DOWNLOAD Panasonic AW-E600E Service Manual ↓ Size: 2.25 MB | Pages: 44 in PDF or view online for FREE

Model
AW-E600E
Pages
44
Size
2.25 MB
Type
PDF
Document
Service Manual
Brand
Device
Provideo / CAMERA
File
aw-e600e.pdf
Date
PREV: Panasonic AW-E560 Simplified Service Manual

Panasonic AW-E600E Service Manual ▷ View online

B-OUT
B-IN
G-OUT
G-IN
R-OUT
R-IN
B-TEST2
G-TEST2
R-TEST2
B-PED
B-GAIN
G-PED
SHTSW
R-PED
R-GAIN
+7V
BAGC
+7V
GAGC
+7V
AGC
+7V
-5V
+2R5V
-5V
OBCP
-5V
+0R5V
CP
PBLK
VD
AWCCONT
SWCOMMON
R AGCSW
DADT
CLK250K
KEY
DATAIN
DACK
LOAD
DACS
DATAOUT
5
6
9
10
13
14
17
21
25
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
TO JOINT BOARD
....P1
P1
#B-PED
#B GAIN
#G-PED
SHTSW
R-PED
R GAIN
+7V
AGC
-5V
+2R5V
U1(c)
OBCP
7
6
U1(d)
CP
9
10
U1(b)
PBLK
5
4
+0R5V
DADT
MACLK
MADI
DACK
MACSLD
DACS
MADO
KEY
#B-OUT
#G-OUT
#B2OUT
#G2OUT
R2OUT
R-OUT
SWCOMMON 
AMP
R-IN
U102(b)
Q101-Q104
U102(a)
E102(R GAIN-1)
U101
SELECTOR
U103(a),U104(a)
Q105-Q108,Q110
OBCP
E103(R GAIN2)
U105(b)
Q117-Q122
E105(R GAMMA)
PBLK
12
13
11
4
9
3
14
GAIN CONTROL
5
15
10
2
1
RPUL
SHTSW
AMP
AGC
PEDESTAL
LEVEL
CONTROL
RGAIN
RGIN2
U104(b)
U105(a)
Q111
CP
R-PED
RPED2
7
6
PBLK
+0R5V
5
PRE GAMMA
1
U108
SELECTOR
Q112-Q116
#B
A
C
D
CP
AMP
1
DADT
MADI
DACK
MACLK
MADO
DACS
MACSLD
2
3
U8(a)
U7
PEDESTAL/GAIN
S1
S2
S3
S4
9
10
8
U8(c)
12
13
11
U8(d)
DI
CLK
CS/LD
DO
AO1
AO2
AO3
AO4
AO5
AO6
AO7
AO8
AO9
AO10
AO11
AO12
RPUL
MENU
SWCOMMON
VOLTAGE
FOLLOWER
KEY
ITEM
YES
NO
RGIN2
RPED2
#GPUL
#GGIN2
#GPED2
#BPUL
#BGIN2
#BPED2
1
2
3
4
5
6
7
8
9
10
11
12
20
19
18
17
+6R7V
REG
A
+6R7V
+4R5V
U6(c)
VOLTAGE DIVIDER
VOLTAGE
FOLLOWER
#B
U6(b)
VOLTAGE
FOLLOWER
C
U6(d)
VOLTAGE
FOLLOWER
D
U6(a)
+0R5V
AWC CONT
6
7
5
1
U5
SELECTOR
R CHANNEL PROCESS
AMP
G-IN
U202(b)
Q201-Q204
U202(a)
E202(G GAIN-1)
U201
SELECTOR
U203(a),U204(a)
Q205-Q208,Q210
OBCP
E203(G GAIN2)
U205(b)
Q217-Q222
E205(G GAMMA)
PBLK
12
13
11
4
9
3
14
GAIN CONTROL
5
15
10
2
1
#GPUL
SHTSW
AMP
AGC
PEDESTAL
LEVEL
CONTROL
#GGIN2
U204(b)
U205(a)
Q211
CP
#G-PED
#GPED2
7
6
PBLK
+0R5V
5
PRE GAMMA
1
U208
SELECTOR
Q212-Q216
#B
A
C
D
CP
AMP
G CHANNEL PROCESS
VOLTAGE REGULATOR
+7V
U2(c),Q1
+4R5V
REG
U2(d),Q3
+2R5V
REG
U3(a),Q5
+2R5V
+0R5V
REG
U2(b),Q4
+0R5V
-4.6V
REG
-5V
U2(a),Q2
+6R7V
+4R5V
-4.6V
AMP
B-IN
U302(b)
Q301-Q304
U302(a)
E302(B GAIN-1)
U301
SELECTOR
U303(a),U304(a)
Q305-Q308,Q310
OBCP
E303(B GAIN2)
U305(b)
Q317-Q322
E305(B GAMMA)
PBLK
12
13
11
4
9
3
14
GAIN CONTROL
5
15
10
2
1
#BPUL
SHTSW
AMP
AGC
PEDESTAL
LEVEL
CONTROL
#BGIN2
U304(b)
U305(a)
Q311
CP
#B-PED
#BPED2
7
6
PBLK
+0R5V
5
PRE GAMMA
1
U308
SELECTOR
Q312-Q316
#B
A
C
D
CP
AMP
B CHANNEL PROCESS
#BGAIN
PREPROCESS BOARD
BLOCK  DIAGRAM  OF  PREPROCESS  BOARD
– 10 –
7
9
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
34
35
36
37
38
39
40
44
45
46
48
50
53
56
57
58
60
61
62
65
VDTRG
DACS
DACK
LENS-ST
KEY
IRIS-R/A
DADT
IRIS-CONT
SWCOMMON
AWC-CONT
VD
S-BLK
CP
+0.5V
-5V
IRIS-F
-5V
+2.5V
-5V
+7V
R-AGC
+7V
FELD
+7V
+7V
R-GAIN
R-PED
SHT-SW
G-PED
B-GAIN
B-PED
HD
+15V
TG SET
SERIAL CLK
SERIAL DATA
HEAD SELECT
+3.5V
R-IN
+3.5V
+3.5V
G-IN
+3.5V
B-IN
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
42
44
46
48
50
52
54
56
58
60
62
64
66
68
70
CHARA
WAKU
D-BY0
D-BY1
D-BY2
D-BY3
D-BY4
D-BY5
D-BY6
D-BY7
D-BY8
D-BY9
D-RY0
D-RY1
D-RY2
D-RY3
D-RY4
D-RY5
D-RY6
D-RY7
D-RY8
D-RY9
D-Y0
D-Y1
D-Y2
D-Y3
D-Y4
D-Y5
D-Y6
D-Y7
D-Y8
D-Y9
P1(1/2)
P2(1/2)
TO
JOINT
BOARD
....P7
TO
JOINT
BOARD
....P9
U9
DECODER
U7
CHARACTER
GENERATOR
U15(b)
U15(a)
U4(b)
U53
U44
VD
DSPBLK
-5V
+2.5V
+7V
+0.5V
SCFINE
1
2
13
VC
CSYNC
PCL
XOSI
12
4
2
7
4
CHARA
RESET1
EXTCHARA
HD
+15V
+3.5V
+3.5V
AO1
AO2
AO3
AO4
AO5
AO6
AO7
AO8
AO9
AO10
AO11
AO12
18
19
2
3
4
5
6
7
8
9
12
13
DI
CLK
LD
DT
CLK
CS
AMP
IRIS-CONT
VDTRG
R-GAIN
B-GAIN
R-PED
G-PED
B-PED
R-AGC
LENS-ST
AMP
17
16
15
3
1
2
17
6
4
5
U4(a)
U5 EEPROM
U3
MICROPROCESSOR
3
1
R/B
CS
SK
DI
DO
WC
1
3
4
5
6
8
2
U4(d)
U40
VOLTAGE REGULATOR
11
4
6
2
2
CSYNC
12
13
U4(c)
8
9
10
96
95
39
16
94
99
38
12
26
90
91
80
P83
P82
AD1
P97
P81
P86
AD0
P52
P60
PB1
PB0
PB3
DACS
DACK
KEY
IRIS-R/A
DADT
AWC-CONT
IRIS-F
SHT-SW
TG SET
SERIAL CLK
SERIAL DATA
HEAD SELECT
34
29
IRQ6
P63
P65
P64
RES
XTAL
EXTAL
P61
P62
IRQ0
IRQ1
IRQ2
X1
33
32
27
28
1
2
3
RESET
RESET
RESET1
+5VD
+6.7V
+7V
23
VD
24
25
HD
AD3
41
A0-A11
A0-A11
64-67
72-79
ADRS0
ADRS11
D8-D15
|
DATA0
DATA7
|
WEN
REN
BMREQ
3-12
176
WEN
REN
175
174
Q
Q
D
CK
2
1
5
3
SCB
U48 D-FF
U29
GATE ARRAY
U30
GATE ARRAY
LOGIC
190-201
177-184
160-169
D0-D7
A0-A7
22
19
HWR
RD
93
P80
82-89
PB7
PB6
PB5
PB4
P47
P46
P45
P44
P43
P42
RXD2
TXD2
PB7
PB6
PB5
PB4
P47
P46
P45
P44
P43
P42
P41
P40
57
58
68
69
56
55
54
53
52
51
50
49
A13
A14
A15
A23
P95
A17
62
61
60
10
18
47
1
2
3
4
5
6
A
B
C
G2A
G2B
G1
Y0
Y1
U6 SELECTOR
WEN
REN
P80
D0
D9
|
RIN0
RIN9
|
VIN
CLK
39
RIN
#GIN
#BIN
22
U10
R A/D CONVERTER
1-5,8-12
17-26
D0
D9
|
GIN0
GIN9
|
VIN
CLK
39
22
U11
G A/D CONVERTER
1-5,8-12
29-38
D0
D9
|
BIN0
BIN9
|
VIN
CLK
39
22
2
6
7
1
U12
B A/D CONVERTER
1-5,8-12
47
91
CK2OUT
WAKU
U47(b)
U47(a)
RESET
SIGNAL
GENERATOR
COMPARATOR
U1
U38(a),Q13,Q14
U38(b),Q15,Q16
U20(b)
AD2
TXD0
RXD0
TXD1
RXD1
P67
PB2
FWE
P96
40
14
13
OPBOAD
U41(a)
U42(a)
U25
U42(c)
U41(d)
3
1
2
97
98
U41(c)
8
9
10
7
5
1
15
5
8
6
RS-TXD
RS-RXD
RSRTS
RTALLY
FWE
VRSTSW
TALLY
DI1
DO1
DI2
TX1
RX1
TX2
16
3
35
11
12
13
13
U41(b)
U18(a)
81
6
7
1
4
5
4
17
U18(b)
5
3
2
15
10
1
U16(a)
13
12
11
14
U16(b)
MONI0
MONI9
|
ADRS12
CLOCK1
HDN
SYNC1
VDN
SYNC2
SYNC3
SYNCB
SYNCS
DSYNC1
DSYNC2
DSYNCS1
DSYNCS2
DSYNCB
RYR2
RYR10
YG2
YG11
BYB2
BYB11
|
|
|
RYIN0
RYIN9
|
YIN0
YIN9
|
BCIN0
BCIN9
|
202
41
42
50
43
51
52
54
53
55
56
58
59
60
CCDCK
RGB-SYNC
DSPBLK
VD
RESET
LPF
146-148
151-157
131-137
141-143
113-115
118-124
DSPSYNC
1-10
36
13-22
23-32
RY0-RY9
Y0-Y9
#BY0-#BY9
#BY0-#BY9
RY0-RY9
Y0-Y9
15
14
156
WEN
REN
CSIN
CSYNC
SCB
INVO2
INVO3
FBLK
FSYNC
HCLR
VCLR
DSPSYNC
DSPBLK
WEN
168-175
157-164
135-144
123-132
62
38
98
155
176
148
150
113
61
94
97
48
49
37
REN
CSYNC
SCB
ADRS0
ADRS7
DATA0
DATA7
|
|
YOUT0
YOUT9
|
COUT0
COUT9
|
95
149
HD
96
147
87
116
FVD
INVI3
FWHD
INVI2
VD2
CP2
FELD
120
VDTRG
CP
FELD
+6.7V
REG
+5V
REG
+3V
+5VA
RGB-SYNC
+7V
U38(c),Q17,Q18
U38(d),Q19,Q20
+5V
REG
+3V
REG
B1
B10
|
R1
R10
|
C1
C10
|
24-33
ROUT
GOUT
BOUT
40
43
EVF-Y
4-13
14-23
CLKB
CLKG
CLKR
3
2
1
SCR
CCDCK
CLKO
U37
D/A CONVERTER
50
101
111
CLR
TCLR
POR
HPCO
HLPF2
HLPF1
GLSYNC
BSD
GLBSC
SCMP
LPF
71
65
69
83
73
74
89
66
67
58
Q6
R283
INT 8FSC
103
Q7
FVR
SPCO
SLPF
CCDCK
P80
SCFINE
CHARA
FL3
4
6
2
3
5
2
4
2
7
1
1
U26
Q12
U52(a)
U52(b)
U52(c)
U32
D8
D9
X4
CLK28M
EX28M
102
80
64
68
COIN
VC1
VCO
SCIN
FSC4
2
4
U31
D4
D5
X2
U17(d)
11
12
13
U17(b)
4
6
5
U17(a)
U19(a),U20(a),Q3
3
1
2
U21(a)
U21(c)
U21(b)
7
1
RCB/SENS
REM-RXD
COMMAND
COMMAND
REM-TXD
5
3
2
6
BUFFER
MIX/AMP
VIDEO
Q46
DSPSYNC
BUFFER
Q44,Q45
BPF
BUFFER
AMP
46
AMP
SYOUT
S-Y
SCOUT
S-C
Q35
BPF
AMP
BUFFER
FL2
AMP
Q26,Q27
BUFFER
SYNC
SEP
BUFFER
G/L
BUFFER
Q28
Q29,Q30
Q31-Q34
Q53,Q54
Q38,Q39,Q47-Q50
Q55,Q56
MIX/AMP
Q36,Q37,Q57
U423
LOGIC CONTROL
Q40-Q43
Q51,Q52
U39
BURST
SEP
Q23-Q25
U35
U36
Q5
U49(a)
Q22
Q21
2
1
5
1
1
7
5
2
4
4
6
2
2
3
5
7
1
6
U51
Q4
1
2
4
Q
Q
D
CK
CLR
"H"
"H"
2
5
3
1
6
U49(b)
6
7
11
15
19
23
27
29
33
37
41
43
45
47
49
51
53
55
57
59
61
63
65
67
69
OPBOAD
SYNC
R/PR/C
G/Y/Y
B/PB/NC
S-C
S-Y
RGB-SYNC
EVF-Y
AUX
EX28M
TALLY
EXTCHAR
PORT12
PORT11
PORT10
PORT9
PORT8
PORT7
PORT6
PORT5
PORT4
PORT3
PORT2
PORT1
TO
JOINT
BOARD
....P9
P2(2/2)
10
42
43
49
51
54
G/L
VD RST
VIDEO
INCOM-SP
INCOM-MIC
CLK28M
TO
JOINT
BOARD
....P8
TO
JOINT
BOARD
....P7
P1(2/2)
P5
P3
7
8
9
10
11
12
EXT12V
EXT12V
EXT12V
EXT12V
EXT12V
EXT12V
1
2
3
4
5
6
7
9
11
12
13
15
16
17
19
21
22
23
24
25
27
29
30
32
33
34
37
38
39
40
41
42
43
44
12V
12V
12V
12V
12V
+S/POWER
RCB/SENS
G/L
+7V
+7V
VIDEO
+5V
+5V
S-Y
S-C
-5V
-5V
R/PR/C
G/Y/Y
B/PB/-
AUXVID
INCOMMIC
INCOMSP
FWE
RSRTS
SYNC
EXTSUB
VRSTSW
REM-TXD
REM-RXD
COMMAND
TALLY
RS-TXD
RS-RXD
SYNC
R/PR/C
G/Y/Y
B/PB/NC
OPBOAD
R/PR/C
G/Y/Y
B/PB/NC
AUX
SYNC
FWE
RCB/SENS
RSRTS
+7V
+5VD
-5V
VRSTSW
REM-TXD
REM-RXD
COMMAND
RTALLY
RS-TXD
RS-RXD
MIC
SP
EXTSUB
EXTSUB
SP
MIC
CLK28M
AUX
S-C
S-Y
EVF-Y
EX28M
EXTCHARA
TALLY
PB7
PB6
PB5
PB4
P47
P46
P45
P44
P43
P42
P41
P40
DSP / ENCODER  BOARD
BLOCK  DIAGRAM  OF  DSP / ENCODER  BOARD
– 11 –
+3V
EXT12V
+3V
EXT12V
+3V
EXT12V
+3V
EXT12V
+15.5V
EXT12V
+15.5V
EXT12V
+15.5V
VIDEO
+15.5V
HD
-9.5V
-9.5V
-9.5V
-9.5V
+7V
+7V
RETCONT
+7V
-5V
+7V
-5V
+7V
-5V
IRISF
+12V
+12V
IRISCONT
+12V
IRISR/A
+12V
LENSST
+12V
G/L 
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
28
30
32
34
36
38
40
41
42
43
44
45
46
47
48
53
55
56
57
58
59
60
61
62
1
2
3
4
5
6
7
8
EXT12V
EXT12V
EXT12V
EXT12V
+12V
+12V
+12V
+12V
TO JOINT BOARD
....P5
TO JOINT BOARD
....P6
P5
+3V
+15.5V
-9.5V
+7V
+12V
CLOCK
GENERATOR
+12V
-5V
+12V
VCC
REG
VCC
-5V
CF1
+12V
SF1
+12V
2
1
L : ON
+7V
P6
JK1
2
5
6
7
8
9
10
14
18
2
5
6
7
8
9
10
14
18
+7V
RETCNT
IRISR/A
IRISF
DC12V
IRISCONT
A/MCONT
G/L
VIDEO
P3
P1
D1
Q5
Q4
Q29
U7
Q30
D11
U1(a)
Q2
U5
SWITCHING
REGULATOR
Q11-Q13
U8(a),Q31,Q32
U6
SWITCHING
REGULATOR
U2
4-BIT COUNTER
U3
PLL
U4(c)
4
1
4
5
6
7
8
RETCNT
A/MCONT
IRISCONT
DC12V
IRISF
IRISR/A
P2
G/L IN
VIDEO OUT
CF1
CF2
CLOCK
SIGIN
COMPIN
PC2OUT
Q0
Q1
Q2
Q3
14
13
12
11
COMPARATOR
2
CT
RT
CT
3
13
14
3
2
2
CH1OUT
CH1+IN
CH3OUT
CH3-IN
CH3FB
CH1OUT
CH1+IN
CH2OUT
CH2-IN
CH2FB
CH3OUT
CH3-IN
CH3FB
-5V
REG
+12V
Q6-Q8,Q28
+V
REG
U4(b),Q9,Q10
+3V
REG
+3V
4
8
+12V
-9.5V
Q1-Q3
-9.5V
REG
4
8
15
18
17
+12V
Q21-Q26
+15.5V
REG
+15.5V
10
13
12
+12V
Q14-Q18
+V
REG
U4(a),Q19,Q20
+7V
REG
+7V
15
18
17
POWER BOARD
POWER SUB BOARD
BLOCK  DIAGRAM  OF  POWER  BOARD / POWER  SUB  BOARD 
– 12 –
G
V
14
7
U7
C15
104
R41
470
R42
470
R43
470
R28
472
C20
104
C22
104
C21
104
5
1
2
3
4
U16
G
V
14
7
U12
9
8
U18
11
10
U18
13
12
U18
G
V
14
7
U18
G
V
20
10
1
19
OE1
OE2
U19
C54
104
C55
104
1
I
2 O
3
G
U17
C53
100/10
∗
R1
∗
R2
C3
104
C7 104
C4  104
C5  104
C6 104
C8
104
R16
470
R17
470
R18
470
R19
470
R20
470
R21
470
R4
470
R3
470
C33
104
C34
104
C35
104
Q9
Q10
R47 150
R48 150
R49 103
R50 223
C31
103
C32
102
R51
333
Q11
Q12
C29
10/25
5
1
2
3
4
U4
5
1
2
3
4
U5
C11
104
R11 472
C2
10/10
5
1
2
3
4
U1
R10
105
C10
104
C9  N.C.
X1
R6
N.C
.
R7      N.C
.
R52 133
R53 622
R54 153
C43 10/10
R56
102
R55 303
Q14
R57 331
Q13
C44
6.8/35
R60 103
R61 103
R62 912
C47 10/10
R64
102
R63 822
Q16
R65 331
Q15
C48
33/16
C42
6.8/35
C46
33/16
1
I
2 O
3
G
U9
C18
33/16
C17
33/16
L1  N.C.
R14
0R00
R15
0R00
R12
0R00
R13
0R00
C1
22/10
C12 2.2/35
C14  10/16
C13
10/10
E2
E1
E3
(GND)
R5
473
5
1
2
3
4
U2
R9  0R00
R8      N.C
.
E101
E201
E301 N.C.
R68
0R00
R69
0R00
C49
N.C
.
C50
N.C
.
E14
N.C.
1
2
3
4
5
6
7
8
9
10
20
19
18
17
16
15
14
13
12
11
SUBO
VSS
BO1
VDD2A
TO
1
VCC
TI1
PG1
BI1
SUBI
N.C
.
BI2
PG2
TI2
GND
VDD1
TO
2
BO2
VDD2B
VSB
U6
1 VSS0
2 CH1
3 CH2
4 XSUB
5 VDD0
6 TEST0
7 VSS1
8 TEST1
9 R
10 VDD1
11 H1
12 VSS2
13
VDD2
14
H2
15
HCLR
16
VSS3
17
DS1(SHP)
18
VDD3
19
DS2(SHD)
20
VSS4
21
VSS5
22
XO
23
XI
24
CLK
25
VDD4
26
INVIN
27
VSS6
28
TEST2
29
CPOB
30
PBLK2
31
TEST3
32
TESTEN
33
VDRST
34
HDIN
35
VDIN
36
N.C.
37
CLR
38
PNSW
39
N.C
.
40
CS
41
DCLK
42
D
ATA
43
VSS7
44
XV2
45
XV1
46
XV3
47
XV4
48
VDD5
U3
1
2
U7
13
12
U7
11
10
U7
9
8
U7
5
6
U7
3
4
U7
1
4
2
3
D5
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21 GND
GND
GND
+3V IN
+3V IN
+15.5V IN
+15.5V IN
–9.5V IN
–9.5V IN
+7V IN
CLK28M IN
CLK28M GND
SERIALDATA IN
SERIALCLK IN
SERIALLOAD IN
HD IN
VD IN
PBL OUT
OBCP OUT
SHTMASK IN
EXTSUB IN
P1
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
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
RG OUT
H1 B OUT
SUB B OUT
H2 B OUT
SUB G OUT
SUB R OUT
H1 G OUT
H2 G OUT
H1 R OUT
H2 R OUT
VDD OUT
V1 OUT
SHP OUT
2GASO IN
SHD OUT
V2 OUT
V3 OUT
V4 OUT
VDD OUT
VL OUT
P2
G
V
14
7
U13
R32  N.C
.
2
18
U19
3
17
U19
4
16
U19
5
15
U19
R72  N.C
.
R71  N.C
.
R70 470
R73  N.C
.
1
2
3
U13
R30  N.C
.
6
14
U19
7
13
U19
8
12
U19
9
11
U19
R76  N.C
.
R75  N.C
.
R74 470
R77  N.C
.
4
5
6
U13
12
D2
11
CP2
9 Q2
8 Q2
10
SD2
13
CD2
U12
R29
0R00
C24 N.C
.
3
4
U18
5
6
U18
C19
100/10
12
D2
11
CP2
9 Q2
8 Q2
10
SD2
13
CD2
U11
12
13
11
U13
5
1
2
3
4
U14
C23
104
1
2
U18
R31
0R00
C25 N.C
.
2
D1
3
CP1
5 Q1
6 Q1
4
SD1
1
CD1
U12
E15
Q4
Q5
R34
100
R35
470
2
D1
3
CP1
5 Q1
6 Q1
4
SD1
1
CD1
U11
R33
560
C27 180
9
10
8
U13
5
1
2
3
4
U15
C26
104
C30
10/25
R36 0R00
G
V
14
7
U11
2
3
1
8
4
U10
6
5
7
U10
C51 105
C52 105
1
I
2 O
3
G
U20
TO
JOINT
BOARD
...P10
R1
R2
N.C.
N.C.
473
0R00
NTSC PAL
∗
DRIVE  BOARD
SCHEMATIC  DIAGRAM  OF  DRIVE  BOARD
1
2
3
4
5
A
B
C
D
TO
SENSOR
BOARD
...P1 (Gch)
Note:
The value indicated in the schematic diagram
should be read as follows:
                                   Multiplier (0 - 5)
                                   2nd. Significant Digit (0 - 9)
                                   1st. Siginificant Digit (1 - 9)
  <Example>
       For Resistor:
           330  
B
  33 x 10    =    33 
Ω
           561  
B
  56 x 10    =  560 
Ω
           123  
B
  12 x 10    =  12k 
Ω
           0R00  =  0 
Ω
       For Capacitor:
           820  
B
  82 x 10    =          82 pF
           102  
B
  10 x 10    =      1000 pF  =  0.001 
µ
F
           104  
B
  10 x 10    =  100000 pF  =      0.1 
µ
F
           The suffix attached to capacitance indicates a type of capacitor.
0
1
3
0
2
4
< INDEX >
DRIVE  BOARD
U1
D4
U2
C4
U3
D3/D4
U4
D3
U5
D3
U6
D2
U7
B3,C2,D2
U9
B5
U10
C2,D4
U11
B2,B3.B4
U12
A3,B3
U13
A3,B2,B3,B4
U14
B4
U15
B2
U16
D1
U17
A5
U18
A3,A4,B3
U19
A2,A3,B2,B3,B4
U20
D4
Q4
B2
Q5
B2
Q9
C2
Q10
B2/C2
Q11
C3
Q12
C3
Q13
C4
Q14
C4
Q15
B4
Q16
B4
D5
C2
– 13 –
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