Kenwood KNA-DV2200 User manual

DVD NAVIGATION SYSTEM
KNA-DV2200
SERVICE MANUAL
2001-5 PRINTED IN JAPAN
B51-7806-00 (N)1935
PUSH
CORD ASSY
(E30-4747-05)
ELECTRIC CIRCUIT MODULE
(W02-3261-05)
DC CORD ASSY
(E30-4964-05)
SCREW SET
(N99-1630-05)
MOUNTING
HARDWARE ASSY
(J21-7620-14) x2
BRACKET
(J19-4596-04) x2
ADHESIVE TAPE
(J69-0506-04) x2
MAGIC TAPE
(H30-0514-05) x2
CLAMPER ASSY
(J11-0609-05)
DRESSING PANEL ASSY
(A21-4116-03)
DRESSING PANEL ASSY
(A21-4114-02)

2
BLOCK DIAGRAM
DVD
IC901,902
IC905 IC951-955,T951
IC906
MECHA. CFC INTERFACE
POWER
SUPPLY
IC101,103,104,106,107
T101,104-111
6.7V DVD
5V OUTSIDE INTERFACE
3.3V INSIDE INTERFACE
1.8V SH4
+B
ACC
GND
SDRAM
(16MBX2) BOOTROM
(2MB)
SRAM
(512KB)
DATA ADDRESS CONTROL SIGNAL
FMU3
IC303 IC301 T507
T502-504,506,508
IC507
IC352,353
IC451,452
GY801
DAC&
NTSC ENCODER
VOICE REFLECTION
OUTPUT INTERFACE
SIGNAL CONTROL IC
IC202
IC201
STATUS0.1
SH4
T102,103
IC110
IC105 SHCKE
RESET
WDP
B.UP
NMI
IO
-PLUS
RS422
IC402,403
IC431-433,435,437
IC802,809,810
GPS MCM
GPS ANTENNA
RS422 DEVICE
GYRO
VEHICLE
INTERFACE
VOICE GUIDANCE,
VOICE OUTPUT CIRCUIT
MUTE
SWITCHING
INTERFACE
NAVI VOICE/BEEP
TV VOICE
PKB
REV
ILL
SPD
DISPLAY
REFLECTION
VOICE
MONITOR
ASP
NTSC
RGB
CFC
KNA-DV2200

KNA-DV2200
3
ABCD-DVD
EF-CD
ABCD-CD
LD CD
PD DVD
PD CD
LD DVD
APC
FOK
PI
CE
TE
FE
RF
CE
TE
FE
RF
SERIAL-CONT.
PI
TRACKING-DRIVE
FOCUS-DRIVE
FOCUS-JUMP
SLED-DRIVE
LOADING-CONT.
FOCUS-COIL
TRACKING-COIL
SLED-MOTOR
LOADING-MOTOR
VCC DR LD-ON
BUS
RF
CD DATA
CD-SPO
SPO
BUS
JITTER
OFFSET
JITTER-MON.
FE
SERIAL-CONT.
FZL
FZH
CD-SPO
CD-DATA
FOCUS-JUMP
LD-ON
LOADING-CONT.
MUTE
FG
EC
MUTEMUTE
FG
H-SENS
MOTOR
SPINDLE-
SENSORS
HOT
SLED-SW
PH-B
SLED-PH
PH-C
PH-A
DOWN-SW
SLED-PH
HOT
PH-C
DOWN-SW
PH-A
PH-B
SLED-SW
SENSORS
SERIAL-CONT.
EJECT
XTAL
XTAL
ATAPI I/F
6.5V
to RF-BLOCK
PROM u-COM.
POWER CONT.
PHOTO ON
PROM u-COM.
5V
to SENS.-LED to SPINDLE-DRIVER
to u-COM
EEPROM
VCC
to SERVO-IC
VDD
VDD5
to ROM-DECODER
to ROM-DECODER
to ACT.
/MOTOR
-DRIVER VM
to SPINDLE
-DRIVER
HRESET
ATA
MRESET
ATA-RST
MRESET
HRST
XRST
XRST
L-RES
RF/MATRIX-AMP.
DISC-SERVO
CD-DSP.
FOK
ACTUATOR
-DRIVER
PICKUP
HFM-SW.
u-COM
ATAPI-IF
ROM-DECODER
D-RAM
JITTER-AMP.
DVD-DSP
FE-DET.
EEPROM
SPINDLE-DRIVER
16M
XTAL
OSC.
33.86M
5V AVR
SW. SW.
5V AVR
SW. 3V AVR
u-COM
ROM-DECORD
ATAPI-IF
DVD-DSP
CD-DSP.
SERVO
IC7
Q13,27 IC15
IC21
Q14,15 Q23,24
IC1
Q2
Q1
Q3,5
IC8
IC9
X1,IC17
IC20
IC4
IC14
IC20
IC16
IC14
IC11
IC22
IC3
IC22
IC5,6,Q6
IC23
X2
POWER LINES AND CONTROL RESET LINES
BLOCK DIAGRAM (MECHANISM)

4
KNA-DV2200
MAIN UNIT
Ref.No. Component Name Application/Function Operation/Condition/Compatibility
IC101 BA9743AFV Switching regulator IC DC/DC Converter voltage controller for 6.8V and 3.3V power lines
IC103 SCI7810YTA AVR IC 3.3V output
IC104 BA05FP AVR IC 5V output
IC105 TC75W56FU Comparator ACC & BU voltage detector
IC106 PQ07VZ012ZP AVR IC 1.8V output
IC107 SCI7720YFA Reset IC When momentary power down has detected, IC outputs “Lo”.
IC110 KKQ32F Reset MI-COM Reset controller for Main CPU and peripheral circuits
IC201 HD6417750F167I Main CPU (SH4)
IC202 KKQ28F Data controller Data selector of data bus
IC301 CXA2106R Video DAC+NTSC encoder
IC302 TC7SH00F NAND Clock buffer
IC303 KKQ22F Graphics controller Graphics data generator (FMU III)
IC352 UPC842G2 Op. Amp. Audio and beep signal adder and buffer
IC353 TC7W53FU Analogue SW
IC357 TC7SET08F AND Audio mute control signal generator
IC402 SN65C1168NS Line transceiver RS422 transceiver
IC403 TC74VHC00FT NAND Data buffer
IC433 TC7SU04F Inverter
IC435 TC7SU04F Inverter
IC437 TC7SU04F Inverter
IC438 UPC29L03T AVR IC 3V output
IC451 TD62604F Variable threshold driver Vehicle signals waveform shaping
IC452 TC7WU04FU Inverter Vehicle speed pulse waveform shaping
IC606 TC7SET00F NAND DVD interrupt signal buffer (3V→5V level converter)
IC701 PQ1R52 AVR IC 5.2V output
IC801 KKQ27F IO PULS Extended IO
IC802 TC7SU04F Inverter
IC809 TC7SU04F Inverter
IC810 TC7SU04F Inverter
IC901 MB81F121642102 SDRAM 128M
IC902 MB81F121642102 SDRAM 128M
IC903 TC7SH08F AND SH-CKE buffer
IC904 TC7SH00F NAND CSRAM buffer
IC905 KKQ31F BOOT ROM 2M
IC906 TC55V400FT-85 SRAM 256K
IC951 TC74LCX16245AF Bus transceiver PCMCIA I/F (Data input/output buffer)
IC952 TC74LCX32F OR PCMCIA I/F (CF card detector)
IC953 TC74LCX16244AF Bus buffer PCMCIA I/F (Address and control signals buffer)
IC954 TC7WH125FU Bus buffer PCMCIA I/F (CF card CE control)
IC955 TC74LCX138F Data decoder PCMCIA I/F (CF card input/output control decoder)
T101 2SJ327Z PON SW While ACC is applied and IC110’s P37 is “Hi”, BU is supplied throu T101.
T102 RN1404 PON SW While ACC is applied, T102 is turned on.
COMPONENTS DESCRIPTION

KNA-DV2200
5
Ref.No. Component Name Application/Function Operation/Condition/Compatibility
T103 RN1404 PON SW When IC110’s P37 becomes “Hi”, T103 is turned on.
T104 2SD1782K Driver T110 driver
T105 2SD1782K Driver T111 driver
T106 2SB1198K Driver T111 driver
T107 2SA1162 BVCC3D power supply selector T107 is turned on during BACKUP mode.
T108 2SB1301 BVCC3D power supply selector T108 is turned on except BACKUP mode.
T109 2SB1198K Driver T110 driver
T110 2SJ327Z DC/DC chopper For 6.8V AVR
T111 2SJ327Z DC/DC chopper For 3.3V AVR
T401 RN2402 LMUTE driver External LINE MUTE signal driver
T402 RN1402 When T402’s base becomes “Hi”, T401 is turned on.
T701 2SB1301 AVR driver T701 is combined with IC701, and it outouts 5.2V.
T702 2SB1301 Current limiter
T951 2SB1301 VCC3 SW CF card power supply switch
SUB UNIT
Ref.No. Component Name Application/Function Operation/Condition/Compatibility
IC507 PQ1R52 AVR IC 5.2V AVR for ASP
IC508 TC74VHCT08AF AND TV monitor’s RX/TX signal buffer
IC510 TC7W53FU Signal selector Remote control signal selector of TV and external remote sensor
T501 RN1401 Audio mute SW For RCA pinjack
T502 2SC2712 Audio signal buffer For RCA pinjack
T503 RN1401 ASP mute SW For ASP
T504 2SC2712 ASP signal buffer For ASP
T505 RN1401 TV audio signal mute SW For TV monitor
T506 2SC2712 TV audio signal buffer For TV monitor
T507 2SA1162 SYNC signal buffer For TV monitor
T508 RN1402 Mute SW driver For audio signal muting
SUB-CIRCUIT UNIT (X13-9770-00)
Ref.No. Component Name Application/Function Operation/Condition/Compatibility
IC1 NJM2406F Comparator Sled pulse waveform shaping
DVD UNIT (X37-1010-01)
Ref.No. Component Name Application/Function Operation/Condition/Compatibility
IC1 SP3721A RF signal processor IC RF signal processor (AGC, EQ and etc.), servo signal processor (FE,
TE, CE, DFCT ,MIRR, APC and etc.)
IC2 NJM2125F Op.amp. VC (2.5V) buffer
IC3 NJU7093A Op.amp. Jitter signal amplifier
IC4 NJM2406F Comparator FOK signal generator (PI comparator)
IC5 NJM2100M Op.amp. Layer jump monitor (FE signal invert, LPF)
IC6 LA6393M Comparator Layer jump monitor (Window comparator)
COMPONENTS DESCRIPTION

6
KNA-DV2200
Ref.No. Component Name Application/Function Operation/Condition/Compatibility
IC7 L88MS05T 5V AVR IC 5V output for RF amplifier, pickup and servo circuits
IC8 LA6563 4ch BTL driver Focusing coil, tracking coil, sled motor and lording motor driver
IC9 BD6661FV 3 phase motor driver PWM driving
IC10 NJU7096AR Op.amp. Spindle servo signal amplifier (LPF, gain matching)
IC11 SN74AHC1G08D AND IC14 reset controler
IC12 NJM2125F Op.amp. VC2 (1.65V) buffer
IC13 SN74AHC1G08D AND IC20 clock on/off gate
IC14 CXD1867R Data decoder IC CD-ROM/DVD data decoder, ATAPI I/F, AV decoder I/F, DVD PLL, DVD
error collection, Buffered Audio Play, Subcode data
IC15 L88M33T AVR IC 3.3V output for IC14
IC16 IS41C16256 DRAM EDO DRAM 4M
IC17 SN74AHC2GU04H Inverter Clock oscilator for IC14 and IC20, and buffer (33.86MHz)
IC19 SN74AHC1GU04D Inverter “HRES–” inverter
IC20 CXD3008Q Digital signal processor IC CD PLL, CD error corection operation, digital servo (focusing, tracking,
and sled) function, automatic adjustment
IC21 L88MS05T AVR IC 5V output for IC14, IC20 and digital circuits
IC22 HD6433062G24XI Mechanism control MI-COM.
IC23 BR24C04FV-W EEPROM Data backup memory (coefficient and others)
Q1 MCH6101 DVD APC DVD laser power control
Q2 MCH6101 CD APC CD laser power control
Q3 2SB1295 DVD laser high-frequency When Q5’s base becomes “Hi”, Q3 is turned on and DVD laser high-
Q5 DTC124EUA redundancy circuit SW frequency redundancy circuit is working.
Q4 3LN01M DFT level converter
Q6 3LP01M Layer jump monitor
Q7 DTC124EUA Layer gain select SW When a base becomes “Hi”, Q7 is turned on and sets the gain to Lo.
Q8 2SB1295 Sled movement detection When Q9’s base becomes “Hi”, Q8 is turned on and 5V power supply is
Q9 DTC124EUA circuit on/off SW supplied.
Q10 2SC4081 Layer jump control SW For Lo kicking
Q11 2SA1576A Layer jump control SW For Hi kicking
Q12 2SC4081 When Q12’s base becomes “Hi”, Q11 is turned on.
Q13 DTC124EUA IC20 power supply SW When Q13’s base becomes “Hi”, Q27 is turned on.
Q27 CPH3105
Q14 2SB1295 Disc detection circuit SW When Q15’s base becomes “Hi”, Q14 is turned on.
Q15 DTC124EUA
Q16 3LP01M FDCHG inverter FDCHG logic reversal
Q17 DTC124EUA HRES- inverter
Q18 DTC124EUA IC7 power supply SW When a base becomes “Hi”, Q18 is turned on and AVR is working.
Q23 DTC124EUA IC9 VCC SW When Q23’s base becomes “Hi”, Q24 is turned on and IC9 is working.
Q24 2SB1295
Q25 3LN01M MIRR level conversion
Q26 UMC2N IFSEL SW When a base becomes “Hi”, Q26 is turned on.
COMPONENTS DESCRIPTION

KNA-DV22000
7
IC110 : MAIN UNIT
Pin No. Pin Name I/O Description Processing Operation
1 P04 (TEL-CGON) O Power supply circuit control output Hi : Power supply circuit ON
2 P05 (TEL-CHAG) I Power supply circuit ON request input Hi : Start request
3 P06 (ACC ON) O ACC ON output to IO PLUS Lo : ACC ON
4 P07 (B UP) O Backup condition set-up output Lo : Backup condition
5 MODE0 - Not used (connected to GND lines)
6 MODE1 - Not used (connected to GND lines)
7 RST I RESET input (connected with RESET SW on the panel) Lo : Reset
8 XO O Resonator connection terminal
9 XI I Resonator connection terminal
10 VSS - GND connection terminal Connected to GND lines.
11 P37 (POWER ON) O P ON output Hi : Power ON
12 P36 (WDP) I WDP input Detection of pulse edge
13 P35 (ACC) I ACC detection input Hi : ACC ON
14 P34 (BU) I Momentary power down detection Hi : BU ON
15 P33 (CKE) I CKE from SH4 Lo : SDRAM self-refresh,
Hi : SDRAM normal operation
16 C - Capacitor connection terminal
17 P32 (IOPFLWR) O Not used (N.C.)
18 P31 (ST1) I Status input 1 from SH4
19 P30 (ST0) I Status input 0 from SH4
20 P50 (IORES) O IO PLUS reset output Lo : Reset
21 AVSS - GND connection terminal Connected to GND lines.
22 P40 (VCC3ON) O VCC3D selection terminal (Normal) Lo : Normal operation
23 P41 (BVC3ON) O VCC3D selection terminal (Backup) Lo : Backup mode
24 P42 (RMUTE) O Mute output at Power ON/OFF Lo : Mute ON
25 P43 (RES3) O NAVI reset output (VCC3 system reset signal) Lo : Reset
26 P00 (SH4NMI) O NMI output to SH4 Hi→Lo : Back up request to SH4
27 P01 (TEL-OVER) I Output voltage watch of power supply circuit Lo : Output imprudence
28 P02 (6.8VDET) I Output voltage watch of 6.8V power line (CDHVCC) Hi : Output voltage OK
29 P03 (3.3VDET) I Output voltage watch of 3.3V power line (VCC3) Hi : Output voltage OK
30 VCC - Positive power supply connection terminal Connected to Backup power supply.
IC201 : MAIN UNIT
Pin No. Pin Name I/O Description Processing Operation
1 RDY I RDY input
2 RESET I Reset input Lo : Reset
3 CS0 O Chip select 0 output Lo : Selected (BOOT ROM)
4 CS1 O Chip select 1 output Lo : Selected (SRAM)
5 CS4 O Chip select 4 output Lo : Selected (IO PLUS)
6 CS5 O Chip select 5 output Not used (N.C.)
7 CS6 O Chip select 6 output Lo : Selected (CF Card)
8 BS O Bus start
9 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
MICROCOMPUTER’S TERMINAL DESCRIPTION

8
KNA-DV2200
Pin No. Pin Name I/O Description Processing Operation
10 VSSQ - GND connection terminal Connected to GND lines.
11 D47 I/O Data bus Not used (N.C.)
12 D32 I/O Data bus Not used (N.C.)
13 VDD - Positive power supply connection terminal (+1.8V) Connected to VCC1.8 lines.
14 VSS - GND connection terminal Connected to GND lines.
15 D46 I/O Data bus Not used (N.C.)
16 D33 I/O Data bus Not used (N.C.)
17 D45 I/O Data bus Not used (N.C.)
18 D34 I/O Data bus Not used (N.C.)
19 D44 I/O Data bus Not used (N.C.)
20 D35 I/O Data bus Not used (N.C.)
21 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
22 VSSQ - GND connection terminal Connected to GND lines.
23 D43 I/O Data bus Not used (N.C.)
24 D36 I/O Data bus Not used (N.C.)
25 D42 I/O Data bus Not used (N.C.)
26 D37 I/O Data bus Not used (N.C.)
27 D41 I/O Data bus Not used (N.C.)
28 D38 I/O Data bus Not used (N.C.)
29 D40 I/O Data bus Not used (N.C.)
30 D39 I/O Data bus Not used (N.C.)
31 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
32 VSSQ - GND connection terminal Connected to GND lines.
33 D15 I/O Data bus
34 D0 I/O Data bus
35 D14 I/O Data bus
36 D1 I/O Data bus
37 D13 I/O Data bus
38 D2 I/O Data bus
39 VDD - Positive power supply connection terminal (+1.8V) Connected to VCC1.8 lines.
40 VSS - GND connection terminal Connected to GND lines.
41 D12 I/O Data bus
42 D3 I/O Data bus
43 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
44 VSSQ - GND connection terminal Connected to GND lines.
45 D11 I/O Data bus
46 D4 I/O Data bus
47 D10 I/O Data bus
48 D5 I/O Data bus
49 D9 I/O Data bus
50 D6 I/O Data bus
51 BACK/BSREQ O Bus use permission output
52 BREQ/BSACK I Bus release request input
53 D8 I/O Data bus
MICROCOMPUTER’S TERMINAL DESCRIPTION

KNA-DV2200
9
Pin No. Pin Name I/O Description Processing Operation
54 D7 I/O Data bus
55 CKE O Clock enable
56 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
57 VSSQ - GND connection terminal Connected to GND lines.
58 WE5/CAS5/DQM5 O Not used (N.C.)
59 WE4/CAS4/DQM4 O Not used (N.C.)
60 WE1/CAS1/DQM1 O D15~D0 choice output
61 WE0/CAS0/ DQM0 O D15~D0 choice output
62 A17 O Address bus
63 A16 O Address bus
64 A15 O Address bus
65 VDD - Positive power supply connection terminal (+1.8V) Connected to VCC1.8 lines.
66 VSS - GND connection terminal Connected to GND lines.
67 A14 O Address bus
68 A13 O Address bus
69 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
70 VSSQ - GND connection terminal Connected to GND lines.
71 A12 O Address bus
72 A11 O Address bus
73 A10 O Address bus
74 A9 O Address bus
75 A8 O Address bus
76 A7 O Address bus
77 CKIO O Clock output
78 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
79 VSSQ - GND connection terminal Connected to GND lines.
80 A6 O Address bus
81 A5 O Address bus
82 A4 O Address bus
83 A3 O Address bus
84 A2 O Address bus
85 DRAK1 O Not used (N.C.)
86 DRAK0 O Not used (N.C.)
87 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
88 VSSQ - GND connection terminal Connected to GND lines.
89 CS3 O Chip select 3 output Lo : Selected (SDRAM)
90 CS2 O Chip select 2 output Not used (N.C.)
91 VDD - Positive power supply connection terminal (+1.8V) Connected to VCC1.8 lines.
92 VSS - GND connection terminal Connected to GND lines.
93 RAS O SDRAM RAS control output
94 RD/CASS/FRAME O SDRAM CAS control output
95 RD/WR O Read/Write control output
96 WE2/CAS2/DQM2/ICIORD O D31~D16 choice output
97 WE3/CAS3/DQM3/ICIOWR O D31~D16 choice output
MICROCOMPUTER’S TERMINAL DESCRIPTION

10
KNA-DV2200
Pin No. Pin Name I/O Description Processing Operation
98 WE6/CAS6/DQM6 O Not used (N.C.)
99 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
100 VSSQ - GND connection terminal Connected to GND lines.
101 WE7/CAS7/DQM7/REG O Not used (N.C.)
102 D23 I/O Data bus
103 D24 I/O Data bus
104 D22 I/O Data bus
105 RXD I Not used (N.C.)
106 DREQ0 I Not used (pull up to VCC3 lines)
107 DREQ1 I Not used (pull up to VCC3 lines)
108 D25 I/O Data bus
109 D21 I/O Data bus
110 D26 I/O Data bus
111 D20 I/O Data bus
112 D27 I/O Data bus
113 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
114 VSSQ - GND connection terminal Connected to GND lines.
115 D19 I/O Data bus
116 D28 I/O Data bus
117 VDD - Positive power supply connection terminal (+1.8V) Connected to VCC1.8 lines.
118 VSS - GND connection terminal Connected to GND lines.
119 D18 I/O Data bus
120 D29 I/O Data bus
121 D17 I/O Data bus
122 D30 I/O Data bus
123 D16 I/O Data bus
124 D31 I/O Data bus
125 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
126 VSSQ - GND connection terminal Connected to GND lines.
127 D55 I/O Data bus Not used (N.C.)
128 D56 I/O Data bus Not used (N.C.)
129 D54 I/O Data bus Not used (N.C.)
130 D57 I/O Data bus Not used (N.C.)
131 D53 I/O Data bus Not used (N.C.)
132 D58 I/O Data bus Not used (N.C.)
133 D52 I/O Data bus Not used (N.C.)
134 D59 I/O Data bus Not used (N.C.)
135 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
136 VSSQ - GND connection terminal Connected to GND lines.
137 D51 I/O Data bus Not used (N.C.)
138 D60 I/O Data bus Not used (N.C.)
139 D50 I/O Data bus Not used (N.C.)
140 D61 I/O Data bus Not used (N.C.)
141 D49 I/O Data bus Not used (N.C.)
MICROCOMPUTER’S TERMINAL DESCRIPTION

KNA-DV2200
11
Pin No. Pin Name I/O Description Processing Operation
142 D62 I/O Data bus Not used (N.C.)
143 VDD - Positive power supply connection terminal (+1.8V) Connected to VCC1.8 lines.
144 VSS - GND connection terminal Connected to GND lines.
145 D48 I/O Data bus Not used (N.C.)
146 D63 I/O Data bus Not used (N.C.)
147 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
148 VSSQ - GND connection terminal Connected to GND lines.
149 MD0/SCK I/O Clock movement matter mode selection terminal Pull up to VCC3 Lines.
150 MD1/TXD2 I/O Clock movement matter mode selection Pull up to VCC3 Lines/Communication
terminal/Communication output to TV monitor output to TV monitor
151 MD2/RXD2 I Clock movement matter mode selection Pull up to VCC3 Lines/Communication
terminal/Communication input from TV monitor input from TV monitor
152 IRL0 I Interrupt input 0
153 IRL1 I Interrupt input 1
154 IRL2 I Interrupt input 2
155 IRL3 I Interrupt input 3
156 NMl I NMl interrupt input
157 XTAL2 O Not used (N.C.)
158 EXTAL2 I Not used (connected to VCC3 lines)
159 VSS · RTC - GND connection terminal Connected to GND lines.
160 VDD · RTC (3.3V) - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
161 RESERVED I Not used (connected to VCC3 lines)
162 VSS - GND connection terminal Connected to GND lines.
163 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
164 CTS2 I/O Not used (pull up to VCC3 lines)
165 TCLK I/O Not used (pull up to VCC3 lines)
166 MD8/RST2 I/O Crystal resonator settlement terminal Pull up to VCC3 lines.
167 MD7/TXD I/O Master mode settlement terminal Pull up to VCC3 lines.
168 SCK2/MRESET I Not used (pull up to VCC3 lines)
169 VDD - Positive power supply connection terminal (+1.8V) Connected to VCC1.8 lines.
170 VSS - GND connection terminal Connected to GND lines.
171 A18 O Address bus
172 A19 O Address bus
173 A20 O Address bus
174 A21 O Address bus
175 A22 O Address bus
176 A23 O Address bus
177 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
178 VSSQ - GND connection terminal Connected to GND lines.
179 A24 O Address bus
180 A25 O Address bus
181 MD3/CE2A I/O Area 0 bus width settlement terminal Pull down to GND lines.
182 MD4/CE2B I/O Area 0 bus width settlement terminal Pull up to VCC3 lines.
183 MD5/RAS2 I/O Pull down to GND lines.
MICROCOMPUTER’S TERMINAL DESCRIPTION

12
KNA-DV2200
Pin No. Pin Name I/O Description Processing Operation
184 DACK0 O Not used (N.C.)
185 DACK1 O Not used (N.C.)
186 A0 O Address bus Not used (N.C.)
187 VDDQ - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
188 VSSQ - GND connection terminal Connected to GND lines.
189 A1 O Address bus
190 STATUS0 O CPU status output 0
191 STATUS1 O CPU status output 1
192 MD6/IOIS16 I Area 0 bus normal settlement terminal Pull up to VCC3 lines.
193 ASEBRK/BRKACK I/O Emulator special terminal (UDI) Connected to the test pin (CN150).
194 TDO O Data output terminal (UDI) Connected to the test pin (CN150).
195 VDD - Positive power supply connection terminal (+3.3V) Connected to VCC3 lines.
196 VSS - GND connection terminal Connected to GND lines.
197 TMS I Mode selection input terminal (UDI) Connected to the test pin (CN150).
198 TCK I Serial clock input terminal (UDl) Connected to the test pin (CN150).
199 TDI I Data input terminal (UDl) Connected to the test pin (CN150).
200 TRST I Reset input terminal (UDl) Connected to the test pin (CN150).
201 VDD-PLL2 - PLL2 positive power supply connection terminal Connected up to VCC3 lines.
202 VSS-PLL2 - GND connection terminal Connected to GND lines.
203 VDD-PLL1 - PLL1 positive power supply connection terminal Connected up to VCC3 lines.
204 VSS-PLL1 - GND connection terminal Connected to GND lines.
205 VDD-CPG - PG positive power supply connection terminal Connected up to VCC3 lines.
206 VSS-CPG - GND connection terminal Connected to GND lines.
207 XTAL I Crystal resonator connection terminal Frequency : 19.8MHz
208 EXTAL O Crystal resonator connection terminal
IC22 : DVD UNIT (X37-1010-01)
Pin No. Pin Name I/O Description Processing Operation
1 VCC - Positive power supply connection terminal Connected up to 5V lines.
2 DATA O Serial data output to CXD3008Q
3 XLAT O Serial data latch output to CXD3008Q
4 CE O Chip selection output to CXD1867R Lo : Selected
5 SCLK O SENS data clock output to CXD3008Q
6 F REQ O Local I/F RDY output
7 E2 CLK I/O EEPROM clock output
8 E2 DATA I/O EEPROM data input/output
9 PON O RF5V,D5V ON/OFF control Hi : ON, Lo : OFF
10 FWE I Flash memory writing input Not used (pull down to GND lines)
11 VSS - GND connection terminal Connected to GND lines.
12 F DATA O Local I/F data transmission output
13 GAIN O Pickup gain selection output Hi : Gain set-up Lo
14 B DATA I Local I/F data reception input
15 RXD1 I Not used (pull up to 5V lines)
16 B CLK I Local I/F clock input
MICROCOMPUTER’S TERMINAL DESCRIPTION

KNA-DV2200
13
Pin No. Pin Name I/O Description Processing Operation
17 B REQ I Local I/F interrupt input Hi→Lo : Interrupt request
18 LDON O High-frequency redundancy control output Hi : Redundancy ON, Lo : Redundancy OFF
19 HOLD O Focus servo forced defect output Hi : Hold
20 LOAD O Load motor control output Hi : ON, Lo : OFF
21 UNLOAD O Eject motor control output Hi : ON, Lo : OFF
22 VSS - GND connection terminal Connected to GND lines.
23 SDEN O SP3721A chip enable output Hi : Enable
24 SCLK O SP3721A serial clock output
25 SDATA I/O SP3721A serial data input/output
26 PH ON O Photo sensor power supply ON/OFF output Hi : ON, Lo : OFF
27 D8 I/O Data bus
28 D9 I/O Data bus
29 D10 I/O Data bus
30 D11 I/O Data bus
31 D12 I/O Data bus
32 D13 I/O Data bus
33 D14 I/O Data bus
34 D15 I/O Data bus
35 VCC - Positive power supply connection terminal Connected up to 5V lines.
36 A0 O Address bus
37 A1 O Address bus
38 A2 O Address bus
39 A3 O Address bus
40 A4 O Address bus
41 A5 O Address bus
42 A6 O Address bus
43 A7 O Address bus
44 VSS - GND connection terminal Connected to GND lines.
45 A8 I Address bus Not used (built-in pull up to VCC)
46 SENS I CXD3008Q SENS data input
47 FOK I FOK input Hi : Focus OK
48 SLIM SW I Pickup most inner position detection input Lo : Pickup most inner position
49 DOWN SW I Mechanism loading completion detection input Lo : Loading completed
50 EJECT I Forced eject request input Lo : Eject
51 PONREQ I Not used (built-in pull up to VCC)
52 NC I Not used (built-in pull up to VCC)
53 IFSEL I CXD1867R interface selection input Hi : AV, Lo : ATAPI
54 MNT2 I CXD1867R monitor input (SCSY)
55 E2 SEL I EEPROM mode selection input Not used (Lo : Writing mode)
56 TEST (TYPE) I Mechanism type selection input Hi : 12cm, Lo : 12/8cm
57 VSS - GND connection terminal Connected to GND lines.
58 AMUTE O Audio mute request output Hi : Mute request
59 DEEMPH I De-emphasis input Hi : De-emphasis ON
60 PD O DAC power ON/OFF selection input Not used (Hi : ON, Lo : OFF)
MICROCOMPUTER’S TERMINAL DESCRIPTION

14
KNA-DV2200
Pin No. Pin Name I/O Description Processing Operation
61 ø I Not used (pull down to GND lines)
62 STBY I Standby input Not used (connected to 5V lines)
63 RES I RESET input Lo : Reset
64 NC I Not used (connected to 5V lines)
65 VSS - GND connection terminal Connected to GND lines.
66 EXTAL - Clock input
67 XTAL - Clock output (16MHz)
68 VCC - Positive power supply connection terminal Connected up to 5V lines.
69 AS O Address strobe output Not used (pull down to GND lines)
70 RD O Read output
71 HWR O Write (High)
72 LWR O Write (Low) Not used (pull down to GND lines)
73 MD0 I Operation mode set-up terminal 0 (Mode 5) Connected up to 5V lines.
74 MD1 I Operation mode set-up terminal 1 Connected to GND lines.
75 MD2 I Operation mode set-up terminal 2 Pull up to 5V lines.
76 AVCC - A/D converter positive power supply connection terminal Connected up to 5V lines.
77 VREF - A/D converter reference voltage connection terminal Connected up to 5V lines.
78 PHOTO A I Disc insert/eject sensor input A Hi : DISC detected
79 PHOTO B I Disc insert/eject sensor input B Hi : DISC detected
80 HOT I High temperature detection
81 FE I Focus error input
82 JITTER I RF jitters value input
83 PHOTO C I Disc insert/eject sensor input C Hi : DISC detected
84 OFFSET ADJ O Op. amplifier offset adjust output
85 PI I PI input
86 AVSS - A/D converter GND connection terminal Connected to GND lines.
87 M STBY O MI-COM. standby interrupt output Hi→Lo : Interrupt request
88 XINT I CXD1867R decoder interrupt input Lo : Interrupt request
89 FZC H I FZC detection interrupt input at layer jump H Hi→Lo : Interrupt request
90 FZC L I FZC detection interrupt input at layer jump L Hi→Lo : Interrupt request
91 ATA RST I ATAPI RESET input Lo : Reset
92 VSS - GND connection terminal Connected to GND lines.
93 SLED I Pickup position detection pulse input
94 FCS UP O Focus jump UP output Hi : Jump
95 FCS DOWN O Focus jump DOWN output Hi : Jump
96 FG I FG pulse input
97 DRV MUTE O Driver mute output Lo : Mute
98 CLOCK O CXD3008Q serial data clock output
99 SP STOP O Spindle motor control output Hi : Brake
100 L RES O Micro processor peripheral LSI reset output Lo : Reset
MICROCOMPUTER’S TERMINAL DESCRIPTION

KNA-DV2200
15
Preparation: Connect the DVD Navigation to the TV monitor
of the KENWOOD touch panel.
1. How to enter the test mode
(1) Touch upon the “Menu” on the TV monitor and switch to
the Navigation Menu screen.
2. Ending the test mode
Reset the system by pressing the reset button on the front
panel.
3. Items on the test mode
By doing the following, various information can be obtained
from the Diagnosis Menu.
3-1. GPS Information
The GPS reception status can be confirmed by touching on
the “GPS Information”.
When confirming on the GPS reception status, put up the
GPS antenna at a location where nothing blocks GPS recep-
tion.
If the almanac data is lost due to conducting repair work and
the like, the data can be rewritten by receiving GPS informa-
tion with the GPS antenna, while the vehicle is stationary for
about 20 minutes.
TEST MODE
DIAGNOSIS MENU Cancel
GPS Information
Vehicle Signal
Parts Information
NAV RGB Check
GPS INFORMATION
Cancel
Ensure noting is blocking GPS reception
Elv Azm Level Status Elv Azm Level Status
_ _˚ / _ _ _˚ _ - _ _˚ / _ _ _˚ _ -
_ _˚ / _ _ _˚ _ - _ _˚ / _ _ _˚ _ -
_ _˚ / _ _ _˚ _ - _ _˚ / _ _ _˚ _ -
_ _˚ / _ _ _˚ _ - _ _˚ / _ _ _˚ _ -
Measurement
Status : - Date ( GMT )
Latitude Longitude
NE
: _ _ / _ _ / _ _ _ _ _ _ : _ _
: _ _˚ _ _. _ : _ _ _˚ _ _. _
Menu
N
NAVIGATION MENU
Cancel
Destination
Entry
Route
Options
Navigation
Set Up
Language
Selection
Guidance
Options
Stored
Locations
User Setting
12
3
(2) Touch the Area 1 through Area 3 on the Navigation Menu
screen in the following order: 1→2→1→2→3.
(3) Switching the screen display on the Diagnosis Menu.
(1) Elv./Azm: Displays current position of GPS in elevation
and azimuthally projected direction.
(2) Level: The reception level from each satellite is displayed
in values (C/N).
(3) Status: Displays whether receiving or in use. When in use,
it is used for measurements.
(4) Measurement Status: Displays – –/NG/2D/3D.
(5) Date: Displays current time and date.
(6) Position: Displays longitude and latitude of the current
position.

16
KNA-DV2200
3-2. Vehicle Signal
By touching the “ Vehicle Signal”, the vehicle and gyro sig-
nals can be confirmed.
PARTS INFORMATION Cancel
Nav Information
FORMAT VERSION KIWI __-__-__
Disc Information
DATA VERSION _ _ - _ _ _ _ _
KENWOOD
NAV SOFT
LOADING SOFT
: _ _ _ _
: _ _ _ _
NAVI RGB CHECK Cancel
Need to confirm if the set color matches
the display color
Black Red Green Blue White
VEHICLE SIGNAL
Cancel
Gyro Voltage
Relative bearing
: _ _ _ _ mV
: _ _ _ _ degrees
ACC
REV
SPD
: On
: Off
_ Pulses
_ MPH
_ km/h
PKB
ILL : Off
: On
•Vehicle Section
(1) ACC: On/Off.
(2) PKB: Turned on when the parking brake is put on.
(3) REV: Turned on when the gear is in Reverse.
(4) ILL: Turned on when the small lamp is turned on.
(5) Number of SPD pulses: Indicated the number of vehicle
speed pulses.
Speed: Speed is indicated in two ways.
•Gyro Section
The following values in (1) and (2) below are changed when
the ECU is rotated.
(1) Voltage: Displays the current gyro voltage.
(2) Relative direction: Displays the current relative direction.
3-3. Parts Information
By touching the “ Parts Information”, current NAVI and Disc
information can be confirmed.
•NAVI Information
Current navigation software and ROM used can be confirmed.
•Disc Information
Current format and data versions can be confirmed.
3-4. NAVI RGB Check
By touching the “NABI RGB Check”, RGB condition of moni-
tor can be confirmed.
Whether set color matches the display color or not can be
confirmed.
3-5. Cancellation
By touching “Cancel”, the monitor screen goes back to the
previous screen.
4. Caution
In the test mode of this equipment, there is no item for SRAM
clear (initialization of SRAM).
TEST MODE

17
PC BOARD (COMPONENT SIDE VIEW)
ABCDE
1
2
3
4
5
6
7
TP502
C517
R546
TP511
TP503
TP504
C545
R528
R551
EB
EB
EB
EB
EB
EB
EB
TP508
R502
R524
R501
R512
R523
R519
C522
C535
C538
R539
C547
C542
C508
R504
R556
R506
R505
R568
R562
R532
R533
R526
C551
C501
R518
R572
R573
C561
R561
R566
R541
R633
R634
C609 C610
C550
C514
C510
R521
R510
C520
R511
R515
C521
R548
R543
C537
R517
C506
C509
C507
R514
R574
C527
R530
R531
C529
C532
TP506
TP505
TP510
C548
C502
C543
R554
R553
TP507
TP509
R555
R560
C544
C546
C549 R513
C504
TP501
C505
R509R516
C519
C536
R538
R537
TP512
R540
R558
R557
R559
R549
R550
R544
R545
C503
C539
T507
T502
T506
T505
D502
T504
D504
T508
T503
D501
C531
C534
C541
R547
C524
C557
R527
R525
C511
C555
C556
R508
R503
C552
R565
R571
R563
R569
R564
R570
C560
4
1
17
14 8
BE
4
3
5
2
1
1
4
8
5
2
2
2
2
13
54
2
5
22
1
3
4
4
3
1
1
13
64
14
5
8
21
14
85
1
14
85
1
14
4
5
58
8
8
5
12
1
3
13
9
C553
R536
R552
C528
C513
R567
C562
C515
C533
C530
R520
C559 C558
C554
C512
C518
D503
D507
D506
SW601
SW602
CN311
CN240
IC502
IC506
IC501
IC503
IC507
IC505
CN230
CN220
CN210
IC510
IC508
CN200
IC504 CN321
T501
D505
SUB UNIT (A/2)
SUB UNIT (B/2)
SUB UNIT
IC T Address
507 3B
508 5B
510 5B
501 6B
502 6B
503 4B
504 5B
505 7B
506 7B
507 5B
508 6B
Refer to the schematic dia-
gram for the values of resis-
tors and capacitors.

18
FGHIJ
1
2
3
4
5
6
7
PC BOARD (FOIL SIDE VIEW)
TP502
C517
R546
TP511
TP503
TP504
C545
R528
R551
EB
EB
EB
EB
EB
EB
EB
TP508
R502
R524
R501
R512
R523
R519
C522
C535
C538
R539
C547
C542
C508
R504
R556
R506
R505
R568
R562
R532
R533
R526
C551
C501
R518
R572
R573
C561
R561
R566
R541
R633
R634
C609 C610
C550
C514
C510
R521
R510
C520
R511
R515
C521
R548
R543
C537
R517
C506
C509
C507
R514
R574
C527
R530
R531
C529
C532
TP506
TP505
TP510
C548
C502
C543
R554
R553
TP507
TP509
R555
R560
C544
C546
C549 R513
C504
TP501
C505
R509R516
C519
C536
R538
R537
TP512
R540
R558
R557
R559
R549
R550
R544
R545
C503
C539
T507
T502
T506
T505
D502
T504
D504
T508
T503
D501
C523 C531
C534
C541
R547
C524
C557
R527
R525
C511
C555
C556
R508
R503
C552
R565
R571
R563
R569
R564
R570
C560
4
1
1
7
14
8
BE
4
3
5
2
1
1
4
8
5
2
2
2
2
13
5
4
2
5
22
1
3
4
4
3
1
1
1
3
6
4
1
4
58
21
14
85
1
1
4
8
5
1
1
44
55
88
8
5
12
1
3
13 9
C553
R536
R552
C528
C513
R567
C562
C515
C533
C530
R520
C559
C558
C554
C512
C518
D503
D507
D506
SW601
SW602
CN311
CN240
IC502
IC506
IC501
IC503
IC507
IC505
CN230
CN220
CN210
IC510
IC508
CN200
IC504 CN321
T501
D505
SUB UNIT (B/2)
SUB UNIT (A/2)
SUB UNIT
IC T Address
507 3I
508 5I
510 5I
501 6I
502 6I
503 4I
504 5I
505 7I
506 7I
507 5I
508 6I
Refer to the schematic dia-
gram for the values of resis-
tors and capacitors.

KLMNOPQRST
1
2
3
4
5
6
7
C150
R198
R197
R165
R123
R48
R67
C121
C120
C135
R122
R128
C161
R27
R125
R124
R61
R26
C69
CP5
R87
C72
R25
R174 R175
R108 3
1
5
4
C111
CP11
W10
R144
CP9
CP18
R14
R15
CP2
CP6
R200
R66
C151
C18
R13
R11
R18
R69 C25
C20
C23
C21
R16
R9
R10
C149 R170
C19
C16
R171
R172
R169
R79
C59
C58
C57
R2
R145
R168
R167
R166
R107
R138
C138
CP33
R199
R126
R147
W2
W1
R140
CP29
CP26
CP27 CP24
C133
R1
C155
C158
C157 L17
L20 L22
R156
CP7
R4
R5
R6
R3
CP31
R160
C204
C207
R202
C201
R203
C205
EB
EB
G
SS
G
S
G
14
40
21
20
1
3
1
4
5
76
75
100
1
25
26
50
51
D
DD
116
98
D6
D3
IC13
D5
IC22
Q16
Q4
Q25
D8
IC16
Q23
D10
D9
IC19
Q17
D4
IC26
CN3
L6
L5
L8
C50
C71
L4
L3
L2
C119
C61
C86
CP35
C52
C51
CP34
C62
L10
L9
C44
C115 C13
C12
C15
C132
C17
C76
C110
C143
C33
C145
C108
C87
C109
R12
C63
C147
C64
C154
C45
CP4
C54
C153
C53
R94
R111
R113
R93
R95
R98 R99
R96
R97
R114
R115 R149
R148
R91
R92
R142
R143
R106
R139
R105
R141
R109
R110
R102
R100
R101
R104
R103
R62
R60
R58
R59
R65
R63
R64
R57
R50
R51
R49
R47
R55
R56
R54 R52 R53
R83
R86
R82
R81
R88
R84
R85
R78
R71
L7
R70 R68
R76
R77 R73
R74
R19
R17
R23
R24
R22
C68
R21
R7
R8
R39
R40
R38
R36
R37
R44
R45
R43 R41 R42
R35
R28
R29
R33
R34
R32
R30
R31
R116 C70
C67
R155
C75
C77
C73
C74
C66
C55
C56
C48
C49
C60
C65
C78
C93
C94
C91
C92
C95
C98
C99
C96
C97
C90
C81
C82
C79
C80
C83
R20
C89
C84
C85
C47
C11
C14
C10
C3
C4
C1
C2
C5
C8
C9
C6
C7
C24
C38
C39
C36
C37
C40
C43
C46
C41
C35
C27
C28
C26
C29
C32
C34
C30
C31
R159
R135
R134
R157
R158
C152
R137
R136
R121
R120
R117
R150
R119
R118
R151
R154
R130
R127
W5
R152
C117
C118
C114
C122
C125
C126
C123
C124
C113
C102
C103
C100
C101
C104
C107
C112
C105
C106
C127
C139 C140
C136
C137
C146
C148
C144 C141
C142
C130
C129
C128
R146
X1
CP25
CP28
CP30
CP32
CP14
CP15
CP3
CP20
CP21 CP23
CP16
CP17
L1
R153
R80
CP19
CP22
CP13
CP8
CP12
C42
R46
C159
R89
R161 R162
R163 R164
C208
R201
C202
C203
C206
R131
R112
R72
C22
C160
C116
R133
R132
C88
R129
R173
R90
C200
X2
C165
C164
C163
C162
6.5V
V+
U+
U-
W+
WCOIL
VCOIL
UCOIL
SD+SD-
VC1.65V
RFIN
V-
H-
W-
MNT2
MNT1
MNT0
22
DRV6.5
RF5V
SLED+ SLED-
PHA
DSW 5V
5V
6.5V
GFS
ODC
PON
FD+
FD-
UNLOAD
LOAD
SPIN
DGND
LO-
DRVGND
LO+
LED+B
SLED+B
PHB
SSW
VC1.65V
APEO
LRES
SENS
SCLK
XRST
FJ-
JITT
OFFSET
VC2.5V
FOK
MD2
TD-
TD+
FE
SE
CE
TE
SCK
RXD1
TXD1
FWE
FZH
FELPF
THL
THH
BCK
DATA
LRCK
LOCK
MNT1
MNT0
MIRR
MNT2
MNT3
PI
RFAC
LDON
/RES
CDRFDC
TEST
BU5V
E2SEL
PHC
IOP+ IOP-
ODC3.3
RFGND
COUT
DFCT
PHSLED
HOT
5V
D3.3V
CDMDP
MDIN2
RFGND
VC2.5V
RFGND
DRVGND
SDEN
SDATA
RF
DFT
TE
CE
FE A
C
B
D
E
AO
BO
F
DVDCD
PD
GND
ATARST
FG
SB
XLAT
DATA
CLOK
FE
GND
HOLD SCL
SDA
LAYER
FO+ TR- FO- TR+
PHON
/PHON
FJ+
GND
BE
EB
BE
BE
B
E
E
B
BE
EB
I
O
G
E
B
EBE
BB
B
1
4
8
5
5
81
4
G
D
S
13
4
5
14
5
8
85
4
1
BE
E
E
E
BE
BE
BE
D5V
FZL
C131
1
34
122 1
1
2
59
60
1551
114
1
3
45
301
176
133
132
89
88 45
44
1
1
14
28
15
119
20 38
1
20
21
40
41 60
61
80
1
1
4
4
5
5
3
3
33
32
49
48
64
1
16
17
1
1
4
4
5
5
8
8
13
45
13
4
5
IC10
IC21 IC7
IC5
Q8
Q3
Q14
IC20
IC3
IC2
IC4
IC12
IC15
Q15
Q18
Q6
Q5
Q11
Q12
Q9
Q10
IC17
IC1
IC8
IC6
IC14
IC9
D2
D1
Q1
Q24
IC27
IC28
Q13
D7
Q27
Q7
IC11
Q2
Q26
CN2
CN5 CN4
CN2
CN6
CN1
X37-1010-01 (J74-1004-22)
IC23
C199
L20
C121
R48
C120
R67
C58
C59
R165
R168 R79
21
R166
C57
E
R167
B
40
R138
C158
R122
C135
R124
R125
R123
R200
75
CP7
C155
R1
R145
R108
R174
R87
R25
CP5
R61
C69
R27
C72
C161
R26
R128
R175
20
R107
C111
W10
R144
CP11
3
15
4
CP18
CP9
26
25
1
W2
R15
R14
CP6 51
CP2
50
W1
R140
C150
CP29
R199
CP33
5
1
C138
R126
R147
4
1
3
C133
BE
CP27
C157
L17
14
CP26
CP24
L22
R11
R13
D
S
C151
R66
100
R69
D
D
GS
G
R18
G
S
C23
C25
R16
C21
C20
C18
R172
C149 76
R10
R169
R9
R3
R4
R170
R171
C16
C19
R6
R5
R197
R198
C207
R156
R2
CP31
R160
C205
R203
R202
C204
1
8
16
C201
9
D6
D8
D10
D9
Q23
IC16
D3
IC22
IC13
D5
IC19
D4
Q17
CN3
Q16
Q25
Q4
IC26
RFGND
UNLOAD
RFIN
R132
R146
C137
C136
C139
C83
R103
R68
R63
TD+
FJ+
R77
R64
R65
EB
R76
R71
E
BR74
EB
R70
R73
FJ-
R78
TD-
VCOIL
R53 R52
R102
C47
C55
R163
R161
20
R59
R62
C56
R60
19
C52
R162
R164
C49
R54
R58
R57
C48
C51
DRVGND
38
C53 C54
C50
1
C46
R55
R51
SD-
C66
C67 C65
SD+
R56
15
14
C61
28
C64 C63
1
C62
L3
SPIN
FD+
FD-
LO- LO+
VC1.65V
C79 C87
SLED+
DRV6.5
DRVGND
R49
EB
R50
SLED- E
B
R89
C159
C60
SSW
V-
UCOIL
R80
R81
W+
H-
WCOIL
W-
34
PHA
SLED+B
C160
V+
U+
EB
U-
R90
DSW
PHB
22
R82
EB
B
1
/PHON
LED+B
5V
R83
E
PHON
FZH FE
JITT
R42
APEO
C34
C35
R33
R35
L9
R118
C130 PI
R119
SE
VC2.5V
R121
C131
R120
CE
41
40
TE
C129
RFAC
C127
C132
C128
60
C123
R117
C126
R116
C124
C125
R115
C143
C122
R113
C140
R114
61
L10
FELPF
R47
1
R45
EB
R131
E
B
R129
C119
8
C41
FZL
R38
THL
C39
14
R44
R43
R36
4
C40
R34
R40
R39
5
R41
R37
S
G
D
THH
8
5
C38
VC2.5V
C17
C24
R24
VC1.65V
OFFSET
R22
R23
5
4
1
3
R21
R29
5
1
4
3
RFGND
FE
C165
CP8
C33
BC12
5
5
4
4
176
C162
R111
L8
MDIN2
R154
MNT3
R88
20
COUT
MIRR
R134
C144
CDMDP
LOCK
DFCT
21
C88
LOAD
R133
R155
C116
1
MNT0
XRST
C141
CP3
80
CP4
BCK
MNT2
MNT1
C142
R127 C42
C70
C71
R92
R91
DATA
C200
LRES
LRCK
C80
C82
C78
C77
R96
R95
R98
C76
R97
R99
C73
R94
C81
R100
132
133
R153
C74
MNT1
C100
C85
C99
C98
C86
R101
C84
R104
R105
C114
GFS
C75
R93
C89
C90
R158 R159
C91
E2SEL
/RES
LDON
CP12
CP14
CLOK
DATA
SCLK
C163 X1
5
8
R109
4
4
5
5
C118
8
8
1
1
R110
4
1
C117
R201
SENS
3
3
1
1
CP15CP17
XLAT
C154
L7
14
8
5
HOLD
R143
FG
SB ATARST
C152
FWE
SCL
TXD1
RXD1
SDA
C148
R141
R142
R112
R20 1
C92
C93
R135
CP16
CP13
E
R84
BE
R86
R85
ODC3.3
C97
C96
C94
R106
C95
L1
C108
L4
C14
C15
GND
C153
C164
BU5V
R152 PHC
R72
TEST R17
B
R19
E
E
EB
X2
C3
45
CP23 CP21
R148
MNT0
C112
MNT2
L6
C113
C115
C101
89
88
DGND
CP22
CP19
CP20
1
C104
C103
C102
C106
C105
CP25
22
R151
R150
R149
GND
5V
GND
6.5V
2
1
D5V
D3.3V
C13
C109
C107
44
CP30
IOP+
L5
R12
5V
ODC
R46
CP28
1
PON
C6
C5 IOP-
E
C110
B
C1
C2
C4
C145
O
I
C146
5
G
L2
RF5V
B
60
59
6.5V
C147
C44
E
1
C43
5
C45
R130
1
64
RFGND
C30
C32
FOK
R28
R31
1
C37
C36
R136
5
TE
3
R32
C68
4
R30
DFT
C31
C29
R137
C26
C27
C22
32
33
SDEN
CE
SDATA
SCK
FE
C28
RF
49
48
DVD
A
C8
LAYER
E
R173
MD2
R139
B
17
16
CP34
C11
CP35
TR- FO+
1
PD
TR+ FO-
D
CD
R7
1
C7 C9
C10
R8
CDRFDC
BO
AO
B
C
E F
PHSLED
30
W5
R157
HOT
CP32
1
C203
C202
5
4
C208
1
C206
3
14
X37-1010-01 (J74-1004-22)
Q12
Q10
Q11
IC8
Q24 IC9
IC12
Q9
Q8
CN2
Q14
Q15
Q6
IC6
Q13
Q27
IC5
IC3
IC2
IC11
IC17 IC20
IC10
IC14
IC28
D7
IC23
Q26
Q5
Q1
Q3
D1
CN2
CN4 CN5
IC21
Q2
D2
IC15
Q18
IC7
IC4
IC1
Q7
CN1
IC27
CN6
C199
PC BOARD (COMPONENT SIDE VIEW)
20
X37-1010-01
IC Q Address
14O
25O
35O
45O
55N
65N
72N
85K
93K
10 4L
Refer to the schematic dia-
gram for the values of resis-
tors and capacitors.
(FOIL SIDE VIEW)
IC Q Address
11 4M
12 4L
13 5M
14 4M
15 3N
16 3L
17 5M
19 3L
20 5M
21 2N
IC Q Address
22 4N
23 5N
13N
23N
34N
45O
54N
65N
74O
83L
IC Q Address
93L
10 5K
11 5K
12 5K
13 5M
14 2K
15 2L
16 5O
17 3M
18 2N
IC Q Address
23 3K
24 3K
25 4O
26 4N
27 5M
X37-1010-01
IC Q Address
14P
25P
35P
45P
55Q
65Q
72Q
85T
93T
10 4S
IC Q Address
11 4R
12 4S
13 5R
14 4R
15 3Q
16 3S
17 5R
19 3S
20 5R
21 2Q
IC Q Address
22 4Q
23 5Q
13Q
23Q
34Q
45P
54Q
65Q
74P
83S
IC Q Address
93S
10 5T
11 5T
12 5T
13 5R
14 2T
15 2S
16 5P
17 3R
18 2Q
IC Q Address
23 3T
24 3T
25 4P
26 4Q
27 5R

UVWXYZAA AB AC AD
1
2
3
4
5
6
7
PC BOARD (COMPONENT SIDE VIEW)
21
L101
C119
L103
R367 R368
R412
R364
R425
R424
C369
C713
R359
R422
R423
C408 R406
C413
C409
C462
R454
R451
C118
C135
R363 R361 R362
R358
R418
R430
R413
C703
C711
C712
C701
R702
R703 R701
R716
R710
R711
C702
C706
C709
C710
C717
C720
E
B
E
B
R415
R408 C411
R419
R363
R354
R386
C302
C318
R733
C433 C436
C435
C432
C431
C401
C441
C442
C438
C439
R436 R438
R433
R304
R738 R727
R725
R729
C722
R728
C721
R434
C434
C724
R737
R303
R302
C305
R301
C725
X351
C458
C460
R472
C101
C106
C107
C124
I
G
O
I
G
O
R121
R125
C104
C123
C658
C144
C145
R122
C227 C229
R234 R373
R605 C603
C372
R604
R370
R235 R374 R369
L102
R230
R223
R227
R130
R129
R212
C209
C151
R160
R159 R211
X202
R243
R246
R823
C838
C837
C812
C868
R866
R862
R861 R865 R867
R864
R863
R860
C608
X802
C825
R901
L801
C840
C841
R822
R821
R210
R208
R909
R857
C148
C152
X201
R856
R858
R155 R154
C208
X651
R859
R806
C801
R805
R637
R653
R654
R654
R908
R852
R845
R836
R853
R813 R854 X801
R819
R820
R902
R869
C807
R829
R828 R827 R826
R825
C804
R221
R222
R226
R114
R109
R124
X101
1
1
6
7
16
1
E
B
E
B
2
3
4
5
1
G
S
D
G
S
D
G
S
D
G
I
O
G
I
O
15
3016
18 16 9
14 85
7
16
61
81
916
8
916
14
85
10
1
17
14 8
14 85
1
156
157
1
64 49
48
33
32
60
59
105
104
24
25
53
192
129
128
52
1
1
10 1
1
124
48 25
1
17
148
45
53
65
64
193
52
36
37
48
208
13
12
1
1
1
2
22
17
16
1
85
14
6
19
20
13 64
1
2
85
12
1
13
3
1
54
3
54
45
1
1
48
36
37
1
5
3
4
1
5
3
4
1
5
3
4
5
3
4
5
3
4
1
5
3
4
1
5
3
4
1
RES TXD RXD
EN
GND
5
3
4
1
5
3
4
1
14
85
12
13
24
37
36
25
105
104
20 15
14
71
6
21
28
1
4
I
G
O
2
3
1
1
1
48
25
13
24
85
1414
3
7
5
10
1
6
5
12
10
156
1
13 3 54
1
26
1
50
25
256
127 54 28
1
1
1
208 157
12
22
23
44
34
33
11
15
1
18 16 9
7
14 8
1 3
2
C
8
E
4
2
3
124
4825
24
4825
1
E
B
4
85
1
24
4825
1
1 54
127
5428
14
85
14
85
CN140
IC651
D101
IC101
MAIN UNIT
T702 T701
Z651
IC103
D105
T101
T110
IC105
CN100
IC652
T111
D803
D802
T951
T108
T107
D602
IC107
IC110
IC104
IC653
IC807
IC808 GY801
BA101
SW801
CN310
IC106
IC952
IC954
IC951
IC906
IC801
IC901
IC902
CN340 IC905 IC907
IC804
IC806
IC805
IC802 IC809 IC810
IC202
IC303
IC302
IC352
CN320
IC606
CN330
IC355
IC353
IC704
IC706
CN400
IC703
IC702
IC437
IC431
IC705
IC401
IC451
SW451
IC452
IC403
IC402
CN120
CN130
CN110
IC701
IC301
IC601
CN150
CN350
IC432
IC435
IC433
IC438
IC201
IC904
IC953
IC903
IC955
1
34
13
45
R7
R8
R6 R9
R10
C2
C1
TH1
R5
IC1
CN1
S1
U-
W+
H+
HOT
WCOIL
UCOIL
LEDS
LEDAC
PHSCMP
LEDB
H- U+
LED+B
V+ SL+B
SLDO
SLSW
DWSW
LOAD+
LOAD-
BLACK
16
1
PHS
13
SLDI
GND
VCOIL
PHA PHC
PHB
RED
W-
V-
1
R3
R1
R2
C3
R4
CN2
CN3
X13-9770-00 (J74-1023-12)
MAIN UNIT
IC T Address
101 4V
103 3V
104 4U
105 3V
106 6V
107 4V
110 4V
201 4W
202 4X
301 3Y
302 3Y
303 4Y
352 3Y
353 3Y
402 2X
403 2X
433 4Z
435 4Z
437 3AA
438 4AA
451 2X
452 2X
606 4X
701 2Y
801 5X
802 5Y
809 5Y
810 5Y
901 6W
902 5W
903 5W
904 5W
905 6Y
906 6W
951 6V
952 6V
953 5V
954 6V
955 7V
101 3V
107 5V
108 5V
110 3W
111 3W
701 2Y
702 2Y
951 6V
Refer to the schematic diagram for the values of
resistors and capacitors.
X13-9770-00
IC Q Address
1 3AD