305
L5304
C5512 0.1u/10
C.VIDEO NM 60
AV2VREFL
C5104 AVSSA2
R5300
NM IC5301 C5520 61
R5844
4.7k
R5316
AV2VCMO
0.1u/10
C5521
C5303
C5304
C5306
0.1u/10
470
R5302 C5301 NM (max1.0V) 62
NM
MONVBS AVAGND NM
D5104 Vin V+ AV2IN
NM 100 DCH1201-A 4 3 NM CTF1545-A 63
10u/10V GND AVAGND AVDDP
GNDV R5301 C5302 2 R5303 V33A L5502 C5519
64
VGND Vout C5554 TSTIO
0.1u/10
Q5808
C5305 C5505 470p/50 65
LSA1576UB(QRS)
100 DCH1201-A 5 1 620 R5511
GNDD 10u/10V DCH1201-A 1k 10u/10_Ta AVSSP
NJM2505AF 10u/10V R5508 EPDI 66
AVBGND
GPIO15
R5315
4 67
4.7k
NM EPDO 5
GPIO14
EPCK 6 3 68
GPIO13
R5509 EPCE 7 2 69
GPIO12
1 70
4
3
2
1
56k 8 C5522
DO
S-93C66BD0I-I8
VDD4
CS
NM
SK
NM
DI
RGBVI AVAGND GtoS R5516 270
71
RGBVI
D PWRVI GPIO11
IC5501
R5517 0.1u/10 72
StoG 270 R5560
L5002 GPIO10
CTF1545-A
TEST
73
GND
R5510
VCC
CTF1469-A DtoG R5513 470 10k
L5302
NC
GPIO0
C5003
R5561
1u/10
GtoD R5514 10k L5503 74
GPIO1
5
6
7
8
C5310 C5805 470 CTF1545-A 75
CN5002 NM 0.1u/10
AVAGND C5503 76
VDDI2
CKS6008-A AVAGND DGCLK R5515
PWRVI 0.1u/10 C5528 0.1u/10 GPIO2
5V R5320 GNDD 180 77
PWRVI 1 ANA_B Q5805
LSC4081UB(QRS) 10k GPIO3
2.7k R5501 78
PWRVI 2 VSS4
TP5502 79
R5304
R5833
PWRVI 3 GPIO4
390
4.7k
GNDD1 R5555 10kTP550380
NC 4 R5323 GPIO5
R5556 10k 81
5 10k GPIO6
GNDD
AVAGND 82
GNDD 6 GPIO7
GNDD
RGBVI 83
GNDD 7 L5505 GPIO8 GPIO9
CTF1545-A
R5324 CTF1545-A 84
10k LCD0CLK
L5303
MONPW 8 MONPW VDD5 OSCXO
C5312 C5806 85
9 NM C5523 VSS5 OSCXI
ADVY 0.1u/10
91 LCDMUTE
SHUT R5534 0.1u/10 86
100
LCD0C1
LCD0C0
LCD0C2
ADVX 10 AVAGND
ANA_R R5321 LCD0CLK 87
PLXV 11 Q5806 1 2
LSC4081UB(QRS) R5512 L5512 88
2.7k
PLYV 12 270
ILR CTF1748-A
89
90
92
93
94
R5305
ILR
R5834
ILR 13
390
4.7k
ILG ILG
ILG 14
ILB ILB 10k
R5570
ILB 15 AVAGND
470
GNDKEY
R5520
GNDKEY 16
GNDKEY 17
GNDKEY K 2/2
NC 18
R5519
NC 19
KEY1 KEY1
KEY1 20 NM
X5501
NC 21 GNDD
1 2
A 2/5
GNDILM
GNDILM 22 1 2
E
GNDILM
KEY BUS
R5523 270
270
C5531 12p/50
NC 23 ILMB ILMB 4 33
C5530
R5522
9p/50
ILMB 24 4
CN2021 NC 25
CSS1792-A
DtoG 33MHz
DtoG
DtoG 26
GtoD
GtoD
GtoD 27 GNDD
LHSY
LVSY
DGCLK
DGCLK
DGCLK 28
StoG StoG
StoG 29
GtoS GtoS GRST
GtoS 30
GRST GRST
GRST 31
VGND 32 GERDA BUS
ANAG ANA_G
ANAG 33
ANAR ANA_R
ANAR 34
CSYNC CSYNC
CSYNC 35
ANAB ANA_B
ANAB 36
GNDV
VGND 37
MOVBS GNDV MONVBS
MOVBS 38
GNDBL
VIDEO BUS
GNDBL 39
GNDBL 40
GNDBL 41 GNDBL
NC 42 PWRBL PWRBL
PWRBL 43 8V
PWRBL 44
PWRBL 45
BLERR1 BLERR1
BLERR1 46
BLCLK BLCLK
BLCLK 47 BACKLIGHT BUS
MBLPW MBLPW
MBLPW 48
DIMPLS DIMPLS
DIMPLS 49
F TEMP 50 TEMP1
K 2/2
K 1/2
AVH-5400DVD/XNUW5
150
1 2 3 4
5 6 7 8
CN5502
NM
K-b 1/2
10
11
12
13
14
1
2
3
4
5
6
7
8
9
GD33V
SDATA
SCLOCK
TRCST
TRCCLK
TRCD3
TRCD2
TRCD1
TRCD0
GRST1
K 1/2 MONITOR PCB
NFRCS0
FDATA1
FDATA8
FDATA0
FAD16
NFR0E
FDATA11
FDATA10
CTF1545-A
FDATA7
FDATA3
FDATA2
FDATA9
FAD0
FDATA6
FDATA5
FDATA4
FDATA15
FDATA14
FDATA13
FDATA12
L5401
(MONITOR PART)
0.1u/10
C5403
PNLVI
R5870
1
4
3
2
GD33V
18
PNLVI
R5201 C5401
5
6
7
8
R5401
NM 4.7u/6.3
10k
18
18
R5879 18
R5880 18
R5881 18
R5882 18
R5883 18
R5884 18
R5885 18
R5889 18
68
18
C5402
18
R5886
R5871
R5873
R5875
R5877
68
0.1u/10
R5878
GNDD
R5212
NM
NM
C5205
NM
48
BYTE 47
46
DQ15/A-1 45
DQ7 44
DQ14 43
DQ6 42
DQ13 41
DQ5 40
DQ12 39
DQ4 38
VCC 37
DQ11 36
35
34
33
32
31
30
29
28
27
26
25
C : PEH358A8
D : PEH356A8
A : PEH355A8
B : PEH357A8
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