CRT4321 001 AVICX910BT

User Manual: AVICX910BT

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ORDER NO.

CRT4321
AVIC-X910BT/XS/UC

FLASH MEMORY MULTIMEDIA AV NAVIGATION RECEIVER

AVIC-X910BT

/XS/UC

NAVIGATION AV SYSTEM

AVIC-F910BT/XS/EU5
AVIC-F910BT/XS/AU
This service manual should be used together with the following manual(s):
Model No.
CX-3250

Order No.
CRT4300

Mech.Module
LS1

Remarks
DVD Mech. Module : Circuit Descriptions, Mech. Descriptions, Disassembly

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

PIONEER CORPORATION

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

PIONEER CORPORATION 2009
K-ZZZ.-001 APR. 2009 Printed in Japan

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SAFETY INFORMATION
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.

A

WARNING

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

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:

C

- Safety Precautions for those who Service this Unit.
When checking or adjusting the emitting power of the laser diode exercise caution in order to get safe, reliable
results.
Caution:
1. During repair or tests, minimum distance of 13 cm from the focus lens must be kept.
2. During repair or tests, do not view laser beam for 10 seconds or longer.

D

CAUTION:
USE OF CONTROLS OR ADJUSTMENTS OR PERFORMANCE OF PROCEDURES OTHER THAN THOSE
SPECIFIED HEREIN MAY RESULT IN HAZARDOUS RADIATION EXPOSURE.
CAUTION
CLASS 1M INVISIBLE LASER RADIATION WHEN OPEN. DO NOT VIEW DIRECTLY WITH OPTICAL INSTRUMENTS
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WARNING!

A

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

Laser diode characteristics
Wave length:
DVD:660 nm to 670 nm
CD:780 nm to 800 nm
Focus lens on Maximum output:
CD:6.26 mW(Emitting period :9 sec.)
DVD:1.27 mW (Emitting period : unlimited)

B

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

C

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

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

B

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

C

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

D

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

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

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

E

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

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

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CONTENTS
SAFETY INFORMATION .....................................................................................................................................2
1. SERVICE PRECAUTIONS................................................................................................................................6
1.1 SERVICE PRECAUTIONS .........................................................................................................................6
1.2 NOTES ON SOLDERING ...........................................................................................................................6
2. SPECIFICATIONS.............................................................................................................................................7
2.1 SPECIFICATIONS ......................................................................................................................................7
2.2 DISC/CONTENT FORMAT .......................................................................................................................13
2.3 PANEL FACILITIES...................................................................................................................................14
2.4 CONNECTION DIAGRAM........................................................................................................................17
3. BASIC ITEMS FOR SERVICE ........................................................................................................................19
3.1 CHECK POINTS AFTER SERVICING .....................................................................................................19
3.2 PCB LOCATIONS .....................................................................................................................................20
3.3 JIGS LIST .................................................................................................................................................21
3.4 CLEANING ...............................................................................................................................................22
4. BLOCK DIAGRAM ..........................................................................................................................................24
4.1 OVERALL CONNECTION DIAGRAM ......................................................................................................24
4.2 BLOCK DIAGRAM....................................................................................................................................28
4.3 POWER SUPPLY SYSTEM FIGURE .......................................................................................................36
5. DIAGNOSIS ....................................................................................................................................................40
5.1 OPERATIONAL FLOWCHART .................................................................................................................40
5.2 INSPECTION METHOD OF PICKUP UNIT .............................................................................................42
5.3 DIAGNOSIS FLOWCHART ......................................................................................................................45
5.4 ERROR CODE LIST.................................................................................................................................72
5.5 CONNECTOR FUNCTION DESCRIPTION .............................................................................................74
5.6 TROUBLESHOOTING..............................................................................................................................75
6. SERVICE MODE.............................................................................................................................................79
6.1 TEST MODE.............................................................................................................................................79
6.2 DVD TEST MODE ....................................................................................................................................91
6.3 uBOOT MENU ..........................................................................................................................................97
6.4 USING THE TEST DISC ..........................................................................................................................98
7. DISASSEMBLY .............................................................................................................................................104
8. EACH SETTING AND ADJUSTMENT ..........................................................................................................118
8.1 DVD ADJUSTMENT ...............................................................................................................................118
8.2 AV UNIT ADJUSTMENT.........................................................................................................................126
8.3 FLICKER ADJUSTMENT .......................................................................................................................128
9. EXPLODED VIEWS AND PARTS LIST ........................................................................................................130
9.1 PACKING ................................................................................................................................................130
9.2 EXTERIOR(1) .........................................................................................................................................134
9.3 EXTERIOR(2) .........................................................................................................................................136
9.4 EXTERIOR(3) .........................................................................................................................................138
9.5 DVD MECHANISM MODULE .................................................................................................................140
10. SCHEMATIC DIAGRAM..............................................................................................................................144
10.1 AV UNIT(PS/IF SECTION)(GUIDE PAGE) ...........................................................................................144
10.2 AV UNIT(A/V SECTION)(GUIDE PAGE) ..............................................................................................150
10.3 AV UNIT(TUNER SECTION) ................................................................................................................156
10.4 AV UNIT(SYSTEM uCOM SECTION)(GUIDE PAGE) ..........................................................................158
10.5 AV UNIT(RGB LED DRIVER SECTION) ..............................................................................................164
10.6 AV UNIT(IF SECTION)(GUIDE PAGE) .................................................................................................166
10.7 CK UNIT ...............................................................................................................................................172
10.8 DVD CORE UNIT(GUIDE PAGE) .........................................................................................................174
10.9 CONNECT PCB....................................................................................................................................180
10.10 KEYBOARD UNIT ..............................................................................................................................182
10.11 WAVEFORMS.....................................................................................................................................184
11. PCB CONNECTION DIAGRAM ..................................................................................................................186
11.1 AV UNIT................................................................................................................................................186
11.2 CK UNIT ...............................................................................................................................................190
11.3 DVD CORE UNIT..................................................................................................................................192
11.4 CONNECT PCB....................................................................................................................................194
11.5 KEYBOARD UNIT ................................................................................................................................196
12. ELECTRICAL PARTS LIST .........................................................................................................................197

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1. SERVICE PRECAUTIONS
1.1 SERVICE PRECAUTIONS
A

1. You should conform to the regulations governing the product (safety, radio and noise, and other regulations),
and should keep the safety during servicing by following the safety instructions described in this manual.
2. Be careful in handling ICs. Some ICs such as MOS type are so fragile that they can be damaged by electrostatic
induction.
3. Before disassembling the unit, be sure to turn off the power. Unplugging and plugging the connectors during
power-on mode may damage the ICs inside the unit.
4. To protect the pickup unit from electrostatic discharge during servicing, take an appropriate treatment
(shorting-solder) by referring to "the DISASSEMBLY" .
5. After replacing the pickup unit, be sure to skew adjustment.
6. During disassembly, be sure to turn the power off since an internal IC might be destroyed when a connector
is plugged or unplugged.
7. Gasket(CNN2533) must not come in contact with the terminal(Panel Unit).

B

EJECT LOCK MODE for DVD mechanism
In order to change the EJECT LOCK/UNLOCK status of the mechanism, please perform following procedure.
< Procedure >
Top Menu -> AV Source -> Source OFF

C

A

B

C

Short push area "A" -> Short push area "B" -> Long push area "C" on above screen.
(In order to change the status, follow the same operation.)
The current status can be confirmed by "OFF" character color.
D

Eject Lock: OFF
(White)

Eject Lock: ON
(Blue)

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.

E

Compared with conventional eutectic solders, lead-free solders have higher melting points, by approximately 40 C.
Therefore, for lead-free soldering, the tip temperature of a soldering iron must be set to around 373 C in general, although
the temperature depends on the heat capacity of the PC board on which reworking is required and the weight of the tip of
the soldering iron.
Compared with eutectic solders, lead-free solders have higher bond strengths but slower wetting times and higher melting
temperatures (hard to melt/easy to harden).

F

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.

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2. SPECIFICATIONS
2.1 SPECIFICATIONS
A

UC model

Backup current ............... 6.5 mA or less
B

C

D

E

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B

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EU5 model
A

Backup current ............... 6.5 mA or less

B

C

D

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B

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AU model
A

Backup current ............... 6.5 mA or less

B

C

D

E

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B

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D

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2.2 DISC/CONTENT FORMAT
A

B

C

D

E

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2.3 PANEL FACILITIES
A

B

C

D

E

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B

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2.4 CONNECTION DIAGRAM
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B

C

D

E

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AVIC-X910BT/XS/UC

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3. BASIC ITEMS FOR SERVICE
3.1 CHECK POINTS AFTER SERVICING
A

To keep the product quality after servicing, please confirm following check points.
No.
1

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

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

Measure playback error rates at the
innermost and outermost tracks by using the
test mode with the following disc.
DVD test disc (GGV1025)

3 DVD

Play back a DVD.
(Menu operation; Title/chapter search)

Deterioration of mecha-drive can be
checked.
The error rate must be less than the
threshold value.
(Refer to the chapter of DIAGNOSIS
for the threshold value.)
Display, video, audio and operations must be
normal.

4 CD

Play back a CD.
(Track search)

Display, audio and operations must be
normal.

5 FM/AM tuner

Check FM/AM tuner action.
(Seek, Preset)
Switch band to check both FM and AM.

Display, audio and operations must be
normal.

6 GPS positioning

Connect GPS antenna to the product, and
Current location must be correct.
check whether the current location is correct. Display and operations must be normal.

2 DVD

7 Map display
Touch-panel
operation
Remote-control
operation

Check functions of map scale change and
map scroll.

Display and operations must be normal.

8

Delete data added during the operating
check.
Check whether no media (CD etc.) is inside
the product.

Make sure to delete data added during the
operating check.
The media used for the operating check must
be ejected.

9

Appearance check

No scratches or dirt on its appearance after
receiving it for service.

B

C

D

See the table below for the items to be checked regarding video and audio:
Item to be checked regarding video
Block-noise
Horizontal noise
Dot noise
Disturbed image (video jumpiness)
Too dark
Too bright
Mottled color

Item to be checked regarding audio
Distortion
Noise
Volume too low
Volume too high
Volume fluctuating
Sound interrupted
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3.2 PCB LOCATIONS

B

A

CK Unit

E
Keyboard Unit

B

A

AV Unit

C DVD Core Unit
C

D Connect PCB

D

Unit Number
Unit Number
Unit Number
Unit Name
Unit Number
Unit Name
Unit Number
Unit Name
Unit Number
Unit Name
Unit Number
Unit Name

E

:
:
:
:
:
:
:
:
:
:
:
:

CWN4237(UC)
CWN4238(EU5)
CWN4239(AU)
AV Unit
CWN4251
CK Unit
YWX5009
DVD Core Unit
Connect PCB
Keyboard Unit

F

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3.3 JIGS LIST
A

Navi Unit
DVD Mechanism Module
(LS1)
GGD1560

B

GGD1327
GGD1635
Panel Unit
CK Unit
GGD1170
C

GGD1250

AV Unit

- Jigs List
D

15P FFC
74P FFC
50P FFC
20P Extension Cable
TORX screwdriver
40P FFC
30P FFC BBR
Disc

GGD1123
GGD1560
GGD1250
GGD1327
GGK1068
GGD1170
GGD1635
TDV-582

Disc

TCD-782

Navi Unit <---> SD Unit
Navi Unit <---> Panel Unit
Navi Unit <---> AV Unit
Navi Unit <---> AV Unit
T8 (For top cover)
AV Unit <---> CK Unit
CK Unit <---> DVD Mechanism Module
Skew adjustment, Check points after servicing,
Inspection method of Pickup Unit
Inspection method of Pickup Unit
E

- Grease List
Name
Grease
Grease
Grease
Locking agents
Bond
Bond

Jig No.
GEM1024
GEM1038
GEM1045
1401M
GEM1033
1530

Remarks
DVD Mechanism Module
DVD Mechanism Module
DVD Mechanism Module
Skew adjustment (1401M:produced by THREE BOND)
Skew adjustment
Skew adjustment (1530:produced by THREE BOND)
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3.4 CLEANING
A

Before shipping out the product, be sure to clean the following portions by using the prescribed cleaning tools:
Portions to be cleaned
DVD pickup lenses

Cleaning tools
Cleaning liquid : GEM1004
Cleaning paper : GED-008

Portions to be cleaned
Fans

Cleaning tools
Cleaning paper : GED-008

B

C

D

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4. BLOCK DIAGRAM
4.1 OVERALL CONNECTION DIAGRAM
A

AVIC-X910BT/XS/UC
AVIC-F910BT/XS/EU5
AVIC-F910BT/XS/AU

B

U
E

BTJ2
1

1

4

C

CN802

(AV MINI
JACK IN)

E

LCJ1

CN803

KEYBOARD UNIT
CN801

1

22
74

T

22

1

OTJ2

74

OTJ1
4

REAR OUTPUT

LCJ3

LCJ1
1

D

60

1

10

1

MUTE

1

LCJ6

PANEL UNIT
CWX3785-

CDP1241-

CODE ASS'Y

FRONT OUTPUT

CN1016

SUBWOOFER OUTPUT

1

}
}
}

1

SYSTEM REMOTE CONTROL
AUDIO INPUT

}

LCD MODULE
CWX3850-

F

VIDEO INPUT1
REAR MONITOR OUTPUT
REAR CAMERA INPUT
24

24

A
F

E

TOUCH PANEL
CSX1136-

LCD MODULE ASS'Y

CXE2153-

F

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A

SD UNIT

GPS ANTENNA ASS'Y

CWX3652MIC ASS'Y

OTJ2
1

15

B

CXM1320FAN

CXC8574-

UC:CPM1064EU5,AU:CPM10831

BTJ2

1

6

15

OTJ11

1

2

1

SPJ2

3

GPJ1

2.5

LCJ1

MIC
BLACK

1

OTJ6

USB

OTJ5

NAVI UNIT

74

SPJ1

TMJ1
1

1
1

CN1441

1

OTJ1
20

50

20

1

1

50

CN1000

CN1016
24

FM/AM TUNER UNIT
UC,AU:CWE2128EU5:CWE2127-

CN1005

IP BUS

FR+
1
RR+
FRRRFL+
RL+
FLRLPKB
PULSE
REV
ILM
AANT
ACC
GND 16
BUP

CODE ASS'Y
1

D
POWER SUPPLY
TERMINALS

16
10A

UC,AU:CDP1095EU5:CDP1097-

CN702

CN701
15

AV UNIT

A 1/6 PS/IF SECTION
A 2/6 A/V SECTION
A 3/6 TUNER SECTION
A 4/6 SYSTEM uCOM SECTION
A 5/6 RGB LED DRIVER SECTION
A 6/6 IF SECTION

1

ANT1401

11

CN1021

A

24

5

1

CN1001

24

C

UC:CDE9102EU5,AU:CDE8913-

1

1

40

1

FM/AM ANTENNA IN
1

40

E

CN882

B

CK UNIT

CN883
1

30

1

30

CN1901

DVD MECHA MODULE
CXK6801-

F

C D
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25

1

2

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4

A

B

SD Board

Rear
Pannel
GPS
Antenna

GPS Antenna CONN

USB 2.0 Slot

SD/MMC Slot

SDIO(1)

GPS Antenna

G

USB 2.0

U

RS232CONN*1

C

Rear Camera CONN

Composite

Composite In (1)

Composite

SubWoofer CONN
Speaker CONN

3RCA CONN

AV Unit
Speaker Out

AMP

GUIDANCE (Audio Signal)
Source Audio Signal

E-vol

DVD(LS1)

Composite In
R-sound In
L-sound In

CK Unit
AV
Selector IC

D

Video Out CONN

Composite In (2)
I2C

IP-BUS CONN
(UC only)
Radio
Antenna

TMC (EW only)
Radio Antenna CONN
Phone Mute CONN

Parking Signal CONN

RF Splitter
Phone Mute Input

Arrange
Waveform

Parking Signal Input

Arrange
Waveform

E

Wire Remote Input

Reverse Signal Input

FM/AM
Tuner

Wire Remote Input

Arrange
Waveform

Reverse Signal Input

Arrange
Waveform

Acc/Bup/ILM

UART(2)
to Titan
(NAVIBD)

Reverse Signal
Control Signal

Power Supply CONN

Speed Pulse CONN

Speed Pulse Input

Reset Signal

Voltage
Detecting IC

Reset
GND
CPU Watchdog
An Information of Power off
to CPLD(NAV
An Answer of Power off

Sense
DC/DC

Voltage
Detecting IC

System
u-COM

VCC 5 V

Switch

Speed Pulse

LPF

F

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LCD Board

A

LED Driver

5.8” TFT LCD
with
Touch Panel

LVDS RX

Dead Reckoning
H & D Gyro
ADC

Touch Panel
4-wire

Navigation Unit

I2C(1)

G Sensor
USP(0)
SLC Flash 256 MB

ROM 16-bit
SDIO(1)

GPS Antenna

UART(0)

TMC/FM6 Module

600 MHz

Mono Out

USB 2.0

RS232

Composite In (1)
Video Decoder

Audio Codec

Headphone Out

USB 2.0

Transmitter

Composite In (2)

TMC
(EW only)

GPS Front end
AC97

USB 2.0

B

CPU

133 MHz

DDR1*2
(16Meg*32)

BT Antenna
Bluetooth Module

Switch

ITU-R BT
601/656
8-bit
I2C(0)
UART(2)

Reset Signal

VCC 5 V

UP to 400 MHz DDR or 166 MHz SDRAM
Enhanced 32 channel GPS base band
24-bit Color-TFT LCD panel interface
8/16-bit HAND flash interface
CMOS/CCD sensor interface
USB OTG 2.0 high-speed interface
ATA-4 interface (UDMA33)
2 slots SD/SDIO/MMC/MMC4.0/CE-ATA
2 CANBus ports
AC97 & I2C Audio CODEC interface
3 Universal Serial Ports (USP) &
3 UARTs
2 SPI interface
2 I2C interface
PWM interface

C

ADC

Xilinx CPLD
Timing
Control
16-bit
Color-TFT

Speed Pulse

LVDS TX

5 V In Jack

D

Front Panel
Volume
Key Pad
Controller Board

(2)

Buttons
1. Eject
2. Menu
3. Map
4. Mute

y)

AuX-in

BT Antenna

E

og

GND
to CPLD(NAVI BD)

al

F

AVIC-X910BT/XS/UC
5

6

7

8

27

1

2

3

4

4.2 BLOCK DIAGRAM

AV UNIT(1/2)

Lch

23

5
6
8
9
10
14
11
18
19
20
21

3

SL
CE2
CE1
CK
DI
DO
LDET
RDS_CK
RDS_DATA
RDS_LOCK
RDS_HSLK

FML

TUNSL
TUNCE2
TUNCE1
TUNCLK
TUNDO
TUNDI
HLDET
HRCK
HRDT
HRLK
HRHSLK

FM_ANT

AM_ANT

1

FM/AM TUNER UNIT

AV8
VDD5
TU3

A

VCC
4
ROM_VDD
13
VDD_3.3
17

A

ANT1401
FM/AM
ANTENNA

FM DISTRIBUTION
Q1401

B

141
9
8
7
5
6

Q1421

FL

FL
T1402

T1403
HLDET

26

T1401

TUNSL
TUNCE2
TUNCE1
TUNCLK
TUNDO
TUNDI

FANCONT

73

FML

LDET

Q754
HRCK

25

AV8

17

VICS/TMC AMP

NAVI UNIT
TMJ1

HRLK

14

3

AMUTE

RDT
XOUT

18

20

AV8
X601
20MHz

XIN

AMUTE
Q3041

22

GUIDE ISOL
3
IC
BA45

RDS57K
GUIDE

B

SYSTEM-uCOM
IC610(1/2)
PEG562A8: A
PEG561A8: B
PEG563A8: C

C

TEMP SENSOR
TH601

NOSELR
137

DV
IC
NJM

Q3042

RDSLK

Q752
HRHSLK

IPL
A

Q751

Q1441

D

DVDL

Q753
HRDT

CN1441

TO 2/2
RCK

AV8

77

GUIDEMUTE
NOSELR

TMPIN
VCK
VDT
VST

97
96
95

IR REMOTE
U695
SWVDD5

3

1

3

REMOCON

C
SELSCL
SELSDA

D

CN702
XRES
21
IRQPWR
22
HSTCMD
23

SREMOTE

5V→3V
IC607
TC74VHC08FTS1
XRES3
IRQPW3
SYSTOMS53

6
3
11

4,5
1,2
12,13

79
78
66

BUP
XRES5
IRQPW5
SYSTOMS55

64
63
38

MS5TOSYS5

40

Q2860

XRES
IRQPW
HSTCMD

3V→5V
IC612
TC74VHCT32AFT
24

SLVSTS

MS5TOSYS3
CNVSS

5
4

6

IC604
TC7S32FU

CN882

16

B

E

25

STANBY

MS5_STANDBY3

9,10

8

MS5_STANDBY5

61

SLVSTS

MUTE

1
2
VDD8(REG)
3
14 VDD5
I
17

ILLSNS
ASENS

VD8
MVDD5

TEIN
NFCONT

2

19

IC603
TC7SH04FUS1
134 ILMSNS
103
84

DVDL
AMUTE
DVDV

AVIC-X910BT/XS/UC
1

2

3

IC608
BD5335FVE
1

VOUT

VDD
CT
3

72

F

28

SRCMUT

MS5_STANDBY

VD8

ANALOUT
29
AMUTE
20
CVBS
32

4

4

CNVSS

RESET
VDD8(DRY)

1
2

85

4

5

6

7

8

A

4
6
8
10
12
14
16
18
AV8V
20

A AVIC-X910BT/XS/UC
B AVIC-F910BT/XS/EU5
C AVIC-F910BT/XS/AU
D TO 2/2

AV8

NAVI UNIT
SPJ1

CN1001
NAVI5V

FAN DRIVE
FU4771

FANCONT
FANUP
ASENS

3
A
3

MUTE

IN5+_L Frout_L
IN4+_L Rear_L

10

FL

14

11

RL

12

MUTE

DVD LPF
IC1015
NJM4558V

7

1

PFL
PRL

IN1-L

21
IN4 OUT4+
23
OUT45
IN2 OUT2+
3
OUT2-

FL+
FLRL+
RL-

SREMOTE

PKB

4

STBY

Q4333

MUT

22

MUTE
B_REMOTE

REVSNS

REV

10
11

Q2870

IN3_L
Pre/SW_L

MUTE

PULSE

REVSNS

25

Q4331

9

Q4751

SPEED

Q3041
5

5
7
6
8

PARKING SENS

PKBOUT

GUIDE ISOLATOR/LPF AMP
3
7
IC1016
BA4558RFVM

16
AANT
13

BUP
ANTB

3.3V
POMUTE

Q3042

B

CN1005

PWR AMP
IC1007
PAL007C

MUTE

12

ILMSNS

SWL
ILMSNS

ILM

Q4332

Q4314

C

D

12

ASENS

Q2880

AV8

POWER SUPPLY TERMINALS

2

2

CODE ASSY

EVOL
IC4271
PML018A

FANV

Q4771
I
Q4776

ASENS

ACC

14

Q2900

CN1016

Q4312
VCK
VDT
VST

20
CLK
19
DATA
21
STB

AV SELECTOR
IC4171
AN15887A
IN2_L

6

15
L3-1
LOUT2
43
V4-1 V4-1
32
VOUT2
39
V2-1
VOUT2

AV1LS
AV1VIN

36
SCL
35
SDA

TEIN

30

DVDV

Q2863

VTR1L
17
VTR1V
19
REARVOUT

TELMUTE

KMODE

3.3V

KMODE

POMUTE

BCV

AV8

MUT

VIDEO BUFFER
VOUT1

Vout

BCV

1

RST
UVDD5

RSTMUTE

34

FRV

23
L5-1
37
V1-1
19
L4-1

SRCMUTE

IC608
BD5335FVE
S1

Vin

29

Q2865

AV2LS
AV2VIN
NAVIAL

SPEED PULSE
IC1002
NJM2904M

Q1016(2/2)
VDD5

CT
SPEED

3

5

IN+

27

AUX-L
12
AUX-V
15
NaviAL
23

OUT

1

Q2840
PULSE

50

Q1016(1/2)
PCHNG

RSTIN

49

Q2841

E

NAVI UNIT
OTJ1

Q2864

VDD

BCVIN 4

Q4231 VR4231 Q4232

4

VOUT

23

BACK CAMERA ISOLATOR
CN1000
IC4251
(1/2)
NJM2505AF

Q2862

5

8

Q4752

KMODEOUT

1

1

Q601

Q2861

IC604
C7S32FU

21

TELMUTE

SREMOTE

Q2860

BREM
12
FL
9
RL
5
SWL
13

PFL
PRL

RESET
4
GUIDEMUTE
30
GUIDE
32

HDRST

PKBOUT
KMODEOUT
REVSNS
NFCONT

PKB
42
KMODE
43
REV
44
NFCONT
25

F

AVIC-X910BT/XS/UC
5

6

7

8

29

1

A

2

3

4

AV UNIT(2/2)

A

NAVI5V
IC4601
TPS5103IDB
FU4601

18

NAVI5V

LL

STBY

Q4602
RWMSKIP
19

17
3
2

OUT_U

RT

10

48
Q4661

NAVICON

49

9

DCSKIP
5

88

FB
INV

ANTON
NKBUP

SYSTEM-uCOM
IC610(2/2)
PEG562A8: A
PEG561A8: B
PEG563A8: C

13

DVD8V
IC4641
TPS5103IDB
STBY

LL

Q4642
19

17
3
2

RT

DCSKIPCD

10

58

VDCONT

5

DVEJKY

Q4641

OUT_D
VCC_SENSE
VCC

WCONT
WREMIN
LEDDT
LEDCK
LEDCS

OUT_U

FB
INV

92

FU4602

14

B

18

ROT1

FU4642

14

BU

13

ROT0

B

VICS8

4

VT8
VT6
50
133
139
105
106
107
124
Q661
112
Q662
111

3V→5V
IC605
TC74VHCT08

C
CTOSYSV
CTOSYS
OFFANS
CPUWDT

DVD5V
IC4661
TPS5103IDB
FU4661

18

MVDD5

STBY

LL

Q4663
19

17
3
2

RT

10

60

VCC

5V→3V
IC609
TC74VHC08
BATFAULT
SYSTOCV
SYSTOC
OFFINFO

OPTON
OPTSNS

TU3
IC2830
BA00BC0WFP
VDD

VC

VIN

2

VIDEO5
Q2810

VOUT

CTL

1,2

4

89
90

NAVIC
Q4738

VCC

2

69
67

SYSPW
SWACPW

AV8
IC2801
BA00CC0WCP-V5
4

121

VT6

1

AV8

BATFAULT5 9,10
1,2
SYSTOCV5
4,5
SYSTOC5
12,13
OFFINFO5

RESET
IC601
TC7SH08FUS1

KBUP

13
RSTOUT

4

117
131
126
119

FU4662

14

D

TU3

3
6
8
11

CTOSYSV5
CTOSYS5
OFFANS5
CPUWDT5

VDD5CONT

Q4662

OUT_D
VCC_SENSE

128
125
118
120

5

OUT_U

FB
INV

1

FCONT

Q4601

VCC

FU4641

37
36
70
71
ANTB

OUT_D

VCC_SENSE

VD8

TX
RX
IPPW
ASENBO

SYSPW
SWACPW

BSENSN

86

Q4731
BUP

BSENS

BSENS

104

1

Q4733

VIDEO5
Q2811

E
SWACPW
Q2812

SWVDD5
Q2882

ILMV
FU4631

SWVDD5

VDD5

Q4631
BU

ILMV

SYSPW
Q4632

Q2881
SYSPW

SIMUKE0
SIMUKE1
SIMUKE2
SIMUKE3
SIMUKE4

PARKING SENS/
KMODE 3.3V
Q4754
NAVI3V

3.3V

F

SYSPW
Q4753

30

AVIC-X910BT/XS/UC
1

2

3

R658

R

R657

R

56
55
53
52
51

4

5

6

7

8

A

CN1021
TO 1/2

1

OUT

IN

VDD

IPL

TX
RX
5

BU

BUP

1
2

BUP

NKBUP

DIN1
BUS+
ROUT
BUSSTBY

VCC

CTL

7

IPBUS+
IPBUS-

Q4734
KBUP

NAVIC

VT8
IC2820
BA00CC0WCP-V5
VOUT

6
5

8

IPPW

6

4

IPL+

IP-BUS DRIVER
IC4721
HA12241FP

AANT
IC2890
TPD1018F
ANTB

D

ASENBO

+

1
5

ASENBO

IP BUS

8

Q4732
A

2

1

B

KBUP

CN1015
WCONT
WIREIN

3
2
1

WIRED REMOTE
(Black)

CN1000
(2/2)
Q661
ROT1

ILMR
ILMG
ILMB

Q3604
ROT0

3V→5V
IC605
TC74VHCT08AFTS1
3
6
8
11

YSV5
YS5
NS5
WDT5

1,2
4,5
9,10
12,13

IC3601
M62343FP
LEDDT

8
3
6
11

DI

AO1

C

Q3601

NAVI3V

FU2900 NAVI33V

24

ILMG

GREEN
LEDCK

BATFAULT3
SYSTOCV3
SYSTOC3
OFFINFO3

4

7
6
5

Q3605

7

CLK

AO2

2

Q3602

DVEJKY

Q3606
ILMB

BLUE
LEDCS

ESET
C601
H08FUS1

8

LD

AO3

3

OFFANS3
CPUWDT3
BATFAULT3

Q3603

RESETB

OFFINFO3

EJECT
ROT1
ROT0
CTOSYSV3
CTOSYS3
OFFANS
WDOG
BATTERY-FAULT
SYSTOCV3
SYSTOC3
OFFINFO
RESETB
OPTON
OPTSNS

3
17
18
34
37
45
47
16
35
38
46
48
40
41

NAVI UNIT
OTJ1

D

BUP3
IC4703
S-L2980A33MC-C6S

IC

38

5

BUP3

NAVIC

31

1

CTOSYSV3
CTOSYS3
OFFANS3
CPUWDT3

5V→3V
IC609
TC74VHC08FTS1
AULT5 9,10
1,2
OCV5
4,5
OC5
12,13
FO5

6

ILMR

RED

9

ILMV

RGB LED DRIVER

ILMV

VOUT

BSENS
3,4

AU4
BU
Q4733

5

VDD5

KBUP

VIN

1

VDD5

3

ON/OFF

AU4
IC1008
NJM2125F

1

VDD5
IC4701
BD3931HFP

1

AV8

KBUP

UVDD5

E

NKBUP

UVDD5
R658

R655

R651

R647

R644

A,B
C
R657

R654

R650

R646

SIMUKE4
R643 R644
104 NM
104 NM

SIMUKE3
R646 R647
104 NM
104 NM

SIMUKE2
R650 R651
104 NM
104 NM

SIMUKE1
R654 R655
104 NM
NM 104

SIMUKE0
R657 R658
104 NM
104 NM

A AVIC-X910BT/XS/UC
B AVIC-F910BT/XS/EU5

R643

C AVIC-F910BT/XS/AU
D TO 1/2
F

AVIC-X910BT/XS/UC
5

6

7

8

31

1

2

3

C

4

DVD CORE UNIT

A

NRES

VIDEO+AUD
IC1501
MN2DS0018M
70

NRES

S
S

FLASH 16M
D0-15

IC1401
CWW1825

B

A0-19
CE

26

XCFS1

59

26

XCFS2

213

11

XWR1

31

28

XRD

214

XCSSR

COM
ST
ST
CMD
IR
E

IC1402
CWW1826
CE
WE
NRES

12

RESET

OE

NEXCE
NEXWE
NEXOE

SDRAM
IC1480
K4S641632N-LC75

C

MA0-11
MDQ0-15
LDQM
UDQM
BA0
BA1
WE
CAS
RAS
CS
CLK

15
39
20
21
16
17
18
19
38

DQM0
DQM1

XWE
XCAS
XRAS
XCSM
MCK

179
180
193
197
181
188
189
190
183
185

DQM0
DQM1
BA0
BA1
NWE
NCAS
NRAS
NCSM
MCK
MCKI

TRC
TRC
TRC
TRC
T
E
S

F+
E+

D

D

CONNECT PCB

LS1 MECHA UNIT
LOADING/CARRIAGE
MOTOR

SPINDLE MOTOR
V
U
W

E

CN701
CRG1
CRG+
2

BR
GY

M

MOTOR DRIVER
IC1201
BD8231EFV

CN1201
32
31

CRG/LE18
CRG/LE+
17

CN101
1
2
3

V
1
2 U
W
3

COIL V
10
COIL U
11
COIL W
12

9
8
7

27
26
28

COIL_V
COIL_U
COIL_W

H1

HUP(HU+),HUM(HU-)

HUP(HU+),HUM(HU-)

H2

HVP(HV+),HVM(HV-)

HVP(HV+),HVM(HV-)

H- 4
H+
10

H4
H+
10

V
U
W

FCO+ 33
34
FCO36
TKO35
TKO+

HWP(HW+),HWM(HW-)

HWP(HW+),HWM(HW-)

H3

HALL BIASHALL BIAS+
HOME
S101
HOME
8cm
S102
8SNS
12cm
S103
DSCSNS

3
13

HALL_BIAS16
HALL_BIAS+
6

16

3

15
14

4
5

1
VC
2
TKIN
3
FCIN
4
SLIN
5
SLOPOUT
6
LDIN
7
SPIN
8
CTL1
9
CTL2
12
FG

SL/LDOSL/LDO+

14

VHALF
TD
FD
CRGDRV

110
126
127
67

MD
CONT1
CONT2

62
66
63
64
71

2

D

HB

VCC5

HOME

65

8cm

49

12cm(DSCSNS)

55

AVIC-X910BT/XS/UC
1

LDIN
MD
CONT1
CONT2
FG

FOP
FOM
TOP
TOM

F

32

VHALF
TD
FD
CRGDRV

3

4

HOME
08EJ
V
12EJ

5

6

7

8

B

CK UNIT
A

CN1901

VIDEO+AUDIO
IC1501
MN2DS0018MAUB
70

59

213
31
214

NRES

XCSSR

SRCK
ADOUT
LRCK
SDODAC
SCKDAC
LTDAC
DACCK
COMPOSITE
STANDBY
STSCOMN
CMDCOMN
IRQPWR
EXTRG1

NRES

XRESET

LOUT

ANALOG LOUT

CN883
9

9

17

17

CN882

XRES

20

AUDIO 2CH ANALOG OUT
IC1801
PCM1753DBQ
149
151
150
57
58
56
148

SRCK
ADOUT
LRCK
SDODAC
SCKDAC
LTDAC
DACCK

138
191
54
53
48
75

1
2
3
13
14
15
16

BCK
DATA
LRCK
MD
MC
ML
SCK

7

VOUTL

AMUTE

VCC5
NEXWE

VIN
VOUT
ON/OFF

COMPOSIT
STANBY
SLVSTS
HSTCMD
IRQPWR
AMUTE
VD5

VDD5

VCC5 REG.
IC1002
S-1133850-U5
5

12

A
COMPOSITE
STANDBY
STSCOMN
CMDCOMN

NEXCE

ANA LOUT

VD8
4
3

VD8

11
10
8

CVBS
19
13 STANDBY
12 SLVSTS
HSTCMD
11
IRQPWR
10
AMUTE
8

7

7

1.
2

1.
2

3

3

19
13
12

CN702

B

9
16
17
18
19
21
24
I
27
39
.
40

VDD5
VDD8(DRV)
VDD8(REG)

38

AVCC5 REG.
IC1003
S-1200B50-M5

NEXOE

AVCC5

5

VOUT

VIN
ON/OFF

1
3

C

179
180
193
197
181
188
189
190
183
185

110
126
127
67
62
66
63
64
71

DQM0
DQM1
BA0
BA1
NWE
NCAS
NRAS
NCSM
MCK
MCKI

VHALF
TD
FD
CRGDRV
LDIN
MD
CONT1
CONT2
FG

TRCST
TRCDATA3
TRCDATA2
TRCDATA1
TRCDATA0
TRCCLK
EXTRG0
SDATA
SCLOCK

F+H_G+H
E+G_E+F
LPCO2
LPCO1
VIN3RF
VIN4RF
VIN2RF
VIN1RF
VIN7
VIN8
CDMPD
DVDMPD
TEMP
RFINP

VREFH
VIN1
VIN2
VIN4
VIN3
VIN6
VIN5
OSCO

65

55

CN1951

112
111
106
104
100
99
98
97
115
116
105
103
122
96

TRCST
TRCDATA3
TRCDATA2
TRCDATA1
TRCDATA0
TRCCLK
EXTRG0
SDATA
SCLOCK

3.3V REG.
IC1004
NJM2885DL1-33
B
A
C
D
FE1
FE2

3

VCC33

OUT

IN

1

VDD5

1.2V REG.
IC1005
R1232D121B
8

VCC12

5

LX
VOUT

VIN
VDD
CE

2
3
4

VDD5

F+H_G+H
E+G_E+F

VREF

Q1102

Q1104

Q1101

Q1103

78LD

LPCO1

156

155

CDMPD
DVDMPD

121

12EJ
FOP
FOM
TOP
TOM

Vref
VCC
F+H/G+H
E+G/E+F

LPCO2

08EJ
VDSENS

DEBUG

D

9

CN1101
VREF
VCC5

RF

109
120
119
118
117
114
113

1
2
3
4
5
6
7
8

12
13

VCC33

X1501

HOME
OSCI

49

81
80
79
78
77
76
74
73
72

65LD
B
A
C
D
FE1
FE2
78MD
65MD
TEMP
RF

2
3
4
5
7

8
10
11
12
13

E
PU (DP10)

14
15
17
18
20
22

F+
25
F24
T+
23
T26

F

AVIC-X910BT/XS/UC
5

6

7

8

33

1

2

3

4

A

B

E

KEYBOARD UNIT

CN801
2

RESET
S801

RESET
EJECT
S804

3

EJECT
MENU
S802

4

INT_KEY0

C
KEY0
5
ROT0
13

Phase-B
ROTARY COMMANDER
S803

14
7

PANEL UNIT
OTJ2

6

ROT1

1

Phase-A

KEY1

2 Enc-Com

INT_KEY1

3 A

10

4 B

PUSH 9

7 C

D 8
B

5 Com
MAP
S805

D

A

PUSH

D

C

CN803

D815
8
9

2,3

BL-LED

BT-ANT
ANT801

D801
10
11
12

ILMR

R

ILMG

G

ILMB

B

AUX-V
21
AUX-AG
20
AUX-VG
22
AUX-L
19

NAVI UNIT
BTJ2

1

ILMV

RF_I/O

1

CN802
V
AUX-G

AG
VG

L
R

1
2

AV MINI JACK
4
3

E

F

34

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

A

B

C

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

35

1

2

3

4

4.3 POWER SUPPLY SYSTEM FIGURE
+B

POWE

A

AV UNIT

VDD5
REGULAR
POWER SUPPLY
5V
BD3931HFP

81 mA

63 mA

UVDD5

+
HA12241FP
IP-BUS DRIVER

+

SYS u-com
M30878FJBGP

RESET IC
BD5335FVE

ROM COLLECTION
S-93C568DOI

2 mA

NAVI -> SYS
DARC -> SY
TC74VHCT08T TC74VHCT0

2 mA

2 mA

2 mA

MAX 45 mA
TYP 32 mA

2 mA
B

ATT CONTROL
UMD3N*3
SWVDD5

11 mA
SPEED I/F
NJM2904M

SYSPW

IR REMOTE
RPMS2401-H19E4AV

10 mA
BUP 3 V
S-L2980A33MC-C6C

RGB_LED DRIVER
M62343&UMX1N
3 mA

1 mA

4 mA

C

SYS -> MS
TC74VHC08FT

SYS -> DARC
TC74VHC08FT

2 mA

2 mA

27.3 mA DISTRIBUTOR
MACHINE
25.4 mA
427 mA
TMC/VICS/MSN/Direct
Tuner Front step amplifier

VT8(8 V)
BA00CC0WFP
FM/AM Tuner
Front step
amplifier
25.4 mA

DCSKIPCD
D

TU3
BA00CC0WFP

172 mA

typ 172 mA
max 200 mA

SYSPW or
SWACPW
A

FM/AM
TUNER
UNIT
X-2026

typ 103 mA
max 140 mA

B

C

E

F

36

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

POWER SUPPLY
A

YS
DARC -> SYS MS5 ->SYS
RQ(WDT,IRQ)
T08T TC74VHCT08T TC74VHCT32T TC7WH32FU
2 mA

2 mA

2 mA

RST INV
OR MUTE CIRCUIT 3 -> 5AND IPD
TC74SH04 TC7S32FU
TC7SET08FU
2 mA

2 mA

2 mA
B

LED DRIVER
43&UMX1N

AV SELECTOR

TEMPERATURE CIRCUIT

3 mA

RC
08FT

C

ect
mplifier

D

M
R
6

E

F

AVIC-X910BT/XS/UC
5

6

7

8

37

1

2

3

C

B

A

4

A

181.1 mA
AV8(8.3 V)
BA00CCOWCP

B

326.7 mA

121.6 mA

24 mA

SYSPWR or
SWACPW

VIDEO ISOLATOR
NJM2505F

VIDEO 5 V

typ 19 mA
max 29.0 mA

SWACP
AUTO ANTENNA
SW FOR ANT +
ANTON
POWER , AMP
PAL007B
C

IP_BUS POWER SUPPLY
SW
ASENBO

D/D
DVD 5 V
D

VDCONT
FCONT
MAX 500 mA
TYP 220 mA

D/D
DVD 8 V(LS1)

LS1(DVD)

MAX 2 350 mA
TYP 390 mA
VDCONT
FCONT
ILMV

30 mA

ILMV 9 V
E

SYSPW
NAVI 3.3 V
D/D
NAVI 5 V

max 2.5A

SYSPW

KMOD TR

PKB SNS

SYS->NAVI
TC7SH08FU

SYS->NAVI
TC74VHCT0

NAVICO
FCONT
DCSKIP
NAVI, LCD BORD

F

38

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

A

CAPTAIN6
37 mA

GUIDE MIX
NJM2060V

MUTE CIRCUIT

5.7 mA
DVD LPF
NJM4558V

1 mA AU4
NJM2125
50 mA
AV SELECTOR
AN15887A

10.5 mA
VIDEO BUFFER

VIDEO
LEVELSHIFT

B

C

D

E

PKB SNS

SYS->NAVI
TC74VHCT08FTS1
KEY BORD

F

AVIC-X910BT/XS/UC
5

6

7

8

39

1

2

3

4

5. DIAGNOSIS
5.1 OPERATIONAL FLOWCHART
A

Acc on (USUALLY Acc ON)
/BSENS
POWER SUPPLY MASK(200 ms

SENSE SYSTEM
/ASENS
500 ms
STATUS

OSCILLATION STOP

POWER SUPPLY MASK(200 ms

STANDBY LOOP

B

SOUND MUTE MUTE
CONTROL

IP-BUS
SYSTEM

ASENBO

IP-BUS
PRETREATMENT
200 ms

SREMOTE
EXTERNAL
OUTPUT
AUDIO
CONTROL

C

WAITING FOR SLAVE
IP-BUS SLAVE
POWER SUPPLY
CONNECTION CHECK
1 sec 2 sec
250 300 ms( SURVEY)

SYSPW
DCSKIPCD
POWER
SUPPLY
CONTROL

ANTON
ANTON (Source interlocking
movement, forced OFF)

D

SWACPW

DCSKIP
BSENSN
RSTOUT
NAVI CONTROL
BATFAULT

E

CPUWDT
OFFINFO
OFFANS

NAVI POWER
SUPPLY
CONTROL

NAVICON

(At the time of a reset start)

F

FAN CONTROL FANCONT

40

AVIC-X910BT/XS/UC
1

2

3

4

POWER SUPPLY MASK(200 ms

5

6

7

8

A

R SUPPLY MASK(200 ms)

R SUPPLY MASK(200 ms)

MAIN LOOP
B

After mute (300 ms)
(After SYSPWR ON, at least 300 ms. MUTE time is extended to OFFANS Low henceforth.)

R SUPPLY MASK(200 ms)

8 ms to 16 ms or more

C

16 ms

D

E

F

FANCONT(At the time of high temperature)

AVIC-X910BT/XS/UC
5

6

7

8

41

1

2

3

4

5.2 INSPECTION METHOD OF PICKUP UNIT
Disc to be used
A

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

Execution method
Replace the PICK UP

START

LD turned on?

B

SKEW ADJ.

Check parts

No
Yes
Check point:
AS MAX check

Check point:
LD current check

LD current check

Is it OK?

RF level check

Is it OK?

Replace the PICK UP

No

No
Check point:
Error rate check

Yes

Yes
Error rate check

C

Is it OK?

No

Check point:
AS MAX check

RF level check

Is it OK?

No
Yes

PICK UP
cleaned?

Yes

No

Perform lens
cleaning

Yes

D

Replace the PICK UP

Check point:
Error rate check

Error rate check

Is it OK?

No
Yes

PICK UP
cleaned?

No

Perform lens
cleaning

Yes

Replace the PICK UP
E

Ckeck parts
other than PICK UP

Finished

F

42

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

LD current check
Check
Status: [Foucs closed] of TEST MODE
NO.

Disc

1

GGV1025

A

Check Point

Threshold

DVDLD1-VCC5_3

Remarks: LD current

60 - 390 (mV)

10 - 65 (mA)

Expansion
B

C

NO. Disc
2

TCD-782

Check Point

Remarks: LD current

Threshold

CDLD1-VCC5_3

60 - 360 (mV)

10 - 60 (mA)

Expansion
D

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

E

F

AVIC-X910BT/XS/UC
5

6

7

8

43

1

2

3

4

A

ASMAX check
ASMAX value shows the value of RF level.
Status: [Foucs closed] of TEST MODE
No.

Disc

Check Point
8 digits value of
ASMAX
GGV1025
on display
8 digits value of
TCD-782
ASMAX
on display

1

2
B

Threshold
more than
0000 0B00
more than
0000 0C00

Remarks:
Only four last digits are
displayed according to
the product.
Only four last digits is
displayed according to
the product.

Test mode display will not appear on the display of this product. Connect the rear monitor output to a monitor.
In this case, the value is displayed for a split second.
When you tried to perform [FOCS CLOSE],
the display will charge automatically in the following order.
[1FFF0000]->[FEMAX]->[FE MIN]->[AS MAX]->
[ENV MAX]->[FE normal]->[Spindle gain]->
[TEMAX]->[TEMIN] ->[20000000]
Watch carefully the value of ASMAX.
C

Error rate check
Status: [Tracking Closed] of TEST MODE
No.

D

1
2
3

Disc

Check Point

Threshold
less than
GGV1025
ID: 40000
1.000E-03
less than
GGV1025
ID: 200000
1.000E-03
less than
TCD-782 ID: HOME Position
2.500E-03

Remarks:

Test mode display will not appear on the display of this product. Connect the rear monitor output to a monitor.

E

F

44

AVIC-X910BT/XS/UC
1

2

3

4

5

NO

NO

Go to FE
section check.

YES

Is the life of flash
memory OK?
Conduct check item 12.

YES

Does the
operation
take time?

6

7

AVIC-X910BT/XS/UC

8
YES

END

NO

Product repair

Replace the unit.

YES

The product
is normal?(iPod
attestation IC)

Go to FE related
repair process.

NO

Go to the
product check.

YES

Is the iPod
circuit OK?
Execute check 14.

YES

Is the iPod play
in error?

NO

NO

NO

Replace the unit.

YES

Is the USB
circuit OK?
Execute check 14.

YES

Is 48 MHz OK?
Execute check 13.

YES

Is the USB play
in error?

NO

NO

NO

NO

END

YES

Normal?

Repair the
defective part.

Go to FE
section check.

YES

Is the audio
circuit OK?
Execute check 10.

YES

Is DACCLK
normal?
Execute check 9.

YES

Is AVCC5
voltage OK?
Execute check 8.

YES

Is the sound
in error?

NO

NO

NO

Go to FE
section check.

YES

Is VD8, VCC5
power supply
voltage OK?
Execute check 7.

YES

Is SDRAM
IF OK?
Execute check 6.

YES

Standby
OK?
Execute
check 1.
NO

NO

NO

Replace the unit.

YES

Is 27 MHz
OK?
Execute check 5.

YES

Is VSENS
OK?
Execute check 4.

YES

Reset OK?
Execute check 3.

YES

Is VDD5(VCC33, VCC12)
power supply voltage OK?
Execute check 2.

7

Normal?

YES

Replace the unit.

YES

Is FE section
normal?

YES

NO

NO

YES

Can the
playback
start?

START

6

NO

YES

Is AVCC5
voltage OK?
Execute check 8.

YES

Is the image
in error?

Is the video
circuit OK?
Execute check 11.

Go to FE
section check.

NO

NO

NO

BACK END section flow

5
8

5.3 DIAGNOSIS FLOWCHART
A

B

C

D

E

F

45

1

2

3

4

Check 1: Standby OK?
A

 Check the voltage at the “STANBY” test point while the power is on.
Use the “DGND1” test point at the reference.
NO.

Check point
1 STANBY-DGND1

Module No.
ALL

Specification value
VCC33 V0.6 V or more

Unit
V

Side A
B

C

STANBY

Fig 1.1: STANBY check point

D

E

F

46

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

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

IC1004
3.3 V output regulator

IC1005
DC/DC converter
1.2 V output

VCC33 (= 3.3 V)

VCC12 (= 1.2 V)

IC1401 FLASH power supply (Data)
IC1402 FLASH power supply (Program)
IC1481 SDRAM power supply
IC1501 DV5U power supply

A

IC1501 DV5U power supply

Fig 2.1: Power supply configuration
 Check the voltage at the “VDD5_1, VCC33_1 and VCC12_1” test point while the power is on.
Use the “DGND1” test point at the reference.
B

NO.

Check point
1 VDD5_1 - DGND1
2 VCC33_1 - DGND1
3 VCC12_1 - DGND1

Specification value
5.0 ± 0.4
3.3 ± 0.15
1.2 ± 0.12

Module No.
ALL
ALL
ALL

Unit
V
V
V

Side A

C

VCC33_1
VCC12_1

D

DGND1

VDD5_1

Fig 2.2: VDD5, VCC33, VCC12 voltage check points

E

F

AVIC-X910BT/XS/UC
5

6

7

8

47

1

2

3

4

Check 3: Reset OK?
A

 Check the voltage at the “XRES” test point while the power is on.
Use the “DGND1” test point at the reference.
NO.
1

Check point
XRES-DGND1

Module No.
ALL

Specification value
VCC33 ×
0.7 or more

Unit
V

Side A
B

C

DGND1

NRES

Fig 3.1: RESET check point

D

E

F

48

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Check 4: Is VSENS OK?
CN1901
HOST I/F

A

R1004,
R1007

VD8

VDD5

STANBY
XRES

IC1004
Regulator

VCC33

IC1005
DC/DC
converter

VCC12

VSENS

IC1501
DV5U

B

Fig 4.1: Power supply configuration and VSENS
 Check the voltage at the “VSENS” test point while the power is on.
Use the “DGND1” test point at the reference.

NO.

Check point
1 VSENS - DGND1

Module No.
ALL

Specification value
0.95 - 1.07
VD8 = 8.0 ± 0.4 V

Unit
V

C

Side A

VSENS

D

DGND1
E

Fig 4.2: VSENS check point

F

AVIC-X910BT/XS/UC
5

6

7

8

49

1

2

3

4

Check 5: 27 MHz Normal?
 Each clock is created inside the IC1501 using the 27 MHz master crystal oscillator (X1501).
A

IC1501
DVD-LSI

OSCO

X1501
27 MHz
crystal

OSCI

B

VCC33

VCC12

Fig 5.1: Clock configuration
 Turn the power on, and check with DGND being the reference.
In case of NG, check the applicable line, periphery of IC1501,
soldering of the peripheral components and defective components.
NO.
2

Check point

Module No.

IC1501 169pin

ALL

C

Specification value
27 MHz
± 50 ppm

Unit
ppm

Specification
value

GND
Fig 5.2: Clock specification value
Side A

D

E

IC1501 158pin
DGND1

Fig 5.3: 27 MHz check point
F

50

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Check 6: Is SDRAM I/F OK?
 In order to secure the MPEG stream data as the buffer,
the capacity of communication I/F SDRAM between the LSI and the memory is 64Mbit.
Be careful as XCSM, XWE, XCAS and XRAS of IC1480 are called differently in IC1501,
namely NCSM, NWE, NCAS, NRAS.
IC
IC1501
MA0 - 11
1480
DV5U
MDQ0 - 15
SDRAM
MCK

A

XWE(NWE)
XCAS(NCAS)
XRAS(NRAS)
XCSM(NCSM)
DQM0
DQM1
BA0
BA1

B

Fig 6.1: SDRAM I/F

C

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

51

1

2

3

4

 Check the conductivity at “check point 1” and “check point 2” without power.
In case of NG, check the soldering and defective components throughout the
“output t input” of the applicable section.
A

NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37

B

C

D

Signal name
MA0
MA1
MA2
MA3
MA4
MA5
MA6
MA7
MA8
MA9
MA10
MA11
MDQ0
MDQ1
MDQ2
MDQ3
MDQ4
MDQ5
MDQ6
MDQ7
MDQ8
MDQ9
MDQ10
MDQ11
MDQ12
MDQ13
MDQ14
MDQ15
MCK
XWE
XCAS
XRAS
XCSM
DQM0
DQM1
BA0
BA1

Check point 1
IC1480
23pin
IC1480
24pin
IC1480
25pin
IC1480
29pin
IC1480
30pin
IC1480
31pin
IC1480
32pin
IC1480
33pin
IC1480
34pin
IC1480
33pin
IC1480
22pin
IC1480
35pin
IC1480
2pin
IC1480
4pin
IC1480
5pin
IC1480
7pin
IC1480
8pin
IC1480
10pin
IC1480
11pin
IC1480
13pin
IC1480
42pin
IC1480
44pin
IC1480
45pin
IC1480
47pin
IC1480
48pin
IC1480
50pin
IC1480
51pin
IC1480
53pin
IC1480
38pin
IC1480
16pin
IC1480
17pin
IC1480
18pin
IC1480
19pin
IC1480
15pin
IC1480
39pin
IC1480
20pin
IC1480
21pin

Check point 2
IC1501
201pin
IC1501
203pin
IC1501
207pin
IC1501
209pin
IC1501
208pin
IC1501
206pin
IC1501
202pin
IC1501
200pin
IC1501
198pin
IC1501
194pin
IC1501
199pin
IC1501
192pin
IC1501
160pin
IC1501
162pin
IC1501
164pin
IC1501
168pin
IC1501
170pin
IC1501
172pin
IC1501
176pin
IC1501
178pin
IC1501
177pin
IC1501
175pin
IC1501
171pin
IC1501
169pin
IC1501
167pin
IC1501
163pin
IC1501
161pin
IC1501
159pin
IC1501
183pin
IC1501
181pin
IC1501
188pin
IC1501
189pin
IC1501
190pin
IC1501
179pin
IC1501
180pin
IC1501
193pin
IC1501
197pin

Specification value
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
0.17 ohm or lower
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %
56 ohm ± 5 %

E

F

52

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Side B

A

B

Check point 1 (IC1480)

Side A
C

D

Check point 2 (IC1501)
Fig 6.2: SDRAM I/F check point
E

F

AVIC-X910BT/XS/UC
5

6

7

8

53

1

2

3

4

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

VD8_1

F.E. driver system

VD8_2

IC1002
REG IC
for VCC 5 V.

VCC5 (= 5.0 V)

Power supply
for PU

Fig 7.1: Power supply configuration
 Check the voltage at the “VD8_1, VD and VCC5_1” test point while the power is on.
Use the “PGND3 and AGND1” test point at the reference.

B

NO.
1
2
3

Check point
VD8_1 - PGND3
VD - PGND3
VCC5_1- AGND1

Module No.
ALL
ALL
ALL

Specification value
8.0 ± 0.4
8.0 ± 0.4
5.0 ± 0.1

Unit
V
V
V

Side A

AGND3
C

VCC5_1
PGND1

D

VD8_1

VD

PGND3

Fig 7.2: VD8, VCC5 voltage check points
E

F

54

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Check 8: Is AVCC5 voltage OK?
IC1003
REG IC
for AVCC 5 V.

VD

AVCC5 (= 5.0 V)

A

IC1801
Audio-DAC

Fig 8.1: Power supply configuration
 Playback DVD-REF-A1 TITLE 1 and check the voltage at the stylus.
Check with PGND and GNDAU being the reference.
NO.
1
2

Check point
VD - PGND_3
AVCC5 - GNDAU1

Module No.
ALL
ALL

Specification value
8.0 ± 0.4
5.0 ± 0.1

Unit
V
V

B

Side A

C

AVCC5

D

PGND3

VD

GNDAU1

Fig 8.2: VD8, AVCC5 voltage check points

E

F

AVIC-X910BT/XS/UC
5

6

7

8

55

1

2

3

4

Check 9: Is DACCLK normal?
 DACCLK for Audio-DAC is created by IC1501 using the 27 MHz master crystal oscillator (X1501).
A

IC1501
X1501
27 MHz
crystal

DVD-LSI

IC1801
Audio-DAC

DACCLK

VCC33

VCC12

Fig 9.1: Clock configuration
B


DVD: DVD-REF-A1 TITLE 1
CD: Playback a normal CDDA.
Common to all DVD-V compatible modules.
Check with DGND being the reference.
In case of NG, check the applicable line, the periphery of IC1501, soldering of the peripheral components and
defective components.
NO.
1
2

Check point 1 (stylus)
DACCK
DACCK

Media
DVD
CD

Specification value 1 Specification value 2
2.0 V~VCC33 V
DGND~0.8 V
2.0 V~VCC33 V
DGND~0.8 V

Specification value 3
36.864 0 MHz ± 300 ppm
33.868 8 MHz ± 300 ppm

Specification
value 1

C

Specification
value 2

Specification
value 3

GND
Fig 9.2: Clock specification value
D

E

F

56

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Side B

A

B

Check point 1 (DACCK stylus)

Side A
C

D

Check point 2 (IC1501 148 pin)
DGND2
E

Fig 9.3: 27 MHz, DACCLK check point

F

AVIC-X910BT/XS/UC
5

6

7

8

57

1

2

3

4

Check 10: Is the audio circuit OK?
 The serial 3 lines digital output + DACCLK, output from DVD-LSI (IC1501), are converted to analog audio
signal at Audio-DAC (IC1801) and are output from the HOST I/F (CN1901).
Simultaneously, the analog MUTE signal is also output from DVD-LSI (IC1501) via the HOST I/F.
The digital audio signal (IECOUT), output from DVD-LSI (IC1501).

A

CN1901
HOST I/F

IC1501
DVD-LSI

IECOUT
IC1801
Audio-DAC

LRCK
ADOUT
SRCK

LO
RO
GNDAU

B

Fig 10.1: Audio circuit
 Playback DVD-REF-A1 TITLE 2 CHAPTER 1 (48 k/16 bit 1 kHz 0 dB),
and check with DGND being the reference.
In case of NG, check the applicable line, periphery of major components as described in the above drawing,
soldering of the peripheral components and defective components.
NO.

Check point 1 (stylus)
ADOUT3
SRCK
LRCK

1
2
3

C

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

Specification value 2
0.4 V or lower
0.4 V or lower
0.4 V or lower

Reference waveform
Waveform 1
Waveform 2
Waveform 3

Specification
Specification value 2
value 1
GND
Fig 10.2: Serial 3 lines specification value
D

E

F

58

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Side A
A

B

DGND2
ADOUT
LRCK

Side B
C

D

SRCK

E

Fig 10.3: Serial 3 lines check points

F

AVIC-X910BT/XS/UC
5

6

7

8

59

1

2

3

4

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

47 kohm

47 kohm

A

LO

GNDAU1

RO

Check point 1 (stylus)
LO
RO

NO.
4
5

B

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

Reference waveform
Waveform 4
Waveform 4

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

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

C

D

RO

LO

GNDAU1

Fig 10.5: Analog audio out check point

Check with DGND being the reference.

E

NO.

Check point 1 (stylus)
6 IEC

Specification value 1
VCC33 V-0.6 V or higher

Specification value 2
0.4 V or lower

Reference waveform
Waveform 5

F

60

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Side A

A

B

IEC

DGND2

Fig 10.6: Digital audio signal (IECOUT) check point
C

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

61

1

2

3

4

Check 11: Is the video circuit OK?
 Composite signal and component signal are output from DVD-LSI (IC1501), and are output from the
HOST I/F (CN1901) via a buffer circuit.

A

CN1901
HOST I/F
IC1501
DVD_LSI
Video
DAC
section

Composite

B

COMPOSITE

Fig 11.1: Video circuit

 Playback DVD-REF-A1 TITLE2 CHAPTER5 (WHITE 100%), and monitor COMPOSITE signal with
an oscilloscope with GNDV1 (stylus) being the reference. Set the trigger mode to “TV trigger” and
the trigger line to “150 line”.
Check point 1 (stylus)
NO.
1
C

Specification value
1 000 mVpp ± 5 %

COMPOSITE

Reference waveform
Waveform 6

In case of NG, check the applicable line, the periphery of the major components in the drawing above, soldering of the
peripheral components and defective components.
PEAK
Reference
value

COMPOSITE signal
Color burst
Pedestal level

BOTTOM
Horizontal sync signal
Fig 11.2: Waveform for the case of composite white 100% output

D

E

F

62

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Side A

A

B

COMPOSITE

GNDV

Fig 11.3: VIDEO signal check point

C

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

63

1

2

3

4

Check 12:How to judge whether the flash memory has reached its life or not.
If the reaction to user operation is slow or operation is slow in general, there is a possibility that the flash memory
has reached its life.
Make judgment regarding the flash memory life by looking at the display of the LD energizing time.

A

1.Let the LD energizing time displayed.
(Refer to the FE test mode for the method of displaying the LD energizing time.)
2.If the second digit from the left of the energizing time display is showing E,
such as “ E
”, it means that the flash memory has reached its life.
Example:

B

0E000BB8

C

D

E

F

64

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Check 13: 48 MHz Normal?
 Each clock is created inside the IC1501 using the 48 MHz master crystal oscillator (X1501).
A

IC1501
DVD-LSI
X1950
48 MHz
crystal

USB_CLOCK

B

VCC33
VCC12
Fig 13.1: Clock configuration

 Turn the power on, and check with DGND1 being the reference.
In case of NG, check the applicable line, periphery of IC1501,
soldering of the peripheral components and defective components.
NO.
2

Check point

Module No.

IC1501 50pin-DGND1

ALL

Specification value
48 MHz
± 50 ppm

Unit
ppm
C

Specification
value

GND
Fig 13.2: Clock specification value

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

65

1

2

3

4

Side A

A

IC1501 50pin

B

DGND1

Fig 13.3: 48 MHz check point

C

D

E

F

66

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Check 14: Is USB Circuit OK?

The data is transmitted through D+, D- and SDA of HOST I/F while playing USB/IPOD.
USB memory uses only D+ and D-, but IPOD uses SDA (DATA) and SCL (CLOCK)
in addition to D+ and D-.
CN1901
HOST I/F
IC1501
CP_RESE
DVD-LSI

A

I2C_SDA
I2C_SCL
D+
DB

DGND

Fig. 14-1: USB Circuit


1.USB Memory: Play a song from USB memory and check D+ and D- with the DGND standards.
2.iPod: Connect iPod and check CP_RESET, SDA and SCL with the DGND standards until the pioneer log appears.
Play a song from iPod and check D+/D- with the DGND standards.
When it does not conform to the standards, check appropriate line, main parts shown in the above figure,
soldering of peripheral parts and malfunctions in parts.
No. Checking spot (stylus)
1 CP_RESET
2 SDATA
3 SCLOCK
4 D+
5 D-

C

Standard value 2
Standard value 1
VCC33*0.7or more
VCC33*0.7or more
VCC33*0.2 or less *Until the pioneer log appears after connecting the iPod
VCC33*0.7or more
VCC33*0.2 or less *Until the pioneer log appears after connecting the iPod
VCC33*0.7or more
VCC33*0.3 or less
VCC33*0.7or more
VCC33*0.3 or less
D

Standard value 2
Standard value 1

Fig. 14.2: USB Circuit Communication Wave

E

F

AVIC-X910BT/XS/UC
5

6

7

8

67

1

2

3

4

Side A

A

SDATA
CP_RESET

SCLOCK

B

D-

D+

DGND2

C

D

E

F

68

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

AUDIO
CH1:LO
CH2:RO

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

A

Reference voltage: GNDAU2 1 V/div. 500 usec/div

G->

G->

G->

B

Waveform 1

Waveform 4

CH1:SRCK

CH1:IECOUT

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

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

C

G->
G->

Waveform 2

Waveform 5

D

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

G->
E

Waveform 3

F

AVIC-X910BT/XS/UC
5

6

7

8

69

1

2

3

4

VIDEO

A

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

B

Waveform 6

USB memory
USB memory
C

USB memory

Reference voltage:DGND 1 ms/div 2 V/div

Reference voltage:DGND 200 ns/div 2 V/div

D-

D-

DGND
D+

DGND
D+

D

Waveform 7

Waveform 8

E

F

70

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

iPod
iPod

iPod
A

Reference voltage:DGND 1 ms/div 2 V/div

Reference voltage:DGND 200 ns/div 2 V/div

D-

D-

DGND
D+

DGND
D+

B

Waveform 9

Waveform 10

iPod

iPod
Reference voltage:DGND 20 ms/div 1 V/div

Reference voltage:DGND 2 ms/div 1 V/div

CP_RESET
C

DGND

SDA
NRES

Waveform 11

Waveform 12
D

iPod
Reference voltage:DGND 500 us/div 1 V/div

E

SCL

Waveform 13

F

AVIC-X910BT/XS/UC
5

6

7

8

71

1

2

3

4

5.4 ERROR CODE LIST
A
Error status
M e d ia E r r o r

Open
Read Error
Focus Error(Focus Error
in mechanism set u p)

B

00h

INCOMPATIBLE DEVICE

00h

UNPLAYABLE FILE

00h

(No display)
E R R O R -0 2 -9 9
E R R O R -0 2 -9 0
E R R O R -0 2 -9 E

Address no t
found(Invalid Track)

ERROR-02-80

Generation source
USB
USB
(MSC)
(iPod)

ACC
Off/On

Method of reset
Source
Eject
Off/On

Play Key

X

-

-

X

X

X

-

-

X

X

X

X

-

-

-

X

-

X

X

-

-

10h
20h

USB device of format alone that
cannot be reproduced
Door open error
Transfer start error

X
X

-

-

*
X

*
X

*
X

*
X

21h

Focus error

X

-

-

X

X

X

X

22h

Focus error during set up
(A focus has never been achieved
with that disc.)

X

-

-

X

X

X

X

Address not found.

X

-

-

X

X

X

X

X

-

-

X

X

X

X

X

-

-

X

X

X

X

X

-

-

X

X

X

X
X

23h

Spindle lock NG
(the disc cannot rotate)
Carriage home NG
(The pick up tries to return to carriage
home, but it cannot go back and stopped.)
ID/SUBCODE Read Error (ID/SUBCODE
cannot be read due to scratch or stain.)
AV CHIP decode NG
(AV chip cannot be decoded.)

24h

Carriage HOME

ERROR-02-92

25h

ID/SUBCODE Read Error

ERROR-02-94

26h

AV CHIP decode Error

ERROR-02-9A

2Ah

X

X

-

X

X

X

AV CHIP Recovery NG

ERROR-02-9B

2Bh

AV CHIP recovery NG

X

X

X

X

X

X

X

Error of PLAY BAC K
Mode Status

ERROR-02-9C

2Ch

Playback state error
(An error due to software bug.)

X

X

-

X

X

X

X

ERROR-02-9D

2Dh

Disc Data NG

X

-

-

X

X

X

X

X

-

X

-

-

-

X

-

-

*

*

*

*

X

X

-

X

-

-

-

X
X
X

-

Temp Error
(In Case of High
Tem perature )
No Disc
( including Disc loading
and e jectin g)

THERMAL
PROTECTION IN MOTION
(No display)
(No display)

30h

40h
50h
60h
61h
62h

High temperature
(Playback is stopped because the pick up
temperature is 89 C or higher.)
Disc has not been inserted.
(Including Load in process or
Eject in process.)
Loading mechanism error
(The disc cannot be clamped.)
Communication fault attesting iPod
iPod authentication data is abnormal
iPod attestation retrying failure

X

X

X
X
X

-

-

X
X
X

iPod attestation time out

E R R O R -0 2 -6 3

63h

iPod attestation time out

X

-

X

-

-

X

-

Error when iPod is connected/
It is generated STALL by the USB
communication

E R R O R -0 2 -6 4

64h

Error when iPod is connected/
It is generated STALL by the USB
communication

-

-

X

-

-

X

-

E R R O R -0 2 -6 5

65h

-

-

-

X

-

66h

-

-

X

-

-

X

-

E R R O R -0 2 -6 7

67h

-

-

X

-

-

X

-

E R R O R -0 2 -6 8

68h

Error setting iPod
Demand timeout when
initial is communicated
Protocol version
non-correspondence
Timeout when protocol
version is judged

-

E R R O R -0 2 -6 6

-

-

X

-

-

X

-

No songs error

-

-

X

-

-

X

-

-

-

X

-

-

X

-

-

-

X

-

-

X

-

-

-

-

-

X

-

-

-

X

-

-

X

-

X

-

-

-

-

-

X

-

-

-

X

-

-

-

-

X

-

X

-

Error setting iPod
Demand timeout when
initial is communicated
Protocol version
non-correspondence
Timeout when protocol
version is judged

(No display)

No songs error
iPod control forwarding/
Intarapta forwarding error
Demand timeout
iPod's reproducing
Remote switch error
Remote switch demand
timeout
D R M E rro r

F

USB device that doesn't correspond

Disc

ERROR-02-91

Loading_Mecha Error

E

Meaning
A disc containing the unplayable
Format only

Spindle Lock

Communication fault attesting iPod E R R O R -02-60
iPod authentication data is abnormal E R R O R -02-61
iPod attestation retrying failure E R R O R -02-62

D

UART
*2

NON-PLAYABLE DISC

Surface Error

Disc Data Error

C

OSD *1

69h

E R R O R -0 2 -6 A

6Ah

E R R O R -0 2 -6 B

6Bh

ERROR-02-6C

6Ch

ERROR-02-6D

6Dh

PROTECTED DISC

70h

iPod control forwarding/
Intarapta forwarding error
Demand timeout
iPod's reproducing
Remote switch error
Remote switch demand
timeout
DRM error (All music cannot be played
back due to DRM.)
DRM error (All music cannot be played
back due to DRM.)
Region code NG (Unable to be played back
due to incorrect mechanism region.)

X

X

X

-

NO ACCESSIBLE
DATA AVAILABL

70h

Region code Error NG

DIFFERENT REGION DISC

90h

C P R M *7 K e y E rro r *8

NON-PLAYABLE DISC

93h

Key Error for playback

X

-

-

-

-

REQUEST error
Failure in issuing read
command (chip dependent)
Adjustment of L0 is NG.
Adjustment of L1 is NG.
LD system NG
Gain adjustment system NG.
Gain determining system NG.
Servo initial setting related items NG.
Disc is not clamped yet.
Tracking system NG.
Media setting system NG.
Focus Error
Error of PLAY BAC K
Mode Status
Error of PLAY BAC K
Mode Status
Audio Propert y Timeou t
Error *9

ERROR-02-A0

A0h

X

-

-

X

X

X

X

E R R O R -0 2 -A 1

A1h

REQUEST error
Failure in issuing the read command

X

-

-

X

X

X

X

ERROR-02-A2
ERROR-02-A3
ERROR-02-A4
ERROR-02-A5
ERROR-02-A6
ERROR-02-A7
ERROR-02-A8
ERROR-02-A9
ERROR-02-AA
ERROR-02-AB

A2h
A3h
A4h
A5h
A6h
A7h
A8h
A9h
AAh
ABh

L0 adjustment is NG.
L1 adjustment is NG
LD system NG
Gain adjustment system NG.
Gain determining system NG.
Servo initial setting related items NG.
Disc is not clamped yet.
Tracking system NG
Media setting system NG
JUMP over layers NG

X
X
X
X
X
X
X
X
X
X

-

-

X
X
X
X
X
X
X
X
X
X

X
X
X
X
X
X
X
X
X
X

X
X
X
X
X
X
X
X
X
X

X
X
X
X
X
X
X
X
X
X

E R R O R -0 2 -B 0

B0h

Navigation command error

X

-

-

X

X

X

X

E R R O R -0 2 -B 1

B1h

Retry over

X

-

-

X

X

X

X

X

X

X

-

X

ERROR-02-C0

C0h

Audio property timeout error

X

-

-

Error when MCS is connected/
It is generated STALL by the USB
communication

ERROR-02-D0

D0h

Error when MCS is connected/
It is generated STALL by the USB
communication

-

X

-

-

-

CBW and CSW forwarding error
Audio class band securing failure
Audio class FS setting failure
Undefined Error

ERROR-02-D1
ERROR-02-D8
ERROR-02-D9
ERROR-FF-FF

D1h
D8h
D9h
FFh

CBW and CSW forwarding error
Audio class band securing failure
Audio class FS setting failure
Undefined error

X

X
-

X
X
-

X

X

72

-

-

-

X
X
X
X

X

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

X: Cancel the error by operation. -: Error is not cancelled by operation. *: No setting
*1 A content displayed on OSD. As for the items having multiple display patterns, the upper row is for the Japanese version Full GUI, and the lower row is for
the Touch Panel model and Full GUI (English version).
*2 A parameter of UART command, such as “receipt error notice”, that the DVD mechanism transmits.
*3 CPPM(Content Protection for Prerecorded Media) : A copyright protection technique used in DVD-A. The protection is realized by using the keys recorded
on the media and the device key held by the player.
*4 DVD-A compatible model only.
When an error has occurred, only the audio output will be muted but playback operation will continue. Furthermore, acceptance of the user operation will be
the same as usual.
*5 AWM (Audio WaterMark): Electronic watermark. Information on the copyright owner or CCI (copy control information) are recorded so that illegally copied
discs can be identified.
*6 Notice as an error status will not be given
*7 CPRM(Content Protection for Recordable Media) : A copyright protection technique for digital contents used for re-writable DVD or memory card.
(DVD-VR model only)

A

B

C

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

73

1

2

3

4

5.5 CONNECTOR FUNCTION DESCRIPTION
USB

A

MIC IN

GPS ANTENNA

B

C

POWER SUPPLY

AV IN/OUT

IP-BUS IN (UC)

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

1 3 5 7 9 11 13 15 17 19 21 23
2 4 6 8 10 12 14 16 18 20 22 24

8 9 10 11
5 6
7
1 2 3 4

1. TELMUTE
2. DTVVGND
3. RR
4. DTVV
5. RL
6. REARGND
7. FR
8. KMODE
9. FL
10. FRONTGND
11. SWR
12. BREM
13. SWL
14. SWGND
15. VTR1R
16. VTR1RGND
17. VTR1L
18. VTR1LGND
19. VTR1V
20. VTR1VGND
21. REARVOUT
22. GNDV
23. BCV
24. BCVGND

1. IPBUS+
2. IPBUSG
3. IPLG
4. NC
5. IPBUS6. IPRG
7. IPL+
8. ASENBO
9. IPR+
10. IPR11. IPL-

1. FR+
2. RR+
3. FR4. RR5. FL+
6. RL+
7. FL8. RL9. PKB
10. PULSE
11. REV
12. ILM
13. AANT
14. ACC
15. GND
16. BUP

D

E

WIRED REMOTE
FM/AM ANTENNA

F

74

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

5.6 TROUBLESHOOTING
- FLOWCHART
A

No Power

Key illumination is
lighted?

Check the following signal in the
AV unit.
(BSEN/ASEN/ILM, 8 V Power
supply)

NO

YES

NAVI5V is OK?

Check the Power supply (D/D
converter) block and Control signal
(48pin NAVICON) of the System
u-com in the AV unit.

NO
(No output)

YES
NAVI3V from the
NAVI unit is OK?

NAVI unit failure.
(NAVI3V is supplied from NAVI
unit and also NAVI3V is
generated from NAVI5V)

NO
(No output)

YES

LCD backlight is OK?

No Display
(White or Gray screen)

Initial communication error
between NAVI and AV unit.
NO
- Confirm communication line
between 2 unit. (*1)
Key illumination
- Change the NAVI unit
go off after 20
seconds.
Power supply
block for "LCD Panel
unit" is OK?

NO

B

Notes:
All siganl mentioned above are control
key signal from System u-com (AV
unit) to NAVI unit.
The "H" voltage is different depends on
the location.
- Port of system u-com: 5 V
- Connector of AV unit: 3 V

YES

Key illumination is
lighted more than 20
seconds?

(*1)
Normal operation after ACC ON
- RESETB: High
- OFFINFO: L -> H
- OFFANS: H -> L
- CTOSYS: UART
- SYSTOC: UART
- CPUWDT: L
- BATFAULT: L

NO

C

LCD unit failure.

YES
YES
D

NAVI unit failure.

LCD Panel unit failure.

E

F

AVIC-X910BT/XS/UC
5

6

7

8

75

1

2

3

4

- DIAGNOSIS POINT
NAVI BD Side A

NAVI BD Side B

LCD BD Side A

A

C

D

F
E
A
B

B

Case 1 System can not wake-up.

Pi n 1

Pi n 50

B
Pin27: NAVI33V
Pin5: OFFINFO
Pin6: OFFANS

C

Pin13: SYSTOC
Pin14: CTOSYS

Pin20

Pin19

C

ACC ON ACC OFF
High
High
This power supply is from NAVI BD to AV BD.
High
Low
This signal is from AV BD(system-ucom) to NAVI BD.
Low
High
This signal is from NAVI BD to AV BD(system-ucom).
(High = 3.3 V)
Communication line (Sys u-com to NAVI unit)
Communication line (NABI unit to Sys u-com)

Pin2

Pin1
Chip resistor (0 ohm)

D

Pin3,5,7,9,11,13,15,17,19
ACC ON ACC OFF
NAVI 5V 5V
5V
power supply is from AV BD to NAVI BD.
Case 2 Navi image can not be displayed on LCD.

Pin1

D

F

Pin74

Pin1

E

Pin36: LVDSN
Pin37: LVDSP

Video signal (LVDS) from NAVI to LCD BD.
Video signal (LVDS) from NAVI to LCD BD.

Pin10

Pin1: TFT_ANODE
Pin2: TFT_ANODE2
Pin6: TFT_CATHODE
Pin7: TFT_CATHODE

Power supply
from LCD BD to
LCD unit

F

76

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Case 3 Touch panel operation doesn't work

Pin1

E

A

Pin4

Pin1: nYPON
Pin2: nXPON
Pin3: YMON
Pin4: XMON

Pin1

A

The signal from touch-panel to LCD BD
(Wavefrom pulse can be mintored while operating touchpanel.)

B

Pin74

Pin29: nYPON
Pin30: nXPON
Pin31: YMON
Pin32: XMON

C

The signal from LCD BD to NAVI BD
(Wavefrom pulse can be mintored while operating touchpanel.)

Case 4 Hard Key doesn't work

D

Pin74

Pin1

D

Pin8: KEY0
Pin9: KEY1
Pin11: ROT0
Pin12: ROT1

Pi n 1

KEY (Push, Menu, Right) signal from KEY BD to LCD BD (DC Voltage)
KEY (MAP, Left, Down ,Up) signal from KEY BD to LCD BD (DC Voltage)
KEY (Rotary) signal from KEY BD to LCD BD (Pulse waveform)
KEY (Rotary) signal from KEY BD to LCD BD (Pulse waveform)

E

B

Pi n 50

Pin33: ROT0
Pin34: ROT1

KEY (Rotary) signal from KEY BD to LCD BD (Pulse waveform)
KEY (Rotary) signal from KEY BD to LCD BD (Pulse waveform)

F

AVIC-X910BT/XS/UC
5

6

7

8

77

1

2

3

4

3

4

Case 5 Audio (NAVI SOURCE) or Guide voice (BEEP sound) is NG.

A

Pi n 1

B

Pi n 50

Pin19: GUI_P
Pin28: NAVI L
Pin30: NAVI R
Pin29,31: GND

Guidance or BEEP sound
Audio Lch
Audio Rch

B

C

D

E

F

78

AVIC-X910BT/XS/UC
1

2

5

6

7

8

6. SERVICE MODE
6.1 TEST MODE
A

Jig No : GGV1322

1. Test mode menu selection method
The main keyboard cannot be used for this operation.
Double-click the touch panel directly.

2. Test mode activation method

B

1. Copy a "TestMode" folder under “TestMode” folder on GGV1322 to a SD card.
Note: "TestMode" folder must be on the SD card root.
2. Download a ID file from the Service Site and copy the file to the "TestMode" folder on the SD card.
3. Insert the SD card into the main unit.
4. Turn ACC ON.
5. The test mode menu is displayed.
<< Enter the test mode in the set procedure. >>
Start screen
When the set procedure is followed (Procedure OK)

C

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

79

1

2

3

4

3. Test mode menu
A

B

No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24

C

D

Test Item
Audio
AV Test
TEL Test
GPS CHK
GYRO
Flash ROM
TMC/VICS
Dir CMD
Graphics
Ver Info
Touch
Key Test
Port Test
Voice Test
Memory
MSN-Direct
USB Test
DTV Test
SD Test
EQ Flat/Vo
RGB Illumin
BT Test
Screen
BAK CTL

Test Content
Playback of audio
Not for service
Not for service
GPS receiver test
Gyro test
Flash ROM read/write test
FM multiplex error test
Not for service
Graphics test
Display version information of software, mecha, and microcomputers.
Correction and test of Touch Panel
Not for service
Display states such as parking and reverse.
Not for service
Not for service
Not for service
Not for service
Not for service
SD card test
Not for service
Not for service
Not for service
Not for service
Not for service

E

F

80

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Audio Test Screen
Audio Test Mode
A

B

<< Key Operation >>
[Play] • • • Play
[Stop] • • • Stop
[Guidance] • • • Output of guidance
[Stereo] • • • Output of stereo
[OK] • • • Terminate Audio Test.
Note : Big sound (0 dB signal) is output

C

Gps Viewer Execution Screen
Starttest

D

<< Operation method >>
1. Select ‘Start Type’. Normally, ‘Hot’.
2. Press ‘Start’ to start the test.

E

F

AVIC-X910BT/XS/UC
5

6

7

8

81

1

2

3

4

Tracking
A

B

<< Operation method >>
1. When GPS Running is red, press ‘hot’.

C

<< Operation method >>
1. When GPS Running is green, the test is started.
2. When Valid Position is green, the measurement is successfully conducted.

D

Signal

E

<< Operation method >>
1. The screen will be in this state if the test is not started.
2. To start the test, press ‘hot’.

F

82

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

A

B

<< Operation method >>
1. The screen will be in this state if the test starts.
2. When the blue color bar appears, GPS signal is locked.
Sats

C

D

<< Operation method >>
1. The screen will be in this state if the test is not started.
2. To start the test, refer to ‘Start test’ tab.

E

<< Operation method >>
1. When the test starts and a satellite is started to be acquired, the screen will be in this state.
Red • • • Not acquired. Yellow • • • Already acquired. Green • • • Acquired and data obtained.

F

AVIC-X910BT/XS/UC
5

6

7

8

83

1

2

3

4

TestGyro Screen
A

B

Gyro-z-bias test
1. Press “Start” and wait 2 seconds, then the “Gyro-z-bias” result will be displayed.
The result should be within the range between - 2 and 2 degrees.
Gyro-z test
1. Rotate the unit 360 degrees. (or 180 degrees)
The “Gyro-z” result should be within the range of 360 +/- 14.4 degrees. (or 180 +/- 7.2 degrees)
2. Press “Stop” and then press “Start” again.
3. Rotate the unit -360 degrees. (or 180 degrees)
The “Gyro-z” result should be within the range of -360 +/- 14.4 degrees. (or 180 +/- 7.2 degrees)

C

Accelerometer Testing
1. Set the unit "Face Down" position to +1 g (pointing up). You will then get an “Accel-x” result
2. Set the unit "Face Up" position to -1 g (pointing up). You will then get an “Accel-x” result
3. Calculate the difference of the two results. The difference should be within the range of 2 +/- 0.1 g.
For example, the result of step 1 is "1.045 g" and step 2 is "-0.902 g", the difference is 1.045+0.902=1.947 g.
4. Set the unit "Right side up" position to +1 g (pointing up). You will get an “Accel-y” result.
5. Set the unit "Right side down" position to -1 g (pointing up). You will get an “Accel-y” result.
6. Calculate the difference of the two results. The difference should be within the range of 2 +/- 0.2 g.
7. Set the unit "Up side down" position to +1 g (pointing up). You will get an “Accel-z” result.
8. Set the unit "Normal" position to -1 g (pointing up). You will get an “Accel-z” result.
9. Calculate the difference of the two results. The difference should be within the range of 2 +/- 0.2 g.

D

NAND Flash test mode start screen

E

F

Write files

Conduct a write test to NAND Flash disc.

Read/verify files

Conduct a read test to NAND Flash disc. Notes) It will take time by test completion.

Delete Files

Conduct a deletion test to NAND Flash disc.

Format disc

Conduct a formatting test to NAND Flash disc. Notes) After performing “Format disc”,
all data is deleted include APL and MAP data.

84

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

TMC measurement selection screen
GpsTmcDemo

A

B

<< Test Content >>
The TMC error rate can be measured.
The frequency can be changed by tapping ‘<’ or ‘>’.
The test can be terminated by tapping the left ‘x’ mark.

Graphics Test start screen

C

Start screen

D

<< Operation method >>
1. The screen will be in this state after started.
2. Press ‘Test’ to start the test.

E

F

AVIC-X910BT/XS/UC
5

6

7

8

85

1

2

3

4

3

4

A

B

<< Operation method >>
1. The menu appears when ‘Test’ is pressed. Select the item to test.

<< Operation method >>
1. To terminate the test, press ‘File’ and then ‘Exit’.

C

D

E

F

86

AVIC-X910BT/XS/UC
1

2

5

6

7

8

Version Information screen
Start screen

A

B

<< Key operation >>
[Get Version] • • • Display the version of Bootloader, GPS, and BSP.
C

[Get Application Version] • • • Display the version of each application.
[uCOM Ver] • • • Display the microcomputer version and ROM Collection version.
[Get DVD-Mecha] • • • Display the DVD and CD mecha version.
[Clear] • • • Clear the display of the version of microcomputer, ROM, and mecha.
[GetDeviceID] • • • Display the device ID.

Touch Panel Test screen
Start screen

D

E

<< Key operation >>
[Calibration] • • • Conduct calibration.
[Touch panel test] • • • Conduct touch panel test.

F

AVIC-X910BT/XS/UC
5

6

7

8

87

1

2

3

4

3

4

Calibration
A

B

<< Key operation >>
Touch panel calibration can be conducted by tapping five ‘+’ marks.
Touch Panel Test

C

D

<< Key operation >>
A line appears when a line is drawn by a finger on the touch panel.
The test can be terminated by pressing the top right ‘x’ mark.

E

F

88

AVIC-X910BT/XS/UC
1

2

5

6

7

8

Port Test screen
Start screen

A

B

<< Key operation >>
[Get signal] • • • Display the states of Parking brake, Reverse, K-Mode, and Speed Pulse.
The states of Illumination, Cellular mute, OPTSNS, Antenna control, and Remote control are displayed
automatically.
C

[Clear] • • • Clear the display.
[High] • • • Not for service
[Low] • • • Not for service

SD Card Test screen
Start screen

D

E

<< Key operation >>
[Start] • • • Start the test.

F

AVIC-X910BT/XS/UC
5

6

7

8

89

1

2

3

4

3

4

Error screen
A

B

This is the state when an error occurred in the test.

C

D

E

F

90

AVIC-X910BT/XS/UC
1

2

5

6

7

8

6.2 DVD TEST MODE
MM-14-23-01

EW RE UC AU J CN

OFF

PKB

A

Source Plate

(1), (2) and (3) are invisible buttons

Map

In this screen, press long the areas (1), (2) and (3) that
display the test mode selection screen
by implementing the operations below in order.
Detailed procedure
Step1 change the screen to source OFF screen
Step2 press the area of (1) long
Step3 press the area of (2) long
Step4 press the area of (3) long
* When the operation above is normally implemented,
BEEP sound 1 is output.

B

If the operation is completed successfully,
the screen shifts to test mode screen after (3) is pressed long
.
The test mode is released by ACC-OFF operation
SlaveTestMode
DVD(CD) region display
DVD(CD) debug display
DVD(CD) touch direct display

C

Back

Shift to selected test mode.
D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

91

1

2

3

4

Image of the test mode.
A
Legend:

… Key operation
… Operation state
… The content displayed on the DVD mechanism (video only)
8 characters data is sent to the product side (HOST) by UART communication.

Start of the test mode.

TEST

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

(1)

(3)

(2)

FE test selection

(4)

(5)

EDC1 test selection

EDC2 test selection

LD power on time
mode selection

Hereafter, to EDC1
test mode image.

Hereafter, to EDC2
test mode image.

Hereafter, to LD power on
time mode image.

Simple FE test mode

B
Hereafter, to FE test
mode image.

Hereafter, to simple
FE test mode.

[Note] In order to move on to another test after selecting a test (FE/EDC1/EDC2), it is necessary to restart the DVD mechanism in the test mode.

Image of the front end test mode.

Legend:

… Key operation
… Operation state
… The content displayed on the DVD mechanism (video only)
8 characters data is sent to the product side (HOST) by UART communication.

C
FE test mode

0 x 00 0000
(1)

(3)

(2)

Power on

0FFF 0000

FE offset coefficient
TE offset coefficient
AS offset coefficient
ENV offset coefficient
TG offset coefficient
DBAL coefficient
VIN1 offset cancel value
VIN2 offset cancel value
VIN3 offset cancel value
VIN4 offset cancel value
VIN5 offset cancel value

(4)

(5)

Disc type DVD1
layer

Disc type DVD2
layer

Disc type CD

Disc type CD-RW

0000 0000

0100 0000

0200 0000

0300 0000

EJECT
EJECT

D

1 x 00 0000

(1)

(3),(4)

(2)

F close

F search

1FFF 0000

1A00 0000

(5)

(6)

(8)

(7)

CRG+/-

LD-ON/OFF

CRG_HOME

CRG_OUTSIDER

Activates while the key
is being pressed.
1B00 0000 : CRG+
1C00 0000 : CRG-

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

1D00 0000

1E00 0000

Power_OFF

S curve
measurement

(2)
F search

1100 0000

E

[Note] If no action is taken for approximately 10 seconds after LD-ON, it will become LO-OFF automatically.
If F close is selected during LD-OFF, it will become an error.
During focus search (S character measurement mode), too, safety regulation applies if LD_OFF is not selected
within 10 seconds. Therefore, even if focus search is selected after LD-ON, it will become LD-OFF after 9 seconds.
In order to F close after focus search (S character measurement mode), set to Power_OFF first then power on again
before F close.

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

(2)
a

b

F

92

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

a

b

(2)
2 x 00 0000

A

(1)

(2)

(3),(4)
CRG +/-

Focus Jump

Tracking balance

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

2FFF 0000

(8)

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

Power_OFF

It operates while the key
is being pressed.
2B00 0000 : CRG+
2C00 0000 : CRG-

3000 0000

(1)

(5)

(3),(4)

Tracking close

CRG +/-

3FFF 0000

RF level value

(8)
Performed including the tracking close processing.

Power_OFF

3FFF 0000

It operates while the key
is being pressed.
3B00 0000 : CRG+
3C00 0000 : CRG-

Tracking close state

B
FBAL coefficient (layer 0)
FBAL coefficient (layer 1)
Focus gain coefficient (layer 0)
Focus gain coefficient (layer 1)
Tracking gain coefficient (layer 0)
Tracking gain coefficient (layer 1)
AS normalization adjustment value (layer 0)

5000 0000
(1)

(2)

RF level value
indication start

RF level is informed
every 500msec.
(1)

(7)

Error rate
measurement

(8)
Power_OFF

T.OPEN

Error rate
Focus gain coefficient (layer 0)
Focus gain coefficient (layer 1)
Tracking gain coefficient (layer 0)
Tracking gain coefficient (layer 1)
AS normalization adjustment value (layer 0)

To (2)

C

RF level value
indication end

Tracking close state

FBAL coefficient (layer 0)
FBAL coefficient (layer 1)
Focus gain coefficient (layer 0)
Focus gain coefficient (layer 1)
Tracking gain coefficient (layer 0)
Tracking gain coefficient (layer 1)

4000 0000

D

4 x 00 0000

(1)
Error rate
measurement

(2)
Playback speed
switching

Error rate
Focus gain coefficient (layer 0)
Focus gain coefficient (layer 1)
Tracking gain coefficient (layer 0)
Tracking gain coefficient (layer 1)
AS normalization adjustment value (layer 0)

DVDX1.3~
1.6CAV
CDX4CLV:
4x00 0000

(5)

(6)

(3),(4)

(7)

Focus Jump

ID Search

T.Jump+/-

T.OPEN

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

4A00 0000

Jump+ : 4B00 0000
Jump- : 4C00 0000

To (2)

(1)-(4)
ID designation

ID display
(5)
Search start

(8)
Power_OFF

(3)
Track number
designation
Track number
indication
(5)

The higher 2 digits of the designated ID are the value showing the test state.
The lower 6 digits show the ID.
Example) If 300000 is desired to be designated as the ID, designated ID: 4A03 0000.

Jump start

Error occurrence

Error display
L0 layer
L1 layer

(8)

DVD X 1.3~1.6CAV, CD X 4CLV :4000 0000
DVD X 1.3~1.6CAV
:4100 0000

E

The number for designation of the track number shall be selected from the track numbers previously prepared.
Switch to cyclic by (3). Fix by (4).
For CD: Tracks 1, 4, 10, 11 and 32
For DVD: Tracks 1, 4, 10, 11, 32, 64 and 100
Change the method for ID address designation.
Designation of digit by command (1) and (2). UP/DOWN of numbers by command (3) and (4). Fix by command (5).

Power_OFF

Error occurrence at Power_OFF
[Note] If an error occurs at Power_OFF, reset cannot be made. In such a case, it is necessary to turn the power off and start the test mode once again.
Error display

F

AVIC-X910BT/XS/UC
5

6

7

8

93

1

2

3

Legend:

4

… Key operation

EDC. Image of the test mode

… Operational state

A

… The content displayed on the DVD mechanism (video only)
8 characters data is sent to the product side (HOST) by UART communication.
EDC1/2 test mode

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

0000 0000

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

(1)

(2)

Layer 0 selection

Layer 1 selection

0000 0000

0100 0000

1003 0000

1103 0000

Eject

B

Test mode Eject

After completion of EJECT operation

(1)-(4)
ID designation
Layer 0: 10** ****
Layer 1: 11** ****
[Note] ** **** is the ID designation value
(5)

C

EDC1/2 start
Layer 0: 20** ****
Layer 1: 21** ****
[Note] ** **** is the present ID designation value
**** ****
[Note] The display is updated at 0.5 seconds interval until 0/1 layer is selected or Eject is effected.
[Note] **** **** is the present ID designation value

Image of the LD power on time mode.

Legend:

… Key operation
… Operational state

D

… The content displayed on the DVD mechanism (video only)
8 characters data is sent to the product side (HOST) by UART communication.

LD power on time mode
0000 0000

Not for service use
(1)
CD LD power on
time indication

(2)
DVD LD power on
time indication

20** ****
10** ****
[Note] ** **** is the CD LD [Note] ** **** is the DVD LD
power on time.
power on time.

30** ****
[Note] ** **** is the setting time.

40** ****
[Note] ** **** is the setting time.

(1)-(4)

(1)-(4)
Setting time
designation
(5)

E

(6)
DVD LD power on
time setting

(5)
CD LD power on
time setting

(8)

Setting time
designation

(8)

(5)

Setting time
registration

Setting time
registration

10** ****
[Note] ** **** is the CD LD
power on time.

20** ****
[Note] ** **** is the DVD LD
power on time.

[Method of setting time designation]
Designate the digit by command (1) and (2). UP/DOWN of numbers by command (3) and (4).
Fix by command (5). Cancel by command (8).

F

[Note] If the power on time is 999999 hours or more, it is always reported as 999999 hours.
[Note] If the power on time is “*E** ****”, the value may not be correct due to the life of the flash memory.

94

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Simple test mode
A

The selection of the figure of each screen can be selected by "Key command for the test".
To display following screen, connect the “COMPOSITE” and “GND” line of the LS1 mecha module to a monitor.
Side A

B

C

COMPOSITE

GNDV

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

95

1

2

3

4


TEST MODE
1: LD ON
2: ASMAX
3: Skew Adjustment
4: Error Rate
5: CRG Move Outer
6: Eject

A

Please Input Number

LD ON

1 select

1: DVD Single Layer
2: DVD Dual Layer
3: CD
4: CD-RW
5: Return

5 Return select

2 select

B

Now Running

ASMAX

ASMAX

5 Return select

C

ASMAX

Now Running

Skew Adjust ment

Now Running

Error Rat e

Error Rat e

5: Ret urn

ASMAX
Level display

1: Power OFF

select

RF Level : 000000

1: Inner Measurement
2: Outer Measurement
3: Middle Measurement

DVD select

3: CD
5 Return select

select

Skew Adjust ment
RF Level
value set

select

Please Input Number

1: DVD Single Layer

1: Power OFF

Please Input Number

5: Return

4 select

select

ASMAX Level : 000000

Skew Adjust ment
1: DVD Single Layer

1: Power OFF

Please Input Number

ASMAX
value set

select

Please Input Number

3 select

LD ON
LD ON
Completion

Please Input Number

1: DVD Single Layer
2: DVD Dual Layer
3: CD
4: CD-RW
5: Return

5 Return select

LD ON
select

RF Level
display
Update 500 msec.

Please Input Number

Error Rat e - Inner

*1

Error Rat e - Inner
Error Rate
set

select

5: Ret urn

5 Return
select

Please Input Number

Search ID
0x00100000

Please Input Number

Search ID
inner :
0x00040000
outer :
0 00200000

Please Input Number

Now Running

Error Rate -CD

*1 : The position in which
select was done is
displayed.

*1

DVD Inner
DVD Outer
DVD Middle
CD CD

Now Running

Search CRG
home position

D
CRG Move Out er
1: DVD Single Layer
2: DVD Dual Layer
3: CD
4: CD-RW
5: Return

5 Return select

CRG Move Out er

CRG Move Out er
CRG Move
Completion

select

1: Power OFF

select

CRG moves
to the most
outer

Please Input Number

Now Running

Please Input Number


ERROR
1: Power OFF

select

Code : 00000000

E

Please Input Number


ERROR

Code : 00000000
Please Reset

F

96

AVIC-X910BT/XS/UC
1

2

select

Error Rate : 000000

CD select

5 select

*1

1: Power OFF

3

4

Error Rate
display

5

6

7

8

6.3 uBOOT MENU
UBOOT Upgrade
A

1. Copy the Uboot files named as “uboot.bin” and “uboot.cks” to the SD/MMC card
2. Inset SD/MMC card to the Main Unit at first, then enter the Uboot interface.
3. Select ““3=UBOOT Upgrade” item in Uboot menu, then select ““1=UBOOT by SD/MMC” item
in “UBOOT Upgrade” menu and execute.
UBOOT Upgrade

0=WINCE Upgrade

0=UBOOT by USB
1=UBOOT by SD/MMC
2=Exit
Choice: 1

1=GPS Tools
2=BT Tools
3=UBOOT Upgrade
4=Memory Tools
5=Other Tools
Coice: 0



B



UBOOT Upgrade

UBOOT Upgrade

0=UBOOT by USB
1=UBOOT by SD/MMC
2=Exit
Choice: 1

0=UBOOT by USB
1=UBOOT by SD/MMC
2=Exit
Choice: 1

Star Erase & Write UT!!
UT Upgrade OK
Please restart your device!!
Read process 100%

Star Erase & Write UT!!
Read Progress : 31%

C





4. After the menu of “UBOOT Upgrade” show “UT Upgrade OK”, restart the device.

WINCE Image Upgrade
1. Copy the image files named as “winceimg.bin” and “winceimg.cks” to the SD/MMC card.
2. Inset SD/MMC card to the Main Unit at first, then enter the Uboot interface.
3. Select “0=WINCE Upgrade” item in Uboot menu, then select “1=WINCE bySD/MMC” item
in “WINCE Upgrade” menu and execute.
WINCE Upgrade
0=WINCE Upgrade
1=GPS Tools
2=BT Tools
3=UBOOT Upgrade
4=Memory Tools
5=Other Tools
Coice: 0

0=WINCE by SD/MMC (Format)
1=WINCE by SD/MMC
2=WINCE by USB (Format)
3=WINCE by USB
4=Exit
Coice: 1



D



WINCE Upgrade

WINCE Upgrade

0=WINCE by SD/MMC (Format)
1=WINCE by SD/MMC
2=WINCE by USB (Format)
3=WINCE by USB
4=Exit
Coice: 1

0=WINCE by SD/MMC (Format)
1=WINCE by SD/MMC
2=WINCE by USB (Format)
3=WINCE by USB
4=Exit
Coice: 1

E

Image Region
Checksum = 0x64463447
Read Progress : 31%

CE Upgrade OK
Please restart your device!!




4. After the menu of “WINCE Upgrade” show “CE Upgrade OK”, restart the device.
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6.4 USING THE TEST DISC
Jig No : GGV1322
A

Test Disc 1 Start Screen Specification
Test Disc 1 Start
1. Copy all files under “Test Disc1” folder on GGV1322 to a SD card.
2. Download a ID file from the Service Site and copy the file to the SD card.
3. Insert the SD card into the Main Unit and turn ACC OFF ON. Then, the test disc starts.
The test can be terminated by turning ACC OFF. After turning ACC OFF, remove the SD card.
B

Test Disc 1 Start Screen
Version Check

C

<< Operation method >>
1. This screen appears when the Test Disc is activated.
2. When ‘Version’ is tapped, the test starts.
If the "Reality" corresponds to "Plan", the result becomes "OK".

D

E

<< Operation method >>
If the test result is "OK", the blue screen is displayed.
"Reality" is each version on actual machine and the "Plan" is the version information
described in "Information.txt" of SD card.

F

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A

B

<< Operation method >>
If the test result is "NG", the red screen is displayed.
MIC Test

C

D

<< Operation method >>
1. This screen appears when the Test Disc is activated.
2. Tap ‘E-MIC’ to start the test.

E

<< Operation method >>
1. This screen appears when the test is started.
2. Put a sound into the microphone while this screen is shown. The sound is recorded.

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A

B

<< Operation method >>
1. When this screen appears, the recorded sound is played ‘loudly’.
Notes) The sound volume cannot be adjusted.

C

D

<< Operation method >>
1. When this screen appears, the recorded sound is played ‘quietly’.
Notes) The sound volume cannot be adjusted.

E

F

<< Operation method >>
1. When this screen appears, the recorded sound is muted.
Notes) The sound volume cannot be adjusted.
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A

B

<< Operation method >>
1. When the test finishes, this screen appears.
2. To proceed to the next test, tap ‘OK’. To conduct MIC Test again, tap ‘Retry’.
GPS Test

C

D

<< Operation method>>
1. This screen appears when the Test Disc is activated.
If you tap "GPS_TTFF", the test is started.

E

F

<< Operation method >>
1. When the test is started, this screen is displayed.
When you terminate the test in the way, tap the "Exit".
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A

B

<< Operation method >>
When the positioning is terminated within one minute, the test is completed successfully,
and this screen is displayed.
If you implement the test again, tap the "Retry".
If you go to next step, tap "OK".

C

D

E

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Jig No : GGV1322

Test Disc 2 Start Screen Specification

A

Test Disc 2 Start
1. Copy all files under “Test Disc 2” folder on GGV1322 to a SD card.
2. Download a ID file from the Service Site and copy the file to the SD card.
3. Insert the SD card into the Main Unit and turn ACC OFF ON. Then, the test disc starts.
The test can be terminated by turning ACC OFF. After turning ACC OFF, remove the SD card.

Test Disc 2 Start Screen

B

The user data is deleted

C

<< Operation method >>
1. This screen appears when the Test Disc is activated.
2. If you tap the "Restore", the user data is deleted.

D

E

<< Operation method >>
If the deletion is terminated, this screen is displayed.
F

Notes:) "Splash screen setting" is not back to default after performing this function.
Please set the "Splash screen setting", before performing this function.
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7. DISASSEMBLY
NOTE) While the photograph shown is slightly different from this model in shape, the disassembly
procedure is the same.

A

Removing the Case (Fig.1)
Case

1

1

Remove the two screws and then remove
the Case.

1

Note)
To remove the screws, use jig No. GGK1068.

Fig.1

B

Removing the DVD Mechanism Module (Fig.2)

1

Remove the four screws.

1

2

Disconnect the connector and then
remove the DVD Mechanism Module.

1
2
C

1
1

Fig.2

DVD Mechanism Module

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

D

- How to Remove the Cord Assy
When unplugging cord assy, hook the point of jig GGF1539 on the lid of cord assy and vertically draw out
along with the engagement axis of connector.

GGF1539
E

Cord Assy

Connector

- How to Attach the Cord Assy
For inserting cord assy, adjust cord assy with the engagement axis of connector and insert it as vertically
as possible.
Do not insert the cord assy in extreme slant, as the connector might suffer damage.
F

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Removing the Monitor Assy (Fig.3)
Mylay tape

1

Peel off the Mylay tape.

A

4

2

1
3

Disconnect the FFC.

Attention when assembling:
Please fix the FFC (CDE9039) with
the Mylar tape (GYH1031) as shown in figure.

2

(Top side)

Cord Assy

3

Disconnect the Cord Assy using GGF1539.
B

4

Disconnect the FFC.

5

Remove the six screws.

5

6

Release the two latches
and then remove the Monitor Assy.

5

Monitor Assy

Monitor Assy
5

5
6

6

C

5

5

Fig.3

(Left side)

(Right side)
Removing the Heat sink (Fig.4)

1

Disconnect the FAN Cord.

2

Remove the two screws.

3

Remove the seven screws
and then remove the Heat sink.

1

D

Heat sink

3
3
3

2

2

3

3

E

3

Fig.4

3

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Separating the upper and lower chassis. (Fig.5)
Chassis(Upper)
A

1

Peel off the Mylay tape.

2

Disconnect the FFC.

3
Attention when assembling:
Please fix the FFC (CDE8912) with
the Mylar tape (GYH1031) as shown in figure.

3
B

5

5

Disconnect the Cord.

2

Attention when assembling:
The connector is inserted in the direction of figure.
The cable is not loosened and pushed below.

4

Remove the FFC.

5

Remove the three screws and then
left the Chassis(Upper) from right side.

5

Mylar tape

4

Chassis(lower)
C

6

D

Chassis(upper)
Fig.5

6

Disconnect the Cord Assy
and then remove the Chassis(Upper).

E

F

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Removing the CK Unit and the Navi Unit (Fig.6)

CK Unit

1

A

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

3

3

2

Disconnect the Cable.

3

Remove the five screws and then
remove the Navi Unit.

1
2

3
1

B

3

3

Fig.6

Navi Unit

Removing the AV Unit (Fig.7)
AV Unit

1

Remove the six screws.

1

1

1

2

C

Remove the screw and then remove
the AV Unit.

2

D

1

1

1
Fig.7

E

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Removing the SD Unit and LCD Module Assy (Fig.8)

1

Peel off the Insulator.

2

Disconnect the FFC.

3

Remove the screw and then remove
the SD Unit.

4

Disconnect the two cables.

SD Unit

A

2
3

Holder and Cover

1

Insulator
5

5
B

5

Remove the two screws and the Holder and
Cover.

6

Remove the four screws.

6

6

7
7
4
4

7
8

Release the two latches using Tweezers.

6

6
8

Release the three latches and then remove
the LCD Module Assy.

8

8

Fig.8

C

Removing the Panel Unit (Fig.9)

1

Panel Unit

Disconnect the three cables.

1

2

2

Remove the five screws and then remove
the Panel Unit.

1

1

2

2

D

2

Fig.9

2

Removing the Keyboard Unit (Fig.10)

Keyboard Unit

1

1
E

1

Remove the four screws and then remove
the Keyboard Unit.

1

1
Fig.10

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• Notes on disassembly
A

• When separating the MONITOR ASSY from the MAIN UNIT ASSY, do so slowly.
Two FFCs (CDE9037, CDE9039) and one CODE ASSY (CDE8559) are connected. The strength of the joint part
of the code and terminals of CDE8559 (CODE ASSY for Bluetooth to connect the keyboard unit and navi unit)
is weak, it may break or the code may extend.
Remove after peeling off the tape of CDE9039 and the shield.

B

C

CDE9037
CDE9039
CDE8559

* Actually does the CODE ASSY (CDE8559) to a left connector of a round inclosing.
• When demounting LCD PANEL ASSY from the grille, be careful not to bend LCD plate (CND4319) as there are
snap fits on the right and left. Demount LCD PANEL ASSY by extending snap fits on the grille side.

D

Snap fit
2 place

Do not bend CND4319

Do not bend CND4319

E

Remove snap fits by extending
them on the grille side using
tweezers or bamboo tweezers.
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• Be sure to remove the MONITOR ASSY after removing the DVD mecha.
If the procedure is done oppositely, the FFC (CDE9039) connecting the MONITOR ASSY and the MAIN UNIT
ASSY will be damaged. At assembly, be sure to fix the MONITOR ASSY first and then fix the DVD mecha. If it is
done oppositely, the FFC (CDE9039) cannot be folded as intended under the DVD mecha.

A

B

CDE9039

• When connecting the code assy connecting 1F AV UNIT and 2F NAVI UNIT (CDH1381) on NAVI UNIT side, do
so as shown below.

C

NG
Vertical

OK
Horizontal

D

• The code assy connecting 1F AV UNIT and 2F NAVI UNIT (CDE8393) shall be fitted on the back side of the
choke coil (CTH1347) after 1F Chassis Unit and 2F Chassis Unit are fixed, as shown below.

E

CDE8393

CTH1347
F

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• When mounting KNOB ASSY (CXE1633) in the MONITOR ASSY, be careful to don't destroy
encoder part.
A

CSX1135 shaft of an encoder

B

CXE1633

C

• Since two case (CNB3472) fixing screws are ‘TORX tamper’ (tamper-proof screws with a projection in
TORX), a special tool is required.
TORX screwdriver(T8) : GGK1068
Mark 1 (T8 size)

D

E

M2.6 thread

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- How to install the Insulator to LS1 Mechanism Module.

A

Peel off release liners at

areas.

Sticking procedure of the insulator
1: Fit the 2 hooks on the LS1 mech temporarily to the insulator.
2: Peel off 9 release liners.
3: Stick A to F in this order.
(Stick both sides at once except for B and D.)

B

B: Sick one by one.
D: Stick the left side first and then stick the right side
as pulling the insulator to the right.

F
D

E

Left side

Right side

D

C

A
B

C

D

A
B
NG

OK
E

Keep the insulator off the slot at point B.

OK

NG

Stick the insulator fast at point D.

F

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How to have it
1.Have a specified part.

A

Handling OK

B

Handling NG

C

D

E

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Mecha Module_Bringing into the Clamp State with No Disc Loaded
1. Remove the relay FFC from the connector on the module PCB side (Fig. 1).
(Precaution) When it is difficult to apply 4V to the motor in procedure 2 below, remove the connector on the relay
PCB side, then remove the FFC, and remove the solder of the CRG motor lead and apply voltage to the lead.
2. Push the Disc detection arm while applying 4V to the CRG motor (Fig. 2)
By this action, the mecha moves to the clamp state and the PU moves to the outer periphery.
3. Stop the motor when the PU comes to the vicinity of the intermediate periphery.
(Precaution) If the PU goes to the outer most periphery, it idles.
It is not a problem, but please try not to let it idle as much as possible.

A

GND the brown line
4V to the gray line
B

Fig. 1

Fig. 2

C

Relay FFC

Connector (relay FFC)

D

E

F

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CRG Mecha_Bringing into the Clamp State with No Disc Loaded
1.Remove the T-case washer and then remove the drive gear. (Fig. 1)
2.Lift the clamp arm assy until it is in the state shown in Fig. 2_b (open-lock state).
3.Put your finger on the area A of Fig. 2_c and then slide it to the direction of the arrow (the direction of the playing state).
4.Push down the clamp arm.
(Precaution) When bringing the CRG mecha into the ejecting state again, install the drive gear after sliding the drive
lever and bringing it to the ejecting state, in order to prevent the cog of the pinion in the drive gear from chipping at the
time of its installation.

A

Fig. 1

B

T-case washer
Drive gear

C

Fig. 2

a.Ejecting state

c.Clamp state with no disc loaded

b.Open-lock state

D

A

There is a
space

There is
no space

E

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Removing the Module PCB
1.Short-circuit two spots on the land of the pick up FPC. (Fig. 1)
2.Remove the pick up FPC and the relay FFC from the connector. (Fig. 2)
3.Temporarily attach the pick up FPC to the pick up rack. (Fig. 3)
(in order to prevent the damage to the pick up FPC)
4.Remove the two PCB clinch screws and then remove the module PCB. (Fig. 2)
Connector (pick up FPC)
Pick up FPC
Fig. 2

A

Short-circuit

Fig.1

Fig.3
B

Relay FFC

Connector PCB clinch screw
(Relay FFC)

Removing/Installing the Relay PCB
C

D

E

Removing)
1.Remove the relay FFC from the connector
(remove both sides so that the entire FFC will be removed). (Fig. 2)
2.Remove the solder on the lead for the CRG motor. (Fig. 4)
3.Remove the one relay PCB clinch screw. (Fig. 4)
4.Slide the relay PCB to the direction of the arrow and then remove
the relay PCB from the hook A and the hook B. (Fig. 4)
5.Turn the relay PCB over and then remove the SPDL motor FFC
from the connector.
Installing)
1.Check the mecha is in the ejecting state (disc-load suspended state).
When it is not in the ejecting state, apply 4V to the lead (motor) and then
bring it to the ejecting state (4V to the brown line and GND the gray line).
2.Fit the SPDL motor FFC to the connector (back of the relay PCB).
3.Hold the relay PCB so that it does not touch the SW knob as in Fig. 5.
4.Insert it into the hook B as it is a little off to the clockwise direction.
(Precaution) This is to prevent the SW knob from getting into the NG
position as in Fig. 6.
5.Push down the relay PCB lightly and then rotate it to the
counterclockwise direction.
It sets the relay PCB in the hook A and the positioning dowel.
(Precaution) Pay attention so the SW knob will not get onto the PU rack.
(Fig. 6)
6.As in the Figures, while supporting the location A with your fingers,
screw the relay PCB. (Fig. 7 / Fig. 8)
7.Solder the lead for the CRG motor.
8.Fit the relay FFC to the connector.

Fig. 7

A

Hook A

Solder on the lead

Fig. 4

Hook B

Relay PCB clinch screw

Fig. 5

Hook B
Fig. 6

OK

NG

Fig. 8

F

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Removing the PU Unit
1.Hook the feed screw biasing spring on the temporary hook (Fig. 2b). Be careful not to get injured by the tip of the spring.
2.Hold the PU at the location A in Fig. 1 and slide and scoot it to the direction of the inner periphery.
3.As in Fig. 3, shift the back end of the feed screw to the side and then to above and remove it from the outside holder.
4.Remove the tucking joint for the chassis at the location B and the PU unit by lifting them up without changing their
position and then remove the PU unit.
(Precaution) When installing the PU again, make sure to tuck the chassis in B and the PU unit (Fig. 4) first.
Moreover, do not forget to permanently hook the feed screw biasing spring (Fig. 2a).
Adjustments to the PU after its installation should be made according to the service manual.
Fig. 1

Slide to the direction of inner periphery

A

Permanently hooked position Temporary hooked position
Fig. 2a

Fig. 2b

B

The spring is installed under the resin flange and inside
the bended metal plate.

B
A

C

Fig. 3

Fig.4

D

Outside holder
Back end of
the feed screw

Regularly installed position

Install avoiding the
area with blue broken
line (the connected
metal plate part)

[Installation NG]
The chassis is not tucked
between the PU case and the
PU rack.

Sending the PU to the outer periphery
1.Bring to the clamp state with no disc loaded according to the “Mecha Module_Bringing into the Clamp State with
No Disc Loaded” manual.
(Precaution) The relay FFC must be removed for certainty in order to prevent the IC damage.
2.Apply 1.5V to the CRG motor and then transfer the PU to the outer periphery.
(Precaution) Do not forget to reinstall the relay FFC after sending the PU to the outer periphery and take the
necessary measures.

E

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8. EACH SETTING AND ADJUSTMENT
8.1 DVD ADJUSTMENT
A

1) Precautions
This product uses 5 V and 3.3 V as standard voltages.
The electrical potential that is the reference for signals,
is not GND, but VREF (approximately 2.2 V) and VHALF
(approximately 1.65 V) .
During product adjustments, if the reference voltage is
mistakenly taken as GND, and a grounding contact is
made, not only would it be impossible to measure the
accurate electrical potential, but also the servo motor
would malfunction, resulting in the application of a
strong impact on the pick up. The following precautionary
measures should be strictly adhered to, in order to
avoid such problems.
The reference voltage and GND should not be confused
when using the minus probe of a measurement device.
When an oscilloscope is being used special care should
be taken to make sure that the reference voltage is not
connected to the probe of ch1 (on the minus side),
while the probe of ch2 (on the minus side), is connected
to GND. Further, since the body frame of most measurement
devices have the same electrical potential as
the minus side of the probe, the body frame of the
measurement device should be set to floating ground.

B

C

If the reference voltage is connected to GND by
mistake, turn the regulator OFF immediately, or
turn the power OFF.
Remove the filters and wires used for measurements
only after the regulator has been turned OFF.
After the power supply is turned on, regulator ON the
following adjustment and measurement are promptly
done.
Whenever the product is in the test mode, the software
will not take any protective action. For this reason,
special care should be taken to make sure that no
mechanical or electrical shock could be applied to the
product when taking measurements in the test mode.
Whenever the EJECT key is pressed to eject the disk,
no other keys, other than the EJECT key, should be
pressed until the disk eject action has been completed.
Press the EJECT key only after the disk has stopped
completely.
If the product hangs up turn the power OFF immediately.
Laser didoes may be damaged, if the volume switch for
the laser power adjustment of the pick up unit, is turned.

D

E

F

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- SKEW adjustment
When one of the following replacements has taken place, SKEW adjustment for the pick up will be required.
(1) Replacement of the pick up unit
(2) Replacement of the spindle motor
(3) Replacement of the carriage chassis
(4) Replacement of the main shaft of the pick up unit

A

Measurement equipment and tools/jigs: Oscilloscope
Driver for SKEW adjustment -> Driver
Bond for fixing the SKEW -> GEM1033
Bond for resonance -> 1530 (1530 : produced by THREE BOND)
Bond for locking the screw -> 1401M (1401M : produced by THREE BOND)
Disc used:GGV1025
B

Measurement reference: AGND3
Measurement point: RF
Connection drawing
DVD core unit

AGND3
AGND3
C

RF
RF

D

Expansion

Oscilloscope

E

Symptom in case the adjustment is not adequate: Worsening of the error rate 10
-4
(Normally 10 or less.)
Large RF jitter
RF waveform distortion
Tracking drawing/Unstable servo
* Caution: Do not look into the laser light during adjustment.

-3

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There are two methods of making adjustment: a method of making adjustment through monitoring RF waves by the
oscilloscope (method 1) and a method of making adjustment through checking the numerical value of the RF level by
OSD (method 2).
Adjusting procedure is shown below, but regarding how to start the test mode and the operating procedure, please refer
to the clause on the service test mode.

A

Adjusting Procedure:
1. Install the pickup
(Refer to the removal of the pickup from the mecha unit.)
When handling the pickup, refer to the precautions on how to handle the PU listed below.
2. Method 1:
Connect the oscilloscope according to the AGND3 standards with reference to the connection diagram so that the RF
signals can be monitored.
Method 2:
The device does not need to be set. Proceed to the procedure 3.
3. Turn ON the power of the product.
4. Start the simplified FE test mode.
(Regarding how to start the test mode and the operating procedure, refer to the clause on the service test mode.)
5. Load the disc for adjustment (GGV1025).
6. TEST MODE
Select “3: Skew Adjustment.”

B

TEST MODE
1: LD ON
2: ASMAX
3: Skew Adjustment
4: Error Rate
5: CRG Move Outer
6: Eject

C

Please Input Number

7. Skew Adjustment
Select “1: DVD Single Layer.”
Skew Adjustment
1: DVD Single Layer

D

5: Return
Please Input Number

8. Adjust the Skew using a driver while checking the RF value.
Refer to the following pages concerning the locations to make SKEW adjustment.
Method 1:
Slightly turn the skew adjusting screw A while checking the RF wave level by the oscilloscope and make
adjustment so the wave level would reach its maximum.
Next, slightly turn the skew adjusting screw B so the wave level would reach its maximum.
Slightly turn the skew adjusting screw A again so the wave level would reach its maximum.
(Make adjustment in the order of A->B->A and in the end complete adjustment by turning each screw
in the clockwise direction.)

E

Method 2:
Slightly turn the skew adjusting screw A while checking the value of the RF level through the OSD display so the wave
level would reach its maximum.
Next, slightly turn the skew adjusting screw B so the level would reach its maximum.
Slightly turn the skew adjusting screw A again so the level would reach its maximum.
(Make adjustment in the order of A->B->A and in the end complete adjustment by turning each screw in the
clockwise direction.)
F

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Skew Adjustment
1: Power OFF

A

RF Level : 000000
Please Input Number

9. Skew Adjustment
Select “1: Power OFF.”
Skew Adjustment
1: Power OFF
B

RF Level : 000000
Please Input Number

10. TEST MODE
Select “6: Eject.”
TEST MODE
1: LD ON
2: ASMAX
3: Skew Adjustment
4: Error Rate
5: CRG Move Outer
6: Eject

C

Please Input Number
11. TEST MODE
Select “5: CRG Move Outer.”
TEST MODE
1: LD ON
2: ASMAX
3: Skew Adjustment
4: Error Rate
5: CRG Move Outer
6: Eject

D

Please Input Number
12. In order to produce the clamping state with no disc loaded, slightly move the disc detection arm in the
counterclockwise direction while moving the switch arms outward.

E

Switch arms

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1

2

3

4

A

B

Disc Detection Arm

13. CRG Move Outer
Select “1: DVD Single Layer.”
CRG Move Outer
1: DVD Single Layer
2: DVD Dual Layer
3: CD
4: CD-RW
5: Return

C

Please Input Number
The pickup moves to the outer periphery.
Apply the adhesive to fix the skew, the resonance adhesive and the screw lock.
Refer to the next page regarding the locations of adhesive joining.

14. CRG Move Outer
1: Power OFF
CRG Move Outer

D

1: Power OFF

Please Input Number

15. TEST MODE
Select “6: Eject.”

E

TEST MODE
1: LD ON
2: ASMAX
3: Skew Adjustment
4: Error Rate
5: CRG Move Outer
6: Eject
Please Input Number
F

122

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Locations to make SKEW adjustment

A

A
B
A
B

B

Locations to adhere the SKEW 1,2,3: GEM1033
C

2
3

1
D

1

2

3

E

F

AVIC-X910BT/XS/UC
5

6

7

8

123

1

2

3

4

Bond for resonance 4:Three Bond 1530

A

5

4
6

B

4
C

adhesive

Bond for locking the screw 5,6 : Three Bond 1401M

D

5

6

E

Bond for locking the screw

F

124

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

Precautions on handling the PU
*Precaution: Do not touch those shaded areas in the following figures.
.
Do not touch
the optical part

Hologram (Beware of the static)

A

B

RF level adjusting part
Do not touch the spring

C

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

125

1

2

3

4

8.2 AV UNIT ADJUSTMENT
A

AV UNIT(SIDE A)

- Adjustment point

GNDV

B

C

AV1VG
AV1VIN

VR4231

FRV2

D

E

F

126

AVIC-X910BT/XS/UC
1

2

3

4

1

Step

Video level
adjustment

Adjustment
item

Mode

AV selector
VTR1

AV UNIT ADJUSTMENT
Input signal
(Input test pin, specs,
other conditions)
GGV1025
Title3 chap3 play
(white 100%)
1,0 Vp-p
To perform AV unit only
TP AV1VIN (input)
TP AV1VG (GND)
100IRE (white 100%)
1,0 Vp-p
(input via 75 ohm)

5

(To measure the AV Unit only, connect
1.4 kohm between TP FRV2 and GNDV.)

Measurement point:
FRV2 GNDV (GND)

Output signal
(Measurement point, wave pattern)
Oscilloscope

Masuring
instruments

Symptoms with poor adjustment.
Over level:
Luminance is too high.
Under level:
Luminance is too low.

Measure between the sync tip and 100
IRE (wave top).

1.00 V ± 0.02 Vp-p

Specs

VR4231

Adjusting
point
5
6

6

7

7

8

A

B

C

D

E

F

AVIC-X910BT/XS/UC

8

127

128

1

Aging

Flicker adjustment

1

2

Screen

D

LCVR1

Adjustment point

B

Signal for Flicker adjustment…
Select “Graphics” “Flicer Adjustment”
in the Test Mode.
(Input a signal for alternate white and black line.
The luminance level of the input signal : 50%)

Remarks

A

directions.

Input white 100% signal.
Leave for more than 30 minutes in operation
mode.
Adjust the flicker level to minimum from all

The contents of adjustment

C

Adjustment item

Measurement point

E

FLICKER ADJUSTMENT

1
2

8.3 FLICKER ADJUSTMENT

F

2

AVIC-X910BT/XS/UC
3
4

3

4

5

6

7

8

A

B

C

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

129

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.
Therefore, when replacing, be sure to use parts of identical designation.
Screw adjacent to mark on the product are used for disassembly.
For the applying amount of lubricants or glue, follow the instructions in this manual.
(In the case of no amount instructions,apply as you think it appropriate.)

A

"

9.1 PACKING
AVIC-F910BT/XS/EU5
AVIC-F910BT/XS/AU
AVIC-F910BT/XS/EU5
B

AVIC-F910BT/XS/AU
AVIC-F910BT/XS/EU5

AVIC-X910BT/XS/UC

C

AVIC-X910BT/XS/UC
AVIC-F910BT/XS/AU
AVIC-F910BT/XS/EU5

D

AVIC-F910BT/XS/EU5

E

AVIC-X910BT/XS/UC
AVIC-F910BT/XS/AU

F

130

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

PACKING SECTION PARTS LIST
Mark

*

No.

Description

AVIC-F910BT/XS/AU

1

Polyethylene Bag

CEG1402

CEG1401

CEG1401

Unit Box

CHG6774

CHG6772

CHG6775

3

Contain Box

CHL6774

CHL6772

CHL6775

4

Protector

CHP3552

CHP3550

CHP3552

5

Protector

CHP3553

CHP3551

CHP3553
CDE6825

6

Cord

CDE6825

CDE6825

7

Cord Assy

CDP1095

CDP1097

CDP1095

8

Cord

CDP1157

CDP1157

CDP1157

9

Cord Assy

CDP1241

CDP1241

CDP1241

10

Screw Assy

CEA3797

CEA7395

CEA3797

11

Screw

BMZ50P060FTC

BMZ50P060FTC

BMZ50P060FTC

12

Polyethylene Bag

CEG-127

CEG-127/CNM4388

CEG-127

13

Screw

CMZ50P060FTC

CMZ50P060FTC

CMZ50P060FTC

14

Polyethylene Bag

CEG1116

CEG1116

CEG1116

15

Sub Unit Box

CHG6491

CHG6491

CHG6491

Connector

CKX1049

CKX1049

CKX1049

16

*

AVIC-F910BT/XS/EU5

2

A

B

•••••

17

*

AVIC-X910BT/XS/UC

18

Microphone Assy

CPM1064

CPM1083

CPM1083

19

Clip Holder

CZN5471

*CZN7912

*CZN7912

20

Microphone Holder

CZN5472

Not used

Not used

21

Cushion

CZN5473

*CZN7913

*CZN7913

22

GPS Antenna Assy

CXC8574

CXC8574

CXC8574

23

Clamper Assy

CZE3090

CZE3090

CZE3090

24

Water Proof Pad

CZN5442

CZN5442

CZN5442

25

Sheet

CZN7151

CZN7151

CZN7151

26

Seal

CNN2515

CNN2515

CNN2515

27

Panel

Not used

CNS8665

Not used

28

IM CD-ROM/PEE

Not used

CPJ1273

CPJ1273

29-1

Owner's Manual

CRB2985

Not used

Not used

29-2

Owner's Manual

CRB2986

Not used

Not used

29-3

Installation Manual

CRD4409

CRD4411

CRB3008

29-4

Quick Start Guide

CRB2987

CRB2995

CRB3006

29-5

Quick Start Guide

CRB2988

CRB2996

Not used

29-6

Quick Start Guide

Not used

CRB2997

Not used

29-7

Quick Start Guide

Not used

CRB2998

Not used

29-8

Quick Start Guide

Not used

CRB2999

Not used

29-9

Quick Start Guide

Not used

CRB3000

Not used

29-10

Important Information

Not used

CRD4410

CRB3007

*

29-11

Caution Card

CRP1310

Not used

CRP1310

*

29-12

Warranty Card

CRY1246

CRY1265

Not used

*

29-13

Registration Card

CRY1271

Not used

Not used

*

29-14

Passport

Not used

CRY1268

Not used

C

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

131

1

2

3

4

Owner's Manual,Installation Manual
Part No.

Language

CRB2985

English

CRB2986

French

CRB2987

English

CRB2988

French

CRD4409

English, French

CRB2995

English

CRB2996

Spanish(Espanol)

CRB2997

German

CRB2998

French

CRB2999

Italian

CRB3000

Dutch

CRD4410

English, Spanish(Espanol), German, French, Italian, Dutch

CRD4411

English, Spanish(Espanol), German, French, Italian, Dutch

CRB3006

English

CRB3007

English

CRB3008

English

A

B

C

CONTENTS OF CD-ROM (Operation Manual), CPJ1274
Part No.

D

Language

* CRB2989

English

* CRB2990

Spanish(Espanol)

* CRB2991

German

* CRB2992

French

* CRB2993

Italian

* CRB2994

Dutch

* CRB3005

English

All operation manuals are supplied in PDF files by the CD-ROM.
Regarding the availability of paper manual, contact Pioneer Service representative in your region.

E

F

132

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

A

B

C

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

133

1

2

3

4

9.2 EXTERIOR(1)
A

D

E
C

B

B

A

E
C

A

D

E

B

C

D

E

F

134

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

(1) EXTERIOR(1) SECTION PARTS LIST
Mark No.

Description

Mark No.

Part No.

Description

1

Screw

BMZ26P050FTC

2

Screw(M2.6 x 5)

CBA2145

24

Touch Panel

CSX1136

FFC

CDE9039

25

SD Unit

CWX3652

4

Case

CNB3472

5

Card

CNW1231

26

Grille Unit

See Contrast table (2)

27

Knob Unit

CXE1633

28

Spring

YBL5013

3

*

Lighting Conductor

Part No.

23

CNW1561

6

Screw

BMZ26P050FTC

7

Screw

BPZ20P080FTC

29

Screw(M2 x 2)

CBA1771

CAI1705

30

Holder

CND3758

31

Holder

CND3759

32

Holder

CND4319

CDE8559

33

Insulator

CNN2044

Insulator

CNN2045

LCD Module

CWX3850

36

Panel Unit

CWX3785

37

Screw

PMB20P040FTC

CNN2501

38

Screw

IMS26P040FTC

Holder

See Contrast table (2)

8

Button(MENU, MAP)

9

Button(RESET, EJECT)

CAI2435

10

Screw(M2 x 3)

CBA1797

11

Cord Assy

12

FFC

CDE9037

34

13

FFC

CDE9038

35

14

Spacer

See Contrast table (2)

15

Cover

CNN2046

16

Gasket

17

Gasket

CNN2533

39

18

Insulator

CNN2534

40

Holder

See Contrast table (2)

19

Cushion

See Contrast table (2)

20

Gasket

See Contrast table (2)

41

Screw

See Contrast table (2)

42

Screw

See Contrast table (2)

43

Keyboard Unit

CWN4250

21

Insulator

See Contrast table (2)

22

Holder

CNV9903

A

B

C

(2) CONTRAST TABLE
AVIC-X910BT/XS/UC, AVIC-F910BT/XS/EU5 and AVIC-F910BT/XS/AU are constructed the same except for the
following:
Mark

No.

Description

AVIC-X910BT/XS/UC

AVIC-F910BT/XS/EU5

AVIC-F910BT/XS/AU

14

Spacer

CNM9246

Not used

CNM9246

19

Cushion

CNN2723

Not used

CNN2723

20

Gasket

CNN2724

Not used

CNN2724

21

Insulator

CNN2725

Not used

CNN2725

26

Grille Unit

CXE1623

CXE1624

CXE1625

39

Holder

Not used

CND3431

Not used

40

Holder

Not used

CND3430

Not used

41

Screw

Not used

CMZ50P060FTC

Not used

42

Screw

Not used

BMZ30P060FTC

Not used

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

135

1

2

3

4

9.3 EXTERIOR(2)
A

B

B

(A)

A

C

D
E

(A)
B

D

A

E

C

E

C
D

B

F

(A) GYH1031(Mylar tape)
* Hold the flexible cable to the shield on the Navi Unit.
136

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

EXTERIOR(2) SECTION PARTS LIST
Mark No.

Description

Part No.

1

Screw

ASZ26P050FTC

2

Screw

BMZ26P050FTC

3

Screw

BMZ26P160FTB

4

Screw(M2.6 x 12)

CBA2102

5

Cord Assy

CDE8393

6

FFC

CDE8911

7

FFC

CDE8912

8

FFC

CDE9036

9

Cord Assy

CDH1381

10

Chassis

CNA3114

11

Cover

CND3917

12

Bracket

CND4564

13

Insulator

CNN2042

14

Sheet

CNN2294

15

Gasket

CNN2529

16

Insulator

CNN2807

17

Sheet

CNN2808

18

Heat Sink

CNR1944

19

CK Unit

CWN4251

20

Navi Unit(UC)

CWX3739

A

B

C

Navi Unit(EU5)

CWX3740

Navi Unit(AU)

CWX3741

21

Chassis Unit

CXE1631

22

DVD Mechanism Module(LS1) CXK6801

23

Fan Motor

24

Cord Assy(UC)

CDE9102

Cord Assy(EU5)

CDE8913

Cord Assy(AU)

CDE8913

CXM1320

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

137

1

2

3

4

9.4 EXTERIOR(3)
A

B

AVIC-F910BT/XS/EU5
AVIC-X910BT/XS/UC
AVIC-F910BT/XS/AU

C

D

E

A

F

138

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

(1) EXTERIOR(3) SECTION PARTS LIST
Mark No.

Description

Description

Part No.

1

Cord Assy

See Contrast table (2)

13

2

Cord Assy

CDP1241

14

Shield

CND4320

Cap

CNW1490

15

Shield

CND4563

4

AV Unit

See Contrast table (2)

5

Screw

BMZ26P060FTC

16

Sheet

CNM9805

17

FM/AM Tuner Unit(Y1461)

See Contrast table (2)

3

>

Mark No.

Part No.

6

Fuse(10 A)

Holder

See Contrast table (2)
A

CEK1208

18

Holder

CND4324

Shield Unit

CXC8983
See Contrast table (2)

7

Holder

CNC9921

19

8

Shield

CND3004

20

Terminal Cover

9

Holder

CND3181

10

Holder

CND3693

21

Cord

CDE6825

22

Cap

CNS1472

23

Resistor

RS1/2PMF102J

11

Holder

CND3695

12

Shield

CND3769

B

(2) CONTRAST TABLE
AVIC-X910BT/XS/UC, AVIC-F910BT/XS/EU5 and AVIC-F910BT/XS/AU are constructed the same except for the
following:
Mark

No.

Description

AVIC-X910BT/XS/UC

AVIC-F910BT/XS/EU5

AVIC-F910BT/XS/AU

1

Cord Assy

CDP1095

CDP1097

CDP1095

4

AV Unit

CWN4237

CWN4238

CWN4239

13

Holder

CND4314

CND4315

CND4315

17

FM/AM Tuner Unit(Y1461) CWE2128

CWE2127

CWE2128

20

Terminal Cover

CKX-003

Not used

Not used

C

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

139

1

2

3

4

9.5 DVD MECHANISM MODULE
A

A

(C)

(C)

B
B

(A)

(C)

(B)

G
B C

D
C

(A)

D

C

(A)

(C)

(A)

(A)
(C)

F

D

(A)

(C)

(C)

A
E

G

(C)

E

D

(C)

C
E

(A) : GEM1045

F

F

(B) : GEM1038
(C) : GEM1024
140

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

DVD MECHANISM MODULE SECTION PARTS LIST
Mark No.

Description

Mark No.

Part No.

1

Screw

2

Screw

BSZ20P040FTC

3

Screw(M2 x 4)

CBA1835

4

Washer

CBF1038

5

Spring

BMZ20P020FTC

CBH2860

Description

Part No.

50

Holder

CNW1195

51

Damper

CNW1197

52

Damper

CNW1198

53

Connect PCB Unit

CWX3618

54

•••••

55

•••••

A

*

6

Spring

CBH3010

7

Spring

CBH3011

8

Spring

CBH3012

56

Motor Unit

CXC4026

Screw Unit

CXC8894
CXC8895

9

Spring

CBH3013

57

10

Spring

CBH3014

58

Chassis Unit

59

Arm Assy

CXC8896

60

Washer

CBF1037
CBF1038

11

Spring

CBH3015

12

Spring

CBH3016

13

Spring

CBH3017

61

Washer

CBH3018

62

Arm

CND4554

CBH3019

63

Collar

CNV6906

64

Roller

CNW1196

65

Gear Unit

CXC8893

14
15

Spring
Spring

16

Spring

CBH3020

17

Spring

CBH3030

18

Plate Spring

CBL1797

66

Screw(M2 x 5)

EBA1028

Motor

EXM1050

19

Cable

CDE8631

67

20

Service PU Unit

CXX2398

68

Screw

JFZ20P025FTC

69

Screw

JGZ17P022FTC

70

Washer

YE15FTC

21

Bracket

CND4553

22

Arm

CND4555

23

Lever

CND4556

71

Screw

IMS20P030FTC

72

DVD Core Unit

YWX5009

24

Frame

CND4557

25

Frame

CND4558

26

Sheet

CNN2280

27

Rack

CNW1170

28

Guide

CNW1171

29

Roller

CNW1172

30

Arm

CNW1173

31

Arm

CNW1174

32

Roller

CNW1175

33

Lever

CNW1176

34

Arm

CNW1177

35

Arm

CNW1178

36

Gear

CNW1180

37

Gear

CNW1181

38

Gear

CNW1182

39

Gear

CNW1183

40

Rack

CNW1184

41

Gear

CNW1185

42

Gear

CNW1186

43

Gear

CNW1187

44

Gear

CNW1188

45

Clamper

CNW1190

46

Arm

CNW1191

47

Arm

CNW1192

48

Holder

CNW1193

49

Holder

CNW1194

6

C

D

E

F

AVIC-X910BT/XS/UC
5

B

7

8

141

1

2

3

4

A

(A)
(A)
(C)
B

(C)

(C)

(C)

(C)
(C)

(C)

(A)

C

(A)

(A)

D

E

(A) : GEM1045
F

(B) : GEM1038
(C) : GEM1024

142

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

A

B

C

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

143

1

2

3

4

10. SCHEMATIC DIAGRAM
10.1 AV UNIT(PS/IF SECTION)(GUIDE PAGE)
A

Note: When ordering service parts, be sure to refer to " EXPLODED VIEWS AND PARTS LIST" or
"ELECTRICAL PARTS LIST".
A-a

A-a

A-a

A-b

A-a 1/6

Large size
SCH diagram

A-b

NOTE :
Symbol indicates a resistor.
No differentiation is made between chip resistors and
discrete resistors.
Symbol indicates a capacitor.
No differentiation is made between chip capacitors and
discrete capacitors.

Guide page

Detailed page

A-b

The > mark found on some component parts indicates
the importance of the safety factor of the part.
Therefore, when replacing, be sure to use parts of
identical designation.

NM : No Mount

B

NAVGND

NAVI5V

AV8V GND

AV8V

17

18

19

20

NAVGND
11

NAVI5V

NAVI5V
10

NAVI5V

NAVGND
9

NAVGND

NAVI5V
8

16

NAVGND
7

15

NAVI5V
6

NAVI5V

NAVGND
5

NAVGND

NAVI5V
4

14

NAVGND
3

13

FANV
2

A 1/6 AV UNIT (PS/IF SECTION)

SPJ1

12

FANGND
1

NAVI UNIT

5.0V

5.0V

5.0V

5.0V

5.0V

5.0V

5.0V

5.0V

NAVI5V

C2806

GNDA

5.0V

NAVI5GND

C2805
NAVI5GND

1016

1000p/50

1021-1025
NAVI5GND

2829-2833
2835-2839

2940-2985

R2963

GMUTE

R2964

0

32
33

CTOSYSV3

34

SYSTOCV3

35

GNDSYS

36

CTOSYS3

37

SYSTOC3

38

GNDSYS

39

OPTON

40

OPTSNS

41

PKB

42

KMODE

43

REV

44

OFFANS

45
46

OFFINFO
WDOG

47

RESETB

48

PCHNG

49

PULSE

50

100k

C2804
0.1u/50

BUP

KBUP

R2804

CTL

VCC

1

2

4

3
GND

5
ADJ

VOUT

10k
2.7k
2.2k

R2801
R2802

1000p/50
C2802

CCH1565-A

R2803

C2822
NM

2.2k

CTL

1M

R2823

NM

C2824

0.1u/50

C2823

1

2

3
GND

VCC

4

5
ADJ

VOUT

0.1u/50

UDZS5R6(B)

R2834

1

0.1u/50

C2833

2

VC

D2822
DAN202U

0.1u/50

8.3V

AV8

GUIDEG

GUI

CTF1334-A
L1004

GUIDE

GSY1

R2967

0

CTSV

R2968

0

CTOSYSV3

STCV

R2969

0

SYSTOCV3

GSY2

R2970

0

CTN

R2971

0

STC

R2972

0

GSY3

R2973

0

OPON

R2974

0

OPSN

R2975

0

PKN

R2976

0

PKBOUT

KMB

R2977

0

KMODEOUT

5.0V

8.3V

Q2882
2SA1576A(QR)

5.0V

6

GUIDE
GNDSYS

MONVBS
GUIDEMUTE

GUIG

R2884

CTOSYS3
SYSTOC3

C2841

GNDD
Q2840
DTC114WK IC1002
NJM2904M
1

OPTON

RVN

R2978

0

R2979

0

OFIN

R2980

0

WDOG

R2981

0

CPUWDT3

RESB

R2982

0

RESETB

PCHG

R2983

0

PLN

L2940

8

2

4

3

100k

R2840

51k
R2845

6

R2843

7

51k

OPTSNS

OFAN

1000p/50
R2844

5
IC1002
NJM2904M

R2846
51k

100k

REVSNS
OFFANS3

C2842
0.1u/50

OFFINFO3

2C

31

5.0V

30

SWACPW

4.7k

1 2E

29

GUIDEG

GNDD

FRV

4.7k

BCV
GUIDEMUTE

FRVGND

GNDV

R2883

BCVN

0

PKB

SWVDD5

0

SYSPW

33k

0

R2962

R2853

0

R2961

SYSPW
BA00BC0WFP
IC2830

5.0V

R2960

FRV

2830-2834

Q2881
DTC114EU
SPEED

R2852
0.082u/16

FRG

BCGN

28

TU3

NFCONT

C2844

27

NAVIAL
NAVI3V

560k

26

FRV

0

8.2k
R2851
C2843
0.01u/50

FRVGND

R2959

20k

PCHNG

2k

25

NAVILG

FU2900 N33V
1
2
CEK1276-A 250mA
NFC

R2849

24

NAVIAR

NAL

D2840
1SS355

NAVI33V

NAR
NALG

>

R2850

23

SPEED

1k
R2847

22

NM

R2848
1k

21

NaviAL

NAVIRG

R2832

NaviAR
NaviALG

NARG

R2841

20

R2842

NaviARG

Navi Audio:-2.68 dBs

C2840
0.1u/50

19

6.5V

GND

D2830

3.3V

3

ROT0

BATFAULT3

D2831
RR264M-400

VIN

ROT1

0

GND

0

R2954

4

R2953

VDD

R1016

ROTO

Q2841
DTC114EUA

sens
or "re
em

SPEED PULSE

GNDD

1002-1004

PCHNG

PULSE

18

6.5V

TU3

VT6

17

ROT0

6.5V

5

BFA
ROT1

16

ROT1

AV2LG

C2832
NM

AV2VIN

0

Vadj:1.225V
BA00CC0WCP-V5
IC2820

C

AV2VG

0

CTF1675-A

0.01u/50

0

R2952

C2831

R2951

AUV

100u/16

L2950

AUVG

REVSN

GNDD

C2830

AULG

1SR154-400

AV2LS

D2823

AV2RG

CTF1675-A

3.3V

15

AV2RS

CTF1675-A

L2949

TU3

14

AUX-V

CTF1675-A

L2948

8.3V

13

AUX-VG

L2947

AUL

5.0V

AUX-LG

AUR
AURG

8.3V

12

8.3V

11

ILMV

5.0V

10

AUX-L

BCVGND

ILMR

8.5V

10k

CTF1556-A

2.2k

CTF1556-A

L2946

D2825

3.6k

L2945

ILMV

DCSKIPCD

1SS400G

10

ILMR

ILMSN

D2821
RB060L-40

2.2k

ILMG

HDRST

R2820

ILMB

CTF1556-A

R2821

CTF1556-A

L2944

8.3V

AUX-R
AUX-RG

NC1

D2820
NM

R2822

100

L2943

AV8

OTJ1
NAVI UNIT

R2942

ILMG

AV8

9

NFCONT

E

RES
ILMB

8

ILMV

BATTERY_FAULT

VT8
8.0V

DVEJKY

R2831 R2830

7

NC

GNDV
8.0V
ILMGND

0.01u/50

ILMR

2940-2985

100

2820-2829

CCH1565
100u/16V
105

C2821

6

0

R2941

CCH1565-A

5

GNDA

47k

4

ILMB
ILMG

2900

R2940

IC2801
BA00CC0WCP-V5

56k

RESET
2805-2806

ILG
EJT

ASE
2900-2

ANTON

C2820

3

2801-2809

VT8

1SR154-400

2

EJECT
2800

D

1

ILMGND
1021-1025

AV8

Vadj:1.225V

Q2812
DTC114EU

C1022
0.1u/50

VIDEO5

GND
1016

C1021
1000p/50

1000-1001

C1020
1000p/50

GNDD

D2824

CN1000

C2811

GNDD

C2812

C1023
NM

Q2811
DTA114EU

D2810

8.3V

100u/16
C2810

GNDD

8.3V

C2837

NM

VICSON

NM

R2838

CKS5732-A

Q2810
2SD1760F5(R)
R2811

R2839

5.0V

Q2832
NM

C2801

2810-2819
VI5

NM

R2810
0

VIDEO5

NM

NM

NM

D2835
NM

C2835
NM

R2829
NM

R2837

NM

C2836
NM

R2835
VISC5

VT8

470

8.0V

ASENS

D2802
RB060L-40

C2803
NM

8.3V

R2836

VICS5

D2801
NM

AV8

VICS8

A 3/6

2900

0

NM
Q2831

VISC8

2805-2806

8.3V

100k

R2833

2800

AV8

VICS8 SWICTH

FANGND

to NAVI

to NAVI
1000-1001

0.1u/50

C2800

FANGND

C

CKS4674-A

NM
8.3V

5.0V

5.0V

CN1001
FANGND
FANV

FANV
NAVI5V

PULSE

CTF1334-A

5.0

2840-2865
2881-2884

144

2

3

4

NAVIAL

MONVBS

NAVILG
NAVILG

NAVIAL

MONVBS

NAVIRG
NAVIRG

AV2VIN

NAVIAR

AV2VG
AV2VG

NAVIAR

AV2VIN

AV2LG
AV2LG

AV2RS

AV2RG

AV2LS
AV2LS

AV2RG

AV2RS

SRCMUTE
SRCMUTE

ASENS

NAVI3V
NAVI3V

ANTON

VICSON

AVIC-X910BT/XS/UC
1

ANTON

NFCONT

A 1/6

ASENS

VICSON

ILMSNS

SREMOTE

ILMSNS

ROT0

NFCONT

ROT0

ROT1

SREMOTE

ROT1

SYSPW

DVEJKY
DVEJKY

SYSPW

RESETB
RESETB

HDRST

SYSTOCV3
SYSTOCV3

HDRST

CTOSYS3
CTOSYS3

CTOSYSV3

SYSTOC3
SYSTOC3

BATFAULT3
BATFAULT3

OPTON

CPUWDT3

OFFINFO3

OFFANS3
OFFANS3

OPTSNS

OPTON

CTOSYSV3

A 4/6

GNDFM

GNDD

GNDRF

GNDA

GNDA

GNDV

GNDD

GUIDEG

FRVGND

ILMGND

NAVIRG

NAVILG

FANGND

NAVI3GND

A 6/6

F

CPUWDT3

VT6

TU3

A 3/6

GNDRF
GNDFM

OFFINFO3

FRVGND
GNDV
GUIDEG
GNDA
GNDA
ILMGND
GNDD
GNDD

SWACPW

NAVIRG

AV8

A 2/6
NAVI3GND
FANGND
NAVILG

OPTSNS

AV8
VIDEO5

DCSKIPCD

DCSKIPCD

GNDD

5

6

7

8

A

A-b 1/6
MODEL

NM
NM

NM

R4801

R4821

SHIMUKE

R4802

AVIC-X910BT/XS/UC
AVIC-F910BT/XS/EU5
AVIC-F910BT/XS/AU

(Reserve)

4801-4821
GNDRF
NM

R4812

EU

UC

NKBUP

GNDRF

NM

R4813

NM

R4814

(Reserve)

GNDRF

(Reserve)

GNDRF

NM

R4815

R4816

AU

GNDRF

GNDRF

GNDRF

GNDRF

B

NKBUP

KB2

o NAVI

Vehicle I/F

D2910
KS926S2

1005

BUP

(10000u)

47k
C2910
10000u/16

R2912

4.7
1/4W

R2913

4.7
1/4W

RB060L-40

00-1001

for discharge
R2910

S4674-A

C2911

10000u/16

N1001

KB1
D2912
KS926S2

C2912

GNDD

10000u/16

47k

R2911

2910-2919

D2911

KBUP

NM

R4811

GNDRF

A 6/6
NAVIC

0

A 6/6

2930
2935

GNDD
GNDD

16

CKM1376-A

21-1025

CN1005

00

L2930
CTH1347-A

05-2806

D2900

ACC
AANT
ILM

HZU8R2(B1)

C2901
0.1u/50

NM

GND1

R2902
1k
(1/4W)

AC2

R2900
47k
C2900

BUP1

GND2

Q2900
2SC4116(GRBL)

ASENS

R2901
100k

40-2985

R2903
4.7k
(1/4W)

00

BUP2

REV
PLS

RL-

RL-

FL-

FL-

RL+

RL+

FL+

FL+

RR-

RR-

FR-

FR-

RR+

RR+

FR+

FR+

ILMSNS
2880-2882

ILMSNS

GNDD
ISN

GND

14

ACC

13

AANT

12

ILM

11

REV
PULSE

10
9

PKB

8

RL-

7

FL-

6

RL+

5

FL+

4

RR-

3

FR-

2

RR+

1

FR+

C

FM(EU):+32.6 dBs
AM(EU):+23.1 dBs
FM:+28.6 dBs
AM:+19.1 dBs
LS1:+34.9 dBs
IP-BUS/AV:+35.3 dBs
Navi Audio:+30.4 dBs

R2882
1k
(1/4W)

GNDD

R2881
4.7k
(1/4W)

1u/16

C2882

10k

C2881

NM

C2880

D2825

IL1
D2880
1SR154-400

R2880

DCSKIPCD

S400G

1000p/50

Q2880
DTC114EU

D2930

C2891

C2935
CCH1018-A

1000p/50

1SR154-400

1
0.1u/50
C2890

3

2
OUT
DIAG

GND6 GND1
9

8

ANTON

10

4

5
GND4 GND3

GND5 GND2

VDD
6

2890-2899

7

AANT

IN

IC2890
TPD1018F

5

(3300u)

14.4V

BUP

15

ST70-27F

D2890
1SR154-400

1000p/50

GNDD

2900-2909

D2891

BUP

KBUP

ASENS

C2892

PKB

16

REVSNS
GNDD
R2872

R2874
L2872
CTF1410-A

4.7k

R2873

C2871

1k
(1/4W)

1000p/50

1k
1000p/50

100k

R2871

V

D2870
UDZS5R1(B)

47k

C2870

Q2870
2SC4116(GRBL)

RV2
R2870

PWR AMP
1007

D

2920-2934
GNDD

1000p/50

C2872

PTZ18A

RR+

RR

R2865

AV SECTION

1k
(1/10W)
4

10k

100

SVR

13

S-GND

14

IN4

15

IN3

FL

R2922

1k

FR

R2923

1k

C2923

C2928

CTF1689-A-T
C2938
L2933
NM
L2934 CTF1689-A-T

1u/16
(2125)

1u/10

CTF1689-A-T C2937

16
NM

33u/10

14.4V

19

OUT3-

20

VCC3/4

21

OUT4+

22

MUTE

23

OUT4-

24

PW.GND4

25

B_REMOTE

E

C2939
NM

IC1007
PAL007C
C2934
10u/16

2.2u/10
(2125)

C2932
C2933

NM

NM
C2943

1u/10

NM
R4782

0.1u/50

NM
C2942

C2930

NM
R4781

C2929

NM
C2941

C2931

NM
R4780

0.1u/50

NM
C2940

C2924

NM

PW.GND3

GNDA

to NAVI

ILMR

ILMG

ILMB

ILMV

VIDEO5
VT8
TU3
VICS8 SWICTH

ILMR

ILMB

ILMG

KMODEOUT

GNDD

SPEED PULSE

ILMV

KMODEOUT

PKBOUT

FANUP

A 6/6

PKBOUT

ANTON
ANTON

PKB

GNDD

FANUP

GNDD

VDD5

RR

RL

FL

OUT3+

18

GNDA

5.0V

SRCMUTE

SREMOTE
RL

RR

FL

FR

2.2u/16
(3216)

10k

FL+

AC GND

17

GNDD

GNDD

FR

BREMOTE

POMUTE
POMUTE

BREMOTE

RSTMUTE

A 2/6

RSTMUTE

FRVGND

GUIDEMUTE

FRV
FRV

FRVGND

GUIDEMUTE

GUIDEG
GUIDEG

GUIDE
GUIDE

NAVIAL

MONVBS

NAVILG
NAVILG

NAVIAL

MONVBS

NAVIRG
NAVIRG

AV2VG

NAVIAR

AV2VIN

AV2LG
AV2LG

AV2VG
NAVIAR

AV2VIN

AV2LS
AV2LS

AV2RG

AV2RS

AV2RG

5.0V

OUT1+

IN2

1u/10
1u/10
C2927

BREMOTE

D2863
DAN202U

GNDD

OUT1PW.GND1

12

C2926

1u/16
1u/16
C2922

R4779

OFFMUTE

VCC1/2

8

IN1

FL-

Q2865
DTC124EUA

PKB

Q2862

2SC4081(QRS)

22k
47k

R2862
sensing "low voltage"
or "reset"
emergency MUTE

Q2864
DTC114EU

OUT2+

7

11

R2863

PCHNG

4EUA

D2862
DAN202U

R2867

MUB

10k

R2864

GNDD
D2861
UDZS8R2(B)

C2862

R2866

Q2863
UMD2N
2 2B

1 2E

R2869

220

5

10

NM

1E

6

5
1B

2C

0.1u/50

Q2861
UMD2N

C2861

3 1C

4
3 1C

R2868

Q2881
DTC114EU
SPEED

STBY

L2932 CTF1689-A-T

FR-

MUT

4

L2931

C2921

FR+

OUT2-

1u/10
C2925

1k

2862-2869

1E

1B

6

5
2 2B

1 2E

C2860

Q2860
UMD2N

2C

47u/16

4

5
1B

MTB

3 1C

5.0V

SYSPW

2 2B

1 2E

4.7k

R2883

4.7k

33k

R2853

2C

R2884

R2921

GNDD

390

1E

6

390

1u/16
C2920

1k

R2920

PW.GND2

3

9

C2936

TAB

2

6

RR-

4.7k
(1/4W)

RL
8.3V
D2860
MA111 R2860 R2861

10k

14.4V
R2875

D2874

SWVDD5

2870-2875

Q2882
2SA1576A(QR)

10k

RL+
L2871
CTF1410-A

SPEED/REVSNS/PKB

8.3V

R2926

SREMOTE

GNDD

PKB

1

R2925

10k
RL-

UDZS18(B)

D2871
D2872

D2822
DAN202U

100k

L2870
CTF1410-A

R2924

SPEED

SYSPW

4779-4782

FANUP

D2873
1SS355

AV SECTION
SPEED/REVSNS/PKB
ILMSNS
AANT
ASENS
NKBUP

A 5/6

PWR AMP
Vehicle I/F
SHIMUKE

1000-1001
1016
1021-1025
2800
2805-2806
2900
2940-2985
1002-1004
2881-2884
2840-2865
2810-2819
2820-2829
2830-2834
2829-2833
2835-2839
2862-2869
2870-2875
2880-2882
2890-2899
2900-2909
2910-2919
1007
2920-2934
4779-4782
1005
2930
2935
4801-4821

F

A 1/6
AVIC-X910BT/XS/UC
5

6

7

8

145

PCD

REVSNS

ILMSNS

ANTON

2900-2909

NAVIC

2890-2899

AANT

KBUP

2880-2882

ILMSNS

ASENS

ASENS

NKBUP

47k

R2870

GNDD

D2911

R2900
47k

10000u/16

R2911

Q2900
2SC4116(GRBL)

RB060L-40

GNDD

D2870

UDZS5R1(B)

RV2

Q2880
DTC114EU

D2900

14.4V

HZU8R2(B1)

AC2

GNDD

IC2890
TPD1018F

GNDD

4.7
1/4W

R2912

10000u/16

4.7
1/4W

KB2

5

1k

R2872

10k

R2880

GNDRF

ISN

IL1

1SR154-400

D2890

2910-2919

R2902
1k
(1/4W)

D2912
KS926S2

UC

EU

NKBUP

0
R4812

NM

R4811

R4802

R4801

GND5 GND2

R2913

VDD

IN

NM

1k
(1/4W)

R2874

D2880
1SR154-400

GND6 GND1

A 6/6

GND4 GND3

NM

2
9

GNDRF

4

7

C2901
0.1u/50
OUT
DIAG

C2900

C2880

Q2870
2SC4116(GRBL)

1
10

NM

NM

L2872
CTF1410-A

GNDD

NM
R4813

KB1

GNDD

NM

GNDRF

(Reserve)

R4814

SHIMUKE
4801-4821

D2910
KS926S2

(Reserve)

GNDRF

R2882
1k
(1/4W)

0.1u/50
C2890

47k

R2871

1000p/50
C2891

C2911

R2901
100k

100k

1000p/50

1SR154-400

C2912

C2881

C2870

3

8

R2873

6

1u/16

1000p/50

4
C2882

AVIC-X910BT/XS/UC
4.7k

for discharge
R2910
R2903
4.7k
(1/4W)
1000p/50

3
D2891

F
C2892

2

NM

NM

AU

R4815

FR+

RR+

FR-

RR-

FL+

RL+

FL-

RL-

A 6/6

GNDRF

GNDRF

(Reserve)

R4821

BUP

L2930
CTH1347-A

GNDRF

GNDRF

GNDRF

CKM1376-A

GNDD

GND1

FR+

RR+

FR-

RR-

FL+

RL+

FL-

RL-

PKB

PLS

REV

ILM

AANT

ACC

BUP1

BUP2

CN1005
GND2

2935

2930

1005

Vehicle I/F

R4816

NM

A-a A-b

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

FR+

RR+

FR-

RR-

FL+

RL+

FL-

RL-

PKB

PULSE

REV

ILM

AANT

ACC

GND

BUP

2920-2934

1007

PWR AMP

FM(EU):+32.6 dBs
AM(EU):+23.1 dBs
FM:+28.6 dBs
AM:+19.1 dBs
LS1:+34.9 dBs
IP-BUS/AV:+35.3 dBs
Navi Audio:+30.4 dBs

AVIC-X910BT/XS/UC
AVIC-F910BT/XS/EU5
AVIC-F910BT/XS/AU

MODEL

3

R2881
4.7k
(1/4W)

(10000u)

1
47k
C2910
10000u/16

146

2

C2871

A-b 1/6
1000p/50

C

(3300u)

E
D2930

D
ST70-27F

B

C2935
CCH1018-A

1
4

A

CHNG

EU
PEED

YSPW

k

5.0V

C

5.0V

47k

R2870

D2861
UDZS8R2(B)

390

A 2/6

MUB

390

GNDD

D2870

UDZS5R1(B)

RV2

GNDD

D2873
1SS355

1k

R2872
1k
(1/4W)

R2874

22k

R2863

GNDD

8.3V

MTB

1k
(1/10W)

R2865

C

GNDD

(1/

L2872
CTF1410-A

OFFMUTE

D2862
DAN202U

R

GNDD

L2871
CTF1410-A

L2870
CTF1410-A

4.7k

SPEED/REVSNS/PKB

2870-2875

D2860
MA111 R2860 R2861

sensing "low voltage"
or "reset"
emergency MUTE

NAVIAL

84

5

NAVIAL

)

PKB

3 1C

SPEED

1 2E

NAVILG

47u/16

C2860

6

1 2E

4

1E

100k

1

1000p/50

UDZS18(B)

4

GNDD

C2871

4.7k
(1/4W)

R2875

D2863
DAN202U

Q2864
DTC114EU

GNDD

C2872

C

C2870

D2871

D2872

2C

5

1B

2 2B

1000p/50
1000p/50

100
5
2 2B

6
2C

D2874
4
3 1C

6

2C

NAVILG

0.1u/50
C2861
SRCMUTE

1E

3 1C

Q2862

A 6/6

2862-2869

220

R2868
100

R2869

AV SECTION

10k
10k

1B

2 2B

MONVBS

MONVBS

R2862

10k

2SC4081(QRS)

R2866
R2867

Q2870
2SC4116(GRBL)

GUIDE

GUIDE

Q2865
DTC124EUA

GNDD

C2862

REVSNS

ILMG

Q2860
UMD2N

GUIDEG

GUIDEG

MUT

A 5/6

R2921

R2922
R2923

RL

FL
FR

BREMOTE

FL-

FL+

FR-

FR+

R2920

RR

RR+

RR-

RL+

SREMOTE

RL-

FANUP

1k

1k

1k

1k

A-a A-b

GNDA

NM

YSPW

NAVIRG

NAVIRG

FRV

FRV

FRVGND

FRVGND

NM
C2940

R4779

R2871

47k

RSTMUTE

RSTMUTE

GUIDEMUTE

GUIDEMUTE

POMUTE

POMUTE

BREMOTE

BREMOTE

ILMR

R2864

FR

FR

FL

FL

RR

RR

1u/16
(2125)

C2923

1u/16
1u/16
C2922

C2921

1u/16
C2920

14.4V

GNDD

C2924

R2873

Q2861
UMD2N

SREMOTE
RL
RL

0.1u/50

10k
NM

R2924
NM
C2941

R4780

1 2E
GNDD

5.0V
VDD5

NM

1B
PKB
PKB

1u/10

C2928

1u/10
1u/10
C2927

C2926

1u/10
C2925

10k

4779-4782

2920-2934

NM

C2936

GNDD

NM

CTF1689-A-T C2937

CTF1689-A-T
C2938
L2933
NM
L2934 CTF1689-A-T

L2932 CTF1689-A-T

L2931

R2926

PWR AMP
1007

NM
C2929

1E
FANUP
FANUP

PTZ18A
ANTON
ANTON

0.1u/50
C2930

Q2863
UMD2N
PKBOUT
PKBOUT

ILMV
ILMV

KMODEOUT
KMODEOUT

NM
C2942

R4781

33u/10
ILMB
ILMB

7
ILMR

2.2u/10
(2125)

GNDA

VCC3/4
OUT4+
MUTE
OUT4PW.GND4
B_REMOTE

21
22
23
24
25

SHIMUKE

Vehicle I/F

PWR AMP

AV SECTION
SPEED/REVSNS/PKB
ILMSNS
AANT
ASENS
NKBUP

VIDEO5
VT8
TU3
VICS8 SWICTH

SPEED PULSE

to NAVI

IC1007
PAL007C

OUT320

AC GND

19

IN3
16

OUT3+

IN4
15

PW.GND3

S-GND
14

18

IN2
13

17

IN1
12

8

SVR

OUT1PW.GND1

7

11

VCC1/2
6

OUT1+

OUT2+

5

9

STBY

4

10

PW.GND2
OUT2-

3

TAB

2

1

1000-1001
1016
1021-1025
2800
2805-2806
2900
2940-2985
1002-1004
2881-2884
2840-2865
2810-2819
2820-2829
2830-2834
2829-2833
2835-2839
2862-2869
2870-2875
2880-2882
2890-2899
2900-2909
2910-2919
1007
2920-2934
4779-4782
1005
2930
2935
4801-4821

6

ILMG

NM

10k
R2925
NM
C2943
R4782

14.4V

1u/10
C2931

6

C2932
C2933

5
2.2u/16
(3216)

5
7
8

A

C2934
10u/16

B

C

D

E

F

A-b 1/6

AVIC-X910BT/XS/UC

8

147

C2939
NM

2940-2985

2900

2805-2806

2800

1021-1025

1016

1000-1001

to NAVI

12

13

14

AUX-L

AUX VG

11

AUX-RG

AUX-LG

9

10

ILMV

8

NC

AUX-R

7

6

5

4

3

2

1

ILMR

ILMG

ILMB

RESET

EJECT

ILMGND

GND

CN1000

CKS5732-A

VICS5

C1023
NM

NM

R2829
NM

C1020
1000p/50

NC1

A 3/6

R2951

L2950

AUVG

L2949

AUL

L2948

L2947

L2946

L2945

L2944

L2943

R2942

R2941

R2940

C2836
NM

AULG

AURG

AUR

ILMV

ILMR

ILMG

ILMB

RES

EJT

C1022
0.1u/50
ILG

GNDD

GNDD

VISC5

VISC8

C1021
1000p/50

VICS8

NM
D2835
NM

FANGND

NAVI5GND

NM
Q2831

0

0

0

CTF1675-A

CTF1675-A

CTF1675-A

CTF1675-A

CTF1556-A

CTF1556-A

CTF1556-A

CTF1556-A

100

100

NM

R2838

Q2832
NM

NM

R2836

R2833

NM

FANGND

R2835
C2835
NM

5.0V

R2837

NAVI5GND

NM

R2839

2835-2839

2829-2833

8.5V

ILMGND

GNDD

8.0V

AV2VG

AV2LG

AV2LS

AV2RG

AV2RS

ILMV

ILMR

ILMG

ILMB

HDRST

DVEJKY

VICSON

VT8

VICS8 SWICTH

5.0V
NAVI5V

5.0V

8.3V

FANV
NAVI5V

NM

FANV

VI5

8.3V

C2800

0.1u/50

GNDV
8.0V

Q2811
DTA114EU

VT8

Q2812
DTC114EU

NAVI UNIT
NAVGND

AV8

8.3V

NAVI5GND

FANGND
1

1000p/50

Q2810
2SD1760F5(R)

2810-2819

6.5V

8.0V

5.0V
C2805

VIDEO5

FANGND

100u/16
C2810

A 1/6 AV UNIT (PS/IF SECTION)

0.1u/50
C2811

FANV
2
R2810
0
R2811

CCH1565
100u/16V
105

NAVGND

NM : No Mount

0.1u/50
C2812

NAVGND
3
C2820

SPJ1

D2801
NM

GNDA

D2820
NM

Vadj:1.225V

NAVGND

The > mark found on some component parts indicates
the importance of the safety factor of the part.
Therefore, when replacing, be sure to use parts of
identical designation.

C2801
CCH1565-A

D2810
D2824
D2823

UDZS5R6(B)
1SR154-400
1SR154-400

NAVI5V
4
5.0V

5
CCH1565-A
0.01u/50
C2821

470

NAVI5V
6
5.0V
1000p/50
C2802

NAVI5V

7
R2820
R2821

5.0V
R2801

NAVI5V
10

NAVGND
9
10k
2.7k
2.2k

NAVGND

2820-2829

VT8

GNDD

Vadj:1.225V
BA00CC0WCP-V5
IC2820

4

1

8.3V

C2837

NOTE :
Symbol indicates a resistor.
No differentiation is made between chip resistors and
discrete resistors.
Symbol indicates a capacitor.
No differentiation is made between chip capacitors and
discrete capacitors.

3

R2802
R2803
2.2k

4

NAVI5V
5.0V
VOUT

D2821
RB060L-40

6.5V

D2825

1SS400G

IC2801
BA00CC0WCP-V5

2801-2809

AV8

2940-2985

2900

2805-2806

2800

1021-1025

1016

1000-1001

to NAVI

CKS4674-A

CN1001

D2802
RB060L-40

GNDA

NM

C2806

AV8V GND

A-a A-b

2

5.0V
C2822
NM

3

11
5

NAVGND
VOUT
GND

8

R2822

4

10k

AVIC-X910BT/XS/UC
2.2k

BUP

DCSKIPCD

REVSNS

ILMSNS

ANTON

2900-2909

289

AA

KBUP

2880-28

ILMS

ASENS

ASENS

A

3

5

ADJ

NAVI5V
14

13

5.0V
GND
VCC

NAVI5V
CTL

12

C2803
NM
ADJ

2

15
VCC
CTL

3

1

NAVGND
16
5.0V

NAVI5V
17

5.0V

18
C2804
0.1u/50

2

C2823

A-a 1/6
0.1u/50

AV8V
19

1
20

148
100k

F
R2804

E
C2824

D
8.3V

C
AV8

B
1M

A-b 1/6

NM
R2823

A
2
Q2870
2SC4116(GRBL)

1
4

KBUP

2940-2985

OTJ1

AUX-L

AUX-V

AUX-VG

AUX-LG

GND

ROT0

ROT1

NAVIRG

PULSE

PCHNG

RESETB

WDOG

OFFINFO

OFFANS

REV

KMODE

PKB

OPTSNS

OPTON

GNDSYS

SYSTOC3

CTOSYS3

GNDSYS

SYSTOCV3

CTOSYSV3

GNDSYS

GUIDE

GUIDEG

GUIDEMUTE

BCV

BCVGND

FRV

FRVGND

NFCONT

NAVI33V

NaviAL

NaviALG

NaviAR

NaviARG

NAVI3GND
FANGND
NAVILG

NAVI UNIT

FANGND

9

50

49

48

47

46

45

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

>

NALG

NAR

NARG

ROTO

ROT1

BFA

AUV

AUVG

AULG

AUL

AURG

AUR

ILMV

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

8.5V

GNDD

GNDRF
GNDFM

GNDV

Navi Audio:-2.68 dBs

CTF1675-A

CTF1675-A

CTF1675-A

CTF1675-A

CTF1556-A

CTF1334-A

L2940

R2983

R2982

R2981

R2980

R2979

R2978

R2977

R2976

R2975

R2974

R2973

R2972

R2971

R2970

R2969

R2968

R2967

R2964

R2963

R2962

R2961

R2960

R2959

R2954

R2953

R1016

R2952

R2951

L2950

L2949

L2948

L2947

L2946

CTF1556-A

CTF1556-A

GUIDEG
GNDV
GNDA
FRVGND
GNDA
ILMGND
GNDD
GNDD

PLN

PCHG

RESB

WDOG

OFIN

OFAN

RVN

KMB

PKN

OPSN

OPON

GSY3

STC

CTN

GSY2

STCV

CTSV

GSY1

GUI

GUIG

GMUTE

BCVN

BCGN

FRV

FRG

NAL
FU2900 N33V
1
2
CEK1276-A 250mA
NFC

NC1

L2945

A 2/6

VIDEO5

AV8

PULSE

PCHNG

RESETB

CPUWDT3

OFFINFO3

OFFANS3

REVSNS

KMODEOUT

PKBOUT

OPTSNS

OPTON

SYSTOC3

CTOSYS3

SYSTOCV3

CTOSYSV3

GUIDE

GUIDEG

GUIDEMUTE

MONVBS

FRV

FRVGND

NFCONT

NAVI3V

NAVIAL

NAVILG

NAVIAR

NAVIRG

ROT0

ROT1

BATFAULT3

AV2VIN

AV2VG

AV2LG

AV2LS

AV2RG

AV2RS

ILMV

ILMR

ILMG

A-a A-b

A 3/6

3.3V

6.5V

SWACPW

A 6/6

1SR154

8.3V

CTF1334-A
L1004

GNDD

100k

R2840

4

GNDD
Q2840
DTC114WK IC1002
NJM2904M
1 8

2830-2834

TU3

CCH1565

TU3

3

2

51k

R2843

5.0V

10k
2.2k

L2944

8.3V
8.3V
AV8

BATTERY_FAULT

NAVI3GND

5.0V
5.0V
VIDEO5

AUX-RG

NAVILG

6.5V

ILMV

NAVIRG

8.3V
8.3V
AV8
AV8

3.3V
TU3
TU3

D28
D2823
PULSE

AUX-R

FRVGND

OPTON
OPTON

8

ILMGND

DCSKIPCD
DCSKIPCD

VT6
VT6

C2840
0.1u/50

1SR154-400
OPTSNS
OPTSNS

CPUWDT3
CPUWDT3

NC

GUIDEG

OFFANS3
OFFANS3

ILMR

GNDD

OFFINFO3
OFFINFO3

C282
100u/16
C2830
BATFAULT3
BATFAULT3

C2821
0.01u/50
C2831

GNDD

5

1

NM

D2830

R2846
51k

51k
R2845

2881-2884

2840-2865

1002-1004

SPEED PULSE

IC1002
NJM2904M

7

100k

1000p/50
R2844

C2841

3

BA00BC0WFP
IC2830

6

GNDD
SWACPW

CTL

Vadj:1.225V
BA00CC0WCP-V5
IC2820

A 4/6

C2823
C2833

ILMG

GNDV

RESETB

7

GNDA

DVEJKY
RESETB

47k

4

DVEJKY

R2841
SYSTOC3

C2832
NM
ROT1
ROT1

56k
CTOSYS3
SYSTOC3

5
C
ROT0
ROT0

R2842

SYSTOCV3

ADJ
5

R2821

CTOSYS3

VOUT
4
VDD

R2822
SYSTOCV3

GND
3
GND

3.6k
10
2.2k
HDRST
HDRST

2
VIN

1k
R2847

R2831 R2830
R2832
CTOSYSV3
CTOSYSV3

VCC
2
SYSPW
SYSPW

0.1u/50
560k

1
VC
SREMOTE

R2848
1k
ILMSNS
ILMSNS

R2849
D2840
1SS355
R2850
SREMOTE

1M

6.5V

D2831
RR264M-400

R2823

5.0V

AV8

NM

C2842
0.1u/50

0.1u/50
VICSON
VICSON

SWVDD5

Q2841
DTC114EUA

20k

R2852

5.0V

6

GNDA

ANTON
ANTON

2k
NFCONT
NFCONT

C2824

8.2k
R2851
C2843
0.01u/50
ASENS
ASENS

C2844
NAVI3V
NAVI3V

R2834
0.082u/16
SRCMUTE
SRCMUTE

100k
AV2RS
AV2RS

33k
AV2LS
AV2LS

R2853
AV2RG
AV2RG

ILMR

GNDD

D2822
DAN202U

SYSPW

PCHNG

Q2881
DTC114EU
SPEED

SYSPW

4.7k

R2884

Q2882
2SA1576A(QR)

8.3V

AV2LG
AV2LG

R2883
AV2VIN
AV2VIN

ILMG

GNDRF

NAVIAR

2900

GNDFM

PKB

SPEED

REVSNS

D2
UD

D2
MA

Q2870
2SC4116(GRBL)

5.0V

sensing "low volta
or "reset"
emergency MU

NAVIAL
NAVIAL

5.0V
NAVILG

4.7k
AV2VG

NAVIRG
NAVIRG

AV2VG
NAVIAR

3 1C

6
2C
1 2E

4
1E

5
1B
2 2B
NAVILG

7

MONVBS

6

GUIDE

5

MONVBS

A 2/6

6
GUIDE

5
7
8

A-b 1/6

AVIC-X910BT/XS/UC

A-a 1/6

8

149

A

B

C

D

E

F

1

2

3

4

10.2 AV UNIT(A/V SECTION)(GUIDE PAGE)

AV SELECTOR

A 1/6

4278-4279

C4224
1u/10
DVD

VTR2
4.7u/10

R4200
2

NM

R4199

NM

17

18

23

24

1u/10

1u/10

1u/10

1u/10

C4222

C4221

C4204

C4206

C4215

C4217

1u/10

1u/10

8.3V

47k

C4072
CCG1203-A

8

1

4

3
IC1015
NJM4558V
(1/2)

8.3V

AV2RG

AV2RS

AV2LG

R4080
33

3041-3045

R4078

47k

C4078

R4073

6

47k
R3044

47k

R4272

IPR

DVD LPF

C42
1u/6.

FM(EU): -9.5 dBs
AM(EU):
-20 dBs
FM: -13.5 dBs
AM:
-24 dBs
LS1:+4.804 dBs GNDA
IP-BUS/AV: +2.2 dBs
Navi Audio: -2.68 dBs

GNDA
(DVD)

WCONT

FMRTN

VDT
VST

C42
1u/6.

FMR

WCONT

VCK

CCG12

4070-4089

IC1015
NJM4558V
(2/2)

5

C42

1k

180

1015

33p/50
7

8.3V

D3041
DAP202K

751

R4076

C4070
CCG1203-A

47k

4.0V

AMUTE

UC

R751

DVDR

AMUTE
WIREIN

47k
R3043

GNDA

AMUTE

0

DVDL

R4275

IPRG

2

1

2
3 3

DVDV

C4073
CCG1203-A

NM
C4279

DVD R

GNDA

GNDA

Q3042
FMG12
5 5
4 4

2B

1C

4

CDR

5

6 2E

CDL

1

1E

3

2C 1
1B 2
IMD3A
Q3041

GNDV

C4278

47k

2

22k

47k
R4072

R4274

R3042
1.8k

C4079
0.01u/50

R4071

C4071

GNDA
GNDV

GNDV

WIREIN

CCG1203-A

GNDA
R3041
1.8k

DVDR1

C4080
0.01u/50

CCG1203-A

DVD L

8.3V

47k

CCG1203-A

C3042

33p/50

4.0V

C4076

C3041

8.3V

4794

R4079
33

C4075

0.1u/50
R4077

DVDR

8.3V
4.0V

4.0V

DVDL

4.0V
R4075

4.0V

2

3

GNDA

MONVBS

GNDV

DVDR

EVOL

4296-4299
4.0V

R4074

4

FRV

AMUTE

1.0Vrms
=2.21dBs

47k

FRV
MONVBS

NM

4291

4061-4069

NM
R4062

0.1u/50

C4063

1SS355

5

C4064

NAVIAL

10u/16

NAVIAL

C4061

NAVILG

NAVILG

0.01u/50
C4062

EDZ4R3(B)
D4061

NAVIRG

NAVIRG

D

R4175

4271-4289

1008
IC1008
NJM2125F
1

NAVIAR

CDR

R4174

AU4
D4062

NAVIAR

1k

8.3V

AV2VG

AV2VG

R4061

AV2VIN

AV2VIN

NM

R4279

GNDA
8.3V

GUIDEMUTE

GUIDEMUTE

R4278

AV8

GUIDEG

NM

GUIDE

NM

AV8

8.3V

GUIDE

GUIDEG

DVDL

22k

NM
AV1LG L4174
CTF1689-A-T
L4175
AV1RS
CTF1689-A-T
C4227 NM

AV2LG

AV2LG

DVDV

22k

C4226

NM
C4225

AV2RG
AV2LS

AV2LS

AV1LS L4173
CTF1689-A-T

8.3V

AV2RS

AV2RG

CDL

22k

22k

AV2RS

C

R4171

AV2LS

A 1/6

R4170

NM

R4188
VTR2R

NAVI R

R4187

CDR

22

16
1u/10

VTR2L

NM
VTR1R

1u/10

L4176
AV1RG
CTF1689-A-T
C4228
NM

C4213
R4167

NM

GNDA

NAVI L

VTR1L

NM

R4166

NAVIRG

R4201

R4-2
L5-1
L5-2

R4198

1
NM
VR4200
(100)

GNDA
NAVIAR

75

3

CDL

4.7u/10

38 C4216

40 C4211

41

39

V2-1
V1-2
V1-1

V2-2

V3-1

37

C4201
1u/10

C4207
1u/10

4.7u/10
43

44 C4203

42
V3-2

V4-1

V4-2

4.7u/10

45
V5-1

46

4.7u/10

VTR3

VTR1

R4-1

22u/10

C4200

L4-2

22u/10
330u/10

C4220

15

13

0

R4173

NM
R4176

C4174 22u/6.3

C4218
C4219

14

NM

SSCL
SSDA

22u/10

1u/10

1u/10

220
220

C4232

1u/10

NM

C4212

GNDA

R4194
R4195

1u/10

R4164

R4168

GNDD

C4190
1u/10

1u/10

1u/10

NM

C4210

C4191

R4165

C4182 0.1u/50

47u/16
NM

R4163

NAVILG

C4171

1u/10

C4208
NAVIAL

C4172 0.1u/50

GNDV

21

1u/10

36

35
SCL
SDA 34
VOUT1
33
FB1
32
VOUT2
31
FB2
30
LOUT2
29
ROUT2
28
LOUT1
27
ROUT1
R5-2
26
R5-1
25

C4193

C4183

C4184

C4181

C4173

10u

C4189

IC4171
AN15887A

20

C4188
1u/10

L4-1

GNDV

GNDD
L4171

VCC1
3 BIAS1
GND1
4
L1-1
5
L1-2
6
R1-1
7
R1-2
8
L2-1
9
L2-2
10
VCC2
11 BIAS2
GND2
12

C4202

22u/6.3

0.1u/50

0.1u/50

5.0V

47u/16

C1078

47 C4195

1
2

0.1u/25

B

L4172
10u

8.3V

8.3V

C1077

0.1u/25

AV8

1E

L3-2

3

1C

GNDV

C4198

2B

48 C4197

GNDV

5
4

4.7u/10

V6-2
V6-1
V5-2

AV2VIN

4.7u/10

C4187

R2-1
R2-2
L3-1

R4041
75

RSTIN
HDRST

8.3V

AV2VG
2C 1
1B 2

4.7u/10

C4186

C4192
1u/10

RSTMUTE
Q1016
IMD2A
6 2E

C4185

NM

DVDV

NM
C4177

C4175

1046

NM
C4176

AV1VIN

AV1VIN

C4194
1u/10

8.3V

R4021
75

RST

8.3V
5.0V

R4001
75

5.0V

AV1VG
AV1VG

1077-1078

4232

5.0V
1u/10
C4199

5.0V

AV3VG

AV3VIN

4200-4229

4163-4199

R3-2

GNDA GNDV GNDD

4000-4049

8.3V

R3-1

5.0V

8.3V

19

GNDV

GNDA

AV8

VIDEO5

VDD5

A 6/6

GNDD

A-a 2/6

A

R4271

C42

0

1u/6.

VCK
VDT

C42

FML

1u/6.

VST

1u/6.

R4276
22k
R4277

180

UC

A 4/6

C42

R4273

IPL

IPLG

C42

1k

CCG12

C4281
1u/6.3

NOSELL

8.3V

NOSELR

8.3V

AV8

AV8

NOSELL
4.0V

4.0V

4.0V

TELMUTE

4.0V

GUIDE MIX

8.3V

NOSELR

TELMUTE

RSTIN
SELSCL
SELSDA

8.3V

RSTIN
SELSCL
SELSDA

1020

4311-4329

4288

4364-4365

4292-4293

4367

4295

E

Lch MUTE

2B

5

4150-4162

2 1B
1 2C

NM

ISOLATOR

GNDA

IC1016
BA4558RFVM
(2/2)

1E

2B

4
5

2 1B
1 2C

Rch MUTE

10.6kHz 18dB/oct
GNDD

1C

3

LPF AMP

C4161
NM

NM
R4160

8.3V

C4154

(1/2)

820

100k
C4719

C4157

5

GNDA

R4312

C4159
2.2u/10

150p/25

68k

100k

R4158

100k

1k

1

4

C4156

8

0.1u/16

R4162

2

C4155

3
R4152
10k
IC1016
BA4558RFVM

7

R4157

0.01u/25

R4151
10k

CCG1203-A
C4152

0.1u/16

CCG1203-A
C4151

6
R4156

R4155

2E 6
Q4311
NM

47k

R4159

R4154
10k

10k

C4160

220p/50
R4153

C4158
150p/25

C4153
220p/50

4

NM

1C

3

1016

NM
R4161

Q4313
NM
R4314

NM
1E

Q4314
DTC323TK
R4313

AU4

AV8

R4311

8.3V

GUIDE

2E 6
Q4312
IMD3A

GNDA

D4311
DAN202K

+4.6dB

150

IPL
IPL

IPLG
IPLG

IPR

IPR

IPRG

KMOD
KMOD

A 3/6

IPRG

FMRTN
FMRTN

FMR

FML
FML

A 2/6

FMR

F

A 6/6

AVIC-X910BT/XS/UC
1

2

3

4

NOSELR

4719
GUIDE

GUIDEG

4311-4314

GUIDEMUTE

GUIDE MUTE
GMUTE
Normally Hi
Uttering Low

5

6

7

8

A-b 2/6

A

A 2/6 AV UNIT (A/V SECTION)
5.0V

VIDEO BUFFER

8.3V

5.0V

8.3V

5.0V

AV8

8.3V

NM

FRV

680

GNDV
8.3V

1
2

5.0V

3

1k
R4233

C4233
CEVQW101M10

VIDEO to NAVI

NM
R4241

1.5k

22k
30k

FRV2

R4237
0

680

VR4231
CCP1483-A

R4234

0

R4240

GNDV

R4235

NM
C4241
R4239

R4232

C4231

1u/10

R4231

Q4231
2SC4081(QRS)

Q4232
2SA1576A(RS)

L4231
CTF1473-A

R4236

8.3V

4231-4249

GNDV
R4238

BCGND

NM

EF4354

CCG1067-A

1

BCVIN

3

B

D4357
MALS068X

RVOUT
D4351
MALS180X

2

LEVEL SHIFT

GNDD
EF4355

D4356
MALS068X

NM
Q4261
NM

3

2

C4264
CEVQW101M10

GNDD

NM

AV1LG

GNDV

AV1LS

EF4357

4733

BCG

D4776
NM

CCG1067-A

V1V
2

V1L

18V

D4362

1SR154-400

C4351

0.1u/25

2200p/50
2200p/50

2200p/50
22k

470 C4338

470 C4341
R4347

R4341

R4344

22k

3 3

R4338

VTR1R

14

SWGND

13

SWL

12

BREM

11

SWR

10

FRONTGND

2
1

miniSMDC075F/24
FU4351

FL

8

KMODE

7

FR

6

REARGND

5

RL

4

VTR2V

3

RR

2

VTR2GND

1

TELMUTE

GNDA

0.01u/50
D4364

C4352

PTZ27(B)

AU4
DVD LPF
GUIDE

GNDD
L4351

R4351

2.2u

15k

DAN202U

C4353
1000p/50

D4355

TELMUTE

AV CONNECTOR

TELMUTE

GUIDE MIX

4351
4353

NM

4355
GNDD

HIVOL15

4365
RST

WRI

D4372

D4371

18V

1000p/50

WCT

CTF1334-A

C4372

CTF1334-A

L4372

1000p/50

L4371

WIREIN

C4371

WCONT

WIRED REMOTE
4371-4374

GNDA
GNDA

4366

3
2
1

CN1015
CKN1042-A

AV SELECTOR
VODEO BUFFER
BACK CAMERA
LEVEL SHIFT
EVOL

HIVOL12
KMOD
GNDD
GUIDE MUTE
MUTE
TELMUTE

4368
POMUTE

BREMOTE

RSTMUTE

F

A 1/6

A 2/6

AVIC-X910BT/XS/UC
5

6

E

751
3041-3045
1008
4061-4069
1015
4070-4089
1016
4150-4162
1016
4351-4363
4366
4733
4775-4776
1020
4288
4292-4293
4295
4311-4329
4364-4365
4367
1021
4361-4364
4366
4368
1046
1077-1078
4000-4049
4163-4199
4200-4229
4232
4278-4279
4231-4249
4251-4259
4261-4269
4271-4289
4291
4296-4299
4794
4292
4301-4309
4352
4361
4364
4311-4314
4719
4331-4349
4351
4353
4355
4365
4371-4374

HDRST
HDRST

POMUTE

RSTMUTE

BREMOTE

RL

RR

FR

FL

HIVOL

RR

18V

RL

WIRED REMOTE
18V

D

FM(EU):+5.8 dBs
AM(EU): -3.7 dBs
FM:+1.8 dBs
AM: -7.7 dBs
LS1:+8.1 dBs
IP-BUS/AV:+8.5 dBs
Navi Audio:+3.7 dBs

AMUTE

4364

D4365

2200p/50

2200p/50

22k

470 C4339

470 C4342

R4345

R4342

3 3

4361

NM

C4364

L4352
CTF1556-A

4352

R4348

2

R4339

22k

2

1
GNDA

R4352
10k
(1/10W)

KMOD

NM

NM

VTR1RGND

15

GNDD
D4361

IC1020
NM
(3/4)

NM
C4363

VTR1L

16

FU4352 CEK1259-A
1
2
3.15A

2200p/50
22k

470 C4337

470 C4340

R4343

R4340

R4346

2
2
22k

2
2

1

1
Q4332
FMG12
5 5
4 4
1
Q4333
FMG12
5 5
4 4

18V
NM

NM
D4368

VTR1LGND

17

3

PTZ27(B)

R4367
NM

R4364
NM

NM
C4316

NM

1

R4329

R4366

VOUT
GND

VIN
2

NM

NM

CONT
4361-4364

VTR1V

18

GNDD

PFR

R4362

NM
R4363

2

PRR

820

NM

12

VTR1VGND

19

3

KMOD

NM
R4328

13

REARVOUT

20

EF4361
CCG1067-A

1021
NOSELL

NOSELR

GUIDEMUTE

HIVOL15
GMUTE
Normally Hi
Uttering Low

1

E MUTE

R4361

D4311
DAN202K

C4361

D4312
NM

18V

GNDA

EF4353
CCG1067-A
1

PRL

PFL

IC1021
NM
5

2E 6

3

GNDD

820
R4336

1

NM

IC1020
NM
(2/4)

R4335

NM
18V

Q4312
IMD3A

4

10

C4362

5

11

14

NM

4

4

NM

2B
1B
2C

R4320

NM
100k
C4719

Q4314
DTC323TK
R4313

1C

1

UDZS5R6(B)

C4312

820

2

GNDV

21

2

C4318

R4325

8

EF4360
CCG1067-A

UDZS5R6(B)

R4312

4

3
IC1020
NM
(1/4)

HIVOL15

9

C4336

NM

2

R4327

NM

C4313

NM

1E

3 3

18V

R4319

GNDA

GNDD
3

PFR

BCV

22

>

1SS355

NM

R4322

1

4331-4349

4.7u/16

4.7u/16

GNDA

2E 6
Q4311
NM

18V

8.3V
4.0V

0
R4316

5

NM

4

NM

2B

C4292

1C

1B
2C

EF4352
CCG1067-A

BCVGND

23

MUTE

R4326
NM

C4317

C

2

GNDA

NM
R4324

IC1020
NM
(4/4)

5

NM

Q4313
NM
R4314

1E

7

NM

NM

NM
NM

6

NM
C4311 R4321

NM

R4323
C4314

C4315

0
R4317

R4318

R4311

C4296

8.3V
0

RR
V2G

3
TELM

PFL

820

C4335

NB

4367

SWR

SWL

0

R4295

8.3V

NM

3

4292-4293
4295

4.7u/16

AV8

R4293

AU4

C4290

4364-4365

0.1u/16

0

4.7u/16

C4294

10u/16

C4295

C4299

1000p/50

R4297
0
C4293 0.1u/16

C4291

R4290

8.3V

NM

4311-4329

R4337

1

1
Q4331
FMG12
C4300

100p/50

PML018A

5 5
4 4

15

16

17

18

19

20

10p/50
47u/16

0.1u/16

C4289

2.2u

NM

GUIDE MIX
4288

RL
V2V
EF4359
CCG1067-A

1

24

9

FR

3

2

SWR

R4334

8.3V

R4288

4.0V

1020

1

SWL

FL
KMD

GNDD

EF4351
CCG1067-A

820

C4334

GNDA

R4298

GNDA

R4333

4.7u/16

R4365

AV8

820

SWR

2

R4794

NM

4.0V

BREM

BREMOTE

PRL

GNDA

NM

C4281
u/6.3

SWL

D4360
1SR154-400

R4332

4.7u/16

1u/6.3
10u/16

C4305
0.01u/50

CCG1203-A

C4288

1k

21

SELOUT IN
C4285

C4277

1u/6.3

1u/6.3

R4276
22k
R4277

4301-4309

R4296

V1R
AG

820

C4332

NM
L4271

V1LG

PRR

HIVOL12

C4333

C4298

C4287

C4280

R4273

R4331

CD/DVD
23

22

24
GUIDE

IP BUS

SELOUT IN

CD/DVD

C4276
1u/6.3

180

NM

R4292

C4284

1u/6.3

C4297
1u/10
25

27
FM

1u/6.3

IP BUS

C4275

0

IP BUS

IP BUS

NM
IC4271

1 IN5-_L

NM

R4280

NM
R4282

FM

R4271

R4281

1u/6.3

FM(EU): -9.5 dBs
AM(EU):
-20 dBs
FM: -13.5 dBs
AM:
-24 dBs
LS1:+4.804 dBs GNDA
IP-BUS/AV: +2.2 dBs
Navi Audio: -2.68 dBs

IN5+_R
2 IN5+_L
IN4+_R
3 IN4+_L
IN4-_R
4 IN4-_L
IN3_R
5 IN3_L
IN2_R
6 IN2_L
IN1_R
7 IN1_L
GND
8 Vref
STB
9 Vcc
CLK
10 Front_L
DATA
11 Rear_L
Front_R
12 Pre/SW_L
Rear_R
13 Vp
Pre/SW_R
14 Pref
PGND

28

FM

26

C4273

C4274

RVO
V1VG

D4359
MALS068X

D4354
MALS180X

3

GNDD

4292

1u/6.3

180

GNV

1

AV1RS

GNDD

4.7u/16

CCG1203-A

22k

R4274

R4272

1k

BCV

EF4358

AV1RG

V1RG

C4331

C4271

4775-4776

CN1016
CKM1460-A
GNDD

NM
C4304

4366

3

NM

GNDA

R4275

4351-4363

2

GNDA

GNDA

1016

3

NM

1

D4331

NM

D4353
MALS180X

MONVBS
EF4733

D4775
MALS180X

AV3VIN

RR
RL

POMUTE

AV3VG

AV CONNECTOR

CCG1067-A

1
D4358
MALS068X

C4263

0

2

NM

D4366
MALS180X

1

AV1VIN

NM

C4301

CCG1067-A

D4363
MALS068X

NM

EF4356

R4263

NM

C4303

D4301

NM

AV1VG

GNDA

R4253

R4301

R4262

C4254

0.1u/25

47k

C4 3 0 2

1k

1k

NM

GNDV

NM

1k
R4291

R4289

R4287
1u/6.3

C4286

NM

NM
R4286

NM

DVD R

NM
C4283

NM

C4282

R4285

NM
C4279

C4278

DVD L

1

NM
Q4301

0R0

2

GNDD

R4261

2

DAP202K

75

R4251
47k

0.047u/50
C4251

R4252
BCVIN

VGND Vout

3

NM

3

IC4251

R4283
0R0
R4284

V+
GND

FM(EU): +6.6 dBs
AM(EU): -2.9 dBs
FM: +2.6 dBs
AM: -6.9 dBs
LS1:+8.904 dBs
IP-BUS/AV: +9.3 dBs
Navi Audio: +4.42 dBs

BCGND

SELSCL

SELSDA
VCK

VST

Vin

100 CCG1203-A 5

VDT

CDL

CDR

C4261

C4252

100 CCG1203-A 4
R4255
C4253

NM

BCISO

NJM2505AF
R4254

C4262

4251-4259

CCG1067-A

1

RVOUT

R4264

5.0V

8.3V

4261-4269

BACK CAMERA

GNDA

7

8

151

R

L

1u/6.3

C4274

1u/6.3

C4273

CCG1203-A

CDR

C4278

1k

NM

C4271

CDL

NM
C4279

R4275

GNDA

0R0

R4285

C4282

FM

GNDA

VST

R4274

18

22k
30k

R4231
0

R4232
BCGND

R4235

1k

1

3

BCISO

VIDEO to NAVI

2

LEVEL SHIFT

C4233
CEVQW101M10

RVOUT

C4252
GND

NM

NM

4292

4301-4309

HIVOL12

C4301

Q4301

V+

IC4251

VGND Vout

Vin

NJM2505AF

NM

FM(EU): +6.6 dBs
AM(EU): -2.9 dBs
FM: +2.6 dBs
AM: -6.9 dBs
LS1:+8.904 dBs
IP-BUS/AV: +9.3 dBs
Navi Audio: +4.42 dBs

100 CCG1203-A 5

100 CCG1203-A 4
R4255
C4253

R4254

4251-4259

BACK CAMERA

GNDA

GNDV

1

2
NM

R4261

NM

C4261

4.7u/16

C4332

4.7u/16

C4331

NM

1

820

R4332

820

3

GNDA

NM

GNDD

R4331

EF4733

AV3VG

0

R4263

C4264
CEVQW101M10

4261-4269

GNDV

PRL

PRR

SWL

AV1RS

AV1RG

AV1LS

AV1LG

AV1VIN

AV1VG

RVOUT
D4356
MALS068X

1

1

EF4355

1

EF4354

EF4351
CCG1067-A
3

1

1

GNDD

2

GNDD

RL

FR

KMD

FL

SWR

BREM

SWL

V1R

V1RG

V1L

V1LG

V1V

V1VG

RVO

BCV

BCG

GNV
3

GNDD

3

CCG1067-A

GNDD

3

CCG1067-A

2

2

GNDD

CCG1067-A

EF4358

EF4357

1

EF4356

2

3

CCG1067-A

GNDD

2

3

CCG1067-A

AG

CN1016
CKM1460-A

A 2/6 AV UNIT (A/V SECTION)

D4360
1SR154-400
BREMOTE

D4351
MALS180X

BCVIN

GNDV

GNDV

FRV2

BCGND

2

R4237
0

NM

NM

3

VR4231
CCP1483-A

NM

NM
R4241

680

FRV

R4238

R4234

R4239

NM
C4241

Q4231
2SC4081(QRS)

680

AV8
8.3V
1k

GNDV

SELSDA
17

R4233

L4231
CTF1473-A

R4292

C4231
SELSCL
16

VIDEO BUFFER

18V

75

5.0V

POMUTE

4231-4249

NM

1u/10
R4240
BCVIN
15

R4236
NM
C4303

0R0
R4284

NM
R4286

NM
C4283

AV3VIN

R4251

Q4232
2SA1576A(RS)
NM

47k
R4252

1.5k
D4301

VDT

1k

R4262

8.3V

NM

C4254
RR
RL

C4262

5.0V

R4301

VCK
1k
R4291

21

R4287
20

0.1u/25
D4331

0.047u/50
C4251

R4264
1

8.3V

DAP202K

NM
Q4261
NM
1

NM
2

47k
R4253

5.0V
5.0V
5.0V

8.3V
8.3V
8.3V

A-a A-b

MONVBS
k

C4263
D4776
NM
2

R4283

25

NM

NM

28

D4775
MALS180X
k

NDA

IP BUS

IP BUS

27

C4297
1u/10

26

1u/6.3

SELOUT IN

C4286

C4284

CD/DVD

23

F

24

1u/6.3

22

C4 3 0 2
NM

NM
C4304

R4289
19

NM
Q4331
FMG12

4

2200p/50

AVIC-X910BT/XS/UC
2200p/50

D4353
MALS180X

D4357
MALS068X
D4358
MALS068X

3

D4359
MALS068X

2
D4354
MALS180X

1
C4340

A-b 2/6
C4351

D
D4362

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

RL

REARGND

FR

KMODE

FL

FRONTGND

SWR

BREM

SWL

SWGND

VTR1R

VTR1RGND

VTR1L

VTR1LGND

VTR1V

VTR1VGND

REARVOUT

GNDV

BCV

BCVGND

4775-4776

4733

4366

4351-4363

1016

AV CONNECTOR

A

0.1u/25

C
3

1SR154-400

22k

152
D4366
MALS180X

E
2

C4337

B
D4363
MALS068X

1
4

1u/6.3

C4274

5

4

5

4

2E 6

2B

1C

2E 6

2B

1C

UTE

D4311
DAN202K

4312
MD3A

820

R4312

4311
NM

NM

R4311

5

2-4293

8

4367

4364-4365

4311-4329

AV8

CCG1203-A

GNDA

GMUTE
Normally Hi
Uttering Low

GNDA

C4277

1u/6.3

C4280

1u/6.3

C4276

1u/6.3

C4275

R4281

8.3V

D4312
NM

FM

IC4271

1u/6.3

28

1

18V

4368

4366

4361-4364

1021

HIVOL15

18V

NM

NM

NM

NM

R4319

NM

R4320

NM

NM
C4311 R4321

R4318

C4312

FM

C4273

25

4

IP BUS

CCG1203-A

1u/6.3

R4274

UIDE MIX

4.0V

1k

GUIDEMUTE

18

19

20

5

6

16

8
IC1020
NM
(2/4)

NM

IC1021
NM

10

9

C4313

IC1020
NM
(4/4)

7

NM

NM

R4290

NM

C4314

R4323

R4322

4.0V

GNDA

11

22k

R4276
22k
R4277

Q4313
NM
R4314

Q4314
DTC323TK
R4313

NM

FM(EU): -9.5 dBs
AM(EU):
-20 dBs
FM: -13.5 dBs
AM:
-24 dBs
LS1:+4.804 dBs GNDA
BUS/AV: +2.2 dBs
avi Audio: -2.68 dBs

NOSELR

NM

100k
C4719

27

2

FM

NM

3

IP BUS

C4290

R4280

NM

NOSELL

C4292

C4284

5

NM

NM
R4282

IP BUS

C4297
1u/10

IP BUS

26

1u/6.3

SELOUT IN

24

CD/DVD

23

6

GUIDE

1u/6.3

SELOUT IN

C4285

C4361

0
R4317

0
R4316

21
8
C4298

22

7

C4287

CD/DVD

C4305
0.01u/50

R4361

9
47u/16
C4289
1

10u/16

10
10p/50
0.1u/16
C4291
5
VIN
CONT

4
VOUT

C4288
NM

C4293 0.1u/16
GND
2

NM

NM

18V

17
12
R4297
0

15

Vp

13

Pre/SW_R
Pref
14
C4299

GNDA

AU4

NM

NM

R4288

NM

R4298

10u/16

1k

C4300

8.3V

NM
R4324

NM
R4363

NM

R4362

NM

4292

0

0

0

2.2u

12

13

GNDA

18V

NM
14

1

NM

NM

11

4

C4296

GNDA

NM

NM
R4328

R4329

R4326
NM

IC1020
NM
(3/4)

C4318

R4327

IC1020
NM
(1/4)

3

2

C4317

R4293

R4296

NM
L4271

R4794

8.3V

R4292

R4295

R4325

HIVOL15

GNDA

C4362

C4294
NB

PML018A

NM
C4315

4.7u/16

PGND
1000p/50
C4295
C4316

NM

NM

100p/50
R4364
NM

NM
4.0V

R4367
NM
R4366

IN5-_L
IN5+_R
IN5+_L
IN4+_R
IN4+_L
IN4-_R
IN4-_L
IN3_R
IN3_L
IN2_R
IN2_L
IN1_R
IN1_L
GND
Vref
STB
Vcc
CLK
Front_L
DATA
Rear_L
Front_R
Pre/SW_L
Rear_R
3

NM
D4368

8.3V
8.3V

4301-4309

NM
C4363

AV8
NM

C4271

NM

0.1u/16
NM

R4365
C4364

18V
18V

R4275

4.7u/16

C4336

4.7u/16

C4335

4.7u/16

C4334

4.7u/16

C4333

4.7u/16

C4332

820

820

R4336

820

R4335

4331-4349

MUTE

820

R4334

820

R4333

820

R4332

RR
RR

18V
18V
HIVOL

Q4331
FMG12

HIVOL12

RL
RL

5
1
5

4

GNDA

GNDA

PFL

PFR

SWL

SWR

PRL

PRR

WIREIN

WCONT

TELMUTE

KMOD

PRR

PRL

PFR

PFL

SWR

SWL

1

1

1

L4372

L4371

DAN202U

D4355

1SS355

D4361

2

GNDD

D4362

4364

4361

4352

2.2u

4371-4374

WIRED REMOTE

CTF1334-A

15k

R4352
10k
(1/10W)

3

3

3

GNDD

WRI

WCT

R4351

KMOD

GNDD

2

EF4361
CCG1067-A

GNDD

2

EF4360
CCG1067-A

GNDD

2

EF4359
CCG1067-A

L4351

1

3

1

3

1

3

0.1u/25

CTF1334-A

EF4353
CCG1067-A

2

EF4352
CCG1067-A

2

EF4351
CCG1067-A

BREMOTE

D4360
1SR154-400

0.01u/50
D4364
C4352

3
2
1

GNDD

L4352
CTF1556-A

GNDD

TELM

GNDD

TELMUTE

CKN1042-A

CN1015

4365

4355

4353

4351

V2G

RR

V2V

RL

FR

KMD

FL

SWR

BREM

SWL

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

WIRED REMOTE

MUTE
TELMUTE

GUIDE MUTE

KMOD

HIVOL12

VODEO BUFFER
BACK CAMERA
LEVEL SHIFT
EVOL

AV SELECTOR

RST

HIVOL15

GUIDE MIX

TELMUTE

VTR2GND

RR

VTR2V

RL

REARGND

FR

KMODE

FL

FRONTGND

SWR

BREM

SWL

SWGND

751
3041-3045
1008
4061-4069
1015
4070-4089
1016
4150-4162
1016
4351-4363
4366
4733
4775-4776
1020
4288
4292-4293
4295
4311-4329
4364-4365
4367
1021
4361-4364
4366
4368
1046
1077-1078
4000-4049
4163-4199
4200-4229
4232
4278-4279
4231-4249
4251-4259
4261-4269
4271-4289
4291
4296-4299
4794
4292
4301-4309
4352
4361
4364
4311-4314
4719
4331-4349
4351
4353
4355
4365
4371-4374

FM(EU):+5.8 dBs
AM(EU): -3.7 dBs
FM:+1.8 dBs
AM: -7.7 dBs
LS1:+8.1 dBs
IP-BUS/AV:+8.5 dBs
Navi Audio:+3.7 dBs

AV CONNECTOR

GUIDE

DVD LPF

AU4

AMUTE

GNDA

>

AG

7

AVIC-X910BT/XS/UC

8

A-a A-b

A 1/6

GNDA

5

GNDA

BREMOTE
BREMOTE

1
5
1

2

5

Q4332
FMG12
Q4333
FMG12

2
3

1
1
5

3

2
2
2

4
4
4

3
3
2

4
4

1
3
3

22k
R4340
22k

22k
R4337
22k
R4338
22k
R4339

R4341
22k
R4342

2200p/50
470 C4337

2200p/50

R4343

470 C4340
R4346

2200p/50
470 C4341

2200p/50

470 C4338
R4347

R4344
2200p/50
470 C4339

2200p/50
470 C4342
R4348

R4345

C4351

R4331

POMUTE
RSTMUTE

D4372

FU4352 CEK1259-A
1
2
3.15A

C4331

D4371

4.7u/16

UDZS5R6(B)

GNDA

HDRST
HDRST

POMUTE
RSTMUTE

UDZS5R6(B)

D4365

miniSMDC075F/24
FU4351

1SR154-400
1000p/50

1000p/50

7

C4372

6

C4371

PTZ27(B)

6

PTZ27(B)

2
1

5
C4353
1000p/50

5
8

A

B

C

D

E

F

A-b 2/6

153

FR
FL

6 2E

Q1016
IMD2A

2C 1
1B 2

RSTMUTE

CDL

GNDV

GNDV

MONVBS

FRV

NAVIAL

NAVILG

NAVIRG

NAVIAR

AV2VG

AV2VIN

GUIDEMUTE

GUIDEG

GUIDE

AV2LG

AV2LS

AV2RG

AV2RS

A 1/6

GNDD

4

5

3

5.0V

1E

GNDV

GNDV

C1078

0.1u/25

1C

2B

CDR

CDL

MONVBS

FRV

NAVIAL

NAVILG

NAVIRG

NAVIAR

AV2VG

AV2VIN

GUIDEMUTE

GUIDEG

GUIDE

AV2LG

AV2LS

AV2RG

AV2RS

HDRST

RSTIN

8.3V

C3042

AV8

C3041

AV8

8.3V

8.3V

AV1VIN

AV1VG

NM

NM

R3041
1.8k

R3042
1.8k

GNDA

CCG1203-A

CCG1203-A

3

1

1u/10

R4168
C4213

NM

C4212

R4167

NM

1u/10

R4164

1u/10

1u/10

C4210

C4208
R4165

8.3V

5.0V

2

5

8.3V

4

4.0V

IC1008
NJM2125F

AV8

NM

GNDA

AU4

4061-4069

1008

C4175

VIDEO5

DVDR

E

DVDL

NAVIRG

NAVIAR

NAVILG

NAVIAL

AV2VIN

AV2VG

1077-1078

0.1u/25

1046

C1077

AV1VIN

VDD5

DVDV

5.0V

RST

AV1VG

AV3VIN

8.3V
8.3V
8.3V
8.3V

5.0V
R4001
75
R4021
75
R4041
75

8.3V

10u

GNDA
NM
NM
1k

R4163
R4166
R4061
2C 1
1B 2
2E

C4061

AV3VG

3
2B

EDZ4R3(B)
D4061
IMD3A
Q3041

GNDA GNDV GNDD

1

8.3V

4.0V

NAVI R

NAVI L

GNDA

GNDV

L4172
10u

C4172 0.1u/50

A 6/6

4

C4187

AV8

GNDA

GNDD

GNDV

4.7u/10

C4186

GNDV

4.7u/10
4.7u/10

C4185

0.1u/50
C4181

GNDV
D4062
0.01u/50
C4062
1E

C4063
Q3042
FMG12

C4064

22u/6.3
C4183
R4173

NM
C4176
47u/16
C4171
4.0V

47u/16
C4173
C4182 0.1u/50

NM

0.1u/50
C4184
NM
R4176

NM
C4177
C4174 22u/6.3

C4189

C4188
1u/10

5.0V

8.3V

C4191

C4070
CCG1203-A

AV SELECTOR
4232

4163-4199

22k

R4170

22k

R4171

6

4

8

1

33p/50
7

47k

GNDA

C4078

3
IC1015
NJM4558V
(1/2)

2

33p/50

C4075

47k

47k

47k

IC4171
AN15887A

R4075

R4078

R4073

4278-4279

4200-4229

4000-4049

R4076

47k

C4073
CCG1203-A

47k
R4072
C4071

R4071

C4072
CCG1203-A

CCG1203-A

4.0V

8.3V

4.0V

2

1
VCC1
3 BIAS1
GND1
4
L1-1
5
L1-2
6
R1-1
7
R1-2
8
L2-1
9
L2-2
10
VCC2
11 BIAS2
GND2
12

C4194
1u/10

GNDA

1u/10

C4192
1u/10

A 1/6

2

8.3V

L4176
AV1RG
CTF1689-A-T
C4228
NM

8.3V
L4171
NM
R4062

36

35
SCL
SDA 34
VOUT1
33
FB1
32
VOUT2
31
FB2
30
LOUT2
29
ROUT2
28
LOUT1
27
ROUT1
R5-2
26
R5-1
25
R4199

R4198

4.0V

R4174

22k

R4175

22k

GNDA

GNDA

4070-4089

1015

DVD LPF

R4080
33

R4079
33

1.0Vrms
=2.21dBs

NM

NM

1
NM
VR4200
(100)

FMR

IPR

IPRG

DVDR1

4794

UC

4296-4299

4291

4271-4289

EVOL

NM
NM

R4278

NM

NM

NM

R4201

R4279

R4188

R4187

75
3

R4200
2

22u/10

22u/10
330u/10

C4219

C4218

SSDA

SSCL

5.0V

8.3V

C4220

22u/10

220

220

C4232

R4195

R4194

GNDV

1u/10
C4225

NM

C4193
AV1LS L4173
CTF1689-A-T
R4074

0
C4190
1u/10

4.7u/10
48 C4197
1u/10

AV2LS

GNDD
1SS355
10u/16

1C

0.1u/50
1
5

4
2

1u/10

4.7u/10
47 C4195

1u/10
C4199
VTR3
46
1u/10

C4198

C4226
NM
AV1LG L4174
CTF1689-A-T
L4175
AV1RS
CTF1689-A-T
C4227 NM
47k

VTR1L

C4202

13

V6-2
V6-1
V5-2
R2-1
R2-2
L3-1

45
V5-1

1u/10

14

C4201
1u/10
R3-1

C4200

AV2LG

VTR1R

1u/10

15

R3-2

4.7u/10
L3-2

VTR1
43
V4-1

C4224
1u/10

1u/10

18

44 C4203
V4-2

C4207
1u/10
42
19

L4-1

DVD

C4204

17

V3-2

4.7u/10
40 C4211
V2-2

VTR2
37

C4206

16

41
V3-1
L4-2
20

39
22

R4-1
21

4.7u/10
38 C4216

V2-1
V1-2
V1-1
R4-2
L5-1
L5-2

23
1u/10
C4215

24
1u/10
C4217
0.1u/50
R4077

VTR2L

C4222
47k

3
k

AVIC-X910BT/XS/UC
C4076

A-a 2/6
k

VTR2R

C4221

2
1u/10

1
1u/10

A-a A-b

180

R4272

DVD R

DVD L

GNDA

22k

154
AV2RS

F
AV2RG

D
C4079
0.01u/50

C

3

1k

R4275

A-b 2/6
R4274

B
NM

CC

3

C4080
0.01u/50

A
2

CDR
C4278

1
4

TELMUTE

NOSELL

NOSELR

SELSDA

SELSCL

RSTIN

A 4/6

VST

VDT

VCK

WCONT

WIREIN

AMUTE

DVDR

DVDL

DVDV

CDR

CDL

GNDV

TELMUTE

NOSELL

NOSELR

SELSDA

SELSCL

RSTIN

VST

VDT

VCK

WCONT

WIREIN

AMUTE

DVDR

DVDL

DVDV

CDR

CDL

AMUTE

3041-3045

751

AMUTE

GNDA

IMD3A
Q3041

2C 1
1B 2
6 2E

GNDV

1E
1C

GNDV

Q3042
FMG12

D3041
DAP202K

1

8.3V

2

GNDA
(DVD)

5
5

2
4
4
0

3
2B
4

1
3
3
R751

R3042
1.8k

47k
R3043

47k
R3044

8.3V

GUIDE

A-a A-b

NM
R4160

4.0V

8.3V

8.3V

GNDV

GUIDEG

4.0V
4.0V

5

R3041
1.8k

NM

R4162

CCG1203-A
C4152

CCG1203-A
C4151

NM
R4161

8.3V

C4070
CCG1203-A

C4073
CCG1203-A

C4072
CCG1203-A

10k

2

47k

R4073

47k

R4076

47k

R4072

4

8

1

C4153
220p/50

R4154
10k

A 3/6

5

47k

1

GNDA

C4161

1k

100k

R4156

4150-4162

1016

GNDD

R4155

NM

C40

GUIDE

IC1015
NJM4558V
(2/2)

33p/50
7

C4078
6

4

GNDA
R4078

3
IC1015
NJM4558V
(1/2)

ISOLATOR

R4152
3
10k
IC1016
BA4558RFVM
(1/2)

R4151
10k

C4160

CCG1203-A

4.0V
AU4

8.3V
AV8
C4154

CCG1203-A

0.1u/16

C3042

IPRG

C3041

0.01u/25
KMOD

R4157

+4.6dB

7
IC1016
BA4558RFVM
(2/2)

A 6/6

10.6kHz 18dB/oct

5

6

47k

C4158
150p/25
R4159

LPF AMP

100k

4.0V

AV8

4070-4089

1015

C4080
0.01u/50

GNDA

DVD LPF

C4157

DVDR

IPR

220p/50
R4153
FML
FML

FMR
FMR

FMRTN
FMRTN

C4155
KMOD

0.1u/
R4077
IPRG

C4159

8.3V

2.2u/10

8.3V

8.3V

UC

UC

Lch MUTE

IPLG

IPL

FML

FMRTN

FMR

IPR

IPRG

1E

2 1B
1 2C

1E

4719

4311-4314

CC

5

4

5

4

2E 6

2B

1C

2E 6

2B

1C

AV8

CC

4367

4364-4365

4311-4329

4.0V

1k

R4276
22k
R4277

D4311
DAN202K

Q4312
IMD3A

820

R4312

Q4311
NM

NM

R4311

4295

4292-4293

4288

1020

2 1B
1 2C

3

1k

R4275

GUIDE MIX

C4281
1u/6.3

180

R4273

0

R4271

3

22k

FM(EU): -9.5 dBs
AM(EU):
-20 dBs
FM: -13.5 dBs
AM:
-24 dBs
LS1:+4.804 dBs G
IP-BUS/AV: +2.2 dBs
Navi Audio: -2.68 dBs

180

R4272

R4274

GUIDE MUTE

Rch MUTE

8.3V

DVDL

GUIDEMUTE

MONVBS

IPL
IPL

47k
IPLG
IPLG

GNDA

GMUTE
Normally Hi
Uttering Low

GNDA

7

IPR

R4158
C4156

68k
0.1u/16

7

150p/25

6

NOSELR

Q4313
NM
R4314

6

100k

5

Q4314
DTC323TK
R4313

5
8

A-b 2/6

AVIC-X910BT/XS/UC

A-a 2/6

8

155

A

B

C

D

E

F

F

FM DISTRIBUTION
FM/AM TUNER
VICS TUNER

156

1

2

1401-1430
1431-1479
1000
1481-1499

3
C1443
22p/50
CKX1046-A

CN1441

Q1441
2SC3130(PQ)

NM

A 3/6

AVIC-X910BT/XS/UC

4

1481-1499

1000

GNDRF

GNDRF

VICS TUNER

1

3

SD/DO

3

SDA

T1403
CTC1192-A

3

5

C1452

TUNDO

R1466

TUNCE1

TUNCE2

TUNCLK

4

NM C1454

NM C1453

GNDRF

GNDRF
R1481

NM

E

2

4

IC1000
NM

NM C1455

22k

1000p/50

TUNSL

R1465

R1464

R1463

R1462

R1461

680

680

680

680

680

C1464
100p/50

4.7u

L1461

10

9

8

7

6

5

4

3

2

1

CK

CE1

NC WC

CE2

SL

VCC

FM_ANT

RF_GND

AM_ANT

Y1461

10

S-METER

5

9

2

NM C1451

GNDA

140mA MAX

C1466
0.01u/50

NM
ILMGND GNDRF

8

8.3V

8.3V

SCL

L1462
2.2u

R1434

7

GND3

Y1481

6

ANTENNA IN

VCC

C1462

GNDRF

220u/10

NM

CWE2127-

GND2

C1461

R1426

8.3V

EU5

5

DETOUT

220u/10

8.3V

NM

0.01u/50

0.1u

AU CWE2128-

4

3

0.1m

GND1

8.0V

ANT

3.3k

1

R1412

8.3V

C1425

C1424

180

R1425

0.1m
L1423

UC

NM

C1481

GNDRF

L1422

680
0.22u

R1424
L1421

3

2

1441-1449

NM

68

C1423
15p/50

C1445

VICS/TMC AMP

0.01u/50

L1403

1u
L1443

1.5k

Q1421
2SC3127

C1444

R1442

NM

2200p/50

C1422
2200p/50

R1423

R1422

L1442

C1441

150

D

R1445

1

0.15u

3

R1444

2
3

L1441

NM

2200p/50

2

150

R1421

68

C1442

4

C1409

1

2200p/50

2

680

T1401
CTC1194-A
Q1401
2SC3357(RE)
T1402
CTC1193-A

100

C1410

1.5k

4
1

R1413

C1405
47p/50

L1402
0.1u

B

R1443

5

C1408

5

0.01u/50

2

33

CTF1689-A

R1411

33p/50

C1404

C1402
22p/50

R1401

C1407
0.01u/50

0.01u/50
820

C1406

0.12u
C1403

C1421
2200p/50

150

R1441

GNDRF

27p/50

1
1

C1401
27p/50

RFIN

L1401

1M

2

R1409

ANT1401
CKX1060-A

R1410

ZNR1401

C
RCCA-201Q31UA-PI

1
4

10.3 AV UNIT(TUNER SECTION)

A

FM/AM

C1463

C1426
NM

27p/50

TUVCC

E

C1465
0.01u/50

8.3V

8.0V

FM DISTRIBUTION

1401-1430
NM

TMC

1
R1482
NM

2

G

5

6

7

8

A 3/6 AV UNIT (TUNER SECTION)
Rch

Lch

AGND BEGND

RDS_HSLK

RDS_LOCK

RDS_CK

FM(EU): -9.5 dBs
AM(EU): -20 dBs
FM:-13.5 dBs
AM: -24 dBs

24

23

22

21

NC COMP

RDS_DATA
20

19

18

DGND

DO

ROM_VDD

OSCGND

LDET

VDD_3.3
17

16

15

14

13

DI
11

10

12

CK

CE2

SL

VCC

FM_ANT

RF_GND

CE1
9

8

7

6

5

4

NC WC

FM/AM TUNER UNIT

461

3

A

A 2/6

C1463
NM

680

680

680

680

680

680

R1474

0

R1471

0

R1475

0

FMRTN

B

C1475

R1473

C1474

C1473

R1472

NM

NM

FMR

NM

NM

NM

NM

EU5

EU5
680

C1471

NM
NM

0

FML

C1470

C1464
100p/50
TUVCC

C1466
0.01u/50

R1433

R1470

0

R1476

0

R1477

HRLK

0

R1478

HRDT

0

R1479

HRCK

HRHSLK

GNDA

DRF

HRHSLK
HRLK
HRDT
HRCK

R1468

R1467

R1465

R1464

R1463

R1462

R1461

HLDET
L1463
2.2u

L1462
2.2u

VDD33

HLDET

L1464
CTF1399-A

A 4/6

L1465
3.3V

8mA MAX

C1458

0.01u/50

GNDRF

TUNSL

TUNCE2

TUNCE2

TUNCE1

TUNCE1

TUNCLK

TUNCLK

TUNDO

TUNDO

TUNDI

TUNDI

C

5.0V

NM

R1469

NM C1457

TUNSL

200mA MAX

C1472
NM

GNDRF

TUNDI

HLDET

TUNDO
R1466

NM C1456

TUNCLK
NM C1454

NM C1455

TUNCE1
NM C1453

22k

TUNCE2
C1452
1000p/50

NM C1451

TUNSL

140mA MAX

GNDD

0.01u/25

C1476

0.01u/50

465
u/50

C1469

C1468
CCG1203-A

NM

C1467

2.2u

5.0V

5.0V

5.0V

VDD5

VDD5

8.3V

A 1/6
3.3V

TU3

GNDD

3.3V

3.3V

8.3V

AV8

8.3V

8.3V

8.0V

8.0V

8.0V

8.0V

TU3
AV8
VICS8

VICS8
GNDRF

8.0V

GNDD
GNDRF

NM

GNDA

GNDD

ILMGND

D

ILMGND

R1495
DEC3

NM
R1484

46

A2/D

8
BLOCK

IC1481

A1/C

NM

A0/C

3

4

2
IC1000
NM

NM

NM

5

FCK
10
BCK

RD

CRC4

WR

11

C1483

1

R1492

9

NM

C1481

BCLOCK3

FLOCK

R1496
NM

A3

12
NC1

DREQ
13

DO

DACK
14
Vssd2

Vssd3

15
Vddd3

GNDD

TUNER

INT

32

D13
D14
D15
31

30

D12
29

28

D10
27

26

D9

D8
25

D7

D6
24

23

D5
22

21

D4

D3
20

19

D0
D1
D2
18

17

NM

C1489

RDY

D11

Vddd2
16

NM

R1493

DRST3

NM

45

NM
R1498

DCL3

DDO3

DDO3

DINT3

44

DINT3

BCLOCK3

43

41

NM
R1487 DDI3
R1488 DCE3

40

NM

42

DCL3
NM R1489

39
38
37
36

E
SD/DO

S-meter

S-meter

SDA

33

SDA

SCL

SCL

A 4/6

DDO3

35
34

BCLOCK3

SD/DO

NM

8.0V

DATA
7

CS

DDI3
DCE3

DCL3

NM

CLK16
6

STNBY

48 BUSWD
47 SP
48 RST

64 XIN
63 Vssd1
62 TOSEL2

5

VICS8

GNDD

DRST3

DCE3
R1490

R1491

IOCNT2

NM

C1484

IOCNT1

8.0V

GNDRF

DDI3

C1498

TIN

Vssa

NC2

49

NM
10Uf/10V
51

50

C1495
52

53

NM
54

C1492

55

57

58

59

60

56
CIN

NC3

Vdda

47

R1494
NM

4

48

DINT3

NM

3

NM

L1481
NM

GNDA

DRST3

C1497

R1481

FLOUT

Vddd1

TPC1

XOUT
2

SCL

TPC2

61

62

NM
C1491
63

C1486

NM

1

GNDD
NM

64

NM

TEST

S-meter

NM
C1488

TOSEL1

R1483

C1487

GNDRF

C1493

NM

NM

SDA

NM

7.20MHz
X1481

R1486

SD/DO

R1485

SD
GNDD

NM

C1485
NM

VICSG

8.0V

C1482
NM

NM

Vref

NM

R1482
NM

D1481

L1482
NM

NM

C1494

DARC33

MPXI

SD/DO

L1483
NM

10

SDA

S-METER
9

SCL
8

6

7

VCC

GND3

GNDA

NM
R1497

DARC33

F

9

A 3/6
AVIC-X910BT/XS/UC
5

6

7

8

157

1

2

3

4

10.4 AV UNIT(SYSTEM uCOM SECTION)(GUIDE PAGE)
WAKEUP
40

39

CB

UARTSPEED

CR

VIDEO GND

VIDEO GND

Y

VIDEO GND

CVBS

VIDEO GND

DVVG

L715

L714

L713

0

DVV

CTF1306-A

DVL

CTF1306-A

CTF1306-A
R722

GNDV

100k

L712
DAG

CTF1306-A

CTF1306-A

CTF1306-A
L710

DVR

L711

L709

R718

220

GNDA

0.01u/16

701-722

C711

5.0V

CD/DVD

38

37

36

35

34

33

32

31

AGND

ANALOUT

ANAROUT

AGND

STANBY

SLVSTS

AGND
30

29

28

27

26

HSTCMD

24

23

25

STBY

SLV

HST

AMUTE

IRQPWR

XRES

22

21

20
CTF1306-A

GNDD

CTF1306-A

CTF1463-A

CTF1453-A
L704

FB701

L705

0.1u/25
0.1u/25

GNDP

CTF1357-A

C708
C706

MS8VR

GNDD

W
R717

VD5

0.1u/25

NM
CTF1306-A-T

C709

GNDP

XRES

AMUT

PGND

CTF1306-A

0.1u/25

L706

0.1u/25

C705

L708

C707

L707

CKS5075-A

IRPQ

VDD5

NC

VDD5

VDD5

VDD5

NC

NC

19

18

17

16

15

14

DGND

DGND

11

13

12

DGND

DGND

PGND

DGND

10

9

8

7

NC

PGND

PGND

6

5

4

VDD8(DRY)

VDD8(DRY)

3

CN882

MS8V

CN702

2

1

A

VDD8(REG)

B

A-a 4/6

GNDD

GNDD

R712

3.3V

5.0V

ASENBO

IPPW

8.0V

VD8

8.0V

NAVI3

3.3V

5.0V

UVDD5

5.0V

RX

RX

5.0V
UVDD5

3.3V

5.0V
UVDD5

5.0V
UVDD5

3.3V

UVDD5

3.3V
5.0V

NAVI3

3.3V

470

TUNDI

470

TUNCLK

1
8
3

RCK

4

6

EU5

C610
NM

C611
NM

R601

RDS57K

5 2B
6 2Y

GNDD

7 GND

HRCK

4A
4Y
3B
3A

GNDD

12

3 1Y
4 2A

11
10
9

5 2B
6 2Y

8

7 GND

CTOSYS5

4B
4A
4Y
3B
3A

13

GNDD

12
GNDD

11
10
9
8

761- 767
602- 603
606
612
621

A 4/6
AVIC-X910BT/XS/UC
3

4

22

R645
CTF1410 A

L612
C618

0 1 /16

SIMUKE3

SIMUKE4

52

51

DCSKIPCD

DCSKIP
49

50
DCSKIPCD

DCSKIP

NAVICON

DCL5

DDO5

UC

DDI5

100k

MS5TOSYS5

609-610

R689

SYSTOMS55

GNDD

SYSTOC3

623

SYSTOC5

618

605

100k

OFFANS3

601-602

R688

OFFANS5

615

100k

688-689

R602

GNDD

NAVI LEVEL SHIFT

GNDD

2

NAVICON

5.0V
GNDD

100k
0.01u/16

F

1

48

R634
100k

C617

GNDD

14
VCC

3Y
R618
C623

TC74VHCT08AFTS1
3 5 AND
GNDD

NAVI UART

C615
0.1u/16

R643
100k
R646

1 1A
2 1B

13

DARC LEVEL SHIFT

158

NC

R627
4B

L610
CTF1410-A

Q754
DTC124EUA

EU5

47

R732

NM

FREQSW
RX

5 3 AND
IC609
TC74VHC08FTS1

14
VCC

CPUWDT5

CTOSYS3

RCK

VICSON

35

NAVI3

CTF1410-A
C605
0.1u/16

3Y

RDSLK

751-754

34

687

R644
NM
R647

3 1Y
4 2A

CTOSYSV5

Q752
DTC124EUA

HR

DRST

680-684

R635
NM
R637
NM
R638
NM

1 1A
2 1B

NAVI UART(VICS)

HRDT

RDT

33

BATFAULT5

CTOSYSV3

Q753
DTC124EUA

NM

36

3.3V
5.0V L605

IC605

TUNSL

Q751
DTC124EUA

R624

R697

TUNCE2

TUNCE2

HRLK

BCLOCK

R698

TUNCE1

UVDD5

HLDET

32

100k

3.3V

TUNCE1

HRHSLK

NM

100k

TUNDI
TUNCLK

HLDET

R623

668-678

22

TUNDI
TUNCLK

TUNSL

GNDD

UC,EU5

R603

TUNDO

TUNDO

130

NC

37

3.3V

TX

VSS

NC

31

CPUWDT3

E

DRST3

SYSTOCV5

NC

30

22
R604

100k

A 3/6

1k
R642

29

NM

DRST3

131

627-666

DCE

NM

R625

RX

SYSTOCV

28

VICSON

DDI3
BCLOCK3

WCONT

608-625

NC

R622

5.0V

DCL3

DCL3
DDI3
BCLOCK3

ILMSNS

27

DCL

DRST5

R639

603-604

LDET

680

46

DDO3

134

26

DDO

DDO3

TEMPIN

616

RCK

R607

CLK1

BCLOCK5

137

NMI

25

TX
HSTCMD(SYSTOMS5)
VCC1
SLVSTS(MS5TOSYS)
VSS

VCC1

100k

40

DCE3

XIN

0.1u/16

DCE5

DCE3

VSS

22

C609

DINT3

DINT3

XOUT

21

100
20MHz

24

SYSTOCV3

S-meter

S-meter

RESET

20

R620

23

SYSTOCV5

SDA

RDS57K

19

R612 VCC1

NM L731
R731
0

SDA

HLDET

5.0V

SCL

3.3V

SCL

RDT

18

CTF1410-A

5.0V
GNDD

SD/DO

CNVSS

17

L608

UVDD5

SD/DO

16

100k

OFFINFO5

AMUTE

R619

OFFINFO3

AMUTE

BYTE

100k

WCONT

RDSLK

15

BATFAULT3

WCONT

SYSTEST

14

39

WIREIN

WIREIN

R630

CDL

C636

CDL

UVDD5

CDR
NAVI3

GNDA

A

NC

13

1k

680

U
EU

12

R610

5

NM

2
7

RDS57K

GNDA
CDR

R611

3
6

7

NC

38

DVDV

GNDV

2

2 2

DVDV

RDT

C608

DVDL

NC

11

100k

GNDD

0.1u/16

DVDL

8

10

R609

SYSTES
R608
1

0.1u/16

RDSLK

0

DVDR

5.0V

DVDR

3.3V

TELMUTE

TELMUTE

4

5.0V

NAVI3
22k
R628

NOSELL

8 TUNCE1
9 TUNCE2

R617

0
5.0V

5

NOSELL

R616

0
UVDD5

X601
VSS1186-A

TUNCE2

NOSELR

TUNDO
6 TUNDI
7 TUNCLK

R615

1
1

TUNCE1

SELSDA

5

R614

2.2k

3
3

SELSCL

SELSDA

R613

BSI/TSI
AVCC
VREF
TUNSL
AVSS

4 NC
TUNDO

WCONT 133
VCC1 132

2 BSO/TSO
BSCK/TSCK
3 REMOCON

BSCK

ILLSNS

1

BSO

REM

SELSCL

1k

GND

C607
0.015u/50

NC 136
NC 135

GNDD

BSCK

NOSELR

WIREIN

NM
R631

NM

NM
C616

R629

R633

5.0V
220
4

TMPIN

GNDD

GND

BD5335FVE

DDI

BDATA

CT

100k

NC

GNDD

OR 5 5

MUTE

SUB

3

1

L609
CTF1410-A

5

NC 129

2

2

VDD

45

IN_B

VCC

VOUT

44

5

1

3

43

IN_A

635

IC608

GND

0

OUT_Y

10k
R636

WREMIN 139
138
S-Meter

4

TUNSL

S-meter

SYSTOMS53

SYSTOMS55

CTF1410-A
L607

IRQPW5

XRES5

XRES3

TC7S32FU

0.1u/16
GNDD

42

VST

10k
R640
C619

0.1u/16

VDT

R626

5.0V

C601
0.1u/16

5.0V

VCK

VDT

GNDD

R632

607-609

3.3V

VCK

R641

8

3Y
IC607
GNDD TC74VHC08FTS1

IC604

VST

9

3A

7 GND

5

L611
CTF1410-A

LEDDT

INV5

AND 5 3

613-614
LEDCK

LEDDT

GNDD

603-605

SRCMUTE

LEDCK

OUTY

TC7SH04FUS1

LEDCS
LEDCS

GND

3

L601
CTF1410-A

10

3B

140

SRCMUTE

SRCMUTE

601

GNDD

11

4Y

5 2B
6 2Y

4

13
12

4A

141

ROT0

AND 5

SRCMUTE

INA

3

4B

41

ROT1

ROT0

2

14
VCC

3 1Y
4 2A

5

142

ROT1

OUTY

VCC

143

DVEJKY

GND

NC

144

RESETB

DVEJKY

IC603
1

4

GNDD TC7SH08FUS1

RSTIN

RSTIN
RESETB

5

INA

5.0V

CTOSYSV3

Vcc

INB

C614
0.1u/16

CTOSYSV3

3

C613
0.1u/16

SYSTOCV3

2

NM C635

SYSTOCV3

1
RSTOUT

1 1A
2 1B

100k

CTOSYS3

0.1u/50

C604
0.1u/50

R605

SYSTOC3

3.3V

IC601

5.0V

SYSTOC3

DVD
607(L,IC)
C606,626
C606

0.1u/50

BATFAULT3

CTOSYS3

L604
CTF1410-A

C602

OFFANS3

OFFANS3

RSTIN

L602
CTF1410-A

RESETB

RESET
601-602

OFFINFO3

3.3V

OPTON
CPUWDT3

IRQPW3

NFCONT
OPTSNS

OFFINFO3

A 2/6

WAKEUP

5.0V

5.0V

BATFAULT3

D

DVDV

DVDL

DVDR

MS5TOSYS3

3.3V

5.0V

MVDD5

TX

CPUWDT3

A 5/6

BUP3

IPPW

OPTON

C

3.3V

TX

NFCONT
OPTSNS

A 1/6

SYSTOMS53

AMUTE

0

0
R715

R714

3.3V

8.0V
ASENBO

XRES3

5.0V
3.3V

3.3V

A 1/6

IRQPW3

3.3V

B

MS5_STANDBY3

NM

EU5
AU

7

A-b 4/6

VDD8(DRY):1800MA MAX
VDD8(REG):220MA MAX
VDD5 :650MA MAX

WAKEUP

UARTSPEED

6

8

A 4/6 AV UNIT (SYSTEM uCOM SECTION)

40

39

CB

VIDEO GND

VIDEO GND

Y

CR
38

37

36

CVBS

VIDEO GND

34

35

33

32

31

30

VIDEO GND

5

A

WAKE
R717
NDA

GNDV

0
DVVG

3.3V

3.3V

5.0V

MVDD5

5.0V

5.0V

8.0V

8.0V

VD8

8.0V

8.0V

ROM

4

TEST

DO

GND

7
6

GNDD

CTF1410-A

ASENS

103

DINT

102

R768

SDA

101

NM

SCL

100

NC

99

SD/DO

98

VCK

97

VDT

96

VST

95

MUTEVO

94

VSS

93

ANTON

92
91

C622

VCC2
OPTSNS

90

0.1u/16

81
80

5.0V
5.0V

UVDD5

VD8
8.0V

5.0V

BUP3

MVDD5

NOSELL

73

0.1u/16

FANCONT

72

GNDD
L614
CTF1410-A

C4784

R4783

47p/50
C4785

3.3k
R4784

47p/50

3.3k

5.0V

5.0V
SWVDD5

C685

74

71

VCC2
FANCONT

E
GNDD

7
8
9

TELMUTE

ASENBO

IPPW

0.1u/16

0.1u/16
C671

NAVI LEVEL SHIFT

C632
0.1u/16

1k

TH601
R685

4

C672
REM

SYSPW

SWACPW

RESET
SRCMUTE
TEMPIN

2
3

GNDD

CCX1051-A

1

NM

R668
4.7k

CN601

R680
4.7k
Q601
2SA1576A(QR)

CKS3752-A

47k

R664

1k

R663

R656
NM

UVDD5

6

SREMOTE

NM

NOSELR

5

XRES5

NM
C634

NOSELL

75

GNDD

IRQPW5

WAKEUP
R699

MS5_STANDBY5
100k

VDD5CONT

GNDD

DARC LEVEL SHIFT

TEMPIN
TH601,R685,

uCOM

C632,C685

GNDRF GNDD

U695
RPMS2401-H19E4AV

CNVSS

SWVDD5

IR REMOTE

47

R696

3

4

1

2

5.0V
GNDD

IR REMOTE
CD/DVD

GNDD

601-602
601
603-605
607-609
613-614
635
601-602
605
609-610
615
618
623
688-689
602-603
606
612
621
761-767
603-604
608-625
627-666
668-678
680-684
687
690-694
697-699
731
733
768
4783-4786
612
617
630
686
695-696
697
701-722

F

697
NM

C696

47

CCG1171-A
C697

R695

NM

695-696
C695

VDCONT

DCSKIPCD

NM

SELSDA

76

R654 R655

DCSKIP

C631

SELSCL

VSS

10

NM

C633

R687

100k

5.0V

0

R677 0

77

CNVSS

NAVICON

5.0V

100k

NM
R693

100k

NM

5
4

R676

78

22

R659

R692
5.0V

6

79

NOSELR

C4786
NM

R662
100k

R661
NM

R691

7

NM

8

2

3

MUTE

C621

70

69

68

FCONT

0.1u/16

NC
SYSPW
IPPW
ASENBO
TEIN
SWACPW

SREMOTE

OPTON

0

5.0V

R655
NM
R658
NM

ANTON

MS5TOSYS5
SYSTOMS55

NM

D

VST

GNDD

OPTSNS

R660

67

P50

66

WAKEUP

IRQPW

XRES
64

63

62

100k

65

MS5_STANDBY
61

VDD5CONT

VCC2
59

60
L613
CTF1410-A

VDCONT
58

C620
0.1u/16

VSS

SIMUKE0

/HOLD

SIMUKE1

56

55

54

GNDD 57

R648

100k

R654
100k
R657
100k

SIMUKE2

SIMUKE3

SIMUKE4

680
R684

R682

5.0V

100k

5

SELSDA

SELSCL

NM

VDT

6

4

5.0V

82

NC

100k

7

3

1k

NC

100k

8

2

83

NC

DCSKIPCD

GNDD

1

NC

4783-4786

53

5.0V

NFCONT

768

52

SCL

VCK

R671

733

51

SDA

SD/DO

84

680-684

R643
100k
R646
100k
R650
100k

BSENS

DINT5

BSENSN

NFCONT

VICS5

ASENS

100k

668-678

UC

5.0V

R670

85

627-666

EU5
AU

5.0V

86 TSIN

731

R644
NM
R647
NM
R651
NM

5.0V

87

MUTE

697-699

50

DCSKIP
49

NAVICON
48

NC
47

DDO

DCL
46

GNDD

5.0V

LEDDT

88

608-625

R634
100k

45

MS5TOSYS5

89

5.0V

DCL5

C

8 MS5_STANDBY5

5 OR

5.0V

CDRESET
ROT1
ROT0
ROMDATA
ROMCLK

104

690-694

GNDD

DDO5

9 MS5_STANDBY3

3Y

LEDCK

BSENS

687

DDI

10

LEDCS

105

603-604

R635
NM
R637
NM
R638
NM

3

5.0V

616

1

ROMCS 107
LEDCS
106

LEDDT

TESTIN

VCC1
SLVSTS(MS5TOSYS)
VSS

11

LEDCK

BSENSN

NC

3A

GNDD

5.0V

5.0V

R683

109

110

112

111

BSRQ 114
113

BRST

115

BRXEN

118

116

117

119

OFFANS

OFFINFO

BATFAULT

CPUWDT

120

121

122
NC

RSTOUT

123

DVEJKY

NC

124

125

NC 127
126

CTOSYS

SYSTOC

108

FCONT

CLK1

3B

5.0V

R686

NM

R694

L612

0.1u/16

C618
130

131

NC 129
128
CTOSYSV

VSS

SYSTOCV

WCONT 133
VCC1 132

134
ILLSNS

NC 136
NC 135

TMPIN

137

WREMIN 139
138

S-Meter

VREF
TUNSL
AVSS

L615

OPTON

44

4Y

UVDD5

IC610

43

4A

TC74VHCT32AFT

100k

R681 47k

M30878FJBGP

42

686

12

CTF1410-A

AU PEG563A8

0.1u/16

4B

13

MS5TOSYS3

UC PEG562A8

5.0V

R666

GNDD

EU5 PEG561A8

L611
CTF1410-A

VCC

5 2B
6 2Y
5.0V

DTC114EUA

GNDD

CD3.3

5.0V

NM
1M

R679

5.0V
100k

Q662

GNDD

DDI5

630
14

3 1Y
4 2A

CNVSS
R665

GNDD

100k

612
617

1 1A
2 1B

DTC114EUA
Q661

10k
R640

CNVSS

IC612

NM
10k

7 GND

10k
R636

3.3V

5.0V

UVDD5

0.1u/50
C630

5

R641

EL SHIFT

L617

8

CTF1410-A

ROT0

ROT1

CDRESET

BRST

BSRQ

BRXEM

OFFANS5

OFFINFO5

BATFAULT5

R690

4.7k

CPUWDT5

DVEJKY

RSTOUT

NC

DI

NM

R733

CTOSYS5

SYSTOC5

22

22
22

R652

R653

R649

22

R645

1k
R642

R639

R667

VCC

SK

3

1k

CTOSYSV5

SYSTOCV5

WCONT

ILMSNS

TEMPIN

WIREIN

CS

2

5.0V

NM
IC611
S-93C56BD0I-J8
1

1k

5.0V

NM

IC611,C629,
667,679

R633

5.0V

UVDD5

5.0V

NM

5.0V

C629

5.0V

5.0V

D5

5.0V
UVDD5

3.3V

5.0V
UVDD5

3.3V

3.3V

8.0V

BUP3

5.0V

3.3V

3.3V

3.3V

3.3V

3.3V
5.0V

3.3V

3.3V

D5

3.3V

VDD5CONT

VDCONT

SYSPW

BSENSN

BSENS

ASENS

FANCONT

DCSKIPCD

DCSKIP

FCONT

NAVICON

ASENS

ANTON

SYSPW

ILMSNS

SREMOTE

3.3V

VICSON

SWACPW

WAKEUP

DVDV

B

3

3

3.3V

VDD5CONT

SYSPW

VDCONT

ASENS

BSENS

DCSKIPCD

FCONT

NAVICON

DCSKIP

ILMSNS

ANTON

ASENS

SYSPW

A 6/6

3.3V

NAVI3V

SREMOTE

SWACPW

VICSON

BSENSN

A 6/6

A 1/6

FANCONT

L715

NM
CTF1306-A-T

L714

DVV

CTF1306-A

L

AU

A 4/6
AVIC-X910BT/XS/UC

5

6

7

8

159

4
NC 127
126

22

22

R652

22

R649

SYSTOC5
CTOSYS5
DVEJKY

R690

5.0V
UVDD5

3.3V

3.3V

8.0V

5.0V

3.3V

RSTOUT

3.3V

NM

5.0V

1k

R653

4.7k
R733

3.3V

NAVI3V

VICSON

VICSON

SWACPW

SWACPW

SREMOTE

SREMOTE

ILMSNS
ANTON
ASENS

667,679

NAVICON

BSENS

LEDDT

FCONT

DCSKIP

BSENS

ASENS

UVDD5

5.0V

5.0V

5.0V

GNDD

103

5.0V

100k

R666

5.0V

5

6

7

8
5.0V

8.0V

5.0V

LEDDT

BSENSN
SYSPW
VDCONT
VDD5CONT

3.3V

104

L615

CTF1410-A

GND

DO

GNDD

TEST

DI

100k

NC

SK

R665

VCC

CS

UVDD5

VD8

MVDD5

DTC114EUA

Q662

4

3

2

NM
IC611
S-93C56BD0I-J8

1

R681 47k

NM
10k

R667

NM

GNDD

DTC114EUA
Q661

FANCONT

ASENS

ASENS

BSENS

BSENS

BSENSN

VDCONT
VDD5CONT

BUP3

105

108

DCSKIPCD

FANCONT

R679

SYSPW

NM
1M

C629

5.0V

NM

5.0V

5.0V

3.3V

NM

A 6/6

ROMCS 107
LEDCS
106

LEDCK

IC611,C629,

5.0V

ROM

NAVICON
FCONT

DCSKIP
DCSKIPCD

8

1

A 1/6

123

NC

3.3V

125

122

NC

CPUWDT5
OFFINFO5

SYSPW

ILMSNS

BATFAULT5

ANTON
ASENS

BRST
BSRQ
CDRESET
ROT1
ROT0

109

7

2

5
100k

A-b 4/6

124

DVEJKY

121

RSTOUT

119

OFFINFO

SYSPW

OFFANS5

117
116

BRXEM
R694
NM

112
111
110

R683

6

3
4

VDD8(DRY):1800MA MAX
VDD8(REG):220MA MAX
VDD5 :650MA MAX

SYSTOC
CTOSYS

120

CPUWDT

118

OFFANS
BATFAULT
BRXEN

BRST 115
BSRQ 114
113

3

AVIC-X910BT/XS/UC
DRESET
ROT1
ROT0
OMDATA
ROMCLK

2

NM

1

R691

160

R692
5.0V

F
E

5.0V

UVDD5

NM
R693

5.0V

GNDD

CNVSS

R686
100k

3

GNDD

5 OR

3Y

3A

3B

4Y

4A

4B

VCC

TC74VHCT32AFT

7 GND

5 2B
6 2Y

3 1Y
4 2A

1 1A
2 1B
IC612

0.1u/50
C630

D

5.0V

LEDCK

LEDCS

MS5TOSYS5

MS5TOSYS3

8 MS5_STANDBY5

9 MS5_STANDBY3

10

11

12

13

14

L617
5.0V
CTF1410-A

686

630

617

612

5.0V

CNVSS

5.0V

8.0V

5.0V

3.3V

3.3V

VICS5
CD3.3

A 6/6

VD8

UVDD5

A 4/6 AV UNIT (SYSTEM uCOM SECTION)

3.3V

BUP3

3.3V

5.0V

MVDD5

8.0V

5.0V

A-a A-b

3.3V

3.3V

5.0V

8.0V

5.0V

C
B
A

1

2

3

4

124

DVEJKY

125

CTOSYS

NC 127
126

SYSTOC

123

NC

NM

100k

0k

M

VDCONT

GNDD

GNDD

A-b 4/6

NM

0k

54 R655

5.0V

59

4783-4786

768

733

731

697-699

690-694

M30878FJBGP

IC610

PEG563A8

PEG561A8

55

SIMUKE1

R648

/HOLD

100k

SIMUKE0

56

100k

VSS

GNDD 57

R654
100k
R657
100k

R655
NM
R658
NM

58

C620
0.1u/16

VDCONT

119

100k

PEG562A8

122

NC

VCC2

118

MS5_STANDBY5

54

121

RSTOUT

VDD5CONT

60

L613
CTF1410-A

VDD5CONT

NM

120

CPUWDT

R659

R699

62

MS5_STANDBY

61

R661
NM

C4786
NM

OFFINFO

WAKEUP

WAKEUP

116

P50

65

100k

BRXEN

SREMOTE

66

R660

OFFANS

IRQPW

BRST 115
BSRQ 114
113

SREMOTE

117

BATFAULT

XRES

64

XRES5

112

FANCONT

VCC2

NOSELL

VSS

NOSELR

SELSDA

SELSCL

NC

NC

NC

NC

NFCONT

MUTE

BSENSN

TESTIN

FCONT

OPTON

OPTSNS

VCC2

ANTON

VSS

MUTEVO

VST

VDT

VCK

SD/DO

NC

SCL

SDA

DINT

ASENS

BSENS

LEDDT

GNDD

AVIC-X910BT/XS/UC

8

47

R695

C622

R670

0.1u/16

C621

R680
4.7k

GNDD

8

7
2

UVDD5

3.3k
R4784
3.3k

47p/50

5.0V

AU

SWVDD5

CNVSS

GNDD

UVDD5

R4783

5.0V

5.0V

C4784

100k

47p/50
C4785

0

R682

GNDD

6
3

MS5TOSYS5
SYSTOMS55

1

GNDD

L614
CTF1410-A

0.1u/16

5.0V

0

R677 0

R676

1k

R671

Q601
2SA1576A(QR)

5.0V

73

74

75

76

77

78

79

80

81

82

83

84

85

NM

R768

L615
5
4

5.0V

NM
R691

R681 47k

86 TSIN 100k

87

88

89

90

91

92

93

94

95

96

97

98

99

100

101

102

103

104

105

U695
RPMS2401-H19E4AV

69

SYSPW

111

70

IPPW

SWACPW

67

109

72

R663

CDRESET
ROT1
ROT0
ROMDATA
ROMCLK

68

REM

110

71

ASENBO

NC
SYSPW
IPPW
ASENBO
TEIN

SWACPW

R656
NM

63

R662
100k

22

IRQPW5

1k

47k

2

NM

R668
4.7k

3

R664

1

C695

5.0V

697

695-696

IR REMOTE

GNDRF GNDD

C672

CTF1410-A

R696

NM
0.1u/16
C671

NM
R693
R687

R692
5.0V
5.0V
5.0V
5.0V
5.0V
5.0V
0.1u/16

R683
TELMUTE
47

100k

6
5

3
4

5.0V

7

2

680
R684

8

1

10

9

8

7

6

5

4

3

2

1

CN601

5.0V

GNDD

NM

108
ROMCS 107
LEDCS
106
LEDCK

4

C696

5.0V

GNDD

GNDD

C632,C685

TH601,R685,

TEMPIN

GNDD

TEMPIN

FANCONT

NOSELL

NOSELR

SELSDA

SELSCL

NFCONT

MUTE

BSENSN

FCONT

OPTON

OPTSNS

ANTON

VST

VDT

VCK

SD/DO

SCL

SDA

DINT5

ASENS

BSENS

LEDDT

LEDCK

LEDCS

5.0V
SWVDD5

VICS5

A-a A-b

5.0V

CD/DVD

IR REMOTE

CNVSS

uCOM

DARC LEVEL SHIFT

NAVI LEVEL SHIFT

RESET
SRCMUTE

601-602
601
603-605
607-609
613-614
635
601-602
605
609-610
615
618
623
688-689
602-603
606
612
621
761-767
603-604
608-625
627-666
668-678
680-684
687
690-694
697-699
731
733
768
4783-4786
612
617
630
686
695-696
697
701-722

7

NM

7
CKS3752-A

6

CCG1171-A
C697

TH601
R685

NM
C633
0.1u/16

NM
C631
CCX1051-A

6
1k

NM
C634
C685

5
C632
0.1u/16

5
8

A

B

C

D

E

161

F

1

2

3

4

AVIC-X910BT/XS/UC

A 5/6

A 1/6

A 1/6

VCK

VDT

VST

VDT

VST

LEDDT

LEDDT

VCK

LEDCK

LEDCK

LEDCS

ROT0

ROT0

SRCMUTE

ROT1

ROT1

LEDCS

SRCMUTE

OFFINFO3

NFCONT

OPTSNS

RX

TUNDO

REM

BDATA

MUTE

613-614

635

SRCMUTE

607-609

603-605

601

C601
0.1u/16

4

5

L601
CTF1410-A

3

Vcc

OUTY

AND 5

GND

SRCMUTE

3

INA

INB

C602

L602
CTF1410-A

GNDD TC7SH08FUS1

RSTOUT

601-602

RESET

5.0V

TX

BSCK

CTOSYSV3

DVEJKY

CTOSYSV3

SYSTOCV3

DVEJKY

SYSTOCV3

CTOSYS3

RESETB

CTOSYS3

RSTIN

2

SYSTOC3

SYSTOC3

RESETB

IC601

1

BATFAULT3

BATFAULT3

RSTIN

0.1u/50

OFFANS3

OFFANS3

CPUWDT3

CPUWDT3

OFFINFO3

OPTON

OPTON

NFCONT
OPTSNS

RX

IPPW

IPPW

TX

ASENBO

ASENBO

3.3V

5.0V

5.0V

3.3V

3.3V

NAVI3
UVDD5

5

4

OR 5 5

GND

IN_B

IN_A

IC604

VCC

OUT_Y

1

2

3

INV5

4

GNDD

5

GNDD

5

OUTY

VCC

TC7SH04FUS1

GND

INA

NC

TC7S32FU

3

2

1
IC603

0.1u/50

C604

L604
CTF1410-A

5.0V

3.3V

3.3V

0.1u/25

C706

3.3V

0.1u/25

C708

0.1u/25

C705

GNDD

GNDP

GNDD
0.1u/25

C707

CN702

CKS5075-A

3.3V

PGND

5.0V

3.3V
NM

R712

701-722

GNDD

C607
0.015u/50

3

2

1

470

GND

VDD

4

5

C711

6

XRES3
IRQPW3

CTF1306-A

L709

CTF1306-A

L708

CTF1306-A

L707

CTF1306-A

L706

AMUT
XRES
IRPQ

TUNDO

4 NC

0.1u/16
GNDD

3.3V

5.0V

8.0V

3.3V

5.0V

MVDD5

VD8

NAVI3

UVDD5

3.3V

DVV

CTF1306-A

GNDV

WCONT

100k

10k
R640

10k
R636

R641

0

DVVG

SYSTOCV5

R717

1k
R642

L715
NM
CTF1306-A-T

5.0V
UVDD5

NC

4

VDD8(REG)

3

VDD8(DRY)

2

VDD8(DRY)

1

DGND

8

PGND

7

PGND

6

PGND

5

NC

13

DGND

12

DGND

11

DGND

10

DGND

9

VDD5

15

VDD5

14

VDD5

17

VDD5

16

AMUTE

20

NC

19

NC

18

21

26

5.0V

3.3V

3.3V

XRES
IRQPWR
HSTCMD
SLVSTS

Y

34

VIDEO GND

33

CVBS

32

VIDEO GND

31

AGND

30

ANALOUT

29

AGND

28

ANAROUT

27

NAVI3V

8.0V

3.3V

5.0V

3.3V

VICSON

STANBY

VIDEO GND

35

CR

VIDEO GND

37

WAKEUP

UARTSPEED

VDD8(DRY):1800M
VDD8(REG):220M
VDD5 :650MA M

3.3V

RSTOUT

A

SREMOTE

AGND

CB

36

38
39

3.3V

SYSTOC5

DVEJKY
5.0V
UVDD5

R690

NM

SWACPW

A-b 4/6

22

R649

CTOSYS5

40

WAKE

GNDD

L612
CTOSYSV5

22

22

R652

22

25

STBY

GNDA

DVL

BUP3

GNDD

C619

L712

DAG

24

SLV

CTF1306-A

CTF1306-A

R722

23

HST

CTF1306-A

L710
L711

S-meter

DVDL

DVR

2 BSO/TSO
BSCK/TSCK
3 REMOCON

1

5

BSO

BSCK

L609
CTF1410-A

GNDD

5.0V

R614

0.01u/16

AMUTE

5.0V

3.3V

R613

GNDD

8.0V

5.0V

GNDD

3.3V

BD5335FVE

CT

SUB

VOUT

IC608

8

9

10

11

12

13

14

AND 5 3

3Y

3A

3B

4Y

4A

4B

VCC

L705

5.0V

CTF1463-A

VD5

IC607
GNDD TC74VHC08FTS1

7 GND

5 2B
6 2Y

3 1Y
4 2A

1 1A
2 1B

C606

3.3V

0.1u/50

DVD
607(L,IC)
C606,626

8.0V

5.0V

0.1u/25

3.3V

SYSTOMS53

220

C709

GNDD

CD/DVD

GNDP

IRQPW5

R626

5.0V

5.0V
UVDD5

220
R718

MS5_STANDBY3

NM

L713

100k

DVDR

NM
R631
TUNSL

CTF1306-A
L714

DVDV

TEMPIN

ILMSNS
R639

C618

R645

CTF1410-A

1k

R653

4.7k
R733

VICSON

SWACPW
SREMOTE

OFFINFO5

CN882

123

NC

CPUWDT5

119

B

0

141

R633

WIREIN

1k

137

TMPIN

122

NC

WAKEUP

22

NC 129

0.1u/16

NC 127
126

124

125

CTOSYS

121

RSTOUT

MS8V

FB701

R714

CTF1453-A
L704

0
R715

RSTIN

MS8VR

C614
0.1u/16

SYSTOMS53

NM
C616

MS5TOSYS3

R629
144
143
142

R632

140
WREMIN 139
138

S-Meter

NC 136
NC 135
134
ILLSNS
WCONT 133
132
VCC1

131

SYSTOCV

130

VSS

128

CTOSYSV

SYSTOC

DVEJKY

120

CPUWDT

2

3

OFFINFO

A-a A-b

RESETB

R605

5.0V
UVDD5

100k

CTF1357-A

0

XRES3
XRES5
IRQPW3
NM C635

5.0V

CTF1410-A
L607
SYSTOMS55

C613
0.1u/16

SI/TSI
AVCC
VREF
TUNSL
AVSS

162

A-a 4/6
F
E
D
C
B
A

1

4

A 3/6

A 2/6

EU5

HRCK

HRDT

HRLK

HRHSLK

HLDET

TUNSL

TUNCE2

TUNCE1

TUNCLK

TUNDI

TUNDO

DRST3

BCLOCK3

DDI3

DCL3

DDO3

DCE3

DINT3

S-meter

SDA

SCL

SD/DO

AMUTE

WCONT

WIREIN

CDL

CDR

GNDA

GNDV

DVDV

DVDL

DVDR

TELMUTE

NOSELL

NOSELR

SELSDA

SELSCL

VST

751-754

HR

GNDA

GNDD

Q754
DTC124EUA

Q753
DTC124EUA

Q751
DTC124EUA

Q752
DTC124EUA

TUNCE2

RDS57K

DVDV

VICSON

RCK

RDT

RDSLK

RDS57K

HLDET

TUNSL

TUNCE2

TUNCE1

TUNCLK

TUNDI

TUNDO

DRST3

BCLOCK3

NAVI UART

NAVI UART(VICS)

3.3V

618
623

601-602
605
609-610

615

688-689

NAVI LEVEL SHIFT

CTOSYS5

CTOSYS3

CTOSYSV5

CTOSYSV3

TX

RX

DRST5

DCL3
DDI3

BCLOCK5

DDO3

DCE5

HLDET

DCE3

DINT3

S-meter

SDA

SCL

SD/DO

AMUTE

WCONT

WIREIN

CDL

CDR

RDT

DVDL

RCK

RDSLK

DVDR

TELMUTE

NOSELL

NOSELR

TUNCE1

SELSDA

TUNCLK

TUNDI

TUNDO

REM

BSCK

BDATA

MUTE

SELSCL

VST

VDT

VCK
5.0V

NAVI3

UVDD5

OR 5 5

GNDD

A-a A-b

GNDD

1
GNDD

GNDD

680

5.0V

4

3

2

1

R608

5.0V

5

6

7

8

100k
100k

R688
R689

TC74VHCT08AFTS1
GNDD
3 5 AND

3Y

3A

3B

4Y

4A

4B

VCC

8

9

10

11

12

13

14

5.0V L605

GNDD

CTF1410-A
C605
0.1u/16

UC,EU5

680

R607

EU5

IC605

7 GND

5 2B
6 2Y

3 1Y
4 2A

1 1A
2 1B

UVDD5

3.3V

22

22
R604

R603

UVDD5

22k
R628

IN_B

4
5

IC604

3.3V
NAVI3

3
6

VDT

R601
R602

5.0V
UVDD5

3.3V
3.3V

R605
2
7

VCK

100k
100k

5.0V
5.0V

100k
1
8

VCC

CPUWDT5

1k

R610

GNDD

GNDD

3.3V

3
CT

5.0V

NM

L610
CTF1410-A

GNDD

R618
C623

7 GND

5 2B
6 2Y

3 1Y
4 2A

1 1A
2 1B

8

9

10

11

12

13

100k
0.01u/16

3Y

3A

3B

4Y

4A

4B

VCC

14

5 3 AND
IC609
TC74VHC08FTS1

NAVI3

NM

NM
R624
R625

R623

100k

R612 VCC1

NM

0.1u/16

C609

100k

R622

CTF1410-A

100k

R619

R620
100
20MHz

BSO
BSCK

R609

SYSTES

R617

R616

R615

R614

R613

C
0.1u/16

GNDD

0

0

2.2k

470

470

4

L608

C611
NM

GNDD

GND

BD5335FVE

C610
NM

C607
0.015u/50

0.1u/16

NM C635
0
C636

5

OFFANS3

2 2

635

CPUWDT3

X601
VSS1186-A

LEDDT

OFFANS5

0.1u/16
NM L731
R731
SYSTOCV5

NM
SYSTOC3

C608
0
SYSTOCV3

R732
SYSTOC5

1
1
3
3

C
0.1u/1
R611
100k

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

GNDD

FREQSW
RX

VICSON

DRST

BCLOCK

NC

NC

NC

DCE

NC

LDET

RCK

NMI

VCC1

XIN

VSS

XOUT

RESET

RDS57K

RDT

CNVSS

BYTE

RDSLK

SYSTEST

NC

NC

NC

8 TUNCE1
9 TUNCE2

TUNDO
6 TUNDI
7 TUNCLK

5

4 NC

2 BSO/TSO
BSCK/TSCK
3 REMOCON

1

C615
0.1u/16

BATFAULT5

144

GNDD

GNDD

S-Meter

GNDD

5.0V

761- 767
602- 603
606
612
621

DARC LEVEL SHIFT

37

LEDCK

OFFINFO5

R627
BATFAULT3

NM
OFFINFO3

142
39
100k
100k

42

143
38
SYSTOMS55

140
41
C617

687

680-684

668-678

627-666

608-625

4783-4786

768

733

731

697-699

690-694

M30878FJBGP

IC610

AU PEG563A8

EU5 PEG561A8

UC PEG562A8

603-604

616

GNDD

SIMUKE4
51

137
TMPIN

C
NC 129
128
SIMUKE3
52

WREMIN 139
138
0.1u/16

130
VSS

SIMUKE2
53

141
40
R697
R698
MS5TOSYS5

59

0.1u
CTOSYSV
/HOLD
54

BSI/TSI
AVCC
VREF
TUNSL
AVSS
NC
43

TX
HSTCMD(SYSTOMS5)
VCC1
SLVSTS(MS5TOSYS)
VSS
DDI
44
DDI5

122
NC
VCC2

LEDCK

DDO5

CLK1
L611
CTF1410-A

45

NC 136
NC 135
DDO

R634
100k

DCL
46

NC 127
126
55
R648

EU5
AU

UC

NM

GNDD

GNDD

7

A-b 4/6

100k

100k
NM

NM
100k

R654 R655

5.0V

R643
100k
R646
100k
R650
100k
R644
NM
R647
NM
R651
NM

119
OFFINFO

LEDDT

NC
47
R635
NM
R637
NM
R638
NM
DCL5

SYSTOC

SIMUKE1

56

A 5/6

NAVICON
48

125
CTOSYS
SIMUKE0
100k

134
ILLSNS
WCONT 133
VCC1 132
DCSKIP
49
DCSKIP

123
NC
VDCONT
58

131

NAVICON

124
DVEJKY
VSS

R654
100k
R657
100k
R655
NM
R658
NM

GNDD 57

SYSTOCV
DCSKIPCD
50
DCSKIPCD

121
RSTOUT

C620
0.1u/16
VDCONT

120
CPUWDT
VDD5CONT
60
L613
CTF1410-A
C4786
NM

WAKEUP
62
R659

MS5_STANDBY
61
R661
NM
VDD5CONT

7

WAKEUP

6

MS5_STANDBY5

5

100k

6

R699

5
8

AVIC-X910BT/XS/UC

A-a 4/6

8

163

A

B

R630

C

D

E

F

1

2

3

4

10.5 AV UNIT(RGB LED DRIVER SECTION)
A

RGB_LED DRIVER
3601-3630

5.0V

5.0V

5.0V

B

IC3601

C

NM

C3606

NM

C3605

NM

C3603

C3602
CCG1203-A

4

A02

CLK

A03

DI

VCC

GND

7

5.0

6
5

M62343FP

C3613
1000p/50

3

BLUE

LD

C3612
1000p/50

10u

L3601

2

GREEN

8

A01

C3611
1000p/50

1

RED

GNDD
ILMGND

A 5/6
AVIC-X910BT/XS/UC
1

2

3

NM

100

R3612

F

4

R3614

NM

R3616

NM

R3617

4.7u/6.3

4.7u/6.3

ILMGND

164

6
C1
5
B2
4
E2

R3615

220k

R3610

220k

R3611

220k

Q3604

1
E1
2
B1
3
C2
UMX1N

R3609

R3607

C3607

R3604

2.2k

R3601

R3606

UMX1N

C3604

1k

6
C1
5
B2
4
E2

(RED)

100
120
(1/16W)

1
E1
2
B1
3
C2

6
C1
5
B2
4
E2
UMX1N

2.2k

R3608

1k

Q3603

UMX1N

R3603

4.7u/6.3

C3601

E

1
E1
2
B1
3
C2

6
C1
5
B2
4
E2

(BLUE)

2.2k

1
E1
2
B1
3
C2

Q3602

R3605

Q3601

(GREEN)

1k

(RED)

R3602

D

R3613

8.5V

(MAX 12.0mA)

8.5V

5

6

7

8

A

A 5/6 AV UNIT (RGB LED DRIVER SECTION)

GNDD
GNDD

A 4/6

B

SWVDD5
LEDCS
5.0V

5.0V
LEDCK

A 1/6

ILB2

ILMB
ILG2
ILMG

C

ILR2
ILMR
ILV2

C3608

ILMGND

6
C1
5
B2
4
E2

NM

D

ILMGND

0
ILMGND

GNDD

NM

R3625

(MAX 9.0mA)

NM

E

R3626

180
150
(1/16w)

R3622
R3623

NM
NM

R3619

UMX1N

R3620

(MAX 10.8mA)

150
120
(1/16w)

R3616

NM
NM

R3617

Q3606

1
E1
2
B1
3
C2

R3627

100

NM

R3624

6
C1
5
B2
4
E2

R3621

100

R3618

NM

R3613

Q3605

1
E1
2
B1
3
C2

ILMV

R3628
NM
R3629

(BLUE)

UMX1N
R3614

6
C1
5
B2
4
E2

(GREEN)

CCG1203-A

8.5V

8.5V

R3615

p

C3613
1000p/50

LEDDT

RGB_LED DRIVER

3601-3630

F

A 5/6
AVIC-X910BT/XS/UC
5

6

7

8

165

1

2

3

4

10.6 AV UNIT(IF SECTION)(GUIDE PAGE)

A-a 6/6

A

N

HIVOL18
4681-4690

NAVI5

10
(D)

GNDD

GNDD

(4R7/25)

13

C4607

475
C4681

SP8K2

12 C4608 CCG1222-A
4.7u/10
11
R4613
NM

TPS5103IDB
Vref=1.185(V)

820k

R4610

47k

R4608

R4607
100k

5.0V

Q4661
DTC114EU

14

C4616

TRIP
REF
VCC_SENSE
COMP
VCC
RWMSKIP
VREF5
STBY
VREG5V_IN

9

DCSKIP

15

C4617

8

16

1M R4615

7

1u/10

>

CEK1261-A
FU4602
1
5A

0.1u/50

C4606

OUT_D
OUTGND

D1-1
8
D1-2
7
D2-1
6
D2-2
5

1000p/50

GND

S1
1
G1
2
S2
3
G2
4

CCG1223-A

RT

6

C4609
0.47u/16

17

CCG1223-A

5

CDRH127NP-100MC
10uH
L4602

Q4602

18

LL

C4614

CT

C4613

FB

4

D4602

(D)

3

RB400D
RB060L-40
CCG1223-A

R4609
150k

D4601

19

OUT_U

C4612

33p/50

INV

2

GNDD

(106/50)
(106/50)
(106/50)

3.3k

C4605

NAVICON

FCONT

10

LH

C4610
0.1u/16

2

47k

GNDD

GNDD

Q4601
DTC114EU

FCONT

FCONT

GNDD

20

SS

R4614
180k

R4606

0.1u/16

C4602

1000p/50

220
4.7k

C4601

1

0.047u/50

R4666

A 4/6

NM

FC5N

(1/10W)

L4681
LCTAW4R7J2520

R4612
IC4601

GNDD

B

10

R4611

C4604

C4603

(D)
R4604

GNDA

0.01u/25 R4605
100

4600-4620
4666

NM

R4601
0
5.0V

GNDD
GNDA

HIVOL
HI18

C4611
(POSCAP)
CCH1366-A_Po

NAVI5V

1.5k

GNDD

GNDD

C4619

IPL

L4601
27uH
CDRH127NP-270MC

(D)
(D)
R4603 R4602

IPL

C4618

IPR

C4600

IPR

0.1u/50

IPRG

>

1000p/50

IPRG

5.0V

R4616

IPLG

CCG1223-A

KMOD

KMOD
IPLG

2.2k

A 2/6

5A
CEK1261-A
FU4601
1
2

SYSPW

SYSPW

GNDD

NAVICON

NAVICON

VDCONT

VDCONT

VDD5CONT

VDD5CONT

DCSKIP

DCSKIP

DCSKIPCD

DCSKIPCD

BSENS

BSENS

BSENSN

BSENSN

ASENS

ASENS
ASENBO

ASENBO

IPPW

IPPW
TX

TX

5.0V

RX

RX

FANCONT

FANCONT

C

A 1/6

5.0V

NAVI5V

5.0V

NAVI5GND
NAVI5GND

(D)

C4648

12

4.7u/10

11

SP8K2

R4655
NM

GNDD

TPS5103IDB
Vref=1.185(V)

D4643
RB083L-20

FU4642
1

C4659

180k

R4654

13

L4642
CTH1257-A
(10uH)

D1-1
8
D1-2
7
D2-1
6
D2-2
5

2
CEK1258
2.5A

>

0.1u/50

14

Q4642
S1
1
G1
2
S2
3
G2
4

C4658
1000p/50

15

820k

R4652

100k

100k

R4650

VDCONT

C4647 0.1u/25

16

R4657
1M

9
10

REF
VCC_SENSE
COMP
VCC
RWMSKIP
VREF5
STBY
VREG5V_IN

17

CCG1223-A
CCG1223-A
CCG1223-A
(10uF/50V)

8

TRIP

L4641
CTH1255-A
(33uH)

C4652

1u/10
(YB)

LL
OUT_D
OUTGND

GNDD

C4654

GND

C4649
0.47u/16

(4R7/25)

RT

6
7

GNDD

R4648

CT

5

C4646

GNDD

FCONT

4

18

10

C4653

(D)

FB

RB400D

D4642
RB060L-40

33p/50
CCG1252

R4651

3

19

C4651

C4645

D4641
20
LH

OUT_U

(4R7/25)

INV

C4650
CCG1222-A

SS

2

150k

PKB

PKB

1

0.047u/50

(POSCAP)
CCH1409-A_Po
(220u/10)

C4643 3.3k
0.1u/50

R4649

C4642

PKBOUT

PKBOUT

C4644 (YB)

R4656

(1/10W)

IC4641

100p/50

8.2k
(D)

330

0

R4644
R4646

560
(D)

10

1.5k
(D)

R4645

FC8
R4653

R4647

NM
R4643
(1/8W)

C4641
(YB)
0.01u/25

C4657

R4642

C4656
0.1u/50

CCG1223-A

1000p/50

560

GNDD

KMODEOUT

KMODEOUT

4641-4660

FU4641
1
2
CEK1259-A
3.15A

C4655

FANV

FANUP

FANUP

8.5V

DVD8V

>

DV8
8.0V

R4641

VD8

(1/4W SA)

H:10.6V/L:7.4V

FANV

D

8.0V

R4628
8.0V

VD8

8.5V

8.5V
NM

8.5V

ILMV

GNDD

Q4641
DTC114EU

GNDD

GNDD
GNDD

L4661
R4662
0

C4671
(POSCAP)
CCH1366-A_Po

DVD5V
100
R4667

R4673
10
(1/10W)

(D)
820k

0
R4672

47k

R4680

R4670

(13.5V)
Q4663

13

(4R7/25)
C4667

SP8K2

12 C4668 CCG1222-A
4.7u/10
11
R4675
NM

TPS5103IDB
Vref=1.185(V)
GNDD

GNDD
Q4662
DTC114EU

GNDD

F

A 6/6
166

AVIC-X910BT/XS/UC
1

2

3

4

GNDD
GNDD

C4679

0.1u/50

C4678
1000p/50

14

R4677
1M

15

FU4662
BK
1
2
CEK1258
2.5A

(10uH)
CCG1223-A

16

D1-1
8
D1-2
7
D2-1
6
D2-2
5

C4674

S1
1
G1
2
S2
3
G2
4

>

L4662
CTH1257-A

RB400D
CCG1223-A

17

C4669
0.47u/16

RB060L-40
CCG1223-A

OUTGND

TRIP
7 REF
VCC_SENSE
8 COMP
VCC
9 RWMSKIP
VREF5
10 STBY
VREG5V_IN

1u/10

R4669 100k

OUT_D

18

C4673

6 GND

DCSKIPCD

FCONT

LL

19

C4672

3.3k
C4663
0.1u/16

R4668

C4662

1000p/50

5 RT

(D)

C4666

NM

GNDD

OUT_U

4 CT

R4671
150k

LH

2 INV

C4665 33p/50

D4661

20

1 SS

3 FB

R4679

VDD5CONT

10

(106/50)
(106/50)
(106/50)

C4664
0.047u/50

GNDD

Q4664
NM

GNDD

FC5D

R4674
IC4661

0.01u/25

180
4.7k
C4661
1.5k

(D)

C4677

(D)

R4664 R4663

1000p/50

(D)
GNDD

R4665

C4676
0.1u/50

CCG1223-A

C4675

4661-4680
GNDD

CTH1255-A
(33uH)

R4676
180k
C4670
0.1u/16

R4678

E

>

FU4661
1
2
CEK1258
2.5A

220

5.0V

5.0V

MVDD5

D4662

DVD5

5

6

7

8

A-b 6/6

A

A 6/6 AV UNIT (IF SECTION)
95V

NM

IPR-

9

IPR+

8

ASENBO

7

IPL+

6

IPRG

5

IPBUS-

4

NC

3

IPLG

2

IPBUSG

1

IPBUS+

IPRG

UC,EU5

6

IPLG

IPPW
GNDD

L4721

100

R4723

RX

IC4721
1

DIN1

2

100

4

7

CKS3408

1k

VCC

DIN2

BUS+

GND

BUS-

6

R4725

5

R4726

R4727
100

62

100

HA12241FP

GNDD

CN1021

STBY

ROUT

3

R4724

8

D4726
UDZS18(B)

4.7k

4.7k

R4722

NM

TX

R4728

R4721

GNDA

2

B

NM
C4723

2.2u

5.0V

IPBUS

C4724
0.1u/50

SYSPW

A
GNDA

IPL-

10

IPBUS-

D4727
UDZS18(B)

NM

11

IPL+

D4725

1

L4725

IPL

UDZS18(B)

5

CTF1334-A

D4721
D4722
D4723
D4724

2

IPR+

MALS180X
MALS180X
MALS068X
MALS068X

4

IPR-

CTF1334-A

C4722

C4685

C4686

NM

3

IPL-

CTF1334-A

L4724

4700p/16

INV

105

5

GND

Q4682

NM

6

IP-BUS:+2.2 dBs

CTF1334-A

L4722
L4723

C4721

VCC

IPR

IPAS
NM

CT

NM

7

NM

SI

D4682

ES

NM

CD

C4688

NM

4

CS

NM

3

8 R4685

NM

1
2

C4684

NM

(1/4W)
C4683 NM
NM

R4683
R4684

C4681

NM

475

C4682

NM

NM

IPRG

Q4681
NM

NM

NM

HI18

NM

L4681
LCTAW4R7J2520

R4681

HIVOL

(1/4W)
NM
R4682

NM
IC4681

IPLG
9.5V

105

18.0V

R4686

R4688 R4687

L4682

C4687

D4681

4681-4690

IP-BUS IN

UC

NM

HIVOL18

GNDD
GNDD

ASENB
IC4701
BD3931HFP

NC1

VCC

Q4734
2SA1576(QR)

R4731

NS3

2.2k
R4736

1

2

3

VO

NC2
4

5

4701

GND

VDD5

VDD5

IP-BUS
1021
4721-4729

5.0V

5.0V

GNDD GNDD

3.3k

6.8k

1u/25

Q4732
DTC114EU

ASENBO

5.0V

C4706

C4701
1u/16

4712

R4733

BKEEP

4706

GNDD

5.0V

EF4732
CCG1172-A
BU

5.0V

6.5V

GNDD

GNDD

R4758

NM

1M

Q4753
DTC114EU

IC4703,C4702
C4704,C4710

2.7k

1SS355

100
SYSPW

R4753

3

4749-4759

D4751

R4751

C4710
0.1u/16

BUP3

C4704
10u/16

C4702
0.1u/16

VSS
NC ON/OFF

R4754

3.3V
3.3V

R4750
4.7k

Q4751
2SA1576A(QR)

D

3.3V

VIN

BU

VOUT
4

PARKING SENS/KMODE

4.7k

PKBOUT
VDD5

BUP3

C4731

3.3V

BUP3
1 5.0V
2

0.1u/50

C4732

3.3V

R4749

IC4703
S-L2980A33MC-C6S
5

D4736
RB500V-40

D4735
RB500V-40

NAVIC

GNDD

Q4754
2SA1576A(QR)

5.0V

GNDD

VT6

5.0V

4709

0.1u/50

D4733
RB500V-40

D4734

EDZ20(B)

10k

NKBUP

1SS355

C4709

NA3B

C

BUP

GNDD

GNDD

NAVI3V

4707

3

2

D4737
HZU7R5(B3)
R4739

5.0V

4738-4739

5.0V

47k

A 1/6

CCG1172-A

1

D4752

4705

4737

0.1u/16

4701

C4707
0.1u/16

C4705

10u/16

UVDD5
8.5V

Q4738
2SC4081(QRS)

L4701
CTF1393-A

6.5V

5.0V

NAVIC

KBUP

GNDD
EF4731

NBSI
R4738

MAX 150mA

100k

R4735

NBSB

BSENSN

10k

6.5V

BU

NBSN

UVDD5

TP4735

GNDD

NKBUP
6.5V

R4737
10k

R4734

GNDD

4711

3

2

100k

5.0V

4710

TP4736

47k
Q4733
2SC4081(QRS)

5.0V

NM

D4702

NM

C4703

NM

C4711

NM
C4708

4702-4703

4708

D4731
HZU7R5(B3)

R4732

BUP3

R4701

4701-4703

BSI

BSB

CD3.3

CD3.3

D4732
RB500V-40

BSN
BSENS
Q4731
2SC4081(QRS)

5.0V
D4701

1 IN

3 OUT
2 GND

CD3
NM

5.0V

1

IC4702
NM

NM

NM

GNDD

PKB

10k

Q4752
2SA1576A(QR)
R4752

GNDD
KMODEOUT

R4757

BUP

0

4731-4737

100

8.5V

C4659

>

0.1u/50

1000p/50

2
CEK1258
2.5A

R4756

FU4642
1

3.3V

D4643
RB083L-20

C4751
0.1u/50

3.3V

5.0V

6.5V

R4755
1M
GNDD
KMOD

>

Q4776
2SD1760F5(R)

(1/4W)

470

(1/10W)

220
R4777

R4778

4785

E

H:10.6V/L:7.4V

100u/16
C4776

NM
GNDD

FANCONT
FANV

0.01u/50

47u/16

R4785
FANGND

DD

C4775

0.01u/50

HZU11(B2)

C4773

Q4775
DTC114EUA

D4774

1B
4 2C

5

6 1E

D4773
HZU8R2(B1)

C4774

D4772
RB500V-40
IMX1

Q4774

2E

3

RB500V-40

4700p/50

GNDD

4771-4778

FNB

C4772

5.0V

4.7k

C4771
0.1u/50

FANUP

6.5V

C4679

SYSPW

0.1u/50

C4678
1000p/50

R4677
1M

ASENS

>
FU4662
BKEEP
1
2
CEK1258
2.5A

R4772

(13.5V)
4662
257-A

1C 1

Q4772
DTC114EUA

0uH)

FAN DRIVER

D4771
2B 2

R4774

4631-4635

5.1k

10k

4.7k

ILMV

R4771

R4773

4.7k

R4775

6 OUT2

R4776

Q4773
2SA1587(GRBL)

5 IN2
Q4632

5.0V

GNDD

>

FNV
FU4771
1
2
CEK1254
1A

5.0V
DTA114EU
Q4771

6.5V

D4631

UDZ9R1(B)

NM

C4631

0.1u/50

R4632

GNDD

IN1 2
GND1 1

VDD5

4 GND2

220k

UMD2N
OUT1 3

820

R4633

Q4631
2SD1767(QR)

FU4631
1
2
CEK1247-A
200mA

H:10.6V/L:7.4V

FANGND

H:10.6V/L:7.4V

ILMV
DVD8V
DVD5V
HIVOL18
VDD5

5.0V

6.5V

NAVI5V

UVDD5

BUP3

BU

VT6

CD3.3
VDD5

A 1/6

NAVIC
IP-BUS
BUP
FAN DRIVER
PARKING SENS/KMODE

4600-4620
4666
4631-4635
4641-4660
4661-4680
4681-4690
4701
4706
4712
4701
4705
4707
4709
4702-4703
4710
4701-4703
4708
4711
4737
4738-4739
1021
4721-4729
4731-4737
4771-4778
4785
4749-4759

F

A 6/6
AVIC-X910BT/XS/UC
5

6

7

8

167

HI18

475

C4681

NM

8.5V

NM

L4681
LCTAW4R7J2520

(1/4W)
C4683 NM

NM

NM

(1/4W)
NM
R4682

R4683

R4684

NM

C4682

NM

R4681

HIVOL

NM

NM

NM

4701

4709

4707

4705

5

6

7

R4701

INV

VCC

SI

UVDD5

4712

4706

UVDD5

4701-4703

4711

NM

VDD5

CD3.3

4708

GND

CT

ES

4701

8 R4685

CD3

VDD5

NM

NM

CD

R4686

NM
IC4681

CS

GNDA

4

3

2

1

CD3.3

NM

C4684

L4682

NM

MAX 150mA

105

NM

GNDA

IC4702
NM

5.0V

GNDD GNDD

IC4703

Q4681
NM

BKEEP

IC4701
BD3931HFP

L4701
CTF1393-A

GNDD

NKBUP

9.5V

105

D4681

NM

18.0V

5.0V

NM
C4686
VO
5

NC2
4

NM
C4688

5.0V

GNDD

6.5V

R4688 R4687

SYSPW

6

5

2
1

4

3

NM

Q4682

IPL

4710

4737

NAVI3V

4738-4739

UC,EU5

NA3B

BU

4702-4703

BUP3

5.0V

NAVIC

BSENSN

BSENS

ASENBO

RX

TX

IPPW

IPR

IPRG
NM
NM

4681-4690

4.7k

IPLG

R4721

95V

4.7k

NM

R4728

HIVOL18

C4711

BSN

NBSN

4.7k

R4749

R4723

2.2k

BSI

NBSI

3.3V

47k

R4738

47k

R4732

100

4700p/16

3.3k

D4737
HZU7R5(B3)

GNDD

10k

R4737

HZU7R5(B3)

D4731

GNDD

4

3

2

1

R4736

GNDD

Q4734
2SA1576(QR)

2.2u

R4731

NBSB

Q4754
2SA1576A(QR)

L4725

100

CTF1334-A

L4721

CTF1334-A

Q4732
DTC114EU

BSB

CTF1334-A
CTF1334-A

L4724

L4722
L4723

R4722

ASENB

UC

R4733

C4687
GND
3

NC1
2

C4721
6.8k

GNDD

BUS-

BUS+

VCC

STBY

NS3

HA12241FP

GND

DIN2

ROUT

DIN1

IC4721

Q4751
2SA1576A(QR)

3.3V

TP4735

5

6

7

8

BU

GNDD

TP4736

R4726

R4725

1k

R4724

D4751

62

1

GNDD

IP-BUS

GNDD

2

3

3

CCG1172-A

GNDD

2

EF4732
CCG1172-A

4721-4729

1021

EF4731

1

GNDD

2.7k

4749-4759

PARKING SENS/KMODE

100

100

MALS180X
MALS180X
MALS068X
MALS068X

R4727

IP-BUS:+2.2 dBs

IPBUS

IPLG

IPBUS-

IPRG

IPL+

IPAS

IPR+

IPR-

IPL-

A 6/6 AV UNIT (IF SECTION)

C4722

D4682
C4709

VCC
1
NM

1u/25

C4703

C4685
NM
C4708
10u/16

NM
NM

C4701
1u/16
3 OUT
NM
C4705

Q4733
2SC4081(QRS)

C4706
2 GND
1 IN
C4707
0.1u/16

R4734

5.0V
D4701
D4702
6.5V
0.1u/16

100k

5.0V
5.0V
5.0V
5.0V
5.0V

Q4731
2SC4081(QRS)
Q4738
2SC4081(QRS)

5.0V
6.5V

5.0V
5.0V
5.0V

4
VT6

AVIC-X910BT/XS/UC
R4750
4.7k

R4735
10k
R4739

D4732
RB500V-40
D4734

NM
C4723

A-a A-b

3.3V

NM
R4754

D4733
RB500V-40
EDZ20(B)

D4721
D4722
D4723
D4724
D4735
RB500V-40
10k

3

D4736
RB500V-40

2

NAVIC

NKBUP

BUP

A 1/6

KBUP

GNDD

1

2

3

4

5

6

7

8

9

10

11

IP-BUS IN
CKS3408

CN1021

IPBUS+

IPBUSG

IPLG

NC

IPBUS-

IPRG

IPL+

ASENBO

IPR+

IPR-

IPL-

3

3.3V

0.1u/50

1
D4725

168
UDZS18(B)

A-b 6/6
C4731

E
C4732

D
D4726
UDZS18(B)

F
D4727
UDZS18(B)

C
C4724
0.1u/50

A

100k

B
2

0.1u/50

1
4

(13.5V)

0.1u/50

GNDD

R4677
1M

C4659

2
-A

C4678
1000p/50

1

>

FU4662
BKEEP
1
2
CEK1258
2.5A

>

2
CEK1258
2.5A

FU4642

C4679

>

FU4631
1
2
CEK1247-A
200mA

C4704,C4710

IC4703,C4702

BUP3

BUP3

R4632

D4643
RB083L-20

0.1u/50

4709

BUP3

0.1u/50

C4631

4707

C4702
0.1u/16

4

GNDD

IN1 2

GNDD

D4631

GND1 1

OUT1 3

Q4631
2SD1767(QR)

GNDD

C4709

C4707
0.1u/16

VSS

VIN

6 OUT2

5 IN2

4 GND2

4631-4635

ILMV

Q4632

UMD2N

NC ON/OFF

VOUT

IC4703
S-L2980A33MC-C6S

C4705

5

0.1u/16

3

1 5.0V
2

GNDD

R4633

C4710
0.1u/16

GNDD

A 1/6

SYSPW

5.0V
VDD5

4705

BU
BU

10u/16
C4704
10u/16

UDZ9R1(B)

5.0V
820

VT6
6.5V

NM

8.5V

UVDD5

FANV

FANCONT

FANUP

ASENS

KMOD

KMODEOUT

PKB

SYSPW

PKBOUT

NAVI3V

5.0V
DTA114EU
Q4771

A-a A-b

H:10.6V/L:7.4V

VDD5

NA3B
3.3V

10k

R4773

Q4773
2SA1587(GRBL)

Q4753
DTC114EU

C4771
0.1u/50

Q4772
DTC114EUA

4.7k

R4749

Q4754
2SA1576A(QR)

4.7k

4701

5.1k

5.0V
5.0V
5.0V

R4750
4.7k
R4774

8.5V

4700p/50

R4775

3.3V
3.3V
220k
C4772

2SC
R4772

GNDD

R4776

4.7k

FANGND

Q4751
2SA1576A(QR)

3.3V

GNDD

100

R4751

1C 1
Q4774

5.0V

3
2B 2
6 1E

3.3V

3.3V

R4754

D4751
1SS355

100

D4771

H:10.6V/L:7.4V

Q4775
DTC114EUA

D4773
HZU8R2(B1)

D4772
RB500V-40

RB500V-40

2.7k
R4758

FNB

Q4776
2SD1760F5(R)

0

R4757

GNDD

NM

R4785

AVIC-X910BT/XS/UC

8

PARKING SENS/KMODE

4785

4600-4620
4666
4631-4635
4641-4660
4661-4680
4681-4690
4701
4706
4712
4701
4705
4707
4709
4702-4703
4710
4701-4703
4708
4711
4737
4738-4739
1021
4721-4729
4731-4737
4771-4778
4785
4749-4759

FAN DRIVER
4771-4778

7

BUP
FAN DRIVER

IP-BUS

NAVIC

CD3.3

BUP3

UVDD5

ILMV
DVD8V
DVD5V
HIVOL18
VDD5

NAVI5V

FANGND

>

FNV
FU4771
1
2
CEK1254
1A

4731-4737

BUP

PARKING SENS/KMODE
4749-4759

R4755
1M
GNDD

Q4752
2SA1576A(QR)
R4752

GNDD

R4753

10k
3.3V

L4701
CTF1393-A

(1/10W)

MAX 150mA

2E
5
1B
4 2C

C4751
0.1u/50
220
R4777
IMX1

1SS355
10k
HZU11(B2)

1M
(1/4W)

D4752
R4756
D4774

6.5V
6.5V
6.5V
6.5V

5.0V
5.0V

7
VT6

6

VDD5

47u/16

0.01u/50
C4773

470
R4778

NM

0.01u/50
C4774

UVDD5

4.7k

100u/16
C4776

6

C4775

5
H:10.6V/L:7.4V

5
8

A

B

C

D

E

F

A-b 6/6

169

R4771

3

A-a 6/6

AVIC-X910BT/XS/UC

4

ILMV

NAVI5GND

5.0V

8.5V

5.0V

FANCONT

RX

TX

IPPW

ASENBO

ASENS

BSENSN

BSENS

DCSKIPCD

DCSKIP

VDD5CONT

VDCONT

NAVICON

SYSPW

FCONT

FCONT

DCSKIP

NAVICON

R4616
2.2k

DV8

GNDD

>

C4619
0.1u/50

8.5V

Q4661
DTC114EU

C4600
1000p/50

>

GNDD

GNDD

C4601

47k

R4666

47k

GNDD

(D)

1u/10

C4606

150k

R4609

33p/50

0.047u/50
C4605

2

GNDD

TRIP

OUTGND

OUT_D

LL

TPS5103IDB
Vref=1.185(V)

REF
VCC_SENSE
COMP
VCC
RWMSKIP
VREF5
STBY
VREG5V_IN

GND

RT

CT

FB

INV

LH
OUT_U

IC4601
SS

Q4601
DTC114EU

10

9

8

7

6

5

4

3

1

(D)

C4604

4600-4620
4666

NAVI5V
(1/10W)

C4607

(4R7/25)

4641-4660

DVD8V

R4613
NM

GNDD

C4609
0.47u/16

10

R4612

12 C4608 CCG1222-A
4.7u/10
11

13

14

15

16

17

18

19

20

R4611

10

R4614
180k

8.5V

RB400D

D4601

FC5N

S1
1
G1
2
S2
3
G2
4

C4611
(POSCAP)
CCH1366-A_Po

SP8K2

Q4602

GNDD

D1-1
8
D1-2
7
D2-1
6
D2-2
5

L4601
27uH
CDRH127NP-270MC

GNDD

CDRH127NP-100MC
10uH
L4602

GNDD

>

CEK1261-A
FU4602
1
2
5A

HI18

HIVOL

8.5V

NM

L4681
LCTAW4R7J2520

4681-4690

HIVOL18

3

NAVI5GND

NAVI5V

A 1/6

FANCONT

RX

TX

IPPW

ASENBO

ASENS

BSENSN

BSENS

DCSKIPCD

DCSKIP

VDD5CONT

VDCONT

NAVICON

SYSPW

FCONT

A 4/6

GNDA

GNDA

IPL

IPL

GNDD

IPR

IPR

GNDD

IPRG

IPRG

C4618
CCG1223-A

R4601
0
220
4.7k
1.5k

5.0V

(D)
(D)
R4603 R4602
(D)
R4604

IPLG

0.01u/25 R4605
100
C4602

KMOD

NM

R4606
C4603

1000p/50
R4607
100k

3.3k
0.1u/16
R4608

KMOD
IPLG

R4610

5A
CEK1261-A
FU4601
1
2

C4610
0.1u/16

NAVI5

D4602

A 2/6

R4628

CCG1223-A
C4613

A-a A-b

2

0V

5.0V
5.0V
5.0V

CCG1223-A
C4614

2
820k

E
C4612

RB060L-40
CCG1223-A

(106/50)
(106/50)
(106/50)

D
C4616

1
475

170
NM

F
1M R4615

C
C4681

B
C4617

A-b 6/6
0.1u/50

A

1000p/50

1
4

MVDD5

PKB

PKBOUT

KMODEOUT

FANUP

5.0V

H:10.6V/L:7.4V

PKB

PKBOUT

KMODEOUT

FANUP

FANV

NM

VDD5CONT

DCSKIPCD

C4655

560

FCONT

5.0V

FCONT

C4657
1000p/50

R4642

C4656
0.1u/50

DVD5

GNDD

R4644

GNDD

330

>

FU4661
1
2
CEK1258
2.5A

GNDD

C4642

Q4664
NM

GNDD

GNDD

C4643 3.3k
0.1u/50

R4649

GNDD

NM

GNDD

1u/10
(YB)

A-a A-b

GNDD

R4679

(D)

C4646

150k

R4651

C4645
33p/50
CCG1252

0.047u/50

C4644 (YB)

CT
RT
GND
REF
VCC_SENSE
13
COMP
VCC
12
RWMSKIP
VREF5
11
STBY
VREG5V_IN

5
6
7

GNDD

TRIP

OUTGND

GNDD

(D)

1u/10

C4666

150k

R4671

C4665 33p/50

0.047u/50

C4664

4661-4680

DVD5V

Q4641
DTC114EU

LL
OUT_D

TPS5103IDB
Vref=1.185(V)

10

9

8

FB

4

TPS5103IDB
Vref=1.185(V)

Q4662
DTC114EU

GNDD

TRIP

OUTGND

OUT_D

LL

OUT_U

GNDD

GNDD

10

R4656

(4R7/25)

(4R7/25)
C4667

C4669
0.47u/16

10

R4674

R4673
10
(1/10W)

C4650
CCG1222-A

R4675
NM

GNDD

12 C4668 CCG1222-A
4.7u/10
11

13

14

15

16

17

18

19

20

180k

LH

R4655
NM

4.7u/10

C4648

R4654

C4647 0.1u/25

RB400D

D4641

(1/10W)

7 REF
VCC_SENSE
8 COMP
VCC
9 RWMSKIP
VREF5
10 STBY
VREG5V_IN

6 GND

5 RT

4 CT

3 FB

2 INV

10

C4649
0.47u/16

IC4661
1 SS

14

15

16

17

18

19

3

OUT_U

INV

2

LH

20

SS

IC4641
1

R4653

4641-4660

DVD8V

(4R7/25)

R4628
8.0V

VDCONT

R4641
(1/4W SA)

GNDD

R4678

CCG1223-A

NM
R4643
(1/8W)
C4641
(YB)
0.01u/25

0
560
(D)
8.2k
(D)

R4645
R4646
R4647
C4675
CCG1223-A

220

100k

C4676
0.1u/50

FANV

1000p/50

1.5k
(D)
R4648
C4677
1000p/50

100p/50
(D)
(D)
(D)

100k

180
1.5k

R4664 R4663
R4665

R4650
4.7k
C4661

R4662
0
100
R4667
0.01u/25
C4662

(D)
820k

8.0V

47k

VD8

(D)

FC8

RB400D

D4661

L4641

SP8K2

Q4642

FC5D

L4661

GNDD

SP8K2

C4654

GNDD

C4653

D1-1
8
D1-2
7
D2-1
6
D2-2
5

CTH1255-A
(33uH)

Q4663

D1-1
8
D1-2
7
D2-1
6
D2-2
5

S1
1
G1
2
S2
3
G2
4

C4671
(POSCAP)
CCH1366-A_Po

S1
1
G1
2
S2
3
G2
4

CTH1255-A
(33uH)

C4652
D4642
RB060L-40

>

D4662

FU4641
1
2
CEK1259-A
3.15A

R4668
R4669 100k

L4642
CTH1257-A
(10uH)

CCG1223-A
CCG1223-A
CCG1223-A
(10uF/50V)
RB060L-40
CCG1223-A

DV8

R4680

R4652
3.3k
C4663
0.1u/16
R4670

8.0V

C4672

VD8

R4672

(POSCAP)
CCH1409-A_Po
(220u/10)

C4651
R4676
180k
C4670
0.1u/16

D4643
RB083L-20

C4658
1000p/50

GNDD

(10uH)

L4662
CTH1257-A

C4659

8.5V

CCG1223-A
C4673

R4657
1M
CCG1223-A
C4674

(13.5V)

0.1u/50

8.5V

0

7

820k

GNDD

1

>

FU4662
1
CEK125
2.5A

>

2
CEK1258
2.5A

FU4642

8.5V

6

(106/50)
(106/50)
(106/50)

6
R4677
1M

8.5V

C4679

ILMV

0.1u/50

5

C4678
1000p/50

5
7
8

A-b 6/6

AVIC-X910BT/XS/UC

A-a 6/6

8

171

A

B

C

D

E

F

1

2

3

4

10.7 CK UNIT
A

CN883
CKS6115-A

B

VDD8(DRV)

1

VDD8(DRV)

2

VDD8(REG)

3

PGND

4

PGND

5

DGND

6

VDD5

7

AMUTE

8

XRES

C

C
CN1901

9

IRQPWR

10

HSTCMD

11

SLVSTS

12

STANDBY

13

AGND 14
ANA ROUT

15

AGND 16
ANA LOUT

17

AGND 18
CVBS

TP894

19
TP895

22

USB D-

23

NM

TP882
NM

R882

NM

R887

C887
NM

R898
0

NM

NM

CP LADY

30

NM

R886
TP883

NM

2

CN881

3

CKS4823-A

4
NM

C891

NM

3

NM

2

DGND

R891

(NC)

NM

R890

E

1

C893

IC890

TP884
1

IEC OUT

2V ->

6dB
8

VIN1

GND

SW1

VOUT

SW2

NM

7
Q890
6

VIN2

V+
5
VIN3
NM

F

B
172

AVIC-X910BT/XS/UC
1

2

3

R

NM
R894
1

29

NM

R885

VR890
NM

CP RESET

R884

4

R896

28

NM

I2C SDA

NM

R893

27

NM

I2C SCL

R883

NM

26

NM
C896

25

NM

24

C892

DGND

R881

R892

IEC OUT

D

R888

21

USB D+

DGND

TP881

NM

WAKEUP

20

C890

VIDEO GND

5

6

7

8

A

B

CK UNIT

CN882
CKS5100-A

R898
0

NM

L890

TP890

2V -> 1V
R895

NM

R893

C893

Q891
NM

NM

NM
R894

TP892

NM
1
2
NM

NM

C897

NM

R897

C895

3
NM

VR890
NM

VDD8(DRV)

39

VDD8(DRV)

38

VDD8(REG)

37

(NC)

36

PGND

35

PGND

34

PGND

33

DGND

32

DGND

31

DGND

30

DGND

29

DGND

28

(NC)

27

VDD5

26

VDD5

25

VDD5

B

C

24

VDD5

23

(NC)

A 4/6

22

(NC)

CN702

21

AMUTE

20

XRES

19

IRQPWR

18

HSTCMD

17

SLVSTS

16

STANDBY

15

AGND

14

ANA ROUT

13

AGND

12

ANA LOUT

11

AGND

10

VIDEO GND

9

CVBS

8

VIDEO GND

D

TP893

(1k)

R896

NM

NM

Q890

40

TP891

Connector
Video

7

Y

6

VIDEO GND

5

CB

4

VIDEO GND

3

CR

2

UARTSPEED

1

WAKEUP

E

881-887
890-898

F

B
AVIC-X910BT/XS/UC
5

6

7

8

173

1

2

3

4

10.8 DVD CORE UNIT(GUIDE PAGE)

44

11

TD

FD

COMPOSITE

68P

100P

C1604

R1672

C1602

DACCK

SRCK

200

D-

R1957
NM

IECOUT

LRCK

IEC

T

R1602

24K

68P

C1605

100P

R01

FE1

TEMP

FE2

TEMP

C1676

30K

C1601

10K

(1608)

R1674

R1603

R1

C1672

R1

C1671

12K

R1671

10K
C1674
R1

NM

NM
R1951

R1950

C1603

NM

R1670

33

2 2

R1508
220
100
R1507

NM R1675

NM R1679

1

R1956
NM

L1901
NM

R1673

GNDA

MDQ15

R1
GNDD5

C1515

R1

C1514

MDQ0

12K

AD2
C1511

GNDD

R1

MDQ1

MDQ14

C1502
10

NM

1M

(2125)

B

(IEC/IPFLG)

GNDD
R1503

VCC12

R1601

GNDV
C1673

GNDD

100

10P

2

R1506

GNDD

12P
1R2K

R1501

R1

C1809

NM

C1807

R1
C1805

GNDAU

C1512

R1504
12

GND1

X1
C1510

F

R1954

R1

100

1

AUDIO 2CH ANALOG OUT

ADOUT

27.000MHz
CSS1768
X1501
X2 3

GND2

0R0

4

8

820

R1505

R1804

4 R7
(2125)

D1901
NM

NM
D1902
NM
R1955

R1511

IC1801
PCM1753DBQ

C1804

1800P

100K

R1802
C1 8 0 2

LTDAC

C1808
NM

GNDAU

AGND 9
VOUTR
10
7 VOUTL
VCOM
6 ZEROR/ZEROA 11
VCC
5
ZEROL/NA 12
NC
13 SDODAC
4
DGND
MD
14 SCKDAC
3
LRCK
MC
2
15 LTDAC
DATA
ML
16
1
BCK
SCK

10
C1806

SCKDAC

ADAC

GNDAU1

LOUT

SDODAC

AVCC5

820
C1803

R1803

4R7
1800P

(2125)
C1801

R1801

100K

ROUT

D+

C-a

A

GNDD
GNDA

162
163
164

MDQ2

165
C1504

166

R1

167

MDQ12
STANDBY

VCC33
L1904

MDQ3

168

MDQ11

169

MDQ4

170

MDQ10

171
172
173

10
(2125)

C1489

R001

C1490

MDQ5
C1505

174

R1

175

MDQ9
IC1480

MDQ0 R1490

C1480 R1

56
R1480
56

C1481
R1
C1494 NM

MDQ1
MDQ2

5

4

MDQ3

6

3

7

2

MDQ4

C

1

8
R1481
56

C1482

MDQ5

5

4

MDQ6

6

3

MDQ7

7

R1
C1493 NM

2
1

8

C1483 NM
C1484 R1

DQM0
XWE

5

4

XCAS

6

3

XRAS

7

2

XCSM

8

1

BA0

5

4

BA1

6

3

MA10

7

2

MA0

8

1

MA1

5

4

MA2

6

MA3

7

2

8

1

R1482
56

R1483
56

R1484
56

3

C1485

1

54

VDD1
VSS3
2
DQ0
DQ15
3
VDDQ1 VSSQ4
4
DQ1
DQ14
5
DQ2
DQ13
6
VSSQ1 VDDQ4
7
DQ3
DQ12
8
DQ4
DQ11
9
VDDQ2 VSSQ3
10
DQ5
DQ10
11
DQ6
DQ9
12
VSSQ2 VDDQ3
13
DQ7
DQ8
14
VDD2
VSS2
15
LDQM N.C/RFU
16
WE
UDQM
17
CLK
CAS
18
CKE
RAS
19
N.C
CS
20
A11
BA0
21
A9
BA1
22
A8
A10/AP
23
A7
A0
24
A6
A1
25
A5
A2
26
A4
A3
27
VDD3
VSS1

R1
C1486

GNDD
R1485
56

53

MDQ15

52
51
50
R1

49

C1488

48

C1491

NM

5

4

6

3

7

2

8

1
R1486
56

46
45
44
R1
C1487

42

MDQ8

177

MDQ7

178

DQM0

179

DQM1

180

XWE

181
182

C1506

MDQ12

5

4

6

3

7

2

8

1

NM

C1492

176

R1512

47

43

MDQ14
MDQ13

MDQ6

184
185

C1503 R1

MDQ9

187
188

XCAS

189

XRAS

R1489
56

190

R1538

XCSM

40

191

39

100K

MA11

38

MCK

37
36

192

BA0

193

MA9

194

DQM1
56
R1487

35
34
33
32

56
R1488

31

5

4

6

3

7

2

8

1

5

4
3

30

6

29

7

2

28

8

1

195

MA11
MA9

C1507

196

R1

197

BA1

MA8

MA8

198

MA7

MA10

199

MA6

MA7

200

MA5

MA0

201

MA6

202

MA1

203

MA4

204

K4S641632N-LC75

C1508

205

R1

206

DGND3

SDRAM

NM

100

186

MDQ10

MDQ8

41

183

R1

MCK

MDQ11

L1512

MA5

GNDD

D

MA2

207

MA4

208

MA3

209
210
C1509

211

R1

212
213
214
215

MDQ12
MDQ3
MDQ11
MDQ4
MDQ10
MDQ5
VSS_12
VDD33_8
MDQ9
MDQ6
MDQ8
MDQ7
DQM0
DQM1
NWE
VSS_13
MCK
VDD33_9
MCKI
VSS_14
VDD12_5

IC1501
MN2DS0018MAUB

NCAS
NRAS
NCSM
STANDBY
DQM3
BA0
MA9
VSS_15
VDD33_10
BA1
MA8
MA10
MA7
MA0
MA6
MA1
VSS_16
VDD33_11
MA5
MA2
MA4
MA3
VSS_17
VDD12_6
EXADT0
NEXCE
NEXOE
EXDT0
EXDT8

1

2

D1

D9

216

DEBUG

T

MDQ13
MDQ2
VSS_11
VDD33_7

EXDT1
3 EXDT9
EXDT2
4
EXDT10
5
VSS_1
6
VDD33_1
7
EXDT3
8
EXDT11
9
EXDT4
10
EXDT12
11
EXDT5
12
EXDT13
13
EXDT6
14
EXDT14
15
VSS_2
16
VDD33_2
17
EXDT7
18
EXDT15
19
VSS_3
20
VDD12_1
21
EXADR16
22
EXADT15
23
EXADT14
24
EXADT13
25
EXADT12
26
EXADT11
27
EXADT10
28
EXADT9
29
EXADT8
30
EXADR19
31
NEXWE
32
VSS_4
33
VDD33_3
34
EXADR18
35
EXADR17
36
EXADT7
37
EXADT6
38
EXADT5
39
EXADT4
40
EXADT3
41
EXADT2
42
EXADT1
43
VSS_5
44
VDD12_2
45
CP_READY
46
I2C_SDA
47
I2C_SCL
48

(2125)

C1501
10

MDQ13

GNDD

161
MDQ1
MDQ14 160
MDQ0 159
MDQ15
158
VDD12_4
157
VSS_10
156
OSCO
155
OSCI
154
VDD33_6
153
VSS_9
152
IECOUT
151
ADOUT
150
LRCK
149
SRCK
148
DACCK
147
AVDDI
146
ROUT
145
AVSSI
144
LOUT
143
AVSSG
142
AVDDG
141
AVDDE
140
AVSSE
139
DAC5OUT
138
COMPOSITE
137
AVSSF
136
COMP2
135
IREF1
134
VREF
133
COMP1
132
AVDDF
131
DAC1OUT
130
DAC2OUT
129
DAC3OUT
128
AVDDH
127
FD
126
TD
125
AVSSH
124
AD4
123
AD2
122
TEMP
121
VDSENS
120
VIN1
119
VIN2
118
VIN4
117
VIN3
116
VIN8
115

F

VCC33

R1527
6R8K
R1546
6R8K

R1539
100K

NM

R1531
10K
R1518
10K

R1517
10K
R1528
10K
R1529
10K
R1530
10K

DGND2

C1519 R1

C1518 R1

R1
C1517

C1513

9 12

8 13

1011

7 14

6 15

5 16

4 17

3 18

2 19

1 20

CN1951

C1516 R1

R1

VCC33
GNDD

E

NM

A20 R1547

A1

A2

A3

A4

A5

A6

A18

A7

A17

XWR1

A19

A8

A9

A10

A11

A13

A14

A15

A12

A16

D15

D7

D14

D6

D13

D5

D12

D4

D11

D3

D10

D2

D8

D0

XRD

XCSF2

A0

SCLOCK

SDATA

EXTRG0

TRCCLK

TRCDATA0

TRCDATA1

TRCDATA2

TRCDATA3

TRCST

GNDD

C1201
100/16

VD8

VCC33

FLASH 16M

FLASH 16M

XWR1
XWR1

A5

F

A4
A3
A2
A1

R01

220

C1401

NRES R1401

GNDD

A0

D7

A11

D14

A10

D6

A9

D13

A8
A19
A20

D12

XWR1

D4

NRES R1403
NM

D11
D3

D2

A18

D9

A17

GNDD

NC2

14

16
17

D1

A7

18

D8

A6

19

D0

A5

20

XRD

A4

21

A3

22

A2

23

A1

24

GNDD

A14

/BYTE

A13
Vss2
4 A12
DQ15_A-1
5
A11
DQ7
6
A10
DQ14
7
A9
DQ6
8
A8
DQ13
9
A19
DQ5
10
NC1
DQ12
11
/WE
DQ4
12 /RESET
Vcc
13

15

D10

PGND

DQ11

A16

C1409
4R7
(2125)

47
46
45

C1203

D15

HUP

20

HUM

19

HVP

18

44

D7

HVM

17

43

D14

HWP

16

42

D6

HWM

41

D13

HBM

40
39

D12

C1408
R1

38
37

14
270

C1208

R01

FG

FG

D4

C1407

36

35
NC3
DQ3
34
RY_/BY
DQ10
33
A18
DQ2
32
A17
DQ9
31
A7
DQ1
30
A6
DQ8
29
DQ0
A5
28
/OE
A4
27
Vss1
A3
26
/CE
A2
25
A0
A1

15
R1212

D5

13

D11
D3
D10
D2

CONT2

CONT2

CONT1

CONT1

MD
LDIN

D9

MD1

220

R1202

S

CRGDRV

9
8
7

MD2

LDIN

6

C

R1203

D1

CRGDRV

D8

FD

FD1

F

D0

TD

TD1

T

10K

XRD
R1406
100K

220

R1201

R1204
15K

VHALF

VHALF
PGND2 PGND1

HU+

VM_S

HU-

BH

HV+

SPRNF

HV-

SPVM

HW+

SPGND

HW-

U

HB

V

SPCNF

W

21

C1204

23

2200P

5

SL/LDO-

CTL1

FCO+

SPIN

FCO-

LDIN

TKO+

SLOPOUT

R1214

R1

R1215

S
S
S

26
27
28

2

COILW

F
F

FOP2

FOP

FOM2

FOM

35

T

TOM2

TOM

36

T

TOP2

TOP

TKO- 37
AVM
SLIN
38
3 FCIN
PREVcc
39
2 TKIN
PREGND
40
1
VC SUBGND

1
1

R1216
1
R1217
1

R1218

C

34

33

4

C1207
R1

IC1201
BD8231EFV

GNDD

3

COILV

C

32

AVIC-X910BT/XS/UC
1

COILU

1
C1205
R1

PGND
R1409
NM

1
C1209

25

XCSF2
CWW1826

R1213

24

GND141
31
SL/LDO+
CTL2

NM

22

12 FG
29
SLVM
11 TEST PGND 30
GND2
10

NM

A0

XCSF1
CWW1825

C
174

A12

C1402
NM

3

D15

D5
C1403
R1

A13

48

4

C1210
R1

A19

2

A16

(3216)

A8

A14

A15

C1211
4R7

A9

1

100K

A10

A6

/BYTE
46
A13
Vss2
4 A12
45
DQ15_A-1
5
44
A11
DQ7
6
43
A10
DQ14
7
42
A9
DQ6
8
41
A8
DQ13
9
40
A19
DQ5
10
39
NC1
DQ12
11
38
/WE
DQ4
12 /RESET
37
Vcc
13
36
NC2
DQ11
14
35
NC3
DQ3
15 RY_/BY
34
DQ10
16
33
A18
DQ2
17
32
A17
DQ9
18
31
A7
DQ1
19
30
A6
DQ8
20
29
A5
DQ0
21
28
/OE
A4
22
27
Vss1
A3
23
26
/CE
A2
24
25
A0
A1

100K

A11

A7

A14

C1404
4R7
(2125)

47

R1402

A12

A17

A16

3

A13

A18

A15

A15

R1405

2

A16

NM

A14

48

C1405

1

VCC33

IC1402

IC1401
A15

PGND

6

7

8

C-b

C

DVD CORE UNIT

TD

100
IC1001
1
OUT

R1008

VDSENS

NM

VREF

VD8

VREF

R1004

47K

R1007

5

B

C1011
1

C1010
2R2

R1
EF1001

VD8

C1612

R1

C1613

R1

C1614

R1

C1615

R1

D

C1616

R1

RF

C1617

R1

B

GNDA

2

C

VCC5_1

PGND

VCC5
IC1002
S-1133B50-U5

GNDA
AVCC5

C1953

DEBUG

(1005)

NM
C1954

TRCST

47P
C1934

TRCDATA2

GNDD

GNDD
AMUTE

18K
10K

MD

NM

GNDD

GNDD

DGND
VD5

8

AMUTE

9

XRESET

10
11

STANBY

STSCOMN
STANBY

R1025
100

RO

ROUT

WAKEUP
R1026

COMPOSITE

COMPOSITE

R1027
100

NM

D-

D-

D+

AGND

15

ANALOG ROUT

16

AGND

100K
R1534

R1536

220

100K

STSCOMN
CMDCOMN

C1528
470P

NM

IRQPWR

I2C_SCL

SCL

I2C_SDA

SDA

AGND

19

COMPOSIT

20

VIDEO GND

21

WAKEUP

22

D-

23

D+

CP_Reset

RESET

GNDAU2
R1543

NM

I2C_SCL

R1544

NM

I2C_SDA

IECOUT

26

DGND

28

GNDV

DGND

25

27

D

ANALOG LOUT

18

24
IECOUT
R1540 220

B
CN883

14

17

LO

10K

IRQPWR
HSTCMD

13

LOUT

SDODAC

PGND

7

CMDCOMN

D+

220

2

NRES

PGND

6

SLVSTS

CP_Reset

LTDAC

R1537

3

AMUTE

SCKDAC

R1525

5

VDD5_1

12

STANDBY

1K

R1519

VDD5_2

CKS6025

CMDCOMN

CONT1

R1532
NM
XCSF1

3

VD8

IRQPWR

LDIN
R1535
100K

VD8

IRQPWR

STSCOMN

CONT2

CP_RESET

C1004

1

R1019
100

NRES
CRGDRV

HOME

C1527

PGND

VD8

2

SCL
SDA

29

RESET

30

DGND

0R0

R1526

AMUTE

C1523
R1
C1524
R047

CN1901
1

4

NM

NRES
R1522 100K

R1

VD8

GNDD

GNDAU

DGND4

(3216)
R1015

NRES

C1526 R01

R1514

AGND4

VDD5

220

10K

GNDD

EF1002
FG

R1523

GNDV

L1903

10K

C1522

AGND1

GNDA

SDATA

SCLOCK SCLOCK

R1516

680P
C1022
680P

NM
GNDAU

GNDA

EXTRG0
SDATA

C1021

NM
C1007

R1021

1K

HOST I/F

C1006

R001

1K

3

DGND1

TRCCLK
4R7K

2

NC ON/OFF

S-1200B50-M5

68P

TRCDATA0
R1524

1

VIN
VSS

4

(1608)

TRCDATA1

R1510

VOUT

VD

(1608)

TRCDATA3

R1509

IC1003

C1016

TRCST

R1513

5

AVCC5

GNDA

(1608)
1

R1

C1627

GNDA

C1622 R033

C

GNDD

R1

R001

PGND

C1624
R22

4R7
(2125)

R1

R1

C1620 R22

VOUT
5

C1019

C1005
(1608)

C1625

GNDD

C1001

5600P

NM

100P

C1619

C1626

C1618

USBGNDD

C1003 R1

GNDA

VIN
4

ON/OFF
3
VSS
2
NC
1

ANAMONI1

C1521

VD8_1

PGND3

A

ANAMONI2

C1621

PGND4

PGND5

1

R1

VD8_2

L1902

3

NM

C1611

1
C1017

R1

54

53

10

4

GND_DD

LPCO1
DVDMPD
C1610

R1

10K

C1520

C1013

2
3

GNDD

C1529

USB_CLOCK

08EJ

VSS_6
VDD33_4
CMDCOMN
STSCOMN
52

51

50

49

CE

VOUT

1

LPCO2

R1527
6R8K
R1546
6R8K

R1542

C1519 R1

VCC33

CDMPD

55

R1541

R1539
100K

R1

VDD

GND_DCON
GND_DD

1M

NM

VIN6
113
VIN5
112
F+H_G+H
E+G_E+F 111
VHALF
VREFH 110
109

114

IRQPWR

VIN7

115

116

117
VIN3

VIN4

VIN8

I2C_SDA

CP_READY

I2C_SCL

48

46

47

118

VIN2

119

VSS_5

VDD12_2
45

44

121

122

120
VIN1
43

123
AD2

AD4

VDSENS

TEMP
EXADT2

EXADT3

EXADT4

EXADT1
42

41

40

C1609

107
AVSSB
AVDDB 106
LPCO2
105
CDMPD
104
LPCO1
103
DVDMPD
102
VREFL5
101
VREFH5
100
VIN3RF
99
VIN4RF
98
VIN2RF
97
VIN1RF
96
RFINP
95
RFINN
94
ANAMONI2
93
ANAMONI1
92
AVDDC
91
CDATA
90
CCAPA
89
AVSSC
88
VREFL7
87
AVSSD
86
VREFH7
85
PLFIL1
84
AVDDD
83
VDD12_3
82
VSS_8
81
TRCST
80
TRCDATA3
79
TRCDATA2
78
TRCDATA1
77
TRCDATA0
76
TRCCLK
75
EXTRG1
74
EXTRG0
73
SDATA
72
SCLOCK
71
FG
70
NRES
69
VDD33_5
68
VSS_7
67 C
CRGDRV
66 S
MD
65
HOME
64
CONT2
63
CONT1
62
LDIN
61
CP_Reset
60
P13
59
XCSSR
58
SCKDAC
SDODAC 57
LTDAC
12EJ 56

VIN

TEST

NM
GNDD

T
125

126
TD

AVSSH
EXADT5

EXADT6

124
39

38

37

1M

R1605

AGND

GND_DCON

VCC33-1
R1604
108

PGND

LX

R1232D121B

GND_DD
(2125)
R1017

NM

6R8K
C1018

6

NM

4
VSS
3
NC

2
VDD

7

FB12B

IC1004

1

NM

R1001

E+G_E+F

F+H_G+H

FE1

FE2

TEMP
TEMP

1

C1623
(1608)

VHALF

AD2

8

FB12A

(1608)
R1011

VDD5

10

IC1005

VCC33

VSENS

C1608
(1608)

L1004
C1014
DDF

L1003

NM

VDSENS

VCC12-1

VCC12

VOLTAGE DETECT

GNDA

C1015

R01

1 IN

10K

5.0-3.3&1.2 V DC/DC

NJM2885DL1-33

C1601

3 OUT
2 GND

R1603

S

10
C1008

R1

68P

C1605

100P

C1603

12K

C

10
C1009

T

R1602

AGND2

GNDA

C1606

68P

100P

12K

C1604

C1602

R1601

10

(2125)
C1607

F

:POWER SUPPLY
:PU
:ACT+SPDL
:FLASH
:SDRAM
:DVN(SYS)
:DVN(FE)
:DVN(BE)
:VIDEO
:AUDIO (ANALOG)
:AUDIO (DIGITAL)
:OUTSIDE I/F
:USB

A

FOCUS SERVO LINE
TRACKING SERVO LINE
CARRIAGE SERVO LINE
SPINDLE SERVO LINE
RF SIGNAL

T
1000->1049
1100->1199
1200->1299
1400->1449
1480->1499
1500->1599
1600->1669
1670->1699
1700->1749
1800->1849
1850->1899
1900->1950
1950->1999

R1002

FD

F

VCC33

C1012

5

GNDAU3

CP_READY

GNDAU

R1533

GNDD

GNDV

R01
C1108

VCC5
C1110
C1101
10

C

COM

C

COP

17 CRG/LE18 CRG/LE+

PGND

R1
C1105

C1107

R01

R1110
3R3

560

R1106

R1102 100K

C1952
NM

1M

NM
NM

10P R1953

NM

B

A

A
C

FE1

FE1

FE2

FE2

0R0
1
2
3

VCC

G

5

IN
GND

OUT
NM

H

4

H

H

X:Don’t Care
Z:High Impedance

LPCO1
DVD

1R5

Q1101
2SC4081

GNDA

GNDD

E+G/E+F

6

SW

7

78LD

8

65LD

9

LD GND

14 FE1
15 FE2

DVDMPD

DVDMPD

1R5

DVDLD1
R1111 R1116
RF
1R5
1R5
Q1103
2SB1132

GNDD

17 78MD
18 65MD
19 65MDG

TEMP

20 TEMP
21 TEMP GND

RF

T

TOP
FOM

F

FOP

F

22

RF

23 T+
24 FFOP1

T

TOM

GNDA

TOP1

CKS5775

E

16 78MDG

R1


G OUT
IN
X
Z
L
L
H L

VCC33

IC1006

F+H/G+H

5

13 D

R1112 R1115

R1300

VCC

4

12 C

CDMPD

CDMPD

NM

3

11 A

GNDA

R1301

Vref

10 B

D

D

(1608*4)

15 HALL_U16 HALL_BIAS-

HB-

HBM

B

C

GND

2

25 F+
26 T-

R22
(1608)

U-

DVDLD0

C1111

HUM

CDLD0

(1608)
C1109
R22

U+

E+G_E+F

1R5

1R5
1R5
Q1104
2SB1132

R01

HUP

13 HALL_V14 HALL_U+

2

F+H_G+H

E+G_E+F

CDLD1
R1114 R1117

C1106

V-

CD
GND1

C1104

HVM

X1
NM

1R5

GNDD

D
CN701

1

22

1

V+

3

Q1102
2SC4081

LPCO2

C1113 R1109
3R3

HVP

1

11 HALL_W12 HALL_V+

GND

IC1951
NM

X2 3

390

W-

OUT_Y

X1950
GND2

510

HWM

2

IN_A
4

4

R1103

1

9 COIL_V
10 HALL_W+

1

NC

R1104

W+

R1217
R1218

COILU

HWP

C1210
R1

COILW

COILV

7 COIL_W
8 COIL_U

1
R1216

(3216)

COILV

C1211
4R7

COILU

S

COILV

8cm

48.000MHz

VCC

R1101 100K

1

R1215

4

NM

R1214

5

C1301

1

C1950
NM

HOME

5 12cm(DSCSNS)
6 HALL_BIAS+

HB+

270 COILW

GNDD

3

48MHz

12EJ
R1222
COILW S
COILU S

GNDD

2

NM

08EJ

08EJ

1

C1302

HOME

HOME

22

VCC5

390

R1105

GNDA

C1112

AGND3
CKS6003

VREF

R01

F+H_G+H
(1608*4)
R1113 R1118

1

PICKUP UNIT (SERVICE)

CN1201

R1213

CN1101

VCC5_3

NM

C1525

08EJ
NM

A20 R1547

A1

A2

A3

A4

A5

A6

100K

PU(DP10)

F

MOTOR DRIVER

C
AVIC-X910BT/XS/UC
5

6

7

8

175

100P

100P

C1602

C1603

TEMP

C1604

R01

C1601

C1605

FD

68P

68P

T

C1606

R1

GNDA

E+G_E+F

FE1

FE2

TD

107
AVSSB
AVDDB 106
LPCO2
105
CDMPD
104
LPCO1
103
DVDMPD
102
VREFL5
101
VREFH5
100
VIN3RF
99
VIN4RF
98
VIN2RF
97
VIN1RF
96
RFINP
95
RFINN
94
ANAMONI2
93
ANAMONI1
92
AVDDC
91
CDATA
90
CCAPA
89
AVSSC
88
VREFL7
87
AVSSD
86
VREFH7
85
PLFIL1
84
AVDDD
83
VDD12_3
82
VSS_8
81
TRCST
80
TRCDATA3
79
TRCDATA2
78
TRCDATA1
77
TRCDATA0
76
TRCCLK
75
EXTRG1
74
EXTRG0
73
SDATA
72
SCLOCK
71
FG
70
NRES
69
VDD33_5
68
VSS_7
67

108

VHALF

122
TEMP
121
VDSENS
120
VIN1
119
VIN2
118
VIN4
117
VIN3
116
VIN8
115
VIN7
114
VIN6
113
VIN5
112
F+H_G+H
E+G_E+F 111
VHALF
VREFH 110
109

F+H_G+H

12K

C

(2125)
C1607

R1

R1

R1

R1

R1

R1

R1

C1611

C1612

C1613

C1614

C1615

C1616

C1617

AVIC-X910BT/XS/UC

4

1K

1K

R1513

C1522

10K

R1

C1526 R01

R1516

R1510

1M

1M

SDATA

EXTRG0

TRCCLK

TRCDATA0

TRCDATA1

TRCDATA2

TRCDATA3

TRCST

NRES
C1523
R1

R1522 100K

R1523

220

SCLOCK SCLOCK
10K

CRGDRV

FG

VREF

DEBUG

GNDA

SDATA

TRCST

GNDA

R1

4R7K

R1

R1

R1605

R1604

VREF

RF

D

C

A

B

DVDMPD

LPCO1

CDMPD

LPCO2

NRES

AMUTE

NRES

AMUTE

GNDD

68P

47P
C1934

NM
C1954

C1953

R1

C1019

GNDD

VCC5

NM

R1008

(1608)

(1608)

GNDA

R1019
100

VD8

(1005)

AVCC5

GNDD

VD8

USBGNDD

VSENS

PGND

VDSENS

2
VDD

1

VDD5

GNDA

GNDD

PGND

2

EF1001

GNDD

NM

IC1001
1
OUT

AVCC5

VCC33

NRES

AMUTE

AGND1

DGND1

3

3
NC

IC1003

VSS

VIN

AGND4

NM

(3216)
R1015

3

2

1

1

VOUT
5

NM

L1902

GNDD

VIN
4

NC ON/OFF

VOUT

S-1200B50-M5

4

5

NM

(1608)
R1011

GND_DD
(2125)
R1017

VCC33

IC1002
S-1133B50-U5
ON/OFF
3
VSS
2
NC
1

GNDA

4
VSS

VCC12

VCC5_1

GND_DD

GND_DCON

2

NM

L1903

GNDV

NM
C1007

C1006

GNDD

3

GNDAU

EF1002

FB12B

FB12A

VCC12-1

5.0-3.3&1.2 V DC/DC

VDD5_2

VDD5_1

C1022
680P

680P

C1021

GNDD

5

6

7

8

CE

VDD

VIN

PGND

R1232D121B

VOUT

TEST

DVD CORE UNIT

VD8_1

GND_DD

GNDD

VD

4

3

2

1

10

C1013

10

C1014

GND_DCON

PGND

VDD5

VD8

11

10

9

8

7

6

5

4

HSTCMD

IRQPWR

XRESET

AMUTE

VD5

DGND

PGND

PGND

VD8

VD8
2
3

VD8
1

B

CKS6025

CN1901

HOST I/F

L1004

FOCUS SERVO LINE
TRACKING SERVO LINE
CARRIAGE SERVO LINE
SPINDLE SERVO LINE
RF SIGNAL

IC1005

AGND

LX

PGND3

VD8_2

PGND4

GNDAU

DGND4

GNDD

PGND5

VCC33-1

L1003

DDF

S

C

T

F

C

A

R1509

R1524

C1521

GNDA

GNDA

C1624

R22

C1622 R033

C1621

10

C1625

C1619

C1620 R22

100P

5600P

C1618

ANAMONI1

ANAMONI2

R1

C1610

R1

1

C1623
(1608)

C1609

1

C1608
(1608)

VDSENS

VOLTAGE DETECT
NM

R1602

R1001
47K

R1004
R1007

GNDA

NM
NM

R1

NM

6R8K
C1018

C1017

12K

(1608)
1

AGND2

100

R1601

C1626
C1627

:POWER SUPPLY
:PU
:ACT+SPDL
:FLASH
:SDRAM
:DVN(SYS)
:DVN(FE)
:DVN(BE)
:VIDEO
:AUDIO (ANALOG)
:AUDIO (DIGITAL)
:OUTSIDE I/F
:USB

C1001

1000->1049
1100->1199
1200->1299
1400->1449
1480->1499
1500->1599
1600->1669
1670->1699
1700->1749
1800->1849
1850->1899
1900->1950
1950->1999

C1004

10
C1008
R1002

VCC33

C1003 R1

IC1004

10
C1009
C1010
2R2

C-a C-b

4R7
(2125)

3

1

C
C1005
(1608)

B
3 OUT

C-b

3

C1016

2

R001

2 GND
1 IN

2

NJM2885DL1-33

1
C1011
1

176
NM

F
C1012

E
R001

D
C1015

1
4

EXADT2

41

A2

EXADT1

42

VSS_5

R1218

R1217

R1216

R1215

R1214

R1213

A1

VDD12_2

44

C1519 R1

CP_READY

45

I2C_SCL

PGND

MD

HOME

60

61

62

63

64

65

67

R1222

08EJ

HOME

HB+

12EJ

220

10K

R1525

NM

8cm

HOME

GNDD

GNDD

V-

U+

U-

HVM

HUP

HUM

COP

COM

HB-

13 HALL_V14 HALL_U+

V+

HVP

CN701

MOTOR DRIVER

GNDD

18 CRG/LE+

17 CRG/LE-

15 HALL_U16 HALL_BIAS-

11 HALL_W12 HALL_V+

W-

9 COIL_V
10 HALL_W+

7 COIL_W
8 COIL_U

D

CKS6003

NM

R1543

HWM

C

R1540 220

R1535
100K

100K

W+

C

NM
C1527

220

R1544

220
NRES

R1532
NM
XCSF1

C1523
R1
C1524
R047

R1522 100K

R1523

10K

R1536

C1528
470P

SDATA

EXTRG0

SCLOCK SCLOCK

SDATA

100K
R1534

R1537

1K

R1519

HWP

HBM

18K
10K

10K

R1

CP_RESET

R1526

R1514

R1513

C1522

5 12cm(DSCSNS)
6 HALL_BIAS+

4

3

2

1

1K

1K

C1526 R01

R1516

R1510

R1509

CN1201

R1541

P13
59
XCSSR
58
SCKDAC
SDODAC 57
LTDAC
12EJ 56
55

CP_Reset

LDIN

CONT1

CONT2

S 270 COILW
COILU
COILU S
COILV
COILV S

COILW

08EJ

HOME

VCC5

100K

R1533

68

69

70

71

C
CRGDRV
66 S

VSS_7

VDD33_5

NRES

FG

SCLOCK

72

73

0R0

R1300

08EJ

LDIN

CONT1

CONT2

HOME

MD

CRGDRV

FG

3

2

1

NM

GNDD

GND

IN

G

IC1006

4

5

OUT

VCC
4

5

NC

GND

IN_A

NM

3

2

1

VCC33

R1301

IC1951
NM

OUT_Y

VCC

C1950
NM

I2C_SDA

I2C_SCL

IRQPWR

STSCOMN
CMDCOMN

LTDAC

SDODAC

SCKDAC

CP_Reset

NRES

AMUTE

GNDD

X1
NM

GND2

H

H

X:Don’t Care
Z:High Impedance

H


IN
G OUT
X
L Z
L
H L

1

4

X1950

GNDA

2

X2 3

R1027
100

R1025
100

R1019
100

GND1

48.000MHz

CP_READY

CP_Reset

I2C_SDA

I2C_SCL

IECOUT

D+

D-

COMPOSITE

LOUT

ROUT

STANDBY

STSCOMN

CMDCOMN

IRQPWR

NRES

AMUTE

GNDD

C-a C-b

LPCO1

AGND4

RESET

SDA

SCL

D+

D-

COMPOSITE

LO

RO

STANBY

STSCOMN

CMDCOMN

IRQPWR

NRES

AMUTE

AGND1

DVD

CD

GNDA

AGND3

LPCO2

VCC5

VDD5

GNDA

GNDD

GNDA

Q1101
2SC4081

GNDA

1

GNDD

3

GNDAU3

GNDAU2

2

EF1002

VCC5_3

Q1102
2SC4081

NM

(3216)
R1015

GNDV

1R5

1R5
1R5
Q1104
2SB1132

CDLD1
R1114 R1117

1R5

1R5

1R5
1R5
Q1103
2SB1132

DVDLD1
R1111 R1116

1R5

R1112 R1115

(1608*4)

VDD5_1

GNDD

GNDV

VDD5_2

(1608*4)
R1113 R1118

GNDAU

L1903

DGND4

RF

TEMP

TOM

FOP

FOM

TOP

RF

DVDMPD

CDMPD

FE2

FE1

D

C

A

B

E+G_E+F

F+H_G+H

R01

C1110

GNDA

VREF

F

F
T

T

R1021

0R0

IECOUT

24
25
26

SDA
RESET
DGND

28
29
30

Vref
VCC

2
3

LD GND

RF

26 T-

25 F+

24 F-

23 T+

22

21 TEMP GND

20 TEMP

19 65MDG

18 65MD

17 78MD

16 78MDG

15 FE2

14 FE1

13 D

12 C

11 A

10 B

65LD

78LD
7

9

SW

6

8

E+G/E+F
5

CKS5775

DGND

DGND

23

SCL

D+

22

27

WAKEUP
D-

21

VIDEO GND

COMPOSIT
19
20

AGND

ANALOG LOUT

AGND

18

17

16

B
CN883
ANALOG ROUT

AGND
15

STANBY

SLVSTS

HSTCMD

IRQPWR

XRESET

AMUTE

VD5

DGND

PGND

14

F+H/G+H

GND

1

4

VD8
VD8
PGND

13

12

11

10

9

8

7

6

5

4

3

2

CN1101

WAKEUP

PU(DP10)

FOP1

TOP1

DVDMPD

CDMPD

FE2

FE1

D

C

A

B

DVDLD0

CDLD0

E+G_E+F

F+H_G+H

GNDD

NM

R1026

PGND

7

C-b

1

1

1

1

1

1

46

I2C_SDA

NM

IRQPWR

48

R1542

USB_CLOCK

50

10K

NM

52

C1520

08EJ

49

C1525

47

R1527
6R8K
R1546
6R8K

C1210
R1

51

74

NM

SDATA

C1529

EXTRG0

54

VSS_6
VDD33_4
CMDCOMN
STSCOMN

53

R1

TRCCLK

NM

4R7K

48MHz

R1524

C1952
NM

75

1M
10P R1953

R1539
100K

A20 R1547

(3216)

NM
NM
NM

C1101
10

76

C1104

R001

EXTRG1

C1302

43

C1211
4R7

R1102 100K
R1101 100K

R1105

R1106

R1110
3R3
C1112
C1113 R1109
3R3

R1
C1105
R1

C1016

TRCCLK

C1301

22
22

R01

TRCDATA0

NM

C1107

390

560
390
510

R1103
R1104

R01
R01

7

C1106

6

(1608)
C1109
R22

6

R22
(1608)

5
C1108

5
8

PICKUP UNIT (SERVICE)
A

B

C

D

E

AVIC-X910BT/XS/UC

8

177

F

C1111

STANDBY

LOUT

C1803

1800P

R1801

R1802

100K

100K

3

C-a

AVIC-X910BT/XS/UC

4

MA3

MA2

MA1

MA0

MA10

BA1

BA0

XCSM

XRAS

XCAS

1

4

3

2

1

4

3

2

1

8

6

7

8

5

6

7

8

2

5

3

7

1

8

6

2

7

4

3

5

4

1

8

6

2

7

5

3

6

R1481
56

4

5

7

6

5

4

3

2

1

DQ3

VSSQ1

DQ2

DQ1

VDDQ1

VDD1
DQ0

VSS3
DQ15

DQ12

VDDQ4

DQ13

DQ14

VSSQ4

IC1480

8
DQ11
DQ4
9
R1
VSSQ3
C1493 NM 10 VDDQ2
DQ10
DQ5
11
DQ9
DQ6
12
VSSQ2 VDDQ3
13
DQ8
DQ7
C1483 NM 14
VSS2
C1484 R1 15 VDD2
LDQM N.C/RFU
16
UDQM
WE
R1482
17
56
CAS
CLK
18
RAS
CKE
19
CS
N.C
20
BA0
A11
R1483
21
56
A9
BA1
22
A8
A10/AP
23
A7
A0
24
A6
A1
R1484
25
56
A5
A2
26
A4
A3
C1485
27
VDD3
VSS1
R1

C1482

C1481
R1
C1494 NM

C1480 R1

GNDD

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

C1492

C1487

C1491

C1488

56
R1488

8

7

6

5

8

7

6

5

R1489
56

8

7

6

5

8

7

6

R1486
56

R1485
56
5

GNDD

56
R1487

NM

R1

NM

R1

L1904

1

2

3

4

1

2

3

4

1

2

3

4

1

2

3

4

VCC33

GNDAU

MA4

MA5

MA6

MA7

MA8

MA9

MA11

DQM1

MCK

MDQ8

MDQ9

MDQ10

MDQ11

MDQ12

MDQ13

MDQ14

MDQ15

SCK

MA1

MA6

MA0

MA7

MA10

MA8

BA1

MA9

BA0

MA11

XCSM

XRAS

XCAS

MCK

XWE

DQM1

DQM0

MDQ7

MDQ8

MDQ6

MDQ9

L1512

R1

C1507

100K

R1538

C1503 R1

R1

C1506

100

175

R1

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

174

C1505

173

172

171

MDQ10
MDQ5

170

MDQ4

169

R1
168

167

MDQ11

166

C1504

R1512

164

163

165

MDQ3

MDQ12

MDQ2

MDQ13

GNDD

1

10P

12P

MA1

MA6

MA0

MA7

MA10

MA8

BA1

VDD33_10

VSS_15

MA9

BA0

DQM3

STANDBY

NCSM

NRAS

NCAS

VDD12_5

VSS_14

MCKI

VDD33_9

MCK

VSS_13

NWE

DQM1

DQM0

MDQ7

MDQ8

MDQ6

MDQ9

VDD33_8

VSS_12

MDQ5

MDQ10

MDQ4

MDQ11

MDQ3

MDQ12

MDQ13
MDQ2
VSS_11
VDD33_7

1M

GNDD
R1503

C1512

GND1

C1510

X1

2

CSS1768
X1501
4
X2 3
GND2

27.000MHz

GNDD

NM

R1954

NM
R1955

NM
D1902

GNDD

D1901
NM

200

R1672

GNDA

GNDA

10K
C1674
R1

R1670

IC1501
MN2DS0018MAUB

24K

R1671

NM

NM R1675

NM R1679

R1673

R1

GNDV
C1673

10K

R1603

F

AD2

R01

C1601

12K

R1602

12K

R1601

FD

T

3

XWE

DQM0

MDQ7

MDQ6

MDQ5

MDQ4

MDQ3

MDQ2

MDQ1

R1480
56

VCC33

GNDD

C1502
10

D+
R1957
NM

C-b

2

56

MDQ0 R1490

VCC12

AUDIO 2CH ANALOG OUT

820
8

1800P

4 R7
(2125)
7

R1804
6

C1 8 0 2
5

GNDAU

AVCC5
R001

SDODAC
R1

MC

4

GNDAU1

R1
C1805
C1490

IC1801
PCM1753DBQ

SCKDAC

AGND 9
VOUTR
10
VOUTL VCOM
ZEROR/ZEROA 11
VCC
ZEROL/NA 12
NC
13 SDODAC
DGND
MD
14 SCKDAC

LTDAC
LTDAC
15
16
ML

3

LRCK

C1809

DATA
2

BCK
1

C1808

MDQ1

IECOUT
IEC

NM

R1

11

10
C1806

MDQ14

D44

2 2

ADAC

R1501
MDQ0

(IEC/IPFLG)
R1504
12

820

1R2K
MDQ15

162

COMPOSITE
R1

R1803

R1

4R7

C-a C-b

C1672

C1804

C1501
10

R1
157

(2125)

(2125)

R1674

100P
100P

(2125)
C1801

C1807
C1489

1

C1602
C1603
TEMP

ROUT

NM
10
(2125)

156

VSS_10

C1511
161
MDQ1
MDQ14 160
MDQ0 159
MDQ15
158
VDD12_4

C1514
OSCI

155

OSCO

154

0R0
R1511
152

VSS_9

153

VDD33_6

ADOUT
100
R1505
ADOUT

151

LRCK
100
R1506
150

SRCK
100
R1507

IECOUT

R1956
NM
NM
C1671

C1676

DACCK
148

SRCK

149

LRCK

R1508
220
C1515
147
DACCK

30K
134

L1901
NM
R1950
146
AVDDI

123

NM
R1951

R1
GNDD5
ROUT

145

AVSSI

120

C1604
C1605
119

68P
68P
118

33
144
LOUT

143
AVSSG

142
AVDDG

141
AVDDE

140
AVSSE

139
DAC5OUT

138
COMPOSITE

137
AVSSF

136
COMP2

135
IREF1

T
F

(1608)
VREF

133
COMP1

132
AVDDF

131
DAC1OUT

130
DAC2OUT

129
DAC3OUT

128
AVDDH

127
FD

126
TD

124
AD4

125
AVSSH

TEMP
AD2

122
TEMP

121
VDSENS

2

VIN1

TD
117

1

VIN2

FE1

FE2

178
VIN4

F
116

E
115

D
VIN3

C
VIN8

B
114
VIN6

A
VIN7

1
4

AVIC-X910BT/XS/UC

8

A0

R01

GNDD

1

2

3

4

1

2

SDRAM

GNDD

NM

2

A14

A15

A16

/BYTE

46

47

48

CWW1825

Vss2
A13
4 A12
45
DQ15_A-1
5
44
A11
DQ7
6
43
A10
DQ14
7
42
A9
DQ6
41
8
DQ13
A8
40
9
DQ5
A19
39
10
DQ12
NC1
38
11
DQ4
/WE
37
12 /RESET
Vcc
36
13
DQ11
NC2
35
14
DQ3
NC3
34
15 RY_/BY
DQ10
33
16
DQ2
A18
17
32
A17
DQ9
18
31
A7
DQ1
19
30
A6
DQ8
20
29
A5
DQ0
21
28
/OE
A4
22
27
Vss1
A3
23
26
/CE
A2
24
25
A0
A1

3

IC1401

FLASH 16M

1

VSS1

A4

A5

A6

A7

A8

A9

K4S641632N-LC75

VDD3

A3

A2

A1

DEBUG

27

26

25

24

A0

A10/AP

CN1951

NM

R1
C1486

C1485

R1484
56

23

22

BA1

28

29

30

31

32

33

34

GNDD

DGND3

A7

D1

XCSF1

A0

A1

A2

A3

A5
A4

D0
XRD

D8

A17

D2
D9

A6

A18

D10

D3

D11

NM

NRES R1403

XWR1

A20

D5

D4

A8
A19

D13

A9

D6

D12

A10

D14

A13

A14

A15

A11

MA4

MA5

MA6

MA7

MA8

MA9

MA11

DQM1

A12

1

2

3

4

1

2

3

4

D7

1011

D15

A16

VCC33

C1404
4R7
(2125)

GNDD

NM

C1402

C1403
R1

8

7

6

5

8

7

6

5

VCC33

56
R1488

56
R1487

GNDD

R1

XCSF2

A0

A15

48

3

2

XRD

C-a C-b

CWW1826

A14

A16
47
/BYTE
46
Vss2
A13
45
4 A12
DQ15_A-1
44
5
DQ7
A11
6
43
A10
DQ14
7
42
A9
DQ6
8
41
A8
DQ13
9
40
A19
DQ5
10
39
NC1
DQ12
11
38
/WE
DQ4
12 /RESET
37
Vcc
13
36
NC2
DQ11
14
35
NC3
DQ3
15 RY_/BY
34
DQ10
16
33
A18
DQ2
17
32
A17
DQ9
18
31
A7
DQ1
19
30
A6
DQ8
20
29
A5
DQ0
21
28
/OE
A4
27
22
Vss1
A3
26
23
/CE
A2
25
24
A0
A1

1

IC1402

FLASH 16M

R1

C1509

R1

C1508

GNDD

DGND2

MA3

MA4

MA2

MA5

MA1

MA6

MA0

MA7

MA10

MA8

BA1

C1507

R1409
NM

NEXCE
NEXOE
EXDT0
EXDT8

EXADT0

VDD12_6

VSS_17

MA3

MA4

MA2

MA5

VDD33_11

VSS_16

MA1

MA6

MA0

MA7

MA10

MA8

BA1

VDD33_10

VSS_15

MA9

XRD

D0

D8

D1

D9

D2

D10

D3

D11

D4

D12

D5

D13

D6

D14

D7

D15

A16

VCC33

XCSF2

R1406
100K

C1409
4R7
(2125)

GNDD

NM

C1407

C1408
R1

216

215

214

213

212

211

210

209

208

207

206

205

204

203

202

201

200

199

198

197

196

195

TD

FD

CRGDRV

LDIN

MD

CONT1

CONT2

FG

S

10K

C

220
220

VHALF

15K

R1204

MD2

R1202

R1201

PGND2 PGND1

T

F

R1203

FG

VHALF

TD1

FD1

CRGDRV

LDIN

MD1

CONT1

CONT2

15

HWM

HW-

HW+

HV-

HV+

HU-

BH

VM_S

U

SPGND

SPVM

SPRNF

PGND

HU+

EXADT11

26

25

24

23

22

21

13

PGND

IC1201
BD8231EFV

27
HB
V
28
SPCNF
W
12 FG
29
SLVM
11 TEST PGND 30
GND2
10 GND141
31
SL/LDO+
9
CTL2 SL/LDO- 32
8
33
CTL1 FCO+
7
34
FCOSPIN
6
35
LDIN
TKO+
5
36
SLOPOUT
TKO- 37
4
AVM
SLIN
38
3 FCIN
PREVcc
39
2 TKIN
PREGND
40
1
VC SUBGND

14

16

HWP

270

17

HVM

R01

18

HVP

C1208

19

HUM

HBM

20

HUP

R1212

VD8

TOM2
TOP2

T

C1207
R1

FOM

FOM2

TOP

TOM

FOP

FOP2

S
S
S

R1

C1209

T

C

C

VDD33_3

F
F

C1205
R1

2200P

C1204

NM

C1203

COILW

COILV

COILU

R1218

R1217

R1216

R1215

R1214

R1213

45

I2C_SCL

PGND

C-b

1

1

1

1

1

1

C

C

C

7

A1

A2

A3

A4

A5

A6

A7

A17

A18

220

XWR1

8

7

6

5

8

7

NRES R1401

XWR1

A19

A8

A9

A10

A11

A12

A13

A14

A15

MA3

MA2

MA1

MA0

MA10

21

3 18
TRCDATA2

BA1

1 20

TRCST

36

4 17
TRCDATA1

35

5 16
TRCDATA0

A11

6 15
TRCCLK

N.C

7 14
EXTRG0

CS

8 13
SDATA

BA0

9 12
SCLOCK

19

C1405

20

1
D1

R1483
56

D9

1

2
EXDT1
3 EXDT9
EXDT2
EXDT10
D2

3

4

D10

VSS_1
5

VDD33_1
6
R1

C1513

EXDT3
7
D3

EXDT11
8
D11

EXDT4
9
D4

EXDT12
10
D12

EXDT5
11
D5

EXDT13
12
D13

EXDT6
13
D6

EXDT14
14
D14

VSS_2
15

VDD33_2
16

C1516 R1

EXDT7
17
D7

EXDT15
18
D15

VSS_3
19

VDD12_1
20

4

A15

8

A14

6

NM

2 19

TRCDATA3
R1402

A13

5

D8
R1405

A12

R1
C1517

EXADR16
21
A16

EXADT15
22

EXADT14
23

EXADT13
24

EXADT12
25

R1517
10K
R1528
10K
R1529
10K
R1530
10K
C1201
100/16

26
A11

EXADT10
27
A10

EXADT9
28
A9

EXADT8
29
A8

EXADR19
30
A19

NEXWE
31
XWR1

VSS_4
32

BA0

A17

33
C1518 R1

EXADR18
34
A18

EXADR17
35

EXADT7
36
R1531
10K
R1518
10K
A7

EXADT6
37
A6

EXADT5
38
A5

EXADT4
39
A4

EXADT3
40
A3

EXADT2
41
A2

EXADT1
42
A1

VSS_5
43

VDD12_2
44

XCSM

C1401

7
100K

NM

C1519 R1
R1539
100K
A20 R1547
(3216)

6
100K

6

C1211
4R7

CP_READY

46

I2C_SDA

47
R1527
6R8K
R1546
6R8K

08EJ
49

IRQPWR
48
R1542
C1525

5

C1210
R1

5
8

C-a

179

A

B

C

D

E

F

D0

1

2

3

4

10.9 CONNECT PCB
A

D

CONNECT PCB

CN701

B
GND_B

GND3

GND2

GND1

CKS6003

HOME
HOME1

HOME

HOME1_B

HOME_B

R101

2

4 3 1

S101

100

CSN1068-A

8SNS

8SNS1

8SNS0

8SNS1_B

8SNS0_B

R102

2

4 3 1

S103

H+

100

CSN1068-A

DSCSNS

W

W

U

U

V
DSCSNS1

DSCSNS0

DSCSNS1_B

DSCSNS0_B

R103

13 4

2

CSN1068-A

100

S102

C

HP

V

HW+

HWP

HW-

HWM

HV+

HVP

HV-

HVM

HU+

HUP

HU-

HUM

H-

HM
CRGP

M1
LOAD/CRG MOTOR
CXC4026

C

CRGM

C
C

GND

17

GND

16

HOME

15

8SNS

14

DSCSNS

13

HALL BIAS+

12

COIL W

11

COIL U

10

COIL V

9

HALL W+

8

HALL W-

7

HALL V+

6

HALL V-

5

HALL U+

4

HALL U-

3

HALL BIAS-

2

CRG+

1

CRG-

BR

C

M2
SPINDLE MOTOR
EXM1050

D

H+,H-,HU+,HU-,HV+,HV-,HW+,HW-,U,V,W

1

1

GY

0.1u/50

C101

1

1

2

1

S
S
S

18

CKS6063

CN101
V
1

1
U

2

2
W

3

3
H-

4

4
HW+

H3

5

5
HW-

6

6
HU+

H1

7

7
HU-

8

8
HV+

9
H2

9
H+

10

10
HV-

11

11

S
S
S

V
U
W
HHW+
HWHU+
HUHV+
H+
HV-

E

F

D
180

AVIC-X910BT/XS/UC
1

2

3

4

C
CN1201

5

6

7

8

A

B

C

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

181

1

2

3

4

10.10 KEYBOARD UNIT
A

R
2
1
CSG

CN801

B

CKS5862-A

4

INT_KEY0
KEY0

OTJ2
to PANEL UNIT

C

KEY1

7
8

5V

ILMV

9

8.5V

ILMR

10

ILMG

11

ILMB

12

ROT0

13

ROT1

14

GNDKEY

15

BT-LED

NC

16

NC

17

D854

HZU5R6(B2)

D855

HZU5R6(B2)

D856

HZU5R6(B2)

D857

HZU5R6(B2)

D858

HZU5R6(B2)

M

D801

S

R
G
B

2
1
CSG1

NSSM025-6502

5
6

INT_KEY1

HZU5R6(B2)

D859

HZU11(B2)

D860

HZU11(B2)

D861

HZU11(B2)

C805

8.5V

D862

HZU11(B2)

D863

HZU5R6(B2)

D864

HZU5R6(B2)

D866

HZU5R6(B2)

D867

HZU5R6(B2)

0.1u/25

D808

C806

RB521S-3

RGB ILM

0.1u/25

18

D804

AG
20

AUX-V

21

Enc_Com
A

NM

19

AUX-AG

0

D803

L
AUX-L

0

R802

Phase_A

R
AUX-R

R801

1k

3

HZU5R6(B2)

D853

R803

EJECT

D852

B

1.6k

2

R804

RESET

8.5V

1

5V

GNDKEY

Com

NM

V
VG

E

NM

A

B

PU

D872

NM

NM
D870

D869

0.01u/25
C804

NM

D868

NM

0.01u/25
C803

NM
R850

C802

NM
C856

C801

NM
C854

NM

D

MALS068X

22

D871

AUX-VG

GNDKEY

GNDKEY GNDKEY

CN802

AG

CKN1049-A

V

1

VG

3

MALS068X

D807

D806

MALS068X

MALS068X

D805

4
MALS068X

D802

L

GNDKEY

F

E
182

AVIC-X910BT/XS/UC
1

2

3

1
2
4
3

2

R

4

AV-IN

5

6

7

8

A

E
RESET

KEYBOARD UNIT

EJECT
S804

S801
2

4

2

4

1

3

1

3

CSG1155-A

CSG1155-A

B

MENU

MAP
S805

S802
2

4

2

4

1

3

1

3

CSG1155-A

KEY1

12k

R805

CSG1155-A

SIGNAL

D808

SW

VOLTEGE[V]

MAP

2.63

C

1.93

B

1.30

A

0.66

PUSH

2.64

MENU

1.65

D

0.81

D809

RB521S-30

NM

KEY0

D810
NM

C

R807

1

Enc_Com

2

1.6k

10 Phase_B
9 Push

A3

8D

B4

7C

R808

to NAVI UNIT
BTJ2

10k

6 GND

Com 5
CSX1135-A
R806

BT-ANT

PUSH

D

RB521S-30

D811
B

NM

3k

A

D812

1k

S803
Phase_A

2.7k

R809

1.3k

GNDKEY

NC2
NC4

D

CKS5749-A
1
2
NC3

4
6

C

CN803

ANT801
CTX1095

RF_I/O

3

5
1

NC1

ROTARY COMMANDER

3

5V

R810

GND 2
D815
SMLE12BC7T(NP)

240
C807

GNDKEY

NM

BT-ILM
KEY

801-872

E

CN802
CKN1049-A

1
2
4
3

AV-IN

F

E
AVIC-X910BT/XS/UC
5

6

7

8

183

1

2

3

4

10.11 WAVEFORMS
- DVD CORE UNIT
A

Note:1. The encircled number denote measuring points in the circuit diagram.
2. Reference voltage: 1.65 V(TD1,FD1)(=VHALF)
2.2 V(RF)(=VREF)
In the waveform, it is seeing on the GND standard.
Offset of 1.65 V or 2.2 V is put in.

RF 0.2 V/div(AC) 100 ns/div
CDRF(x4CLV)

RF 0.2 V/div(AC) 50 ns/div
DVDRF(x1.3ZCAV)

RF 0.5 V/div 100 us/div
DVDRF(BD1mm)

TD1 0.2 V/div 100 us/div
Interval FWD(DVD)

B

TD1 0.2 V/div 100 us/div
Interval REV(DVD)

2.2 V->
VHALF

VHALF

C

TD1 0.2 V/div 500 us/div
Multi 32FWD(DVD)

TD1 0.2 V/div 500 us/div
Multi 32REV(DVD)

CH1:TD1 0.5 V/div 10 ms/div
CH2:COP-COM 2.0 V/div 10 ms/div

Traverse 1001FWD(short)(DVD)

VHALF
VHALF

VHALF
0->

D

E

F

184

AVIC-X910BT/XS/UC
1

2

3

4

5

CH1:TD1 0.5 V/div 10 ms/div
CH2:COP-COM 2.0 V/div 10 ms/div

6

7

CH1:TD1 0.5 V/div 20 ms/div
CH2:COP-COM 2.0 V/div 20 ms/div

8

CH1:TD1 0.5 V/div 20 ms/div
CH2:COP-COM 2.0 V/div 20 ms/div

Traverse 1001REV(short)(DVD)

Traverse 5001FWD(long)(DVD)

Traverse 5001REV(long)(DVD)

VHALF

VHALF

VHALF

A

0->
0->
0->
CH2:COP-COM 2.0 V/div 100 ms/div

ID search Inside -> Outside(DVD)

TD1 0.5 V/div 100 ms/div

FD1 0.5 V/div 1 ms/div

Play TD (DVD)

Focus Close (DVD)
B

0->
VHALF

VHALF

FD1 0.5 V/div 20 ms/div

Play FD(DVD)

FD1 0.5 V/div 500 us/div

FD1 0.5 V/div 500 us/div

Focus Jump L0 -> L1

Focus Jump L1 -> L0
C

VHALF

VHALF

VHALF

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

185

1

2

3

4

11. PCB CONNECTION DIAGRAM
11.1 AV UNIT
NOTE FOR PCB DIAGRAMS

A

NAVI UNIT
TMJ1

AV UNIT
CN1015
1

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

ANTENNA

CN1021

L4721

ANT1401

R4721

Capacitor

C4372

120

C2937
D4371

C2936

R4724
C4721

SIDE B
110

1

Chip Part

P.C.Board

C4722

B

C1407

R4725

L4371
C4371

R4726

SIDE A

C4723

Connector

IP-BUS (UC)

R4722
R4723

130

1

A

C2911

R1411
T1401

C1406

100
T1403
Y1461

1
C1463

C1441

L1403

R2912

R1412

R1442

R1443

C1408

L1441
L1443

C4295

10

FM/AM TUNER UNIT

C429
C1462

C4175

C4173

C3042

10

L1465

IC1008 C4064

R1483

C1484

C605

Q4751 R4751
D4752

10

E

R4168

C603
1

1

5

10

15

20

R2941

E

1

X

10

20

30

40

CN601

C1023

3

30

R4164

CN1000

5

50

60

AVIC-X910BT/XS/UC
2

25

10

R4755
R4752

C4212

R
R2942

R1496
R761

R4756

0

R

C4210

C4213

L2950
R4167

L2949

L2947
L2948

R4166

5
1

10

C4751

R4757

Y

L605

R4753

IC605

Q4752

R764
R765

C4233

R601

C3606

R4238

FRV2
IC602

R621

R4754

C3603

R685

R4239 1

R763

C1498

D4751
L3601

C4232

C1495

R4758
C3605

R2839

R1493

10

R3628

R762

L603

C1485

C3602

C1077
VR4231

C1494

R1498

L1483

C1486

IC3601
1

R2837

D1481

C3613

Q2831

TH601 C685 R638

C1078

C1482
C1481

R1491
R606

R1433

IC1000

Q2832

R1495

R2835

R1434
5

20

R1484 L1482 R2833

D2835

C3611
C3612

E

C2835

R3043

5

5

E

R1482

R2836

30

C4219

C4218

Q1016

1

R4821

1
C672

R420

C4075

1

C2837

E

R4062

C4061

R1481

C4079

C2830

R2838

1

C4220

C4063
C1476
R2832

186

R4074

20

R4075
R4079

R4072
R4071

L1481

40

A

1

C4062

Q

D3041

IC1015

R4812
R4811

R4076

5

C4071

D4062

C4073
R4078

R4061

AV1VIN

R4802

Q3042

C4078

D4061

C4201

R4021

5

AV1VG

R4813

R3041

R3044

R4080

C4199

R3042

R4073 C4070
R4077 C4072

C4076

C4176

C4080

R4801

NAVI UNIT
OTJ1

L712

C4171

Y1481

C2836

F

C4288

L1462

R4814

50

R432
C4302

C4291

C4289

15

R4815

C4305

R4298

C1465

C1461

1

R4816

R4318
R4321

C4294

R4296
R4292

60

C4316

C4293

C1466

D

R4328

L4271

C4300

R4326

R1444

L1442
C1443

C1445

R1445

C4314

R1441

80

70

R4297 R4794

CN1441

Q1441

C1464

C1444

CEK1247 90
CEK1259
CEK1258
CEK1254

5

(A,115,86) Fuse 200 mA
(A,141,8) Fuse 3.15 A
(A,137,8) Fuse 2.5 A
(A,115,106) Fuse 1 A

C1442

R1413

4631
4641
4661
4771

R2913

D2911

1

E

C

> FU
> FU
> FU
> FU

T1402

C1409

1

5

CN882

1

B

R1410

4

70

5

6

7

8

A

SIDE A

NAVI UNIT
SPJ1
CORD ASSY
(POWER SUPPLY)

CORD ASSY

C)

CN1016

IC1007
20

10

CN1005

20

10

R2903

D2900

10

Q2900
R2901

D4359

R2926

R2925
C2934

D4358

R2924

D4356

R2880
C2900

C2931
C2929

GNDV

L4351

D4355

20

Q4261

C2870

Q2880
D2891
C2892

R4262

FU4771

C4262

D4361

D2802
IC2801

C2810

C4776

C2912

C2801 C2804
L2930

Q2812

C2802

E
5

15
C4336

R2811

Q2811
C2812

C2803

D2822

5

E

C4335

1

CN1001
1

C2881

R2870
C2880

C4353
D4365

10

R2871
D2890

D2930
R4352
D4364

E

C4263

Q2870

C4352

L4352

E

R4351
R4263
R4264

2913

C4774

D2821

D2810

C4332

C2823
C4331

7 R4794

R4329

R4327
C4318

1

C2821

Q4632

C
C2822

R4633

C4363

10

C707

D2824

C2935

C4364

CN702C708

D4368
C4686

R714

C706

L704

C4612

D4602

C4614

C4613

L4682

C4288

10

Q4602

1

20

L709

C2910

L708
L4602

L710

25

L711

L706

5

L712

L4601

15

R722

R718

L713

30

C4171

R4686

C709
L705

L707

C4297

C4687

C4685

5

R4324
C4302

C705

D2823

R4325
FB701
R4320
C4313

1

C4305

R4367

C4314

R4323

5

R4318
R4321

R4322

1

R4326

C4333

5

R4319

R4632

1

IC1020

C2820

E

C4316

C4315

C4317

R4328

L4271

291

Q4631

FU4631

IC2820

1

C4631
D4631

C4334

C3042

1
Q3042

C4073

1
5

R4076

C4705

L4176

R4279
C4228

C4071
R4072
R4071

1

C4312

D2825

R653
C2824

IC4703
140

135

130

125

120

115

110

Q4663

1

R684

95

R732

C622

20

1

IC610

90

X601 C610 R620

E

15

Q751

40

45

60

65

R676
R677

L4641

C621

70

C4651

1

5

R660

10

R663
R664

R4657

15

L1004

L2940

CN1000

CN701

FU4661

R2841
FU4641 R2840

C4708

R2852
C2842

IC1002

D4701

D4643

R2853

C2840

1

R2982

L4642

Q4642

R656

R659

L613
R661

R662

R635

C620

C4786

R651 R650

R647 R646

50

R655 R654

R634

C617

R2979

55

C701
L611

R644 R643

C4208

R2964

R2980

50

R658 R657

35

45

R2978

R2963

R4164

C4210

C4212

C4213

L2949

L2950
R4167

R4168

30

R604

40

5

25

R2981

R627
R624
R603

1

20

R623

75

R4163

R622

35

R4165

R2962

15

10

5

R4166

R766
R767

E

80

30

IC606
R764
R765

C4653 C4652 C4654
D4642

R670

R671

85

L606

1

2

C611

25

E
TH601 C685 R638

R607

R682

L615

E
C612

L4662

L4661

C4671

5

R617

E
Q754

R683

1

R616

Q753

C4219

100

R4201
R4200

R615

105

R614

10

R613

R608

5

Q752

VR4200

R685

D4662

R2823

R694
L612 C618

C4674 C4672

C4673

R690
C4710 C4702

1

R4074

L4174

C4220

75

10

D

C4682

C4704

D3041

C1015

75

R751

Q3041

5

5

R3043

R3044

R4077 C4072

R717

C4611

L715

40

R3041

C4225

L4681

L714

35

C3041
R3042

R4073 C4070

078

B

C2860

C2862

C2930
C4264

D2870

C2939

C2933

D4357

C2936

C2932

1

EF4353 EF4361

E

C2938

EF4357 EF4358

15

EF4355
EF4356

EF4354
C2937

5

15

25
C2924

5

15

R2900

1

5

E

1

C2901

R2902

R2846

C2843
C2844
R2983

5

Q2841

F

E

FRONT
70

80

90

100

110

120

130

140

150

160

170

AVIC-X910BT/XS/UC
5

6

7

8

A
187

1

2

3

4

A

A

AV UNIT

> FU
> FU
> FU
> FU
> FU
> FU

D2873

2900
4352
4601
4602
4642
4662

(B,72,8) Fuse 250 mA
(B,129,133) Fuse 3.15 A
(B,104,61) Fuse 5 A
(B,144,58) Fuse 5 A
(B,158,72) Fuse 2.5 A
(B,148,55) Fuse 2.5 A

CEK1276
CEK1259
CEK1261
CEK1261
CEK1258
CEK1258

EF4733
D4776

R2882
C2882

R2881

D4353

FU4352

D4366

D2880
D4354

D2871

D4775

D2872

L2870

1
EF4351
EF4352
EF4359
EF4360
FU4351 D4363

1

L2934

E

Q2860

1

C2890

5

Q2810

C4775

E

R4733

R2810

R4736

D4734

Q4773 Q4772

R2820
Q4775

1 R4776

D4773

R4364

R4366

EF4731
D2910

C4607

5
C4604

1

20

C4684

C71

C4605

C4609

R4601 FU4601

C4683

R4615

FU4662

R4681

R4605

C4601

C4618

C4619

C4731

R4602

R4604
R4603

C4616

C4602

FU4602

C4603

R4677

EF4732

R4606

R4611
C4617
R4683

R4607

1
R4682

Q4601

R4609
IC4601

R4610

C4610

D4601

R4684

D

C4606

R4614

1

R4666
C4608

10

R4612

IC4681

D4681

R4608

R4613

15

E

5

E

R2910

C4688
R4685
C4681

E

FU4642 C4732

1

R

R7

Q4661

Q4681
D4682

R4339

R4363
R4361 1

Q4682

R4335

R4340

R4332
C4340
C4339

C4337

IC1021

R4785

R4687
R4688

R

R4343 R4346

R4338

R4775

Q4774

C4338

E

5

R4778

C4362

R4732

R4735

R4362
R4333

Q4731
R2821

D4772

E

C

Q4331

R4772

D4774

R4771
E
C4771

R4777

C4361

C4773

C4772

Q4738

D4731

E

R2822

R4773 R4774

R4738

D4771

Q4733

E

D2820

Q4771

R4331
R4337

R4739

D4735

D4732

D4737

5

D4733

E
Q4776

D4736

E

R4734

R2802

E

R4737

E

R2803

R2801

1

D2801

R

C4254 C2806
C2811

Q2862

Q4734

R4731

IC4251
1

E

D2861

R2862
Q4732

R2804

C4251
R4252

R4255

R2863

R4779

C4252

5

R2864

D2860

D2912

R4253

C4253

E

D2862 D2863

10

1
IC2890

C2940
R4254

E

R2861
R2860

1

D4362

C2923

R4251

D4351
Q2864 Q2865

Q2861

C4351
R2911

R2872

C2928

R4261

R2874

C2891

Q2863

R2865

R2873

R2867R2868 R2869

D4360

C2871
D2874

C4261

R2875

R2866

C2861

L2872

1

L2871 C2872

B

R665
Q661

Q4664

E

5
C634

R4673

C631

R4662

R652

IC612
5

R691
R619
R686

C4649

1

C4676

C4677

C4661

R4663

R4667

E

R680
R2884

E

Q662

R695

R706
R709

R707
R710

C4703

R716 C702

E

IC4702
C4711

R708

R701

R703
R702

R704

R705

L702

C704

D4702

C710

C4656

R4701
R4628

R4678

R4641

R2843
R2848

R712
R711

C703

R4646
R4645

R4643
C4641

Q2882

C4657

R4647

R4649
C4642

C4643

R4650
R2851
R2847

R2850

2

R697

E R733

R2842

150

140

130

120

110

AVIC-X910BT/XS/UC
1

R

C695

R625

C632
R642
R637

Q601

R713
L701

Q2840

C2841

R2845
R2844

R2849

D2840

160

R2883
R4644

C4644

R648
R666

1

188

170

R4652

1

20

C4645

R4784
L614

C4655

C696

E

F

Q2881
Q4641 R4642

R668

10
5

15

R4654

C4647

C4659

C4658

R4651

5

IC4641

E

D4641

R698

C4646

R4656

C609

R626

IC607

C4784
C4785

R4783
C4648

L608

10

R4648

R4655

R4653

A

R4664

R4665

C4662

R4668

C4663

R4669
C4650

R679

R630

R609

C606

1

E

R611

R631

L607
IC611

C6

R636
R640

R667

C633

1 C619

R641
R639

C629
C4675

C

IC
R633

L617

R692

R768

R605

C613

R632

10

R2829

5

1

E

R4672

C4665
C4664

C4669

C601

L609

R649 C614

1

Q4662

5

15

IC4661

20

C4678

R4676

C4679

L601

C4666
R4671

R687

IC604

C4668

C4670

D4661

IC603

R693

10

R4674

R645
C630

5

R4670

R699

C616
R629

R4680
R4679

1

R4675

1

E

C4667

L604
C604

R612

R681

C4600

3

4

100

5

6

7

8

A

SIDE B

C4724

1

R4728

5

IC4721

130

D4724

1

1

L4725

L4372

D4372

L4722

R4253

C2920

IC4251

B

L4724

C2926

R4780

C2941

L2932

R2921

C1404 L1402

E

R1425
15

R4283

R3629
C1020
C1021

70

C602

R1422

C1421

60

50

R1466

C1469

C1468

C1458

C1474
R1472
C1473

R1473

R602
L602

IC609

1

30

R3626

R3623

R3609

R3620

C3607

C3604

R3622

R3619

R3616

R3625

R3615

1

20

1
R3621
R3605

R3608

R3618

R3624

R3610

R3613
10

C615

Q4754

40

R3617

R3606

R3601

Q3602

R3614

R3612

R3602

C1488

R4236

R1492
C1489

R4237

IC601

C3608

5

R708

R4750

R688

C671

R4749

R2961
R2960

R2968

R2969

C1022

E

L2946

R689

R3607
Q3603

Q3605

1

30

FU2900

1
Q3604

R3604

1

35

C1497

C3601
R3611

Q3601

R1497 L610
Q4753

R3603

1

40

R2970

45

25

80

R1487
R1488
R1489
R1494

L2943

R2940

90

50

20

Q4232
L2945

R1490

IC1481

15

L2944
R2953

55

C623

R2971

R2831

10

R2951

C2832

D2830

C1493

R4234 R1486

R4233
C4241
E
R4232
R4241

1

R2975
R2974
R2972

C1487 C1491

30

C2831
R2830

D2831

C1492

1

5

R2973

Q4231

C2833

R1485

R4240
R4231

1

R2952

E

R2834
X1481

R4162

60

1

R2977
R2976

C1457

C4183

L4172
C4181

45
40
R4194

1

R4175
R4174

IC2830

C4152

C4231

L4231

R2959

C1471

40

C4177

R4152

R4160

R695

R1471

R4041

C4151

R4312

R4159

C4154

R1475

C4216

R2954

R701

R1423
C1422

5
1
C4188

C4184

C4192

C4194

C4190
C4158
IC1016

R4158

C1483

50

C1470

R1470

C4155

R1016

100

R1479
R1477
R1478
R1476
R1474

C4185

C4161

C4711

C1475

C4211

R4155
R4153
C4153 1
R4154
C4160
R4195
R4161
R4151

C4227
R4171

E

R4156

C4159

C697

IC4702

Q3606

R3627

10

R618

5

Y
20

10

0

X

AVIC-X910BT/XS/UC
5

D

C1467

L1464

C4207

35

R4198
R4188

R2967

6 C702

R1469

10

C4298

20
25
C4189

C4172
C4191

C4156
R4187
C4217
C4157C4222
C4221
R4157

C4215

C4707

C4311
1

R4311

R612

R4199

Q4314

U695

C4703

60

R1468
L1463

C1472

C4186

30

R697
R637

C4197
C4195

R4235

R642

L4171

R4274

R4281

C4338

R731

5

C616
R629

10

C695

R625

R4001

C4224

D4312

R696

70

C4296

C4187

25

R4313

D4311

C696

C4206

1

Q4311

1
8

R4314

L731

R1461
R1462
R1463
R1464
R1465
R1467

C1456

C4275

C4203

5

C636

C609

R626

C632

R4317

R4316

C1455

R4271
R4280

IC4171

Q4312

R610
C608

L608

R698

C4204

Q4313 C4719

R628

R630

R609

IC607

C4709
L4701

C1451
C1452
C1453
C1454

R4277

C4200

E

R611

R631

C4182

C4202

C635

R636
R640

C4174

R4341

R4338

C4341 R4334

C4362

R4364

C4198

C4193

R4170 L4173

R4176
R4173

10

1 C619

R641

C4701

C4277
R4276

R4273
C4276

20

IC608

R4282

5

C607

R632
R633

C4280

15

C4706

R652

L1421

R4339

R4335

R4340

R4332
C4340
C4339

C4342

C4274

L4175

C613

C4282

C4281

E

R4362
R4333

5

E

C4273
R4272

C4226

C4279
R4285

C4271

R4275

IC4701

C4287
C4285

C4284

R4278

L607

IC4271

C4286

601

606

80
R4295

1

C4303

R4284 R4286

R4601 FU4601

C4290

R4290

C4301 R4291
R4289
R4287

C711

1

C

R4293
R4288

E

Q4601

R639

C4299

C4292

Q4301

C4283

90

R4365
D4301
R4301 C4304

C4278

E

L1423

5

R4331
R4337

5

1

C4361

R1424
C1424
C1425

1

1

C4337

5
Q4332

R715

L609

Q1421

1
R4342
R4336

R4344 R4347

R649 C614

100

C1423

R4345 R4348

R4363

R645

L1422
C1426

R4616

R4343 R4346

R4366

R1426
Q1401

Q4333

R4361 1

C1401

C1410

D4331

IC1021

110

C1402
C1405

E

Q2810

Q4331

L1461

R1401

C4254 C2806 C2800
C2811
C2805

1

ZNR1401

R1409

R2920

R2923

L1401

C1403
D4727

R1421

R4261

C2921

C2943
R4782

R4779

C4252

5

120

D4722

D4725
D4723

D4726 R4727

C2927
L2933

R4781

C2923

R2922

R4255

C2922

C2928
R4251

C2940
R4254
C4253

L2931

E

C4251
R4252

L2934

C2942

C2925

D4721
L4723

6

7

8

F

A
189

1

2

3

4

11.2 CK UNIT

B

CK UNIT

SIDE A

B

CK UNIT

SIDE B

A

1

B

CN881

60

60
R894

C893

R895

C887
C892

R896

R892

Q890

R887
1
L890

30

R886
R885
R884
R883

1
E
R898

R888

C

20

R881

CN882
40

CN1901
30

25

10

30

35

15

30

40

C891

R882

R891
R890

40

IC890

Q891

C890

25

C

50
5

R897

CN883

C896

C895

VR890

R893

E
C897

50

A

20

D

20

1

5

1

10

20

15

5

CN702

10

10

Y

Y

E

0

X

10

0

20

20

10

X

F

B
190

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

A

B

C

D

E

F

AVIC-X910BT/XS/UC
5

6

7

8

191

3

X

20

B

CN883

1

R1008

30

25

30

40

R1955

R1505

C1511

C1514

155

10

20

150

15

175

180

C1506

C1505

170

R1512

185

190

200

C1508

205

215

70

C1509

210

CN1951

R1536

R1539

R1547

R1542

C1516

R1517

R1529

C1518

R1518

C1519

R1533

C1520 R1534

R1540

C1529

R1537

C1110 C1108

A

80

3

DVD CORE UNIT

C1503

R1538

AVIC-X910BT/XS/UC

4

60

C1507

195

R1526

R1514

C1524

50

C1504

165

C1619

0

10

R1508 R1507

C1515

C1671
145

5

R1201
R1506

R1672
C1672

IC1501

R1510

R1522
R1516 R1513

Y

10

1

R1204
1
R1957

R1950

R1951

140

D1901

L1901

R1956

C1111

C1521

C1627 C1626

CN1101

R1530

CN1901

R1021

R1675

R1954

R1104
R1671

135

D1902

R1674

130

R1026

R1679
R1673
R1670

C1674

C1673

R1602
125

C1019

R1027

C1606

C1602

R1604

C1613

C1617

C1109

C1622

20

C1018
120

C1022

C1676

C1604
R1601

C1601 C1603

R1007

C1623

C1205

C1207

115

C1204

25

20

2
C1605

C1609

E

110

30

15

C1203

R1202
35

C1208
R1603

C1607

R1004

R1001

C1608

IC1001

R1115

R1112

R1106

R1118

R1113

C1612

IC1201

R1101
C1502

E

R1116

R1111
R1605

30

R1203

Q1101

E

R1117

R1114

C1610

10

R1212

5

15

40

R1103

C1104

C1105
R1105
Q1102

E

C1620

40

1

CN1201

R1109

Q1103

50

C1106

C1611

105

Q1104

C1614
100

C1107

C1616
C1618
C1615
95

10

50

C1625
90

CN701

C1624

40

R1509

35

C1522

30

R1523

45

R1525

R1531

25

R1524

85

R1102
80

C1621

R1541

R1528

20

R1519

C1528

15

15

10

C1523
C1526

75

5

D

C1953

70

R1110

10

65

C
5

60

1

1
1

55

25

192
20

C
15

D
10

E
5

PICKUP UNIT (SERVICE)

1

B
20

5

C

2

1

1
4

11.3 DVD CORE UNIT
SIDE A

C1517

L1512

160

F

C1405

15
IC1402

15
35

40

1

5
45

25

20
30

35

10
5
45

C1954

C1934

C1112

C1302
IC1006
R1300

C1113

C1101

C1005

R1222

R1011

1

C1009

C1003

E
R1002

R1025

C1011

IC1005

C1012

C1008

IC1002

L1003

C1004

C1010

IC1004

R1017

20

25
30

25

20

C1201

C1209

C1211

10

R1015

C1016

EF1002

C1013 C1014

L1004

L1903

R1019

1

R1802

30

C1006

C1804

C1007

C1805

C1807

R1804

IC1003

C1001

D
1
C1801 C1802

C1021

R1801

C1803

R1803

IC1801

R1301

C1806

C1808

5

X1501

C1512

R1504

C1809

C1489

1

R1501

R1503

R1511

L1904

1

C1409

40

15

30
10

20
35

5
5

10

1
C1481

R1490

R1485

1

R1403

R1406
R1405
R1409
C1482 R1480

C1494

C1491

C1510

40

1

C1401

R1401

IC1401

40

C1527
R1535

C1404
R1482 C1483 R1481

45

X1950
C1951
R1953

R1402

R1532

C1525

B
R1483

C1484

IC1480

R1486

C1488

C1490
C1301

R1213

R1215

R1214

R1217

R1218

R1216

L1902

C1017

C1210

EF1001

C1015

1

X

Y

10

20

30

40

50

C

0

AVIC-X910BT/XS/UC

193

8

7

C1952

R1952

R1546

IC1951
R1527

R1543

C1402
R1484

R1487
C1492

C1487

50

5
1

10
15

C1403

R1488

60

1

C1408
C1480

C
C1407
C1493

1
R1544

C1513

C1485

C1950
C1501

C1486

70

50

80

R1489

6

5

SIDE B

DVD CORE UNIT

C

8
7
6
5

A

F
1

1

2

3

4

11.4 CONNECT PCB

D

CONNECT PCB

SIDE A

A

C

B

CN1201

40

CN701
M1
LOAD/CRG
MOTOR

15

30
C

10

M

1

5

20

D

10

Y

0

X

10

20

30

40

50

E

F

D
194

AVIC-X910BT/XS/UC
1

2

3

4

5

7

8

CONNECT PCB

SIDE B
A

B

M2
SPINDLE MOTOR
40

1
S101

HOME

CN101
1

R102

DSCSNS

30

S102

C

R101
5
1

D

6

C101

10

20

8SNS

R103

S103

D

10

1

Y

50

40

30

20

10

0

X
E

F

D
AVIC-X910BT/XS/UC
5

6

7

8

195

1

2

3

4

11.5 KEYBOARD UNIT

E

KEYBOARD UNIT

SIDE A

E

KEYBOARD UNIT

SIDE B

A

RESET

EJECT

S801

S804

90
1

1

90

R808

MENU

MAP

S802

S805

D812
D811

1

B

D809

R809
1

C854

C856

80

CN801
1

D810
R807

D854

D855

D853 D852

D856

80

5

C801

R805

D808
D859

D861

C806

D801

D857
D862

1

D872
C804

D866

D864

70

D868

R810
C802

C803

R850

D870

D867

D869

R803

R802

D863

60

C

D860

20

C805

D871

15

70

10

PANEL UNIT
OTJ2

D858

60

R801
5

MULTI-CONTROL
10

D804

S803

D803
R806

1

50

R804

50

BT ANT
5

ANT801

40
1

40

D

CN803
30

30

NAVI UNIT
PTJ2

C807

D815

20

20
D802
D805

E

1

10

AV MINI
JACK

D806

10

CN802
D807

Y
0

0

X

10

20

30

30

20

10

X

F

E
196

Y

AVIC-X910BT/XS/UC
1

2

3

4

5

6

7

8

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

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

Circuit Symbol and No.

Part No.

CWN4237(UC)
CWN4238(EU5)
CWN4239(AU)
AV Unit
CWN4251
CK Unit
YWX5009
DVD Core Unit
Connect PCB
Keyboard Unit

A
Unit Number : CWN4237(UC)
Unit Number : CWN4238(EU5)
Unit Number : CWN4239(AU)
Unit Name : AV Unit

IC 601
IC 603
IC 604
IC 605
IC 607

(B,47,7) IC
(B,121,45) IC
(B,122,42) IC
(A,43,9) IC
(B,106,30) IC

TC7SH08FUS1
TC7SH04FUS1
TC7S32FU
TC74VHCT08AFTS1
TC74VHC08FTS1

IC 608
IC 609
IC 610

(B,97,45) IC
(B,28,9) IC
(A,108,35) IC(UC)
(A,108,35) IC(EU5)
(A,108,35) IC(AU)

BD5335FVE
TC74VHC08FTS1
PEG562A8
PEG561A8
PEG563A8

(B,110,42) Logic IC
(A,148,8) IC
(A,89,128) IC

TC74VHCT32AFT
NJM2904M
PAL007C

Part No.

IC 1008
IC 1015

(A,56,39) IC
(A,65,47) IC

NJM2125F
NJM4558V

IC 1016
IC 2801
IC 2820
IC 2830
IC 2890

(B,70,33) IC
(A,169,99) IC
(A,169,88) IC
(B,34,37) IC
(B,157,105) IC

BA4558RFVM
BA00CC0WCP-V5
BA00CC0WCP-V5
BA00BC0WFP
TPD1018F

IC 3601
IC 4171
IC 4251
IC 4271
IC 4601

(A,12,20) IC
(B,68,49) IC
(B,104,107) IC
(B,69,74) IC
(B,118,65) IC

M62343FP
AN15887A
NJM2505AF
PML018A
TPS5103IDB

IC 4641
IC 4661
IC 4701
IC 4703
IC 4721

(B,151,25) IC
(B,151,41) IC
(B,89,55) IC
(A,87,45) IC
(B,45,129) IC(UC)

TPS5103IDB
TPS5103IDB
BD3931HFP
S-L2980A33MC-C6S
HA12241FP

Q
Q
Q
Q
Q

601
661
662
751
752

(B,117,20) Chip Transistor 2SA1576A
(B,117,47) Chip Transistor DTC114EUA
(B,114,23) Chip Transistor DTC114EUA
(A,80,34) Chip Transistor(EU5) DTC124EUA
(A,85,40) Chip Transistor(EU5) DTC124EUA

Q
Q
Q
Q
Q

753
754
1016
1401
1421

(A,82,38) Chip Transistor(EU5) DTC124EUA
(A,85,35) Chip Transistor(EU5) DTC124EUA
(A,56,32) Transistor
IMD2A
(B,39,105) Transistor
2SC3357
(B,39,96) Transistor
2SC3127

Q
Q
Q
Q
Q

1441
2810
2811
2812
2840

(A,35,87) Transistor
(B,103,99) Transistor
(A,104,97) Chip Transistor
(A,111,99) Chip Transistor
(B,144,9) Transistor

2SC3130
2SD1760F5
DTA114EUA
DTC114EUA
DTC114WK

Q
Q
Q
Q
Q

2841
2860
2861
2862
2863

(A,158,7) Chip Transistor
(B,121,107) Transistor
(B,121,110) Transistor
(B,113,104) Transistor
(B,119,113) Transistor

DTC114EUA
UMD2N
UMD2N
2SC4081
UMD2N

Q
Q
Q
Q

2864
2865
2870
2880

(B,116,112)
(B,113,112)
(A,151,113)
(A,165,112)

C

D

6

7

F

Chip Transistor DTC114EUA
Chip Transistor DTC124EUA
Transistor
2SC4116
Chip Transistor DTC114EUA

AVIC-X910BT/XS/UC
5

B

E

MISCELLANEOUS

IC 612
IC 1002
IC 1007

A

8

197

1

2

Circuit Symbol and No.

A

B

C

D

3

Part No.

4

Circuit Symbol and No.

Part No.

Q 2881

(B,125,24) Chip Transistor DTC114EUA

D 2880

(B,153,131) Diode

1SR154-400

Q
Q
Q
Q
Q

2882
2900
3041
3042
3601

(B,122,20) Chip Transistor
(A,166,124) Transistor
(A,77,51) Transistor
(A,72,54) Transistor
(B,31,21) Transistor

2SA1576A
2SC4116
IMD3A
FMG12
UMX1N

D
D
D
D
D

2890
2891
2900
2910
2911

(A,156,110) Diode
(A,159,110) Diode
(A,170,126) Diode
(B,146,73) Diode
(A,59,94) Diode

1SR154-400
1SR154-400
HZU8R2(B1)
KS926S2
RB060L-40

Q
Q
Q
Q
Q

3602
3603
3604
3605
3606

(B,23,19)
(B,15,19)
(B,29,16)
(B,20,18)
(B,11,17)

UMX1N
UMX1N
UMX1N
UMX1N
UMX1N

D
D
D
D
D

2912
2930
3041
4061
4062

(B,145,103) Diode
(A,141,108) Diode
(A,72,50) Diode
(A,61,48) Diode
(A,59,49) Diode

KS926S2
ST70-27F
DAP202K
EDZ4R3(B)
1SS355

Q
Q
Q
Q
Q

4231
4232
4312
4314
4331

(B,60,24) Transistor
(B,56,18) Chip Transistor
(B,78,39) Transistor
(B,78,35) Transistor
(B,103,92) Transistor

2SC4081
2SA1576A
IMD3A
DTC323TK
FMG12

D
D
D
D
D

4311
4312
4331
4351
4353

(B,83,31) Diode
(B,87,33) Diode
(B,92,96) Diode
(B,110,114) Diode
(B,124,133) Diode

DAN202K
DAN202K
DAP202K
MALS180X
MALS180X

Q
Q
Q
Q
Q

4332
4333
4601
4602
4631

(B,93,85) Transistor
(B,93,92) Transistor
(B,107,65) Chip Transistor
(A,118,65) FET
(A,120,86) Transistor

FMG12
FMG12
DTC114EUA
SP8K2
2SD1767

D
D
D
D
D

4354
4355
4356
4357
4358

(B,125,133)
(A,121,109)
(A,112,120)
(A,108,120)
(A,118,120)

Diode
Diode
Diode
Diode
Diode

MALS180X
DAN202U
MALS068X
MALS068X
MALS068X

Q
Q
Q
Q
Q

4632
4641
4642
4661
4662

(A,127,87)
(B,140,23)
(A,151,25)
(B,112,72)
(B,140,38)

Transistor
Chip Transistor
FET
Chip Transistor
Chip Transistor

UMD2N
DTC114EUA
SP8K2
DTC114EUA
DTC114EUA

D
D
D
D
D

4359
4360
4361
4362
4363

(A,122,120)
(B,129,113)
(A,132,108)
(B,129,107)
(B,114,119)

Diode
Diode
Diode
Diode
Diode

MALS068X
1SR154-400
1SS355
1SR154-400
MALS068X

Q
Q
Q
Q
Q

4663
4731
4732
4733
4734

(A,152,41)
(B,144,88)
(B,129,99)
(B,151,90)
(B,123,99)

FET
SP8K2
Transistor
2SC4081
Chip Transistor(UC) DTC114EUA
Transistor
2SC4081
Chip Transistor(UC) 2SA1576A

D
D
D
D
D

4364
4365
4366
4371
4372

(A,129,107) Diode
(A,126,107) Diode
(B,122,133) Diode
(A,42,118) Diode
(B,44,124) Diode

PTZ27(B)
PTZ27(B)
MALS180X
UDZS5R6(B)
UDZS5R6(B)

Q
Q
Q
Q
Q

4738
4751
4752
4753
4754

(B,142,91) Transistor
(A,32,12) Chip Transistor
(A,33,8) Chip Transistor
(B,36,11) Chip Transistor
(B,33,7) Chip Transistor

2SC4081
2SA1576A
2SA1576A
DTC114EUA
2SA1576A

D
D
D
D
D

4601
4602
4631
4641
4642

(B,127,61)
(A,115,71)
(A,123,89)
(B,160,22)
(A,148,31)

Diode
Diode
Diode
Diode
Diode

RB400D
RB060L-40
UDZS9R1(B)
RB400D
RB060L-40

Q
Q
Q
Q
Q

4771
4772
4773
4774
4775

(B,110,94)
(B,113,92)
(B,116,92)
(B,115,86)
(B,128,85)

DTA114EUA
DTC114EUA
2SA1587
IMX1
DTC114EUA

D
D
D
D
D

4643
4661
4662
4721
4722

(A,164,17)
(B,159,36)
(A,148,46)
(B,49,122)
(B,51,119)

Diode
Diode
Diode
Diode(UC)
Diode(UC)

RB083L-20
RB400D
RB060L-40
MALS180X
MALS180X

Q
D
D
D
D

4776
2802
2810
2821
2822

(B,123,94) Transistor
(A,160,105) Diode
(A,107,95) Diode
(A,159,93) Diode
(A,111,95) Diode

2SD1760F5
RB060L-40
UDZS5R6(B)
RB060L-40
DAN202U

D
D
D
D
D

4723
4724
4725
4726
4727

(B,55,116)
(B,50,127)
(B,56,116)
(B,63,116)
(B,59,116)

Diode(UC)
Diode(UC)
Diode(UC)
Diode(UC)
Diode(UC)

MALS068X
MALS068X
UDZS18(B)
UDZS18(B)
UDZS18(B)

D
D
D
D
D

2823
2824
2825
2831
2840

(A,121,81) Diode
(A,128,81) Diode
(A,132,48) Diode
(B,38,27) Diode
(B,153,7) Diode

1SR154-400
1SR154-400
1SS400G
RR264M-400
1SS355

D
D
D
D
D

4731
4732
4733
4734
4735

(B,147,89)
(B,147,93)
(B,151,93)
(B,146,97)
(B,149,93)

Diode
Diode
Diode
Diode
Diode

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

D
D
D
D
D

2860
2861
2862
2863
2870

(B,124,106)
(B,120,105)
(B,116,108)
(B,114,108)
(A,153,107)

Diode
Diode
Diode
Diode
Diode

MA111
UDZS8R2(B)
DAN202U
DAN202U
UDZS5R1(B)

D
D
D
D
D

4736
4737
4751
4752
4771

(B,142,97) Diode
(B,142,95) Diode
(A,29,14) Diode
(A,28,14) Diode
(B,121,86) Diode

RB500V-40
HZU7R5(B3)
1SS355
1SS355
RB500V-40

D
D
D
D

2871
2872
2873
2874

(B,170,131)
(B,170,126)
(B,168,131)
(B,159,112)

Diode
Diode
Diode
Diode

UDZS18(B)
UDZS18(B)
1SS355
PTZ18A

D
D
D
D

4772
4773
4774
4775

(B,123,87) Diode
(B,124,84) Diode
(B,126,88) Diode
(B,139,132) Diode

RB500V-40
HZU8R2(B1)
HZU11(B2)
MALS180X

Transistor
Transistor
Transistor
Transistor
Transistor

Chip Transistor
Chip Transistor
Transistor
Transistor
Chip Transistor

E

F

198

AVIC-X910BT/XS/UC
1

2

3

4

5

6

Circuit Symbol and No.

7

Part No.

8

Circuit Symbol and No.

Part No.

ZNR1401

(B,17,112) Surge Protector CSA30-201N

L 4173

(B,80,57) Inductor

CTF1689

L
L
L
L
L

601
602
604
605
607

(B,124,42) Inductor
(B,42,6) Inductor
(B,121,48) Inductor
(A,43,14) Inductor
(B,104,35) Inductor

CTF1410
CTF1410
CTF1410
CTF1410
CTF1410

L
L
L
L
L

4174
4175
4176
4231
4271

(A,82,53)
(B,82,50)
(A,82,48)
(B,64,25)
(A,66,86)

CTF1689
CTF1689
CTF1689
CTF1473
LCYA2R2J2520

L
L
L
L
L

608
609
610
611
612

(B,101,33) Inductor
(B,100,48) Inductor
(B,33,12) Inductor
(A,99,21) Inductor
(A,103,47) Inductor

CTF1410
CTF1410
CTF1410
CTF1410
CTF1410

L
L
L
L
L

4351
4352
4371
4372
4601

(A,125,111) Inductor
LCTC2R2K1608
(A,130,113) Inductor
CTF1556
(A,38,118) Inductor
CTF1334
(B,40,124) Inductor
CTF1334
(A,106,64) Choke Coil 27 uH CTH1402

L
L
L
L
L

613
614
615
617
704

(A,110,20) Inductor
(B,122,25) Inductor
(A,121,34) Inductor
(B,116,45) Inductor
(A,80,72) Inductor

CTF1410
CTF1410
CTF1410
CTF1410
CTF1357

L
L
L
L
L

4602
4641
4642
4661
4662

(A,130,63)
(A,141,22)
(A,161,24)
(A,141,35)
(A,162,40)

L
L
L
L
L

705
706
707
708
709

(A,90,70)
(A,95,64)
(A,81,67)
(A,93,65)
(A,79,65)

Inductor
Inductor
Inductor
Inductor
Inductor

CTF1463
CTF1306
CTF1306
CTF1306
CTF1306

L
L
L
L
L

4701
4721
4722
4723
4724

(B,87,44) Inductor
(A,44,130) Inductor(UC)
(B,50,124) Inductor(UC)
(B,50,120) Inductor(UC)
(B,53,115) Inductor(UC)

CTF1393
LCYC2R2K1608
CTF1334
CTF1334
CTF1334

L
L
L
L
L

710
711
712
713
714

(A,91,64)
(A,79,64)
(A,77,62)
(A,80,61)
(A,93,61)

Inductor
Inductor
Inductor
Inductor
Inductor

CTF1306
CTF1306
CTF1306
CTF1306
CTF1306

L 4725
T 1401
T 1402
T 1403
TH601

(B,49,125) Inductor(UC)
(A,41,105) Coil
(A,43,95) Coil
(A,33,96) Coil
(A,70,29) Thermistor

CTF1334
CTC1194
CTC1193
CTC1192
CCX1051

L
L
L
L
L

1004
1401
1402
1403
1421

(A,149,13) Inductor
(B,23,112) Inductor
(B,29,111) Inductor
(A,45,89) Inductor
(B,42,96) Inductor

CTF1334
LCTAWR12J2520
LCYCR10K2125
LCTAW101J2520
LCTCR22K2125

X 601
VR4231
>FU2900
FU4351
>FU4352

(A,92,33) Ceramic Resonator 20.000 MHz VSS1186
(A,55,25) Semi-fixed 1 kohm(OB) CCP1483
(B,72,8) Fuse 250 mA
CEK1276
(B,117,118) Poly Switch
MINISMDC075F/24
(B,129,133) Fuse 3.15 A
CEK1259

L
L
L
L
L

1422
1423
1441
1443
1461

(B,30,105) Inductor
(B,44,89) Inductor
(A,38,85) Inductor
(A,45,83) Chip Coil
(B,17,110) Chip Coil

LCTCR10K2125
LCTAW101J2520
LCTCR15K2125
LCTAW1R0J2520
LCTAW4R7J2520

>FU4601
>FU4602
>FU4631
>FU4641
>FU4642

(B,104,61) Fuse 5 A
(B,144,58) Fuse 5 A
(A,115,86) Fuse 200 mA
(A,141,8) Fuse 3.15 A
(B,158,72) Fuse 2.5 A

CEK1261
CEK1261
CEK1247
CEK1259
CEK1258

L
L
L
L
L

1462
1463
1464
1465
2870

(A,39,70) Inductor
(B,25,57) Inductor
(B,27,54) Chip Ferrite Bead
(A,34,41) Inductor
(B,167,127) Inductor

LCTAW2R2J3225
LCTAW2R2J2520
CTF1399
LCTAW2R2J3225
CTF1410

>FU4661
>FU4662
>FU4771
FB701
EF4351

(A,137,8) Fuse 2.5 A
(B,148,55) Fuse 2.5 A
(A,115,106) Fuse 1 A
(A,93,77) Inductor
(B,121,119) EMI Filter

CEK1258
CEK1258
CEK1254
CTF1453
CCG1067

L
L
L
L
L

2871
2872
2930
2931
2932

(B,160,115) Inductor
CTF1410
(B,149,114) Inductor
CTF1410
(A,135,95) Choke Coil 600 uH CTH1347
(B,92,117) Inductor
CTF1689
(B,79,115) Inductor
CTF1689

(B,126,119)
(A,128,119)
(A,110,120)
(A,114,120)
(A,116,120)

CCG1067
CCG1067
CCG1067
CCG1067
CCG1067

EF4352
EF4353
EF4354
EF4355
EF4356

Inductor
Inductor
Inductor
Inductor
Inductor

A

Choke Coil 10 uH CTH1403
Inductor
CTH1255
Inductor
CTH1257
Inductor
CTH1255
Inductor
CTH1257

EMI Filter
EMI Filter
EMI Filter
EMI Filter
EMI Filter

B

C

D

E

L
L
L
L
L

2933
2934
2940
2943
2944

(B,79,117) Inductor
(B,96,118) Inductor
(A,90,11) Inductor
(B,61,12) Inductor
(B,61,14) Inductor

CTF1689
CTF1689
CTF1334
CTF1556
CTF1556

EF4357
EF4358
EF4359
EF4360
EF4361

(A,120,120)
(A,124,120)
(B,124,119)
(B,129,119)
(A,131,119)

L
L
L
L
L

2945
2946
2947
2948
2949

(B,58,13) Inductor
(B,66,8) Inductor
(A,60,21) Inductor
(A,61,21) Inductor
(A,65,21) Inductor

CTF1556
CTF1556
CTF1675
CTF1675
CTF1675

EF4731
EF4732
ANT1401
Y 1461

(B,157,78) EMI Filter
CCG1172
(B,154,57) EMI Filter
CCG1172
(A,19,119) Antenna Jack
CKX1060
(A,18,93) FM/AM Tuner Unit(UC,AU) CWE2128
(A,18,93) FM/AM Tuner Unit(EU5) CWE2127

L
L
L
L

2950
3601
4171
4172

(A,66,21)
(A,17,14)
(B,72,62)
(B,60,61)

CTF1675
LCTAW100J2520
LCTAW100J2520
LCTAW100J2520

U 695
CN702
CN1000
CN1001

(B,92,27) IR Remote(AU)
(A,85,66) Connector
(A,74,9) Connector
(A,94,103) Connector

Inductor
Chip Coil
Chip Coil
Chip Coil

EMI Filter
EMI Filter
EMI Filter
EMI Filter
EMI Filter

CCG1067
CCG1067
CCG1067
CCG1067
CCG1067

AVIC-X910BT/XS/UC
5

6

7

F

RPMS2401-H19
CKS5627
CKS5732
CKS4674
8

199

1

Circuit Symbol and No.

A

2

3

Part No.

CN1005

(A,149,129) Plug

CKM1550

CN1015
CN1016
CN1021
CN1441

(A,37,129) Jack
(A,122,132) Connector
(A,58,129) Connector(UC)
(A,53,84) Mini Pin Jack

CKN1042
CKM1460
CKS3408
CKX1046

RESISTORS

B

C

D

E

F

R
R
R
R
R

601
602
603
604
605

(A,39,7)
(B,39,6)
(A,96,24) (UC,EU5)
(A,97,22) (UC,EU5)
(B,121,39)

RS1/16S104J
RS1/16S104J
RS1/16SS220J
RS1/16S220J
RS1/16SS104J

R
R
R
R
R

607
608
609
610
612

(A,86,32) (EU5)
(A,89,40) (EU5)
(B,101,37)
(B,96,38)
(B,98,32)

RS1/16SS681J
RAB4C681J
RS1/16SS104J
RS1/16SS102J
RS1/16SS104J

R
R
R
R
R

613
614
615
616
617

(A,95,42)
(A,93,41)
(A,95,41)
(A,93,40)
(A,95,39)

RS1/16SS471J
RS1/16SS471J
RS1/16SS222J
RS1/16SS0R0J
RS1/16SS0R0J

R
R
R
R
R

618
619
620
626
627

(B,25,10)
(B,111,38)
(A,96,35)
(B,101,30)
(A,96,26)

RS1/16SS104J
RS1/16SS104J
RS1/16SS101J
RS1/16SS221J
RS1/16SS104J

R
R
R
R
R

628
632
633
634
636

(B,89,40) (EU5)
(B,100,45)
(B,103,42)
(A,102,22)
(B,101,40)

RAB4C223J
RS1/16SS0R0J
RS1/16SS102J
RS1/16SS104J
RS1/16SS104J

R
R
R
R
R

639
640
641
642
643

(B,106,40)
(B,103,40)
(B,100,41)
(B,106,25)
(A,100,18)

RS1/16SS102J
RS1/16SS103J
RS1/16SS103J
RS1/16SS220J
RS1/16SS104J

R
R
R
R
R

646
648
649
650
652

(A,102,18)
(B,108,24)
(B,104,46)
(A,103,18)
(B,106,44)

RS1/16SS104J
RS1/16S104J
RS1/16SS220J
RS1/16SS104J
RS1/16SS220J

R
R
R
R
R

653
654
657
659
660

(A,109,47)
(A,105,18)
(A,106,18)
(A,112,21)
(A,115,19)

RS1/16SS102J
RS1/16SS104J
RS1/16SS104J
RS1/16S220J
RS1/16S104J

R
R
R
R
R

661
662
663
664
665

(A,109,17)
(A,113,18)
(A,117,20)
(A,117,18)
(B,118,49)

RS1/16S104J
RS1/16S104J
RS1/16SS102J
RS1/16SS473J
RS1/16SS104J

R
R
R
R
R

666
668
670
671
676

(B,116,24)
(B,119,22)
(A,125,33)
(A,121,31)
(A,121,28)

RS1/16SS104J
RS1/16SS472J
RS1/16SS104J
RS1/16SS102J
RS1/16SS0R0J

R 677
R 680

(A,121,27)
(B,120,22)

RS1/16SS0R0J
RS1/16SS472J

200

4

Circuit Symbol and No.

Part No.

R 681
R 682
R 683

(B,119,49)
(A,125,36)
(A,123,43)

RS1/16SS473J
RS1/16SS0R0J
RAB4C104J

R
R
R
R
R

684
685
686
687
688

(A,123,39)
(A,69,27)
(B,109,37)
(B,118,43)
(B,44,9)

RAB4C681J
RS1/16S102J
RS1/16SS104J
RS1/16SS104J
RS1/16SS104J

R
R
R
R
R

689
690
695
696
697

(B,40,10)
(A,110,49)
(B,97,24) (AU)
(B,96,30) (AU)
(B,99,24)

RS1/16SS104J
RS1/16SS472J
RS1/16SS470J
RS1/16SS470J
RS1/16SS104J

R
R
R
R
R

698
699
714
715
717

(B,106,27)
(B,110,49)
(A,95,76)
(B,95,75)
(A,82,57)

RS1/16SS104J
RS1/16SS104J
RS1/10S0R0J
RS1/10S0R0J
RS1/16SS0R0J

R
R
R
R
R

718
722
731
751
1016

(A,94,63)
(A,82,69)
(B,95,35)
(A,78,54)
(B,70,16)

RS1/16SS221J
RS1/16S104J
RS1/16SS0R0J
RS1/16S0R0J
RS1/16SS0R0J

R
R
R
R
R

1401
1409
1410
1411
1412

(B,41,109) Inductor
(B,20,112)
(A,36,103)
(A,35,108)
(A,44,89)

CTF1742
RS1/16S105J
RS1/16S821J
RS1/16S330J
RS1/16S332J

R
R
R
R
R

1413
1421
1422
1423
1424

(A,33,91)
(B,38,92)
(B,36,94)
(B,41,93)
(B,43,93)

RS1/16S101J
RS1/16S151J
RS1/16S680J
RS1/16S152J
RS1/16S681J

R
R
R
R
R

1425
1441
1442
1443
1444

(B,44,96)
(A,32,85)
(A,33,87)
(A,39,88)
(A,41,86)

RS1/16S181J
RS1/16S151J
RS1/16S680J
RS1/16S152J
RS1/16S681J

R
R
R
R
R

1445
1461
1462
1463
1464

(A,39,84)
(B,25,71)
(B,25,70)
(B,25,69)
(B,25,68)

RS1/16S151J
RS1/16SS681J
RS1/16SS681J
RS1/16SS681J
RS1/16SS681J

R
R
R
R
R

1465
1466
1467
1468
1470

(B,25,67)
(B,27,66)
(B,25,65) (EU5)
(B,25,59)
(B,26,47)

RS1/16SS681J
RS1/16SS223J
RS1/16SS681J
RS1/16SS681J
RS1/16SS0R0J

R
R
R
R
R

1471
1474
1475
1476
1477

(B,26,45)
(B,30,47)
(B,33,45)
(B,28,49) (EU5)
(B,27,51) (EU5)

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

R
R
R
R
R

1478
1479
2801
2802
2803

(B,28,50) (EU5)
(B,27,52) (EU5)
(B,160,96)
(B,159,94)
(B,158,96)

RS1/16SS0R0J
RS1/16SS0R0J
RN1/16SE1002D
RN1/16SE2701D
RN1/16SE2201D

(B,159,99)
(B,111,99)

RS1/16S104J
RS1/8S0R0J

R 2804
R 2810

AVIC-X910BT/XS/UC
1

2

3

4

5

Circuit Symbol and No.

6

7

Part No.

Circuit Symbol and No.

8

Part No.

R 2811
R 2820
R 2821

(A,100,98)
(B,160,85)
(B,159,87)

RS1/16S471J
RS1/16S2201D
RS1/16S1002D

R 2940
R 2941
R 2942

(B,61,7)
(A,57,10)
(A,61,15)

RS1/16S0R0J
RS1/16SS101J
RS1/16SS101J

R
R
R
R
R

2822
2823
2830
2831
2832

(B,159,89)
(A,139,49)
(B,33,28)
(B,31,24)
(A,28,36)

RS1/16S2201D
RS1/16SS105J
RS1/16S3601D
RS1/16S10R0D
RS1/16S2201D

R
R
R
R
R

2951
2952
2953
2954
2959

(B,67,18)
(B,68,18)
(B,66,13)
(B,70,11)
(B,77,5)

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

R
R
R
R
R

2833
2834
2840
2841
2842

(A,33,28)
(B,38,30)
(A,146,11)
(A,146,12)
(B,145,6)

RS1/16S0R0J
RS1/16S104J
RS1/16SS104J
RS1/16SS473J
RS1/16SS563J

R
R
R
R
R

2960
2961
2962
2963
2964

(B,74,8)
(B,75,8)
(A,77,18)
(A,79,18)
(A,81,21)

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

R
R
R
R
R

2843
2844
2845
2846
2847

(B,148,9)
(B,149,8)
(B,150,6)
(A,153,6)
(B,151,8)

RS1/16SS513J
RS1/16SS104J
RS1/16SS513J
RS1/16SS513J
RS1/16SS102J

R
R
R
R
R

2967
2968
2969
2970
2971

(B,77,18)
(B,76,8)
(B,78,8)
(B,80,15)
(B,79,8)

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

R
R
R
R
R

2848
2849
2850
2851
2852

(B,149,6)
(B,151,6)
(B,153,10)
(B,152,10)
(A,154,11)

RS1/16SS102J
RS1/16SS564J
RS1/16SS202J
RS1/16SS822J
RS1/16SS203J

R
R
R
R
R

2972
2973
2974
2975
2976

(B,81,8)
(B,82,15)
(B,82,8)
(B,83,8)
(B,84,8)

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

R
R
R
R
R

2853
2860
2861
2862
2863

(A,152,13)
(B,126,108)
(B,124,109)
(B,122,103)
(B,116,105)

RS1/16SS333J
RS1/16SS391J
RS1/16SS391J
RS1/16SS473J
RS1/16SS223J

R
R
R
R
R

2977
2978
2979
2980
2981

(B,85,8)
(A,85,21)
(A,87,18)
(A,88,19)
(A,87,22)

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

R
R
R
R
R

2864
2865
2866
2867
2868

(B,118,106)
(B,123,112)
(B,114,116)
(B,117,114)
(B,115,114)

RS1/16SS103J
RS1/10S102J
RS1/16SS103J
RS1/16SS103J
RS1/16SS221J

R
R
R
R
R

2982
2983
3041
3042
3043

(A,90,9)
(A,156,8)
(A,75,56)
(A,75,57)
(A,76,54)

RS1/16SS0R0J
RS1/16SS0R0J
RS1/16S182J
RS1/16S182J
RS1/16S473J

R
R
R
R
R

2869
2870
2871
2872
2873

(B,113,114)
(A,153,110)
(A,153,112)
(B,154,109)
(B,157,109)

RS1/16SS101J
RS1/16S473J
RS1/16S104J
RS1/16S102J
RS1/16S472J

R
R
R
R
R

3044
3601
3602
3603
3604

(A,74,54)
(B,29,22)
(B,34,21)
(B,27,24)
(B,23,21)

RS1/16S473J
RS1/16S224J
RS1/16S102J
RS1/16S222J
RS1/16S224J

R
R
R
R
R

2874
2875
2880
2881
2882

(B,150,110)
(B,152,114)
(A,166,120)
(B,148,132)
(B,143,132)

RS1/4S102J
RS1/4S472J
RS1/16S103J
RS1/4S472J
RS1/4S102J

R
R
R
R
R

3605
3606
3607
3608
3609

(B,18,14)
(B,24,23)
(B,16,21)
(B,16,15)
(B,15,24)

RS1/16S102J
RS1/16S222J
RS1/16S224J
RS1/16S102J
RS1/16S222J

R
R
R
R
R

2883
2884
2900
2901
2902

(B,124,22)
(B,122,22)
(A,169,124)
(A,170,122)
(A,167,128)

RS1/16SS472J
RS1/16SS472J
RS1/16S473J
RS1/16S104J
RS1/4S102J

R
R
R
R
R

3610
3611
3612
3616
3617

(B,29,19)
(B,27,21)
(B,31,15)
(B,20,20)
(B,20,23)

RS1/16S121J
RS1/16S101J
RS1/16S101J
RS1/16S121J
RS1/16S151J

R
R
R
R
R

2903
2910
2911
2912
2913

(A,167,131)
(B,154,71)
(B,145,109)
(A,60,90)
(A,65,92)

RS1/4S472J
RS1/16S473J
RS1/16S473J
RS1/4S4R7J
RS1/4S4R7J

R
R
R
R
R

3618
3622
3623
3624
3629

(B,21,16)
(B,11,20)
(B,12,23)
(B,14,16)
(B,71,8)

RS1/16S101J
RS1/16S151J
RS1/16S181J
RS1/16S101J
RS1/16S0R0J

R
R
R
R
R

2920
2921
2922
2923
2924

(B,90,109)
(B,89,113)
(B,91,113)
(B,95,108)
(A,96,120)

RS1/16S102J
RS1/16S102J
RS1/16S102J
RS1/16S102J
RS1/16S103J

R
R
R
R
R

4001
4021
4041
4061
4071

(B,57,61)
(A,54,50)
(B,57,37)
(A,57,48)
(A,69,46)

RS1/16S750J
RS1/16S750J
RS1/16S750J
RS1/16S102J
RS1/16SS473J

(A,93,120)
(A,102,119)

RS1/16S103J
RS1/16S103J

R 4072
R 4073

(A,68,47)
(A,65,57)

RS1/16SS473J
RS1/16SS473J

R 2925
R 2926

AVIC-X910BT/XS/UC
5

6

7

8

A

B

C

D

E

F

201

1

2

Circuit Symbol and No.

A

B

C

D

E

F

3

Part No.

4

Circuit Symbol and No.

Part No.

R 4074
R 4075
R 4076

(A,66,42)
(A,64,43)
(A,67,50)

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

R 4333
R 4334
R 4335

(B,97,86)
(B,90,86)
(B,97,93)

RS1/16SS821J
RS1/16SS821J
RS1/16SS821J

R
R
R
R
R

4077
4078
4079
4080
4151

(A,65,56)
(A,65,52)
(A,63,42)
(A,63,55)
(B,65,32)

RS1/16SS473J
RS1/16SS473J
RS1/16SS330J
RS1/16SS330J
RS1/16SS103J

R
R
R
R
R

4336
4337
4338
4339
4340

(B,90,93)
(B,105,92)
(B,96,86)
(B,96,93)
(B,101,92)

RS1/16SS821J
RS1/16SS223J
RS1/16SS223J
RS1/16SS223J
RS1/16SS223J

R
R
R
R
R

4152
4153
4154
4155
4156

(B,64,34)
(B,67,34)
(B,66,32)
(B,69,36)
(B,70,36)

RS1/16SS103J
RS1/16SS103J
RS1/16SS103J
RS1/16SS102J
RS1/16SS104J

R
R
R
R
R

4341
4342
4343
4344
4345

(B,91,86)
(B,91,93)
(B,104,89)
(B,94,83)
(B,94,90)

RS1/16SS223J
RS1/16SS223J
RS1/16SS471J
RS1/16SS471J
RS1/16SS471J

R
R
R
R
R

4157
4158
4159
4170
4171

(B,73,35)
(B,75,33)
(B,73,33)
(B,80,54)
(B,80,50)

RS1/16SS104J
RS1/16SS683J
RS1/16SS473J
RS1/16SS223J
RS1/16SS223J

R
R
R
R
R

4346
4347
4348
4351
4352

(B,102,89)
(B,93,83)
(B,93,90)
(A,127,112)
(A,131,111)

RS1/16SS471J
RS1/16SS471J
RS1/16SS471J
RS1/16S153J
RS1/10S103J

R
R
R
R
R

4174
4175
4176
4194
4195

(B,66,22)
(B,64,22)
(B,75,57)
(B,63,42)
(B,64,41)

RS1/16SS223J
RS1/16SS223J
RS1/16SS0R0J
RS1/16SS221J
RS1/16SS221J

R
R
R
R
R

4601
4602
4603
4604
4605

(B,107,62)
(B,111,59)
(B,112,59)
(B,113,59)
(B,109,59)

RS1/10S0R0J
RS1/16S2200D
RS1/16S4701D
RS1/16S1501D
RS1/16S101J

R
R
R
R
R

4200
4231
4232
4233
4234

(A,76,39)
(B,60,26)
(B,60,22)
(B,58,22)
(B,57,24)

RS1/16S750J
RS1/16SS223J
RS1/16SS303J
RS1/16SS681J
RS1/16SS102J

R
R
R
R
R

4606
4607
4608
4609
4610

(B,116,59)
(B,119,59)
(B,115,70)
(B,112,65)
(B,110,63)

RS1/16S332J
RS1/16S104J
RS1/16S473J
RS1/16S1503D
RS1/16S8203D

R
R
R
R
R

4235
4236
4237
4240
4251

(B,62,22)
(B,54,19)
(B,58,18)
(B,60,27)
(B,102,113)

RS1/16SS681J
RS1/16SS152J
RS1/16SS0R0J
RS1/16SS0R0J
RS1/16S750J

R
R
R
R
R

4611
4612
4614
4615
4616

(B,121,60)
(B,126,68)
(B,126,65)
(B,143,56)
(B,93,99)

RS1/10S100J
RS1/16S100J
RS1/16S184J
RS1/16S105J
RS1/16S222J

R
R
R
R
R

4252
4253
4254
4255
4263

(B,104,113)
(B,102,112)
(B,100,112)
(B,106,113)
(A,105,110)

RS1/16SS473J
RS1/16SS473J
RS1/16SS101J
RS1/16SS101J
RS1/16SS0R0J

R
R
R
R
R

4633
4641
4643
4644
4645

(A,129,86)
(B,141,8)
(B,142,19)
(B,139,20)
(B,144,19)

RS1/16SS821J
RS1/4SA561J
RS1/16S331J
RS1/16S0R0J
RS1/16S5600D

R
R
R
R
R

4271
4272
4273
4274
4275

(B,58,66)
(B,86,65)
(B,56,68)
(B,87,67)
(B,85,67)

RS1/16S0R0J
RS1/16S181J
RS1/16S181J
RS1/16S223J
RS1/16S102J

R
R
R
R
R

4646
4647
4648
4649
4650

(B,145,19)
(B,146,19)
(B,148,30)
(B,149,19)
(B,151,19)

RS1/16S8201D
RS1/16S1501D
RS1/16S473J
RS1/16S332J
RS1/16S104J

R
R
R
R
R

4276
4277
4285
4286
4287

(B,53,69) (UC)
(B,51,70) (UC)
(B,59,73)
(B,85,71)
(B,76,75)

RS1/16S223J
RS1/16S102J
RS1/16SS0R0J
RS1/16SS0R0J
RS1/16SS102J

R
R
R
R
R

4651
4652
4653
4654
4656

(B,145,24)
(B,143,22)
(B,154,20)
(B,158,24)
(B,158,26)

RS1/16S1503D
RS1/16S8203D
RS1/10S100J
RS1/16S184J
RS1/16S100J

R
R
R
R
R

4289
4291
4293
4295
4296

(B,76,76)
(B,76,77)
(B,77,80)
(B,59,77)
(A,54,75)

RS1/16SS102J
RS1/16SS102J
RS1/16SS0R0J
RS1/16SS0R0J
RS1/16S0R0J

R
R
R
R
R

4657
4662
4663
4664
4665

(A,159,18)
(B,138,36)
(B,143,35)
(B,144,35)
(B,146,35)

RS1/16S105J
RS1/10S0R0J
RS1/16S1800D
RS1/16S4701D
RS1/16S1501D

R
R
R
R
R

4297
4312
4313
4316
4317

(A,63,87)
(B,78,32)
(B,79,37)
(B,84,44)
(B,80,45)

RS1/16S0R0J
RS1/16SS821J
RS1/16SS104J
RS1/16SS0R0J
RS1/16SS0R0J

R
R
R
R
R

4666
4667
4668
4669
4670

(B,112,70)
(B,142,35)
(B,148,35)
(B,151,35)
(B,147,45)

RS1/16S473J
RS1/16S101J
RS1/16S332J
RS1/16S104J
RS1/16S473J

(B,106,92)
(B,100,92)

RS1/16SS821J
RS1/16SS821J

R 4671
R 4672

(B,144,40)
(B,142,38)

RS1/16S1503D
RS1/16S8203D

R 4331
R 4332

202

(UC)
(UC)
(UC)
(UC)

AVIC-X910BT/XS/UC
1

2

3

4

5

6

Circuit Symbol and No.
R 4673
R 4674
R 4676

(B,154,36)
(B,158,43)
(B,158,41)

RS1/10S100J
RS1/16S100J
RS1/16S184J

R
R
R
R
R

4677
4678
4680
4721
4722

(B,148,58)
(B,138,9)
(B,143,46)
(A,43,128) (UC,EU5)
(A,41,130) (UC)

RS1/16S105J
RS1/4SA221J
RS1/16SS0R0J
RS1/16S472J
RS1/16S101J

R
R
R
R
R

4723
4724
4725
4726
4727

(A,43,130)
(A,56,117)
(A,60,117)
(A,63,117)
(B,61,117)

RS1/16S101J
RS1/16S102J
RS1/16S101J
RS1/16S101J
RS1/16S620J

R
R
R
R
R

4728
4731
4732
4733
4734

(B,43,134) (UC,EU5)
(B,126,100) (UC)
(B,147,87)
(B,126,98) (UC)
(B,153,93)

RS1/16S472J
RS1/16S222J
RS1/16S473J
RS1/16S682J
RS1/16S103J

R
R
R
R
R

4735
4736
4737
4738
4739

(B,150,87)
(B,121,99) (UC)
(B,151,96)
(B,143,93)
(B,145,92)

RS1/16S104J
RS1/16S332J
RS1/16S103J
RS1/16S473J
RS1/16S104J

R
R
R
R
R

4749
4750
4751
4752
4753

(B,35,7)
(B,33,10)
(A,34,13)
(A,35,6)
(A,36,12)

RS1/16S472J
RS1/16S472J
RS1/16S101J
RS1/16S101J
RS1/16S105J

R
R
R
R
R

4754
4755
4756
4757
4758

(A,34,11)
(A,37,9)
(A,33,5)
(A,30,6)
(A,30,17)

RS1/16S103J
RS1/16S105J
RS1/16S103J
RS1/16S0R0J
RS1/16S272J

R
R
R
R
R

4771
4772
4773
4774
4775

(B,111,91)
(B,110,88)
(B,116,95)
(B,114,95)
(B,113,86)

RS1/16SS472J
RS1/16SS472J
RS1/16SS103J
RS1/16SS512J
RS1/16SS224J

R
R
R
R
R

4776
4777
4778
4783
4784

(B,113,84)
(B,116,89)
(B,119,85)
(B,122,29)
(B,122,26)

RS1/16SS472J
RS1/10S221J
RS1/4S471J
RS1/16SS332J
RS1/16SS332J

(A,8,44) (EU5)
(A,8,46) (UC)
(A,8,54) (AU)

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

R 4811
R 4812
R 4815

(UC)
(UC)
(UC)
(UC)
(UC)

CAPACITORS
C
C
C
C
C

601
602
604
605
606

(B,123,40)
(B,44,6)
(B,121,47)
(A,40,13)
(B,105,34)

CKSRYB104K16
CKSRYB104K50
CKSRYB104K50
CKSRYB104K16
CKSRYB104K50

C
C
C
C
C

607
608
609
613
614

(B,95,46)
(B,97,36)
(B,97,33)
(B,97,47)
(B,102,46)

CKSRYB153K50
CKSSYB104K16
CKSRYB104K16
CKSRYB104K16
CKSRYB104K16

(B,32,10)

CKSRYB104K16

C 615

7

Part No.

Circuit Symbol and No.

8

Part No.

C
C
C
C

617
618
619
620

(A,100,21)
(A,105,47)
(B,97,42)
(A,109,20)

CKSRYB104K16
CKSRYB104K16
CKSRYB104K16
CKSRYB104K16

C
C
C
C
C

621
622
623
630
632

(A,122,26)
(A,121,36)
(B,71,16)
(B,113,45)
(B,104,25)

CKSRYB104K16
CKSRYB104K16
CKSRYB103K16
CKSRYB104K50
CKSRYB104K16

C
C
C
C
C

636
671
672
685
696

(B,95,40)
(B,52,10)
(A,48,33)
(A,72,29)
(B,97,29) (AU)

CKSSYB104K16
CKSSYB104K16
CKSSYB104K16
CKSSYB104K16
CKSQYB106K6R3

C
C
C
C
C

705
706
707
708
709

(A,82,76)
(A,90,75)
(A,80,76)
(A,89,75)
(A,88,70)

CKSRYB104K25
CKSRYB104K25
CKSRYF104Z25
CKSRYF104Z25
CKSRYF104Z25

C
C
C
C
C

711
1020
1021
1022
1077

(B,96,64)
(B,70,8)
(B,68,8)
(B,63,9)
(A,54,29)

CKSRYB103K16
CKSRYB102K50
CKSRYB102K50
CKSRYB104K50
CKSRYB104K25

C
C
C
C
C

1078
1401
1402
1403
1404

(A,57,29)
(B,21,110)
(B,25,111)
(B,26,113)
(B,32,111)

CKSRYB104K25
CCSRCH270J50
CCSRCH220J50
CCSRCH270J50
CCSRCH330J50

C
C
C
C
C

1405
1406
1407
1408
1409

(B,31,109)
(A,36,102)
(A,36,108)
(A,41,88)
(A,38,94)

CCSRCH470J50
CKSRYB103K50
CKSRYB103K50
CKSRYB103K50
CKSRYB222K50

C
C
C
C
C

1421
1422
1423
1424
1426

(B,35,93)
(B,40,93)
(B,31,100)
(B,43,92)
(B,30,102)

CKSRYB222K50
CKSRYB222K50
CCSRCH150J50
CKSRYB103K50
CCSRCH270J50

C
C
C
C
C

1441
1442
1443
1444
1452

(A,32,87)
(A,38,88)
(A,37,83)
(A,42,84)
(B,27,70)

CKSRYB222K50
CKSRYB222K50
CCSRCH220J50
CKSRYB103K50
CKSSYB102K50

C
C
C
C
C

1458
1461
1462
1464
1465

(B,29,59)
(A,32,70)
(A,32,59)
(A,22,86)
(A,39,73)

CKSRYB103K50
CEVW221M10
CEVW221M10
CCSRCH101J50
CKSRYB103K50

C
C
C
C
C

1466
1468
1469
1476
2800

(A,28,75)
(B,25,51) 10 uF
(B,23,51)
(A,36,38)
(B,95,104)

CKSRYB103K50
CCG1203
CKSRYB103K50
CKSSYB103K25
CKSRYB102K50

C
C
C
C
C

2801
2802
2804
2805
2810

(A,159,99) 100 uF/16 V
(A,163,99)
(A,163,102)
(B,94,101)
(A,106,102)

CCH1565
CCSRCH102J50
CKSRYB104K50
CKSRYB104K50
CEVW101M16

(B,102,103)

CKSRYB104K50

B

C 2811

AVIC-X910BT/XS/UC
5

6

A

7

8

C

D

E

F

203

1

2

Circuit Symbol and No.

A

3

Part No.

4

Circuit Symbol and No.

Part No.

C
C
C
C

2812
2820
2821
2823

(A,107,97)
(A,159,87) 100 uF/16 V
(A,163,88)
(A,163,91)

CKSRYB104K50
CCH1565
CKSRYB103K50
CKSRYB104K50

C
C
C
C

4076
4078
4079
4080

(A,62,48)
(A,64,53)
(A,61,40)
(A,63,57)

CKSRYB104K50
CCSRCH330J50
CKSRYB103K50
CKSRYB103K50

C
C
C
C
C

2830
2831
2833
2840
2841

(A,32,34)
(B,33,30)
(B,36,29)
(A,151,11)
(B,150,10)

CEVW101M16
CKSRYB103K50
CKSRYB104K50
CKSRYB104K50
CKSRYB102K50

C
C
C
C
C

4151
4152
4153
4154
4155

(B,63,31) 10 uF
(B,61,32) 10 uF
(B,67,32)
(B,70,31)
(B,67,36)

CCG1203
CCG1203
CCSSCH221J50
CKSSYB104K16
CKSSYB103K25

C
C
C
C
C

2842
2843
2844
2860
2861

(A,153,9)
(A,156,11)
(A,156,10)
(A,120,114)
(B,121,115)

CKSRYB104K50
CKSRYB103K50
CKSRYB823K16
CEVW470M16
CKSRYB104K50

C
C
C
C
C

4156
4157
4158
4159
4160

(B,75,35)
(B,74,35)
(B,72,35)
(B,78,30)
(B,66,34)

CKSSYB104K16
CCSSCH151J50
CCSSCH151J50
CKSQYB225K10
CCSSCH221J50

C
C
C
C
C

2862
2870
2871
2872
2881

(A,111,114)
(A,151,110)
(B,147,114)
(B,157,115)
(A,167,110)

CEVW330M10
CKSRYB102K50
CKSRYB102K50
CKSRYB102K50
CKSQYB105K16

C
C
C
C
C

4171
4172
4173
4174
4181

(A,71,62)
(B,73,61)
(A,59,59)
(B,75,61)
(B,62,58)

CEVLW470M16
CKSRYB104K50
CEVLW470M16
CKSYB226K6R3
CKSRYB104K50

C
C
C
C
C

2882
2890
2891
2892
2901

(B,146,133)
(B,161,104)
(B,161,107)
(A,162,111)
(A,170,130)

CKSRYB102K50
CKSRYB104K50
CKSRYB102K50
CKSRYB102K50
CKSRYB104K50

C
C
C
C
C

4182
4183
4184
4185
4186

(B,77,59)
(B,63,60)
(B,65,61)
(B,58,40)
(B,58,50)

CKSRYB104K50
CKSYB226K6R3
CKSRYB104K50
CKSQYB475K10
CKSQYB475K10

C
C
C
C
C

2910
2911
2912
2920
2921

(A,151,65)
(A,60,105)
(A,77,96)
(B,93,114)
(B,85,115)

CEAT103M16(P30)
CEAT103M16(P30)
CEAT103M16(P30)
CKSQYB105K16
CKSQYB105K16

C
C
C
C
C

4187
4188
4189
4190
4191

(B,59,43)
(B,67,61)
(B,69,61)
(B,70,59)
(B,71,59)

CKSQYB475K10
CKSRYB105K10
CKSRYB105K10
CKSRYB105K10
CKSRYB105K10

C
C
C
C
C

2922
2923
2924
2925
2926

(B,85,117)
(B,96,114)
(A,100,120)
(B,94,117)
(B,81,115)

CKSQYB105K16
CKSQYB105K16
CKSRYB104K50
CKSRYB105K10
CKSRYB105K10

C
C
C
C
C

4192
4193
4194
4195
4197

(B,68,59)
(B,79,60)
(B,66,59)
(B,58,55)
(B,58,58)

CKSRYB105K10
CKSRYB105K10
CKSRYB105K10
CKSQYB475K10
CKSQYB475K10

C
C
C
C
C

2927
2928
2929
2930
2931

(B,81,117)
(B,96,116)
(A,94,115)
(A,103,115)
(A,100,119)

CKSRYB105K10
CKSRYB105K10
CEVW101M25
CKSRYB104K50
CKSRYB105K10

C
C
C
C
C

4198
4199
4200
4201
4202

(B,80,60)
(A,58,53)
(B,79,53)
(A,58,52)
(B,78,54)

CKSRYB105K10
CKSRYB105K10
CKSRYB105K10
CKSRYB105K10
CKSRYB105K10

C
C
C
C
C

2932
2933
2934
2935
3041

(A,81,120)
(A,85,120)
(A,83,116)
(A,147,81) 3 300 uF/16 V
(A,78,59) 10 uF

CKSQYB225K10
CKSYB225K16
CEVW100M16
CCH1018(P30)
CCG1203

C
C
C
C
C

4203
4204
4206
4207
4208

(B,58,53)
(B,78,51)
(B,78,50)
(B,58,48)
(A,79,23)

CKSQYB475K10
CKSRYB105K10
CKSRYB105K10
CKSRYB105K10
CKSRYB105K10

C
C
C
C
C

3042
3601
3602
3604
3607

(A,76,60) 10 uF
(B,27,23)
(A,16,18) 10 uF
(B,22,23)
(B,14,23)

CCG1203
CKSQYB475K6R3
CCG1203
CKSQYB475K6R3
CKSQYB475K6R3

C
C
C
C
C

4210
4211
4212
4213
4215

(A,75,21)
(B,57,43)
(A,72,22)
(A,69,22)
(B,77,44)

CKSRYB105K10
CKSQYB475K10
CKSRYB105K10
CKSRYB105K10
CKSRYB105K10

C
C
C
C
C

3611
3612
3613
4061
4062

(A,8,25)
(A,7,23)
(A,7,22)
(A,54,38)
(A,59,44)

CKSSYB102K50
CKSSYB102K50
CKSSYB102K50
CKSRYB103K50
CEVW100M16

C
C
C
C
C

4216
4217
4219
4220
4221

(B,59,37)
(B,76,43)
(A,73,34)
(A,73,44)
(B,73,40)

CKSQYB475K10
CKSRYB105K10
CEVW331M16
CEVWNP220M10
CKSRYB105K10

C
C
C
C
C

4063
4070
4071
4072
4073

(A,54,41)
(A,68,56)
(A,69,49)
(A,68,54)
(A,68,52)

CKSRYB104K50
CCG1203
CCG1203
CCG1203
CCG1203

C
C
C
C
C

4222
4224
4231
4232
4233

(B,74,40)
(B,58,47)
(B,62,24)
(A,64,27)
(A,55,17)

CKSRYB105K10
CKSRYB105K10
CKSRYB105K10
CEVWNP220M10
CEVQW101M10

C 4075

(A,64,41)

CCSRCH330J50

C 4251

(B,105,113)

CKSRYB473K50

B

C

D

E

F

204

10 uF
10 uF
10 uF
10 uF

AVIC-X910BT/XS/UC
1

2

3

4

5

Circuit Symbol and No.

6

7

Part No.

8

Circuit Symbol and No.

Part No.

C
C
C
C

4252
4253
4254
4264

(B,100,110) 10 uF
(B,106,110) 10 uF
(B,102,104)
(A,86,109)

CCG1203
CCG1203
CKSRYB104K25
CEVQW101M10

C
C
C
C

4616
4617
4618
4619

(B,140,59)
(B,140,60)
(B,111,54) 10 uF
(B,114,56)

CKSRYB102K50
CKSRYB104K50
CCG1223
CKSRYB104K50

C
C
C
C
C

4271
4273
4274
4275
4276

(B,82,67) 10 uF(UC)
(B,85,66) (UC)
(B,79,64)
(B,60,64)
(B,59,67)

CCG1203
CKSRYB105K6R3
CKSRYB105K6R3
CKSRYB105K6R3
CKSRYB105K6R3

C
C
C
C
C

4631
4641
4642
4643
4644

(A,123,91)
(B,141,19)
(B,148,19)
(B,150,19)
(B,145,22)

CKSRYB104K50
CKSRYB103K25
CCSRCH101J50
CKSRYB104K50
CKSRYB473K50

C
C
C
C
C

4277
4280
4281
4284
4285

(B,54,71) 10 uF(UC)
(B,61,68) (UC)
(B,60,72)
(B,83,69)
(B,61,70)

CCG1203
CKSRYB105K6R3
CKSRYB105K6R3
CKSRYB105K6R3
CKSRYB105K6R3

C
C
C
C
C

4645
4646
4647
4648
4649

(B,145,23) 33 pF
(B,144,26)
(B,157,24)
(B,144,28)
(B,157,21)

CCG1252
CKSRYB105K10
CKSRYF104Z25
CKSQYB475K10
CKSRYF474Z16

C
C
C
C
C

4286
4287
4288
4289
4291

(B,79,71)
(B,61,73)
(A,68,70)
(A,60,70)
(A,65,72)

CKSRYB105K6R3
CKSRYB105K6R3
CEVW100M16
CEVW470M16
CKSRYB104K16

C
C
C
C
C

4650
4651
4652
4653
4654

(B,157,29)
(A,133,21)
(A,154,32)
(A,151,32)
(A,158,32)

CCG1222
CCH1409
CCG1223
CCG1223
CCG1223

C
C
C
C
C

4293
4294
4295
4296
4297

(A,62,83)
(A,63,78)
(A,58,78)
(B,58,64)
(A,76,66)

CKSRYB104K16
CEVW100M16
CEVW4R7M16
CKSRYB104K16
CKSRYB105K10

C
C
C
C
C

4655
4656
4657
4658
4659

(B,134,23) 10 uF
(B,141,13)
(B,142,13)
(B,164,22)
(B,163,22)

CCG1223
CKSRYB104K50
CKSRYB102K50
CKSRYB102K50
CKSRYB104K50

C
C
C
C
C

4298
4299
4300
4305
4331

(B,62,75)
(B,62,82)
(A,60,83)
(A,67,75)
(A,108,91)

CCSRCH100D50
CKSRYB102K50
CCSRCH101J50
CKSRYB103K50
CEVW4R7M16

C
C
C
C
C

4661
4662
4663
4664
4665

(B,140,35)
(B,147,35)
(B,150,35)
(B,144,37)
(B,144,39) 33 pF

CKSRYB103K25
CCSRCH102J50
CKSRYB104K16
CKSRYB473K50
CCG1252

C
C
C
C
C

4332
4333
4334
4335
4336

(A,103,91)
(A,98,85)
(A,93,85)
(A,98,94)
(A,93,94)

CEVW4R7M16
CEVW4R7M16
CEVW4R7M16
CEVW4R7M16
CEVW4R7M16

C
C
C
C
C

4666
4667
4668
4669
4670

(B,144,42)
(B,157,45) 4.7 uF
(B,143,43)
(B,157,37)
(B,157,41)

CKSRYB105K10
CCG1222
CKSQYB475K10
CKSRYF474Z16
CKSRYB104K16

C
C
C
C
C

4337
4338
4339
4340
4341

(B,106,90)
(B,97,84)
(B,97,91)
(B,100,90)
(B,90,84)

CKSRYB222K50
CKSRYB222K50
CKSRYB222K50
CKSRYB222K50
CKSRYB222K50

C
C
C
C
C

4671
4672
4673
4674
4675

(A,133,36)
(A,157,48)
(A,151,48)
(A,154,48)
(B,134,33)

CCH1366
CCG1223
CCG1223
CCG1223
CCG1223

C
C
C
C
C

4342
4351
4352
4353
4371

(B,90,91)
(B,132,110)
(A,133,113)
(A,124,108)
(A,38,117)

CKSRYB222K50
CKSRYB104K25
CKSRYF103Z50
CKSRYB102K50
CKSRYB102K50

C
C
C
C
C

4676
4677
4678
4679
4701

(B,137,32)
(B,138,32)
(B,163,36)
(B,164,36)
(B,87,48)

CKSRYB104K50
CKSRYB102K50
CKSRYB102K50
CKSRYB104K50
CKSYB105K16

C
C
C
C
C

4372
4600
4601
4602
4603

(A,42,123)
(B,114,55)
(B,108,59)
(B,115,59)
(B,117,59)

CKSRYB102K50
CKSRYB102K50
CKSRYB103K25
CCSRCH102J50
CKSRYB104K16

C
C
C
C
C

4702
4704
4705
4706
4707

(A,89,48)
(A,87,51)
(A,93,48)
(B,92,48)
(B,89,45)

CKSRYB104K16
CEVW100M16
CEVW100M16
CKSYB105K25
CKSRYB104K16

C
C
C
C
C

4604
4605
4606
4607
4608

(B,112,62)
(B,112,63) 33 pF
(B,111,66)
(B,124,69) 4.7 uF
(B,110,68)

CKSRYB473K50
CCG1252
CKSRYB105K10
CCG1222
CKSQYB475K10

C
C
C
C
C

4709
4710
4721
4724
4731

(B,87,46)
(A,86,48)
(A,57,117) (UC)
(B,59,133) (UC)
(B,152,54)

CKSRYB104K16
CKSRYB104K16
CKSRYB472K50
CKSRYB104K50
CKSRYB104K50

C
C
C
C
C

4609
4610
4611
4612
4613

(B,124,62)
(B,124,65)
(A,118,57) 330 uF/6.3 V
(A,119,72) 10 uF
(A,122,72) 10 uF

CKSRYF474Z16
CKSRYB104K16
CCH1366
CCG1223
CCG1223

C
C
C
C
C

4732
4751
4771
4772
4773

(B,155,73)
(A,36,10)
(B,112,88)
(B,111,84)
(B,126,90)

CKSRYB104K50
CKSRYB104K50
CKSRYB104K50
CKSRYB472K50
CKSRYB103K50

(A,125,72) 10 uF

CCG1223

C 4774

(A,118,94)

CEVW470M16

A

B

C 4614

4.7 uF
220 uF/10 V
10 uF
10 uF
10 uF

330 uF/6.3 V
10 uF
10 uF
10 uF
10 uF

AVIC-X910BT/XS/UC
5

6

7

8

C

D

E

F

205

1

2

Circuit Symbol and No.

A

C
C
C
C

4775
4776
4784
4785

C 4786

3

Part No.

(B,115,102)
(A,119,101)
(B,120,30)
(B,120,29)

CKSRYB103K50
CEVW101M16
CCSSCH470J50
CCSSCH470J50

(A,111,17)

CKSRYB104K16

B
Unit Number : CWN4251
Unit Name

: CK Unit

MISCELLANEOUS

B

CN882
CN883

(A,21,23) Connector
(A,10,31) Connector

CKS5660
CKS6115

RESISTORS
R 898

(A,17,40)

RS1/16S0R0J

C
Unit Number : YWX5009
Unit Name
C

: DVD Core Unit

MISCELLANEOUS

R
R
R
R
R

1025
1027
1101
1102
1103

(B,19,11)
(A,27,19)
(A,35,36)
(A,43,42)
(A,34,41)

RS1/16SS101J
RS1/16SS101J
RS1/16SS104J
RS1/16SS104J
RS1/16SS391J

R
R
R
R
R

1104
1105
1106
1109
1110

(A,36,36)
(A,42,44)
(A,45,39)
(A,34,43)
(A,41,43)

RS1/16SS511J
RS1/16SS391J
RS1/16SS561J
RS1/16SS3R3J
RS1/16SS3R3J

R
R
R
R
R

1111
1112
1113
1114
1115

(A,38,39)
(A,38,38)
(A,49,46)
(A,48,46)
(A,41,38)

RS1/10SR1R5J
RS1/10SR1R5J
RS1/10SR1R5J
RS1/10SR1R5J
RS1/10SR1R5J

R
R
R
R
R

1116
1117
1118
1201
1202

(A,41,39)
(A,48,43)
(A,49,43)
(A,16,36)
(A,17,35)

RS1/10SR1R5J
RS1/10SR1R5J
RS1/10SR1R5J
RS1/16SS221J
RS1/16SS221J

R
R
R
R
R

1203
1204
1212
1213
1214

(A,22,35)
(A,19,35)
(A,7,36)
(B,8,29)
(B,8,27)

RS1/16SS103J
RS1/16SS153J
RS1/16SS271J
RS1/16SS1R0J
RS1/16SS1R0J

R
R
R
R
R

1215
1216
1217
1218
1222

(B,8,28)
(B,8,24)
(B,8,25)
(B,8,26)
(B,26,39)

RS1/16SS1R0J
RS1/16SS1R0J
RS1/16SS1R0J
RS1/16SS1R0J
RS1/16SS271J

R
R
R
R
R

1300
1401
1402
1405
1406

(B,39,24)
(B,63,49)
(B,70,27)
(B,56,24)
(B,54,25)

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

(B,21,41)
(B,35,23)
(B,25,11)
(B,19,21)
(A,15,29)

Regulator IC
IC
IC
IC
IC

S-1133B50-U5
S-1200B50-M5
NJM2885DL1-33
R1232D121B
BD8231EFV

*IC1401
*IC1402
IC 1480
IC 1501
IC 1801

(B,63,36)
(B,50,36)
(B,59,13)
(A,60,20)
(B,37,16)

Flash ROM Unit
Flash ROM Unit
SDRAM(64M)
IC
D/A Converter

CWW1825
CWW1826
K4S641632N-LC75
MN2DS0018MAUB
PCM1753DBQ

Q
Q
Q
Q

1101
1102
1103
1104

(A,35,39)
(A,46,42)
(A,38,45)
(A,45,49)

Transistor
Transistor
Transistor
Transistor

2SC4081
2SC4081
2SB1132
2SB1132

R
R
R
R
R

1480
1481
1482
1483
1484

(B,52,21)
(B,56,21)
(B,61,21)
(B,64,21)
(B,67,21)

RAB4CQ560J
RAB4CQ560J
RAB4CQ560J
RAB4CQ560J
RAB4CQ560J

L
L
L
L
L

1003
1004
1512
1902
1903

(B,22,26) Inductor
(B,14,17) Inductor
(A,57,5) Inductor
(B,5,8) Inductor
(B,12,11) Inductor

CTF1677
CTF1678
CTF1743
CTF1487
CTF1558

R
R
R
R
R

1485
1486
1487
1488
1489

(B,50,5)
(B,55,5)
(B,64,5)
(B,68,5)
(B,59,5)

RAB4CQ560J
RAB4CQ560J
RAB4CQ560J
RAB4CQ560J
RS1/16SS560J

L 1904
X 1501
EF1001
EF1002
CN1101

(B,46,19) Inductor
CTF1473
(B,43,7) Oscillator 27.000 MHz CSS1768
(B,5,12) Chip EMI Filter
DTF1106
(B,11,13) Chip EMI Filter
DTL1106
(A,66,49) Connector
CKS5775

R
R
R
R
R

1490
1501
1503
1504
1505

(B,50,21)
(B,46,7)
(B,45,8)
(B,45,13)
(A,43,13)

RS1/16SS560J
RS1/16SS122J
RS1/16SS105J
RS1/16SS120J
RS1/16SS101J

CN1201
CN1901

(A,16,44) Connector
(A,21,7) Connector

R
R
R
R
R

1506
1507
1508
1509
1510

(A,37,14)
(A,44,14)
(A,43,15)
(A,63,35)
(A,64,35)

RS1/16SS101J
RS1/16SS101J
RS1/16SS221J
RS1/16SS102J
RS1/16SS102J

R
R
R
R
R

1511
1512
1513
1514
1516

(B,46,13)
(A,58,5)
(A,66,35)
(A,68,35)
(A,65,36)

RS1/16S0R0J
RS1/16SS101J
RS1/16SS103J
RS1/16SS183J
RS1/16SS103J

CKS6003
CKS6025

RESISTORS

F

Part No.

IC 1002
IC 1003
IC 1004
IC 1005
IC 1201

D

E

4

Circuit Symbol and No.

R
R
R
R
R

206

1002
1004
1007
1019
1021

(B,18,27)
(A,29,27)
(A,29,26)
(B,15,9)
(A,27,15)

RS1/16SS101J
RS1/16SS4702D
RS1/16SS6801D
RS1/16SS101J
RS1/16SS0R0J

AVIC-X910BT/XS/UC
1

2

3

4

5

Circuit Symbol and No.

6

7

Part No.

Circuit Symbol and No.

8

Part No.

R
R
R
R
R

1517
1518
1519
1522
1523

(A,76,16)
(A,74,24)
(A,70,34)
(A,65,38)
(A,66,37)

RS1/16SS103J
RS1/16SS103J
RS1/16SS102J
RS1/16SS104J
RS1/16SS221J

C
C
C
C
C

1107
1108
1109
1110
1111

(A,41,49)
(A,74,42)
(A,56,41)
(A,71,42)
(A,61,39)

CKSSYB103K16
CKSSYB103K16
CKSRYB224K10
CKSSYB103K16
CKSRYB224K10

R
R
R
R
R

1524
1525
1526
1527
1528

(A,64,37)
(A,71,34)
(A,67,34)
(B,77,29)
(A,78,20)

RS1/16SS472J
RS1/16SS103J
RS1/16SS103J
RS1/16SS682J
RS1/16SS103J

C
C
C
C
C

1112
1113
1201
1204
1205

(B,40,39) 22 uF
(B,36,38) 22 uF
(B,12,34)
(A,8,24)
(A,13,23)

CCG1178
CCG1178
CEVW101M16
CKSSYB222K50
CKSSYB104K16

R
R
R
R
R

1529
1530
1531
1533
1534

(A,76,18)
(A,77,20)
(A,75,24)
(A,75,29)
(A,78,30)

RS1/16SS103J
RS1/16SS103J
RS1/16SS103J
RS1/16SS104J
RS1/16SS221J

C
C
C
C
C

1207
1208
1209
1210
1211

(A,22,25)
(A,15,36)
(B,10,25)
(B,6,23)
(B,9,22)

CKSSYB104K16
CKSSYB103K16
CKSSYB104K16
CKSSYB104K16
CKSYB475K16

R
R
R
R
R

1535
1536
1537
1538
1539

(B,70,34)
(A,78,31)
(A,73,35)
(A,61,4)
(A,77,23)

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

C
C
C
C
C

1401
1403
1404
1408
1409

(B,63,48)
(B,69,23)
(B,58,25)
(B,47,25)
(B,47,23)

CKSSYB103K16
CKSSYB104K10
CKSQYB475K6R3
CKSSYB104K10
CKSQYB475K6R3

R 1540
R 1541
R 1542

(A,73,32)
(A,75,32)
(A,77,29)

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

R
R
R
R
R

1546
1601
1602
1603
1604

(B,75,29)
(A,42,25)
(A,44,25)
(A,43,30)
(A,50,35)

RS1/16SS682J
RS1/16SS123J
RS1/16SS123J
RN1/16SE1002D
RS1/16SS105J

C
C
C
C
C

1480
1481
1482
1484
1485

(B,47,21)
(B,49,23)
(B,54,21)
(B,59,20)
(B,69,21)

CKSSYB104K10
CKSSYB104K10
CKSSYB104K10
CKSSYB104K10
CKSSYB104K10

R
R
R
R
R

1605
1670
1671
1672
1674

(A,49,37)
(A,34,21)
(A,36,21)
(A,45,19)
(A,45,20)

RS1/16SS105J
RS1/16SS1002D
RS1/16SS2402D
RS1/16SS2000D
RS1/16SS3002D

C
C
C
C
C

1487
1488
1489
1490
1501

(B,58,4)
(B,52,5)
(B,45,20)
(B,45,23)
(B,72,9)

CKSSYB104K10
CKSSYB104K10
CKSQYB106K6R3
CKSSYB102K50
CKSQYB106K6R3

R
R
R
R

1801
1802
1803
1804

(B,35,6)
(B,33,6)
(B,35,11)
(B,34,11)

RS1/16SS104J
RS1/16SS104J
RS1/16SS821J
RS1/16SS821J

C
C
C
C
C

1502
1503
1504
1505
1506

(A,35,32)
(A,60,4)
(A,51,5)
(A,53,5)
(A,55,5)

CKSQYB106K6R3
CKSSYB104K10
CKSSYB104K10
CKSSYB104K10
CKSSYB104K10

C
C
C
C
C

1507
1508
1509
1510
1511

(A,62,5)
(A,66,5)
(A,69,5)
(B,46,5)
(A,46,9)

CKSSYB104K10
CKSSYB104K10
CKSSYB104K10
CCSSCH120J50
CKSSYB104K10

C
C
C
C
C

1512
1513
1514
1515
1516

(B,43,10)
(B,74,12)
(A,46,13)
(A,45,15)
(A,75,15)

CCSSCH100D50
CKSSYB104K10
CKSSYB104K10
CKSSYB104K10
CKSSYB104K10

C
C
C
C
C

1517
1518
1519
1520
1521

(A,74,16)
(A,75,22)
(A,74,26)
(A,75,30)
(A,60,37)

CKSSYB104K10
CKSSYB104K10
CKSSYB104K10
CKSSYB104K10
CKSSYB104K10

C
C
C
C
C

1522
1523
1524
1526
1528

(A,65,34)
(A,68,37)
(A,69,37)
(A,68,37)
(A,78,29)

CKSSYB104K10
CKSSYB104K10
CKSSYB473K10
CKSSYB103K16
CCSSCH471J16

C
C
C
C
C

1601
1602
1603
1604
1605

(A,44,29)
(A,42,24)
(A,44,27)
(A,41,27)
(A,43,27)

CKSSYB103K16
CCSSCH101J50
CCSSCH101J50
CCSSCH680J50
CCSSCH680J50

CAPACITORS
C
C
C
C
C

1001
1003
1004
1005
1008

(B,36,21)
(B,18,44)
(B,24,40)
(B,32,23)
(B,20,31) 10 uF

CKSRYB105K10
CKSSYB104K16
CKSQYB475K10
CKSRYB105K16
DCH1201

C
C
C
C
C

1009
1010
1011
1013
1014

(B,18,31) 10 uF
(B,26,18)
(B,22,18)
(B,15,25) 10 uF
(B,13,25) 10 uF

DCH1201
CKSQYB225K10
CKSRYB105K10
DCH1201
DCH1201

C
C
C
C
C

1015
1016
1018
1019
1021

(B,7,8)
(B,12,10)
(A,28,28)
(A,10,17)
(B,34,4)

CKSSYB102K50
CKSSYB102K50
CKSSYB104K10
CKSSYB104K10
CCSRCH681J50

C
C
C
C
C

1022
1101
1104
1105
1106

(A,23,21)
(B,31,40) 10 uF
(A,34,42)
(A,42,45)
(A,37,48)

CCSRCH681J50
DCH1201
CKSSYB104K10
CKSSYB104K10
CKSSYB103K16

6

B

C

AVIC-X910BT/XS/UC
5

A

7

8

D

E

F

207

1

2

Circuit Symbol and No.

A

B

3

Part No.

C
C
C
C
C

1606
1607
1608
1609
1610

(A,41,23)
(A,41,35)
(A,43,36)
(A,48,35)
(A,50,37)

CKSSYB104K10
CKSQYB106K6R3
CKSRYB105K10
CKSSYB104K10
CKSSYB104K10

C
C
C
C
C

1611
1612
1613
1614
1615

(A,51,37)
(A,52,34)
(A,52,37)
(A,53,34)
(A,54,34)

CKSSYB104K10
CKSSYB104K10
CKSSYB104K10
CKSSYB104K10
CKSSYB104K10

C
C
C
C
C

1616
1617
1618
1619
1620

(A,54,37)
(A,54,38)
(A,56,34)
(A,57,34)
(A,58,34)

CKSSYB104K10
CKSSYB104K10
CCSSCH101J50
CKSSYB562K25
CKSSYB224K6R3

C
C
C
C
C

1621
1622
1623
1624
1625

(A,57,37)
(A,59,35)
(A,45,35)
(A,58,37)
(A,56,37)

CKSSYB224K6R3
CKSSYB333K16
CKSRYB105K10
CKSSYB104K10
CKSSYB104K10

C
C
C
C
C

1671
1672
1673
1674
1676

(A,44,17)
(A,45,18)
(A,45,22)
(A,43,21)
(A,38,22)

CKSSYB104K10
CKSSYB104K10
CKSSYB104K10
CKSSYB104K10
CKSRYB105K10

C
C
C
C
C

1801
1802
1803
1804
1805

(B,34,8)
(B,32,8)
(B,36,8)
(B,31,7)
(B,32,19)

CKSQYB475K6R3
CKSQYB475K6R3
CCSRCH182J50
CCSRCH182J50
CKSSYB104K10

(B,39,9) 10 uF
(B,43,16)
(B,42,29)

DCH1201
CKSSYB104K10
CCSRCH680J50

C

C 1806
C 1809
C 1934

D

D
Unit Number :
Unit Name

: Connect PCB

MISCELLANEOUS
S
S
S
R
R

E

101
102
103
101
102

R 103
C 101

(B,51,37) Switch(HOME)
(B,12,23) Switch(DSCSNS)
(B,22,10) Switch(8SNS)
(B,52,27)
(B,15,29)

CSN1068
CSN1068
CSN1068
RS1/16S101J
RS1/16S101J

(B,16,11)
(B,51,23)

RS1/16S101J
CKSRYB104K50

E
Unit Number :
Unit Name

4

Circuit Symbol and No.

Part No.

D
D
D
D

812
815
852
853

(B,15,84)
(A,14,24)
(B,11,80)
(B,13,80)

Diode
LED
Diode
Diode

RB521S-30
SMLE12BC7T(NP)
HZU5R6(B2)
HZU5R6(B2)

D
D
D
D
D

854
855
856
857
858

(A,15,78)
(A,12,76)
(B,21,82)
(A,25,70)
(A,25,72)

Diode
Diode
Diode
Diode
Diode

HZU5R6(B2)
HZU5R6(B2)
HZU5R6(B2)
HZU5R6(B2)
HZU5R6(B2)

D
D
D
D
D

859
860
861
862
863

(B,11,75)
(B,11,73)
(A,18,72)
(A,22,66)
(A,23,63)

Diode
Diode
Diode
Diode
Diode

HZU11(B2)
HZU11(B2)
HZU11(B2)
HZU11(B2)
HZU5R6(B2)

D
D
D
D
S

864
866
867
871
801

(B,8,72) Diode
(A,16,64) Diode
(B,15,65) Diode
(A,11,68) Diode
(A,9,90) Push Switch

HZU5R6(B2)
HZU5R6(B2)
HZU5R6(B2)
MALS068X
CSG1155

S 802
S 803
S 804
S 805
ANT801

(A,13,81) Push Switch
CSG1155
(A,19,52) Switch(MULTI-CONTROL) CSX1135
(A,21,90) Push Switch
CSG1155
(A,25,81) Push Switch
CSG1155
(A,6,40) Antenna
CTX1095

CN801
CN802
CN803

(B,19,73) Connector
(A,13,9) Jack
(B,18,29) Connector

CKS5862
CKN1049
CKS5749

RESISTORS
R
R
R
R
R

801
802
803
804
805

(B,25,58)
(A,12,63)
(B,12,64)
(B,18,51)
(B,8,77)

RS1/16S0R0J
RS1/16S0R0J
RS1/16S102J
RS1/16S162J
RS1/16S123J

R
R
R
R
R

806
807
808
809
810

(B,21,51)
(A,19,78)
(B,21,84)
(A,19,80)
(A,24,67)

RS1/16S302J
RS1/16S132J
RS1/16S103J
RS1/16S272J
RS1/16S241J

CAPACITORS
C
C
C
C

803
804
805
806

(A,20,64)
(A,12,64)
(A,14,68)
(A,16,68)

CKSRYB103K25
CKSRYB103K25
CKSRYB104K25
CKSRYB104K25

Miscellaneous Parts List
Pickup Unit(Service)
Motor Unit(LOAD/CRG)
Motor(SPINDLE)

M 1
M 2

CXX2398
CXC4026
EXM1050

: Keyboard Unit

MISCELLANEOUS

F

D
D
D
D
D

801
802
805
806
807

(A,19,68) LED
(A,14,16) Diode
(A,8,15) Diode
(B,6,9) Diode
(B,6,5) Diode

NSSM025-6502
MALS068X
MALS068X
MALS068X
MALS068X

D 808

(B,10,77) Diode

RB521S-30

208

AVIC-X910BT/XS/UC
1

2

3

4

ORDER NO.

CRT4300

DVD MECHANISM MODULE(LS1)

CX-3250
- This service manual describes the operation of the DVD mechanism module incorporated in models
listed in the table below.
- When performing repairs use this manual together with the specific manual for model under repair.
Model
DVH-P4100UB/XN/EW5

Service manual

DVD Mechanism Module

CRT4256

CXK6800

CRT4282

CXK6800

DVH-P4100UB/XN/UW5
DVH-P4150UB/XN/RC
DVH-P4150UB/XN/RD
DVH-P4150UB/XN/RI
DVH-P4190UB/XN/ID

CONTENTS
1. CIRCUIT DESCRIPTIONS ............................................................................................................................... 2
2. MECHANISM DESCRIPTIONS ...................................................................................................................... 17
3. DISASSEMBLY ............................................................................................................................................... 22

PIONEER CORPORATION

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

PIONEER CORPORATION 2009
K-ZZU. JAN. 2009 Printed in Japan

1

2

3

4

1. CIRCUIT DESCRIPTIONS
1. Front end section (MN2DS0018MAUB : IC1501)
MN2DS0018MAUB is a 1 chip LSI for DVD-Player. A DVD-Player system can be constructed by connecting this LSI,
driver IC, SDRAM, Flash-ROM, Audio-DAC, etc.
This LSI includes a front end (SODC/FE) which executes RF signal processing, servo processing and decode
processing, a AV decoder(back end/BE) which executes video decode processing such as MPEG1/MPEG2/JPEG
2
and audio decode processing such as DVD-Audio/Dolby Digital /DTS/MP3, and a system controller which controls
the system.
The front end section realizes optical head signal computation processing and RF signal processing, digital signal
processing (16-8 demodulation, error correction) for DVD-ROM playback according to the DVD specifications,
digital signal processing of CD-DA/CD-ROM (error correction), AV decoder transfer, servo control, spindle motor control
and seek control.
In the case of MN2DS0018MAUB, the front end servo system waveforms, such as FE, TE and AS, are not observed
as in the case of DVD mechanism module (MS5) CX-3212. Please pay attention.

A

B

1.1 Analog block (MN2DS0018MAUB : IC1501)
The functions of the analog block are as described below.
1. Reference power circuit
2. SERVO system/DPD system signal processing circuit
Gain switching amplifier and Low Pass Filter (LPF)
3. RF signal processing circuit
RF adding circuit, circuit to make inline, Variable Gain Amplifier (VGA) circuit
4. Laser power control (LPC) circuit
5. A/D converter for SERVO (10 bit, DPD system-4ch),DPD converter, PWM
C

1.1.1 APC circuit
The optical output of the laser diode (LD) has a large negative temperature characteristic.
Therefore, if the LD is driven by a constant current, a constant optical output cannot be obtained.
APC circuit is a circuit to control the current so that the output at the monitor diode (MD) will be constant.
MN2DS0016AAUB includes 2 types of APC circuit, one for DVD and the other for CD.
The LD current can be obtained by dividing the measured voltage between DVDLD1 (CDLD1) and 5 V by 6 Ω
(1.5 Ω x 4=6 Ω), in the case of DVD (CD). It will be approximately 50 mA (45 mA) in the case of DVD (CD).
The potential difference between DVDLD1(CDLD1) and 5 V is set to approx. 300 mV(270 mV).

D

7

106

105

17

CDMPD

DV5U Chip

E

(MN2DS0018MAUB : IC1501)
8
104

18

103

DVDMPD

PU UNIT

F

2

CX-3250
1

2

3

4

5

6

14

15

Offset cancel

After 10 bit ADC

115

VIN7

Gain switching
-6 dB, 0 dB, 9.5 dB

116

VIN8

Input AMP

7

1-Pfbal0,1/0x0100

G=0 dB

Buffer

DV5U Chip

-

+

FE signal forming circuit

Fbal coarse adjustment value

1+Pfbal0,1/0x0100

LPF
50 k/100 kHz

LPF
50 k/100 kHz

LPF

AMP

DV5U Chip

Selector

Selector

FE

ADC driving AMP

Gain switching
6/7.5/9/10.5/
12/13.5/15/
16.5/17/19.5 dB

Buffer AMP

Gain switching
3 dB, 9 dB

ADC

ADC

6

FE2

FE1

FE1

FE2

CN1101

FE = (FE1) - (FE2)

The signal from PU, FE1 and FE2, are AD converted inside IC1501 and captured. After that, a differential is obtained by taking the offset cancellation into consideration,
and FE is obtained.

1.1.2 FE forming circuit
Focus error (FE) forming circuit
5
7
8

A

B

C

D

E

F

CX-3250

8

3

B

C

D

E

F

4

1

2

D

C

B

A

13

12

10

11

0.1 μF

0.1 μF

0.1 μF

0.1 μF

97

98

100

99

Buffer

HPF

HPF
1 MHz/25 MHz
/Through

HPF
1 MHz/25 MHz
/Through

LPF
11.3 M
/5.7 MHz

LPF
11.3 M
/5.7 MHz

VIN3RF

VIN4RF
DAC

DAC

DAC

DAC

G=-1 dB

AMP

DAC control
Filter

DAC control
Filter

DAC control
Filter

Phase
comparator

Phase comparator

DAC control
Filter

ADC

+

+

D

LPF (integrator)

AMP
TE

TE signal forming circuit

2

3

DV5 Chip

HPF
1 MHz/25 MHz
/Through

HPF
1 MHz/25 MHz
/Through

Gain switching
G=0,3,6,9,12,15 dB

LPF
11.3 M
/5.7 MHz

LPF
11.3 M
/5.7 MHz

LPF

VIN2RF

Input AMP
Gain switching
–7.5 dB, 0 dB, 3.5 dB
VIN1RF

A

CN1101

DVD (phase difference TE)

1.1.3 TE forming circuit
Tracking error (TE) forming circuit
In the case of a DVD, the phase difference method is used for TE forming, and the TE is formed from the phase difference among (A+C) and (B+D).
In the case of a CD, 3 beam method is used, and after entering the signal into a variable amplifier, it is AD converted,
and a TE is formed by the equation of TE=(F+H_G+H)-(E+G_E+F).

1
3
4

CX-3250

4

5

5

VIN9

6

Offset cancel

After 10 bit ADC

Gain switching
-6 dB, 0 dB, 9.5 dB
VIN10
111

112

Input AMP

1-Ptbal0,1/0x0100

G=0 dB

Buffer

DV5U Chip

-

+

AMP

DV5U Chip

Selector

Selector

TE signal forming circuit

Tbal adjustment value

1+Ptbal0,1/0x0100

LPF
50 kHz

LPF
50 kHz

LPF

Gain switching
3 dB, 9 dB

TE

Buffer AMP

Gain switching
6/7.5/9/10.5/
12/13.5/15/
16.5/18/19.5 dB

AMP

ADC

ADC

6

E+G_E+F

F+H_G+H

E+G_E+F

F+H_G+ H 4

CN1101

CD (3 beam TE)

5
7

7

8

A

B

C

D

E

F

CX-3250

8

5

1

2

3

4

1.2 Servo block (MN2DS0018MAUB : IC1501)
At the servo block, focusing, tracking, servo control of traverse, spindle motor control and seek control are performed.
A

1.2.1 Focus close

Close to disc.
Lens

Merging
point

B

Late

C

After issuing the focus close command, both the DVD and the CD will perform the following processing.
1. Measurement and optimization of the signal level.
First the PU lens is driven in the direction getting away from the disc, then it is driven in the direction getting close
to the disc. At this time, each signal level of FE, AS and RFENV are measured at the focused focal point that the
lens passes, and the levels of FE and AS are optimized. (1 and 2 in the figure)
2. Focus adjustment
Next, after detecting the drawing level of FE and AS by driving the lens away from the disc, the focus loop filter is
activated and the focus is drawn. (3~6)
3. Confirmation of adjustment
Confirm the drawing at the signal level of AS and RFENV. (6, 7)
The signal levels of FE, AS and RFENV and the focus drive voltage can be checked by the focus search in the
test mode.

D

1.2.2 Tracking close
After issuing the tracking close command, both the DVD and the CD will perform the following processing.

E

1. Tracking brake
1/2 cycle of the track cross is measured and if the cycle is within the specified range, the brake pulse is output.
The output direction of the brake pulse is determined by the phase relationship of the OFTR and the TKC
(binary signal of TE) signals. When it is confirmed that the swinging of the lens against the disc has been controlled,
braking will be stopped and enters into drawing. If the drawing conditions are not met within 10 msec, after the brake
output, the brake will be ended and entered into drawing.
2. Tracking adjustment
Tracking drive hold processing by the OFTR signal will be performed.
3. Confirmation of adjustment
Checking is made that the number of track jumps within the specified period of time are at the designated numbers
or less. The time out for confirmation of adjustment is 8.4 msec. and retry is performed by the command from the
microcomputer.

F

6

CX-3250
1

2

3

4

5

6

7

8

1.2.3 Track jump
In this system, one of the three methods, interval jump, multi jump or traverse seek, is selected depending on the
number of target moving tracks.

A

1. Interval jump
Detailed seek can be performed to execute repeated track jump of 1 track, and it is used when the target track gets
close or at the time of seek operation to the adjacent track.
2. Multi jump
Both edges of the track cross signal TKC are counted, and track count move of the designated number is executed.
Furthermore, the CRG motor is driven according to the number of jumps.
3. Traverse seek
Track count by TKC is performed, and I control movement speed and seek it.
I minimize vibration of PU occurring for movement.
It indicates the setting for jump switching common to DVD and CD.
Types of target move number of jumps.

DVD
1~10 Interval jump
11~500 Multi jump
501~1000 Combination of multi jump and interval jump
1001~ Traverse seek (short)

B

CD
1~10 Interval jump
11~100 Multi jump
101~500 Combination of multi jump and interval jump
501~ Traverse seek (short)
The waveform of track jump is shown on the next page.

C

Tracking-on process

D

E

F

CX-3250
5

6

7

8

7

1

2

3

Interval jump (1 track) DVD
Outer peripheral jump

4

Inner peripheral jump

A

TE

TD

B

Multi jump (32 track) DVD
Outer peripheral jump

Inner peripheral jump

TE

TD

C

Traverse seek (1001 tracks) DVD
Outer peripheral jump

D

Inner peripheral jump

TE

TD
COP-COM

Traverse seek (10 000 tracks)
Outer peripheral jump

E

Inner peripheral jump

TE
TD
COP-COM

F

8

CX-3250
1

2

3

4

5

6

7

8

1.2.4 Focus jump
Focus jump is a function compatible to 2 layers on one side or 2 layers on both sides. Looking from the object lens,
the layer close to the lens is called “layer 0” (L0) and the layer away from the lens is called “layer 1” (L1).

A

Object lens

The waveform of the focus jump is shown below.
B

Focus jump waveform

B

C

FE
D

A

FD
C

The flow of the focus jump is shown below.
1. The tracking is opened by the layer being played back.
2. A command is issued to execute jump to the target layer.
3. The tracking is closed at the layer after the jump and the playback is resumed.
Incidentally, the process when the jump command is issued is as described below.
1. The lens is accelerated to the target layer until the FE signal detects the focus jump acceleration end level.
Acceleration will be ended by force, however, if the time for acceleration timeout has elapsed before detecting the
acceleration end level.
2. The drive voltage is not output until the FE signal detects the speed reduction start level, and the lens is moved by
inertia.
3. The lens speed is reduced from detection of the speed reduction start level until detection of the speed reduction
end level. Speed reduction will be ended by force, however, if the time for speed reduction timeout has elapsed
before detecting the speed reduction end level.

D

1.3 Auto adjustment function
All circuit adjustments are automated in this system.
Details of each auto adjustment are explained below.
E

1.3.1 VIN7, VIN8, VIN9, VIN10 offset cancel
Each signal from VIN7,8, 9 and 10 output by PU is converted to a digital signal by the AD converter in the servo block.
Offset cancel is a function to cancel input offset of the AD converter at the time of power ON.
1.3.2 VCO gain adjustment (VARI adjustment)
It has a function to absorb variation of VCO gain among individual LSI by learning so that auto adjustment is made to
maintain the VCO gain at a certain level. VCO is locked against the reference frequency for learning.
And, a frequency control value (FCNT) is read, and VARI register is adjusted so that the read value becomes the
same as the target FCNT value.
1.3.3 FE normalization adjustment
FE signal level measured at the time of focus close is adjusted so that it will become 190LSB at the digital equalizer
input stage.

CX-3250
5

6

7

8

F

9

1

2

3

4

1.3.4 Focus balance (FBAL) adjustment
The focus position is adjusted so that the RFENV will be the maximum at the time of focus close tracking open and
tracking close.

A

1.3.5 DPD amplitude adjustment
I perform the gain adjustment of the analog step so that the input signal of the DPD comparator of the TE generation
circuit of the DVD becomes constant.
1.3.6 Learning of tracking error amplitude
At the time of focus close and tracking open, the lens is oscillated in the track direction and adjusted so that the TE
amplitude level becomes 190 LSB at the digital equalizer input stage.
1.3.7 Tracking balance (TBAL) adjustment
At the time of focus close and tracking open, the lens is oscillated in the track direction and the balanced point where
the DC offset becomes zero is searched and adjusted by using the Newton-Raphson method.

B

1.3.8 OFTR adjustment
The binary threshold level is adjusted to make the OFTR signal into a binary digit.
1.3.9 AS normalization adjustment
The AS signal level is measured for the designated number of samples at the time of track closing, and after A/D
conversion at the ADSC, it is fine adjusted to become 64 LSB at the digital equalizer input stage.
1.3.10 Focus gain adjustment, tracking gain adjustment
At the time of tracking close, a disturbance is entered into the servo loop to adjust to the target gain intersection.
C

All auto adjustments can be confirmed by displaying the adjustment result in the test mode.
The list of auto adjustment coefficient
State

Coefficient
VIN7 offset
VIN8 offset
VIN9 offset
Power ON
VIN10 offset
FEPP(FEMAX-FEMIN)
AS MAX
F close
FE normalization
TEPP(TEMAX-TEMIN)
F close (after TBAL)
TE normalization
F gain
T gain
T close
AS normalization

D

DVD
05FB~0A17
05FB~0A17
1D84~6C08
No standard
No standard
2328~59D8
No standard
0100~0400
0100~0400
No standard

CD

0533~0B0C
0533~0B0C
2E18~A8CF

1E91~98D1

Note) Coefficient values are indicated in hexadecimals. In all cases, specifications
at the production line are described. For discs, TDV-582 is used for DVD and TCD-792 is used for CD.
1.4 CIRC block (MN2DS0018MAUB : IC1501)
The CIRC block includes the digital signal processing function (EFM modulation and error correction) of CD-DA and
CD-ROM and the digital servo processing function of the spindle motor.
1.5 DRC block (MN2DS0018MAUB : IC1501)
The digital read channel (DRC) is equipped with A/D converter, digital equalizer (DEQ), Adaptive filter, Viterbi
detector, digital PLL circuit, RISC interface and periphery circuits for reading of signal on optical disc.

E

F

10

CX-3250
1

2

3

4

5

6

7

8

1.6 LS1 Power Supply Map
HOST
Power Supply
VD8(Reg)
8 V+/-0.4 V

Supply
IC

Mecha inside
Power Supply

A

Pick Up Unit
CGY5000

5 V Reg(VCC5)
5.0 V +/-0.1 V
IC1002
S-1133B50-U5

LD

Photo IC

VD8V

ADAC
IC1801
PCM1753DBQ

5 V Reg(AVCC5)
5.0 V +/-0.1 V
IC1003
S-1200B50-M5

VD8(Driver)
8 V+/-0.4 V

B

1chip Driver
IC1201
BD8231EFV
1chip Driver(8 V)

C

VDD5
5 V+/-0.4 V
SDRAM
IC1480
K4S641632N-LC75

3.3 Reg(VCC33)
3.0 V<--->3.45 V
IC1004
NJM2885DL1-33

Flash-ROM 1 (Program)
IC1402
S29AL016J70TFIC10H

D

Flash-ROM 2 (Data)
IC1401
S29AL016J70TFIC10H
USB Circuit
IC1951
TC7SZU04FU
Other

E

DVD1chip(3.3 V)

1.2 DC/DC(VCC12)
1.08 V<---> 1.32 V
IC1005
R1232D121B

DVD LSI
IC1501
MN2DS0018MAUB
DVD1chip(1.2 V)

F

CX-3250
5

6

7

8

11

1

2

3

4

1.7 LS1 Clock circuit
[Outline]
By connecting a 27 MHz crystal oscillator to DVD-LSI (IC1501), DACCLK for externally connected Audio-DAC
is formed and supplied by the clock generator inside the DVD-LSI in addition to the clock used inside the LSI.

A

IC1501
DVD-LSI
MN2DS0018MAUB
156pin
OSCO

1200ohm

220ohm

155pin
OSCI

DACCLK

R1503
1Moh
m

33.868 8 MHz or 36.864 MHz

X1501
CSS1768
27 MHz

C1512
10 pF

C1510
12 pF

R1501

B

IC1801
Audio-DAC
PCM1753DBQ

R1508

C

[USB_Clock outline]
By connecting a 48 MHz crystal oscillator to DVD-LSI (IC1501), clock is formed and supplied by the clock
generator inside the DVD-LSI in addition to the clock used inside the USB circuit.

IC1501
DVD-LSI
MN2DS0018MAUB

D

50pin
USB_Clock

IC951
TC7SZU04 FU
4pin(OUT_Y)
2pin(IN_A)
R1952

X1950
CSS1760
48 MHz

C1952
10 pF

C1951
10 pF

R1953

E

680 ohm

1 Mohm

F

12

CX-3250
1

2

3

4

5

6

7

8

1.8 LS1 Audio circuit
[Outline]
1 Analog audio signal
Serial 3 line digital output + DACCLK (audio clock) output from DVD-LSI (IC1501) are converted to
analog audio signal by Audio-DAC (IC1801), and are output from HOST IF connector (CN1901).
Furthermore, analog MUTE signal is also output from DVD-LSI (IC1501) via HOST IF connector
(CN1901) simultaneously.
2 Digital audio signal (IEC60958/IEC61937)
Digital audio signal (IEC60958/IEC61937), output from DVD-LSI (IC1501), is output via Multi-ch/Ripping
IF connector (CN1901).

A

[Analog audio signal]
LS1 Mechanism module
AVCC5

fc=88 kHz

R1803

4.7 uF

C1801

820 ohm

4.7 uF
AMUTE

100 kohm 100 kohm

820 ohm

C1803 C1804
1 800 pF 1 800 pF

Audio DAC
(PCM1753)

R1801 R1802

C1802

R1804
IC1801

CN1901

B

Radio audio circuit

Zo=820 ohm
17 pin
(Lch)
14,16,18 pin
(AudioGND)

47 kohm or more

15 pin
(Rch) Audio GND

47 kohm or more

8 pin

MUTE
Circuit

C

[Digital audio signal]

DVD_LSI

152pin

R1504

CN1901

IC1501

D

25pin
(IECOUT)

12 ohm

E

F

CX-3250
5

6

7

8

13

1

2

3

4

1.9 LS1 Video circuit
[Outline]
Composite signal is output from DVD-LSI (IC1501), and output from HOST IF (CN1901).

A

CN1901

LS1 Mechanism module
VCC33
100 ohm
DVD LSI
(DV5U)
IC1501

Zo=300 ohm

LPF & 75 ohm

Video

(*1)

19 pin(CVBS)
200 ohm

B

20 pin

138pin:Comopsite

C

D

E

F

14

CX-3250
1

2

3

4

5

6

7

8

1.10 LS1 SDRAM I/F
[Outline]
It is a memory for realizing the AV decoding function of DVD-LSI (IC1501). It is used for various purposes
such as buffering of stream data before decoding, working area for decoding, and storing of AV data or
output data after decoding.

A

SDRAM interface
Signal Name
MDQ[15:0]
MA[11:0]
BA[1:0]
NRAS
NCAS
NEW
NCS
DQM[0]
DQM[1]
MCK
MCKI

Bits
16
12
2
1
1
1
1
1
1
1
1

*When viewed from DVD-LSI
I/O Description
I/O Data bus of external SDRAM
O SDRAM address
O SDRAM bank address
O RAS signal of SDRAM
O CAS signal of SDRAM
O Write enable signal of SDRAM
O Chip select signal of SDRAM
O SDRAM data mask 0
O SDRAM data mask 1
O Clock input to SDRAM
I Clock input for data input from SDRAM

B

SDRAM specifications
Data bus width: 32 bit
Operating frequency: 121.5 MHz
CAS latency=3
8 word burst transfer
Manual precharge
CAS before RAS refresh (Auto refresh)

C

SDRAM connection configuration
DVD-LSI
IC1501
MDQ[15:0]
MA[11:0]
BA[1:0]
NRAS
NCAS
NEW
DQM[1:0]
NCSM
MCK
MCKI

SDRAM
IC1480
DQ[15:0]
A[11:0]
BA[1:0]
XRAS
XCAS
XWE
DQM[1:0]
XCS
CLK

D

E

F

CX-3250
5

6

7

8

15

1

2

3

4

1.11 LS1 USB(iPod)circuit

61pin
(CP_Reset)
46pin
(I2C_SDA)

146pin
(ROUT)
C

R 1951

CN1901

100 ohm
R 1544

29pin(RESET)

180 ohm
R 1543

28pin(SDA)

180 ohm

27pin(SCL)
22pin(D-)

24 ohm
R 1950
24 ohm

R 1955
15 kohm

DVD LSI
47pin
(DV5U) (I2C_SC)
IC1501
144pin
(LOUT)

R 1532

R 1954
15 kohm

B

R 1546 VCC33
6.8 kohm

VCC33

R 1527 VCC33
6.8 kohm

LS1 Mechanism module

R 1535 VCC33
10 kohm

[Outline]
It inputs a D-/D+ signal into DVD - LSI (IC1501) than HOST IF (CN1901).
It uses CP_RESET, SDA, SCL by the iPod certification.

A

23pin(D+)

24pin(DGND)

D

E

F

16

CX-3250
1

2

3

4

5

6

7

8

2. MECHANISM DESCRIPTIONS
A

Construction

CRG mechanism
B

Upper/Under Frame

C

Damper

CRG motor
Module PCB
D

PU Unit

Connector PCB
Spindle motor

E

F

CX-3250
5

6

7

8

17

1

2

3

4

State of CRG mechanism
Clamper arm assy
A

B

Roller arm assy

SW arm

Disc guide assy

C

D

E

F

18

CX-3250
1

2

3

4

5

6

7

8

Disc loading operation
1.When the disc is inserted, the SW arm L and R rotate and then SW1 turns ON from OFF.
By the SW1 turning ON from OFF, the load carriage motor starts and then the rubber roller rotates.
2.In the case for a 12cm disc, SW1 is turned OFF from ON by the SW arm being opened widely and then the
microcomputer determines that the disc is 12cm.
3.In the case for a 8cm disc, SW arm does not open widely, so SW1 is not turned OFF from ON but goes into the clamp
movement and then the microcomputer determines the disc to be 8cm.
(SW arms are jointed on both sides, and even if one side is pushed, the joint part is locked and the arms do not open
more than a fixed width. (SW1 is not turned OFF from ON.))

A

Load carriage motor
PU unit

B

C

SW3

SW2

D

SW1
Roller

DISC
SW arm R

SW arm L

E

F

CX-3250
5

6

7

8

19

1

2

3

4

Disc centering mechanism
1. 8cm disk is centered with the guide pin and the centering pin.
2. 12cm disk passes under the guide pin and the centering pin, and is centered at the mechanism interior position.

A

Centering pin

B

Guide pin

Guide pin

C

Centering pin

8cm disc

D

Guide pin

12cm disc

Centering pin

E

F

20

CX-3250
1

2

3

4

5

6

7

8

Clamp Operation Structure
1.Drive the detection arm at the position where 8 or 12 cm disc is centered on the spindle.
2.Detection arm matches the jumping rack with the rack drive gear.
3.The drive lever that was jointed with the jumping rack slides and then lowers the clamp arm (it clamps the disc.).
At the same time, it rotates the roller arm and separates the rubber roller from the disc.
Moreover,rotation of the roller arm releases the upper and lower mecha locks and completes the clamp operation.
4.After the completion of the clamp operation, the control by the cam above the drive lever is released and then the
switching lock arm rotates.
When the same arm rotates, the switching idler gear is separated from the rack drive gear and meets with the feed screw
drive gear and then the carriage operation is executed.
Detection arm

A

Clamp arm

Switching idler arm

1
B

1

Switching lock arm

4

C

Rubber roller
Worm wheel

Switching idler gear
Jumping rack

Feed screw gear

Drive lever

D

Rack drive gear

2
5

Feed drive gear

3

E

Ejecting Operation
1.It starts the ejecting operation in the reverse order of above procedures when the load carriage motor rotates in the
reverse direction and the pick up is sent to the inner periphery with the home SW ON or more.
2.Ejection is completed when SW1 goes OFF->ON->OFF for 12cm disc.
3.Ejection is completed when SW1 goes ON->ON->OFF for 8cm disc.
F

CX-3250
5

6

7

8

21

1

2

3

4

3. DISASSEMBLY
How to have it
A

1.Have a specified part.
Please note that holding the front part of the upper frame or the CRG mechanical part,
or inserting a foreign substance could cause deformation.
Handling OK

B

Handling NG

C

D

E

F

22

CX-3250
1

2

3

4

5

6

7

8

Mecha Module_Bringing into the Clamp State with No Disc Loaded
1. Remove the relay FFC from the connector on the module PCB side (Fig. 1).
(Precaution) When it is difficult to apply 4V to the motor in procedure 2 below, remove the connector on the relay
PCB side, then remove the FFC, and remove the solder of the CRG motor lead and apply voltage to the lead.
2. Push the Disc detection arm while applying 4V to the CRG motor (Fig. 2)
By this action, the mecha moves to the clamp state and the PU moves to the outer periphery.
3. Stop the motor when the PU comes to the vicinity of the intermediate periphery.
(Precaution) If the PU goes to the outer most periphery, it idles.
It is not a problem, but please try not to let it idle as much as possible.

4V to the gray line

A

GND the brown line

Fig. 1

Fig. 2

B

C

Relay FFC

Connector (relay FFC)

D

E

F

CX-3250
5

6

7

8

23

1

2

3

4

CRG Mecha_Bringing into the Clamp State with No Disc Loaded
1.Remove the CRG mecha assy according to the “Removing the CRG Mecha assy” manual
(mecha is in the ejecting state).
2.Remove the T-case washer and then remove the drive gear. (Fig. 1)
3.Lift the clamp arm assy until it is in the state shown in Fig. 2_b (open-lock state).
4.Put your finger on the area A of Fig. 2_c and then slide it to the direction of the arrow (the direction of the playing state).
5.Push down the clamp arm.
(Precaution) When bringing the CRG mecha into the ejecting state again, install the drive gear after sliding the drive lever
and bringing it to the ejecting state, in order to prevent the cog of the pinion in the drive gear from chipping at the time of
its installation.

A

Fig. 1

B

T-case washer
Drive gear

C

Fig. 2

a.Ejecting state

c.Clamp state with no disc loaded

b.Open-lock state

D

A

There is a
space

There is
no space

E

F

24

CX-3250
1

2

3

4

5

6

7

8

Removing the Module PCB
1.Short-circuit two spots on the land of the pick up FPC. (Fig. 1)
2.Remove the pick up FPC and the relay FFC from the connector. (Fig. 2)
3.Temporarily attach the pick up FPC to the pick up rack. (Fig. 3)
(in order to prevent the damage to the pick up FPC)
4.Remove the two PCB clinch screws and then remove the module PCB. (Fig. 2)
Fig. 2

Pick up FPC

Connector (pick up FPC)

A

Short-circuit

Fig.1

Fig.3
B

Relay FFC

Connector(Relay FFC)

PCB clinch screw

Removing/Installing the Relay PCB

Solder on the lead
Hook A
Removing)
1.Remove the relay FFC from the connector
Fig. 4
(remove both sides so that the entire FFC will be removed). (Fig. 2)
2.Remove the solder on the lead for the CRG motor. (Fig. 4)
3.Remove the one relay PCB clinch screw. (Fig. 4)
4.Slide the relay PCB to the direction of the arrow and then remove
the relay PCB from the hook A and the hook B. (Fig. 4)
5.Turn the relay PCB over and then remove the SPDL motor FFC
from the connector.
Installing)
1.Check the mecha is in the ejecting state (disc-load suspended state).
Relay PCB clinch screw
Hook B
When it is not in the ejecting state, apply 4V to the lead (motor) and
then bring it to the ejecting state (4V to the brown line and GND the gray line).
2.Fit the SPDL motor FFC to the connector (back of the relay PCB).
Fig. 5
3.Hold the relay PCB so that it does not touch the SW knob as in Fig. 5.
4.Insert it into the hook B as it is a little off to the clockwise direction.
(Precaution) This is to prevent the SW knob from getting into the NG
position as in Fig. 6.
5.Push down the relay PCB lightly and then rotate it to the
counterclockwise direction.
It sets the relay PCB in the hook A and the positioning dowel.
(Precaution) Pay attention so the SW knob will not get onto the PU rack.
(Fig. 6)
Hook B
6.As in the Figures, while supporting the location A with your fingers,
Fig. 6
screw the relay PCB. (Fig. 7 / Fig. 8)
7.Solder the lead for the CRG motor.
OK
NG
8.Fit the relay FFC to the connector.
Fig. 7

C

D

E

Fig. 8

A
F

CX-3250
5

6

7

8

25

1

2

3

4

Removing the PU Unit
1.Bring to the clamp state with no disc loaded according to the “Bringing into the Clamp State with No Disc Loaded
(Motor Drive)” manual.
2.Remove the module PCB according to the “Removing the Module PCB” manual.
3.Hook the feed screw biasing spring on the temporary hook (Fig. 2b). Be careful not to get injured by the tip of the spring.
4.Hold the PU at the location A in Fig. 1 and slide and scoot it to the direction of the inner periphery.
5.As in Fig. 3, shift the back end of the feed screw to the side and then to above and remove it from the outside holder.
6.Remove the tucking joint for the chassis at the location B and the PU unit by lifting them up without changing their
position and then remove the PU unit.
(Precaution) When installing the PU again, make sure to tuck the chassis in B and the PU unit (Fig. 4) first.
Moreover, do not forget to permanently hook the feed screw biasing spring (Fig. 2a).
Adjustments to the PU after its installation should be made according to the service manual.

A

Fig. 1

Slide to the direction of inner periphery

Permanently hooked position Temporary hooked position
Fig. 2a

Fig. 2b

B

C

B

Fig. 3

The spring is installed under the resin flange and inside
the bended metal plate.

A

Fig.4

D

Outside holder
Back end of
the feed screw

Regularly installed position

Install avoiding the
area with blue broken
line (the connected
metal plate part)

[Installation NG]
The chassis is not tucked
between the PU case and the
PU rack.

Sending the PU to the outer periphery
E

1.Bring to the clamp state with no disc loaded according to the “Mecha Module_Bringing into the Clamp State with
No Disc Loaded” manual.
(Precaution) The relay FFC must be removed for certainty in order to prevent the IC damage.
2.Apply 1.5V to the CRG motor and then transfer the PU to the outer periphery.
(Precaution) Do not forget to reinstall the relay FFC after sending the PU to the outer periphery and take the
necessary measures.

F

26

CX-3250
1

2

3

4

5

6

7

8

Removing the Spindle Motor
1.Remove the CRG mecha assy according to the “Removing the CRG Mecha assy” manual
(mecha is in the ejecting state).
2.Bring to the clamp state with no disc loaded according to the “Bringing into the Clamp State with No Disc Loaded
(Manual)” manual.
3.Remove the clamp arm according to the procedure 3 and after of the “Removing the Clamp Arm” manual.
4.Remove the relay PCB according to the “Removing the Relay PCB” manual.
5.Remove the two spindle motor clinch screws and then remove the spindle motor assy.

A

B

Spindle motor

C

Spindle motor clinch screws

D

E

F

CX-3250
5

6

7

8

27

1

2

3

4

Removing the Clinch of the Bottom Frame
A

B

1.Use the needle-nose pliers when removing the clinch on the right side.
Nip the clinch at the location in Fig. 1a and then open it until it is in the position
circled by the red broken line in Fig. 2a.
2.Also to remove the clinch on the left side, use the needle-nose pliers,
nip the clinch at the location in Fig. 1b and then open it until it is in the position
circled by the red broken line in Fig. 2b.
(Precaution) When clinching again, use Fig. 2a and Fig. 2b as a guide.
It is okay as long as the tip of the clinch does not come off from the side a and
the side b by the vibration stroke (from front to back and from side to side).
Check Fig. 3a and Fig. 3b for the height of the clinch.
Correct the height with the needle-nose pliers when the height does not meet
the standard listed in those Figures.
In case of metal fatigue on the clinch part, exchange the lower frame.

Clinch on the left side

Clinch on the right side

Caution: After repairing, make sure to clinch to the lower frame again.
Fig. 1a

Fig. 1b

L
It is bended orthogonally
in the initial condition

C

Fig. 2a

It is in the L/2 position
in the initial condition
Fig. 2b

D

Fig. 3a

Fig. 3b

28.9+0.6/-0.3
(28.6 - 29.5)

E

25.45+0.6/-0.3
(25.15 - 26.05)

F

28

CX-3250
1

2

3

4

5

6

7

8

Removing the CRG Mecha assy
1.Follow up to the procedure 3 of the “Removing the Module PCB” manual and then remove the PU FPC from the
connector.
2.Remove the relay FFC from the connector (both ends) and then remove the FFC. (Fig. 1)
3.Open the clinch of the bottom frame according to the “Removing the Clinch of the Bottom Frame” manual.
4.Remove the front-pulling springs on both sides. (Fig. 2a & Fig. 2b)
5.Remove four clinch screws of the top frame and then remove the top frame. (Fig. 3)
6.As lifting the carriage mecha, remove it from the dampers at three locations. (Fig. 3)
(Precaution) When assembling the CRG mecha assy again, apply alcohol on the dampers.
Make sure that the damper shafts are inside the three neutral springs (Fig. 4) and that the springs on both sides are hooked.
Before connecting to the module PCB after installing the CRG mecha, bring to the clamp state with no disc loaded
according to the “Mecha Module_Bringing into the Clamp State with No Disc Loaded” manual, push the upper part of the
damper of the CRG mecha by the finger and then make sure that the damper and the CRG mecha are jointed with certainty.
(Fig. 5)

A

Fig. 1
B

Fig. 4

OK:A shaft is found
inside the spring.

C

Caution : After repairing, make sure to clinch to the lower frame again.

NG:A shaft is found

Caution : After repairing, make sure to clinch to the lower frame again.

outside the spring.

Clinch screw of the top frame
Front-pulling spring

Front-pulling spring
Fig. 3

Fig. 2a

Fig. 5

Fig. 2b

D

OK:The end of the groove of the shaft
is hidden by the damper exterior.

E

NG:The end of the groove of the shaft
is found outside the damper exterior.

Dampers

F

CX-3250
5

6

7

8

29

1

2

3

4

Removing the Disc Guide assy
A

(Removing the Roller Transmission Side Gear)
1.Remove the CRG mecha assy according to the “Removing the CRG Mecha assy” manual (mecha is in the ejecting state).
2.Remove the two guide bracket clinch screws and then remove the Disc guide assy. (Fig. 1)
3.Remove the two roller transmission side gears. (Fig. 2)
(Precaution) When assembling the Disc guide assy again, do not forget to install two gears on the side panel.
Fig. 2

Fig. 1

Guide bracket clinch screw

B

Roller transmission side gears

Disc guide assy

C

Removing the Roller assy
1.Remove the CRG mecha assy according to the “Removing the CRG Mecha assy” manual (mecha is in the ejecting state).
3.Remove the Roller assy biasing spring. (Fig. 3)
4.Remove the Disc guide assy according to the procedure 2 and after of the “Removing the Disc Guide assy” manual.
5.Hold the Roller assy at the locations A, slide it to the left and then remove it. (Fig.4)
(Precaution) When assembling the Disc guide assy again, do not forget to install two gears on the side panel.
Fig. 4

Fig. 3

D

E

Roller assy biasing spring

A

Roller Guide assy

F

30

CX-3250
1

2

3

4

5

6

7

8

Removing/Reassembling the Clamp Arm assy
1.Remove the CRG mecha assy according to the “Removing the CRG Mecha assy” manual
(mecha is in the ejecting state).
2.Bring to the clamp state with no disc loaded according to the “Bringing into the Clamp State with No Disc Loaded
(Manual)” manual.
3.Remove the right clamp arm biasing spring. (Just on the clamp-arm side. Do not remove on the chassis side.)
4.Lift the clamp arm assy until it is in the state shown in Fig. 2 (open-lock state).
5. Lightly push the part A and lift the clamp arm assy further to the position in Fig. 3.
6. Remove the left clamp arm biasing spring.
7. Lift the clamp arm assy further to 45-60 degrees, slide it to the left and then remove it. (Fig. 1)
Fig. 2

Fig. 3

A

Left biasing spring
Fig. 1

B

A

C

Right biasing spring

Poly slider

Installing)
1.With the clamp arm assy tilted at 45-60 degrees, install it to the rotation fulcrum by sliding it from the left.
2.Bring down the clamp arm assy to the position in Fig. 3 (position where it meets the chassis and then stops).
3.Install the left clamp arm biasing spring.
4.Completely turn the detection arm to the position OK in Fig. 4 and then push the clamp arm assy to the bottom.
5.Install the right clamp arm biasing spring.
(Precaution) –When replacing the clamp arm assy, replace the poly slider with a new part as well.
Do not forget to apply the E paste on the poly slider (Fig. 4).
D

Fig. 3

OK

NG

E

Fig. 4
Apply the E paste on the yellow area.

Clamper convexity contact zone

F

CX-3250
5

6

7

8

31

1

2

3

4

Removing the CRG Motor assy
(Removing the Drive Transmission Gear)
1.Remove the CRG mecha assy according to the “Removing the CRG Mecha assy” manual (mecha is in the ejecting state).
2.Remove the clamp arm assy according to the “Removing the Clamp Arm assy” manual.
3.Remove the solder of the CRG motor lead and then remove the lead from the line clamper. (Fig. 1)
4.Remove the clinch screw of the CRG motor biasing spring and then slide the biasing spring to the direction of the arrow to remove it. (Fig. 1)
5.Nip the gear hook of the switching idler arm by the tips of your fingers and then push it below from the top of the gear. (Fig. 2a -> Fig. 2b)
6.Bend the hook on the chassis side of the switching idler arm to the direction of the arrow by tweezers and then remove the joint with the chassis.
(Fig. 3)
7.Pull off the switching idler arm from the top of the mecha (Fig. 4) and then remove the worm wheel and the idler gear. (Fig. 3)
8.Remove the switching idler lock arm biasing spring. (Fig. 3)
9.Remove two CRG motor clinch screws and then remove the CRG motor. (Fig. 3)
(Precaution) When installing the switching idler arm again, temporarily set the idler gear and the worm wheel as in Fig. 5, press the idler gear
from its top by your finger and then install the switching idler arm according to the steps in Fig. 6 from the opposite side of the chassis.
Do not forget to install the switching idler arm biasing spring.
Since the idler arm is in the snap fit structure, do not use them again.
When installing the CRG motor, scoot it to the center of the mecha in order to ensure that the gear engages.

A

B

CRG motor biasing spring

Fig. 1

Biasing spring cylind screw

Fig. 2a Correctly installed condition Fig. 2b Joint removed condition

Slide the spring
to remove it

C

Line clamper
Remove the solder
Switching idler arm (Pull upward)
Fig. 4
Switching idler arm
CRG motor clinch screw
Fig. 3

D

Remove the joint
hook
Fig. 6b
Idler gear

Worm wheel

Fig. 5

Switching idler arm biasing spring
Fig. 6a

b

Step 1: Insert the arm rotation fulcrum boss in the worm
wheel through the chassis hole.
Insert only the tip of the boss as in the figure.

a

E

Step 2: As pressing the idler gear from the opposite,
insert the gear fulcrum boss into the gear and joint them
until they are in the correctly installed condition in Fig. 2a.
When the idler arm is not installed correctly, there could be
an interference either in the location a or in the location b of
Fig. 4. Make a fine adjustment by moving it left and right.
Step 3: As matching the tip of the rotation fulcrum boss
with the metal plate hole by your finger (Fig. 6b), push the
area A in Fig. 6c to install the idler arm.

Fig. 6c

c
A

F

a: Match the fulcrum hole of the worm wheel
with the metal plate hole.
b: Engage the idler gear with the worm wheel.
c: Align the gear with the outer shape of the metal plate concavity as a guide.

32

CX-3250
1

2

3

4

5

6

7

8

Removing the Drive Lever assy
1.Remove the CRG mecha assy according to the “Removing the CRG Mecha assy” manual (mecha is in the ejecting state).
2.Remove the clamp arm assy according to the “Removing the Clamp Arm assy” manual.
3.Remove the drive lever biasing spring. (Fig. 1)
4.Slide the drive lever to the direction of the arrow (the direction of ejecting), lift it to the direction of upper right and then
remove it. (Fig. 2)
(Precaution) When installing the drive lever assy again, install the part B (Fig. 2) first with the part A in Fig. 3 scooted to
the direction of the arrow(*1). Next, install the part C (Fig. 4) of the drive lever in the channel bending the side of the
chassis, and in the end, install the part D (Fig. 4) into the L-shaped channel of the chassis and then slide the drive lever to
the position in Fig. 1.
Fig. 3
*1: If approach of Part A (Fig 3) is inadequate, the drive lever will not be
able to be well incorporated.
In this case, the idler gear might be located at the red dashed line (Fig 5).
Therefore, approach Part A (Fig 3) to the direction of the arrow as
approaching the idler gear to the direction of the arrow (Fig 5).
Determine, with the position of Part C in Fig 5, if the approach of
A
Part A is adequate.

A

B

Drive lever biasing spring
Fig. 1

Fig. 2

C

Fig. 4

D

D

B

C

Fig.5

Idler gear
E

Part C : NG
Position with
inadequate
approach

Part C : OK
Position with
adequate
approach
F

CX-3250
5

6

7

8

33

1

2

3

4

Removing the SW Arm
1.Remove the roller arm assy according to the “Removing the Roller Arm assy” manual.
2.Remove the SW arm connecting lever biasing spring. (Fig. 1)
3.Open the SW arms on both left and right sides until their tips touch the chassis. (Fig. 2)
4.Keep the SW arms open, lift them upward and then remove them.

A

Connecting lever biasing spring
Fig. 1

B

Fig. 2

C

Open the SW arms on both left and right side
Open the SW arm
on left sides until their tips

Open the SW arm
on right sides until their tips

Removing the Damper
1.Remove the CRG mecha according to the “Removing the CRG Mecha assy” manual
2.Insert the screwdriver under the part A of the metal plate configuration which joints the damper, lift the metal plate to
release the damper from being clinched by the part C.
3.Insert the screwdriver under the part D as well. Lift the metal plate, release the damper from being clinched to remove it.

D

Caution: When mounting a damper, hold it tight with a clinch in order to avoid backlash.
In case of metal fatigue on the clinch part, exchange the frame.
C

A

D
E

Caution: After repairing, make sure to clinch to the lower frame again.

F

34

CX-3250
1

2

3

4

5

6

7

8

Removing the PU Rack
1.Remove the PU unit according to the “Removing the PU Unit” manual.
2.Remove the PU rack clinch screw. (Fig. 1)
3.Pick up the root of the hook on the PU rack (Fig. 2) with tweezers as in Fig. 3. While bending it so the tip of the hook
would open to the direction of the arrow (unhooked direction), pull out the PU rack upward.
(Precaution) When handling the PU unit, do not “touch the actuator in Fig. 9 or hit the desk with it during the operation.”
Handle the PU and the PU unit according to “Holding the PU” manual.
When installing the PU rack into the PU again, fold back the PU FPC as in Fig. 5 according to the folding line in Fig. 4
before installing the rack and settle it in the channel on the PU case. To install the PU rack, first install the part a and the
part b in Fig. 6 into the PU case, install the FPC folding back part in Fig. 5 so that it is held by the part A in Fig. 7, and push
the part B (top of the snap fit) to fit the PU rack.
When it is hard to fit the PU rack, try again as scooting it to the direction of the arrow C in Fig. 7.
After installing the PU rack, insert the feed screw from the side c in Fig. 8. Insert approximately 18mm on the part shown in
the figure. PU rack clinch screw
PU rack
Hook
Fig. 1

A

B

Fig. 3

Fig. 2

C

FFC folding line
Fig. 4

FFC folding back part
Fig. 6

Fig. 5

D

Fig. 7

Fig. 7b

Fig. 7a

B
C
A

OK

NG
E

Fig. 8

Fig. 9

Actuator

F

CX-3250
5

6

7

8

35

1

2

3

4

Holding the PU

A

1.Hold the “Handling OK” area of the PU indicated by the figure. Do not hold the “Handling NG” area.
Handling NG

Handling OK

Do not touch the object lens.

B

Do not touch the ACT.

Do not touch the Hologram.
C

Do not pull the FPC.

D

E

F

36

CX-3250
1

2

3

4

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