DOWNLOAD Panasonic WV-CS850B / WV-CS854BE Service Manual ↓ Size: 5.57 MB | Pages: 51 in PDF or view online for FREE

Model
WV-CS850B WV-CS854BE
Pages
51
Size
5.57 MB
Type
PDF
Document
Service Manual
Brand
Device
Video Monitoring / COMBINATION CAMERA
File
wv-cs850b-wv-cs854be.pdf
Date
PREV: Panasonic WV-CS850 / WV-CS854E Service Manual

Panasonic WV-CS850B / WV-CS854BE Service Manual ▷ View online

GARESET
SACLK
P[47]
5V_LP_IN
485DET
485RXD
485TXD
DOUT
VIDEO-FB
5V_ALARM1
5V_485EN
5V_ALARM2
5V_485TXD
485EN
ALARM1
ALARM2
SADOUT
5V_SADOUT
CLK
LP_IN
ALARM_IN
5V_SACLK
GADIN
5V_SAFIELD
SAFIELD
485IN
5V_ALARM2
5V_ALARM1
GARESET
5V_485TXD
485IN
RST
PAN_GEN
5V_LP_IN
485TXD
SACLK
485EN
SADOUT
VIDEO-OUT
GADIN
SAFIELD
ALARM2
ALARM1
485DET
485RXD
VIDEO-FB
5V_SAFIELD
RST
5V_SADOUT
5V_SACLK
CLK
PAN_GEN
5V_485EN
P[44]
P[41]
P[43]
P[42]
P[45]
P[40]
P[46]
VIDEO-OUT
DIN
LP_IN
ALARM_IN
R169
20k
F12V
R88
22
R124
6.8k
R176
10k
R191
0
R185
0
IC26
1
IN_B
2
IN_A
3
GND
4
OUT_Y
5
VCC
GND
R118
10k
DSP2.0V
R43
OPEN
R113
10k
SACLK
R62
200
IC22
1
RESET
2
CLK
3
LPI
4
LPO
5
ALARMIN
6
VSS0
7
ASCKI
8
ASCKO
9
ASD0
10
ASTARTI
11
ASTARTO
12
IN485
13
OUT485
14
TXDET
15
TEST
16
NORMAD
17
SET1
18
VSS1
19
VDD0
20
SET2
21
SET3
22
SET4
23
SET5
24
SET6
25
SET7
26
SET8
27
SET9
28
SET10
29
SET11
30
SET12
31
VSS2
32
SET13
33
SET14
34
SET15
35
SET16
36
LC1I
37
LC1O
38
LC2I
39
LC2O
40
LC3I
41
LC3O
42
VSS3
43
VDD1
44
LC4I
45
LC4O
46
LC5I
47
LC5O
48
CS
R34
6.8k
LOGIC5V
C88
0.01uF
GND
D6
R162
10k
ALARM1
R170
100k
GND
R79
12k
R110
10k
R157
10k
R160
10k
R91
0.1
485DET
R46
6.2k
R112
10k
R40
1.5k
SAFIELD
R44
6.8k
LOGIC6V
F12V
R37
100
R38
3.3k
IC28
1
1A
2
3Y
3
2A
4
GND
5
2Y
6
3A
7
1Y
8
VCC
R116
100k
R267
OPEN
C48
1uF
L1
47uH
VIDEO-FB
LOGIC5V
5V_SAFIELD
IC30
1
ON/OFF
2
VSS
3
VOUT
4
EXT
5
VIN
IC27
1
IN_B
2
IN_A
3
GND
4
OUT_Y
5
VCC
GND
R172
10k
SADOUT
R251
75
VS1
1
IN_1
3 IN_2
2
OUT_1
4 OUT_2
R188
OPEN
R239
0
CLK
R109
10k
R50
6.8k
GND
R164
10k
L14
22uH
5V_SACLK
DIG3.3V
R41
1.5k
GND
P[40-47]
GADIN
Q16
OPEN
R94
22
MOT7V
PAN_GEN
IC16
1
CT
2
RT
3
+IN1
4
-IN1
5
FB1
6
D.T.C.1
7
OUT1
8
E/GND
9
VCC
10
OUT2
11
D.T.C.2
12
FB2
13
-IN2
14
+IN2
15
SCP
16
VREF
R163
39k
R159
1k
LOGIC5V
R412 1.1K
5V_SADOUT
C3
0.1uF
IC18
1
A_OUTPUT
2
A-INPUT
3
A+INPUT
4
V+
5
B+INPUT
6
B-INPUT
7
B_OUTPUT
8
C_OUTPUT
9
C-INPUT
10
C+INPUT
11
GND
12
D+INPUT
13
D-INPUT
14
D_OUTPUT
C65
20pF
R166
18k
R35
6.8k
CF1
1
2
3
VIDEO-OUT
Q14
Q17
S
G
D
R408
33k
IC20
1
B_OUTPUT
2
A_OUTPUT
3
V+
4
A-INPUT
5
A+INPUT
6
B-INPUT
7
B+INPUT
8
C-INPUT
9
C+INPUT
10
D-INPUT
11
D+INPUT
12
GND
13
D_OUTPUT
14
C_OUTPUT
GND
FF12V
R56
OPEN
Q25
R413
16k
D17
R174
22k
RST
R171
10k
R414
560
C160
4.7uF
6.3(6)V
DIG3.3V
LOGIC5V
R53
1.2k
R153
1k
Q11
R421
6.2k
C167
3.3uF35V
R156
2k
R76
10k
C15
0.1uF
D8
R418
0
CN4
1
12V
2
GND
3
Attachment1
4
Attachment2
CN6
1
2
3
4
GND
C157
22uF16(15)V
C163
6.8uF
6.3(6)V
D19
OPEN
C168
0.01uF
R57
100
R422
OPEN
FF12V
IC8
1
VSS
2
VIN
3
VOUT
Q12
GND
D13
IC21
1
2Y1
2
2Y0
3
3Y1
4
3-COM
5
3Y0
6
INH
7
GND1
8
GND2
9
C
10
B
11
A
12
1Y0
13
1Y1
14
1-COM
15
2-COM
16
VCC
R419
0
ALARM2
C4
1uF
R161
100k
485EN
R158
2k
Q9
R133
5.6k
D18
C161
330pF
F12V
C158
0.01uF
R410
15k
R36
1k
R407
16k
R411
1.8K
C166
1uF16(15)V
R107
10k
L16
Q7
485RXD
C87
0.01uF
IC23
1
NC
2
IN_A
3
GND
4
OUT_Y
5
VCC
R154
2k
Q13
R45
4.7k
R417
33k
R409
560
5V_LP_IN
IC10
1
OUT
2
GND
3
IN
R415
1.8 K
Q6
LOGIC5V
485TXD
CN3
1
DIN
2
DOUT
3
VIDEO-FB
4
DI-A
5
DI-K
6
Attachment1
7
Attachment2
IC19
1
A_OUTPUT
2
A-INPUT
3
A+INPUT
4
V-
5
B+INPUT
6
B-INPUT
7
B_OUTPUT
8
V+
C26
OPEN
LOGIC6V
D9
R155
2k
R71
OPEN
LOGIC5V
R182
100k
R168
10k
R221
2k
GND
C136
10uF16(15)V
Q8
Q15
OPEN
GND
R51
2.7k
R165
39k
Q10
L15
C75
0.1uF
R423
0
C8
0.1uF
R39
100
C42
OPEN
R63
OPEN
R416
1.1K
Q26
D7
R405
20k
GND
GND
GND
GND
F12V
F12V
GND
GND
R167
100k
LOGIC5V
R108
100k
GND
F12V
R175
10k
LOGIC6V
GND
F12V
GND
R126
10k
R228
OPEN
R49
100
GND
LOGIC5V
GND
GND
Attachment1
Attachment2
GND
IC25
1
Cont
2
GND_1
3
Np
4
Vout
6
Vin
5
GND_2
R89
9.1k
R90
47k
C50
0.01uF
C100
47uF10V
C137
22uF25V
C116
22uF25V
R52
100k
GND
C93
0.01uF
GND
GND
C159
33uF8V
R406
4.7k
C76
0.1uF
C77
0.1uF
C78
0.1uF
C79
0.1uF
C80
0.1uF
C89
0.1uF
C90
0.1uF
C92
0.1uF
C94
0.1uF
C27
1uF
C162
0.1uF
C164
0.1uF
C165
0.1uF
C11
0.01uF
GND
C170
2200pF
R420
11k
C18
0.1uF
C31
0.1uF
C81
1000pF
C169
47uF6.3(6)V
C55
47uF6.3(6)V
SERVO  BOARD (2/2)
TO
SERVO
BOARD
(1/2)
1
2
3
4
5
6
7
8
A
B
C
D
E
F
<INDEX>
SERVO  BOARD
IC8 A7/A8
IC10 C2/D2
IC16 B3
IC18 E3
IC19 B5/C5
IC20 C7/D7
IC21 B6/C6
IC22 E6/E7
IC23 B7
IC25 A5
IC26 E5
IC27 E5
IC28 E4/E5
IC30 A6
Q6
C3
Q7
C3
Q8
C3
Q9
C4
Q10 C4
Q11 C3
Q12 C3
Q13 C3
Q14 C4
Q17 A6
Q25 A3
Q26 A4
D6
A6
D7
A7
D8
E3
D9
E3
D13 D3
D17 A3
D18 A4
TO
SLIP RING
TO
SLIP RING
– 4-5 –
SCHEMATIC DIAGRAM  OF SERVO BOARD (2/2)
– 4-6 –
SCHEMATIC DIAGRAM  OF SENSOR BOARD
CCDOUT
*H2
*H1
*R
+V[2]
+V[4]
+V[1]
+V[3]
SUB
+V[3]
+V[2]
+V[4]
+V[1]
*H1
*H2
*R
SUB
CCDOUT
GND
GND
GND
L500
100uH
GND
GND
15V
GND
5V/3.3V
-9V
C502
1uF
GND
5V/3.3V
-9V
15V
R506
10
R503
0
R502
10
R511
1M
R504
3.9k
R505
10
R510
10
C509
0.1uF
C504
0.1uF
Q500
R514
56
C505
OPEN
C510
4.7uF16(15)V
(CN500)
1
-9V
2
*V5
3
*V3
4
*V1
5
*V4
6
*V2
7
3.3V/5V
8
AGND
9
CCDOUT
10
AGND
11
15V
12
SUB
13
AGND
14
R
15
H2
16
H1
17
AGND
18
AGND
19
AGND
20
AGND
C501
0.01uF
C506
270pF
R507
0
R508
OPEN
IC502
1
Vfai1
2
Vfai3
3
Vfai2A
4
Vfai2B
5
VL
6
GND_1
7
VOUT
8
VDD
9
GND_2
10
faiSUB
11
CSUB
12
faiRG
13
Hfai1
14
Hfai2
C500
1uF
C503
1uF
C507
1uF
IC500
1
NC
2
A
3
GND
4
Y
5
VCC
1
NC
2
A
3
GND
4
Y
5
VCC
1
NC
2
A
3
GND
4
Y
5
VCC
IC501
IC503
SENSOR  BOARD
1
2
3
4
A
B
C
D
<INDEX>
SENSOR  BOARD
IC500
A1
IC501
A2
IC502
C2
IC503
A3
Q500
B1
Note:
IC502 is not included 
in Sensor Board Ass’y.
R308  103
VS302
VS303
VS304
R302  222
R303  222
C303 101
C301 101
R305  683
R304 683
C304  104
1
2
5 VCC
4
3 GND
IC303
1
I
2 O
3
G
IC306
L301  8R2
C320 104
C328
104
C23 104
C333 104
C331 104
C322
OPEN
C321
104
C327 104
C334  104
R324  102
R325  361
R326  361
R322
202
R321
102
C323  104
R323
361
R327 OPEN
1
3
2
I
O
G
C33  222
1
3
2
I
O
G
C34  222
R311
0R00
R312
0R00
R313
0R00
R314
0R00
C302 101
C305 OPEN
C306 OPEN
1
3
2
I
O
G
C31  222
1
3
2
I
O
G
C32  222
1
2
3
VCC
4
5
6
7
14
13
12
GND 11
10
9
8
A
B C
D
IC9
1
2
3
4
5
6
7
8 GND
16
VCC
9
15
14
13
12
11
10
LOAD
CLK
E
F
G
H
#QH
QH
SIN
A
B
C
D
INH
IC12
R69 153
R67  153
C3
103
C5
103
R68 103
R416  OPEN
R64
153
R73
682
C8 103
C16  104
C370
472
R92  203
R87  392
R94 103
R93 103
R97 202
R95 202
R98 202
R100 202
R102 202
R96  203
R99  203
R104 203
R103 203
R107  0R00
R108
683
D11
R109
563
R124  0R00
C2  104
C6  104
3
2
1
Q1
3
2
1
Q2
1
I
2 O
3
G
IC13  
OPEN
C25 OPEN
R125  563
R133
102
R130
102
R131
102
R132
102
R126 393
R127 393
R128 393
R129 393
C26 102
C27 102
C28 102
C29 102
R137
104
R136 104
L302  8R2
C336 104
C330 104
C18  104
R338 0R00
D10
R337  0R00
R336  0R00
R335  560
R334  560
R333  560
R332  560
D9
3
1
2
D7
3
1
2
D8
3
1
2
D6
3
1
2
D5
3
1
2
D4
3
1
2
D3
3
1
2
D1
3
1
2
D2
R330  560
R328  560
R329  560
R331  560
C341  104
C347  104
13
12
IC308
9
8
IC308
11
10
IC308
5
6
IC308
3
4
IC308
5
6
IC309
3
4
IC309
13
12
IC309
9
8
IC309
11
10
IC309
R346  561
R339  472
R343  123
R351  332
R358  331
Q23
Q22
Q4
Q3
C360
47/10
C340  101
R352  272
C361
47/6.3
R344  680
R357  680
R345  152
R361  51
1
R365  821
Q8
Q5
R360  332
C362
47/10
R366 222
R372 102
R376  51
1
Q10
Q13
R375  680
R371
122
R417
0R00
Q11
R374
332
R384 682
C345  104
Q25
Q15
R368  472
R367  472
R383  0R00
R393  102
R382  680
C350
390
R395  102
Q18
Q16
C353  104
R394  332
R401 222
R380  562
R363 333
R370 154
R379 472
R364
330
Q24
D21
R400  222
R369
151
R359  750
Q7
Q6
C339  105
R348
151
R353  680
Q12
Q9
R362  680
R378  332
Q17
Q27
R391 680
C338  103
C359  10/16
C337  103
C343
105
2
3
4
8
7
6
5
AOUT
A–IN
A+IN
GND
B+IN
B–IN
BOUT
VCC
1
IC312
2
3
4
8
7
6
5
AOUT
A–IN
A+IN
GND
B+IN
B–IN
BOUT
VCC
1
IC314
C354
104
C365  4.7/10
R402  392
C355  101
C356
104
Q21
R406 241
R407 202
R405  103
C357 104
R403 473
C366 33/16
C342  105
C348  104
C351
221
C346
221
C352 OPEN
R387 0R00
R386  472
R389
560
Q20
Q28
R388 152
R397
560
R396 2R2
R399 2R2
R404
750
C358
100/6.3
1 I
2
O
3
G
IC310
C24 10/16
C326 47/16
C329 47/16
C332 47/16
C344  1/16
R392  123
R398
682
Q30
Q29
C367  104
Q31
R408 225
Q32
R409  822
R410  102
Q33
C368  104
R411
560
R412
560
R413 682
R414  222
VS305
C335 104
VS1
1
2
5
VCC
4
3
GND
IC302
1
2
5
4
3
IC304
R350  751
R390  471
R385 102
R377
331
R355 102
R347  152
R354
471
R342 222
R340  101
R341  102
C13
060
R101  563
C10  222
C12  222
C1
1  222
1 Y1
2 Y0
3 Z1
4 Z
5 Z0
6
7 VEE
8 VSS
16
VDD
9
C
15
Y
14
X
13
X1
12
X0
11
A
10
B
IC8
1
2
3
4
5
6
7
8
9
10
11
12
13
14
A1
Y1
A2
A3
A4
A5
A6
Y2
Y3
Y4
Y5
Y6
VCC
GND
IC10
2
3
4
8
7
6
5
AOUT
A–IN
A+IN
GND
B+IN
B–IN
BOUT
VCC
1
IC6
D20
Q19
Q26
Q14
1
2
3
4
5
6
7
8
9
10
11
12
13
CN1
1
2
3
4
5
6
7
8
9
10
11
12
CN2
VS301
5
1
2
3
4
IC313
1
2
3
4
5
6
7
8
16
9
15
14
13
12
11
10
VDD
VSS
OA
IA
IB
OB
OC
IC
NC
NC
OF
IF
IE
OE
OD
ID
IC311
1
3
2
CF2
1
3
2
CF1
1
I
2 O
3
G
IC307
TD23
TD24
TD27
TD25
TD26
TD28
TD39
TD40
TD1
1
TD12
TD13
TD14
TD15
TD29
TD30
TD31
TD32
TD33
TD34
TD35
TD36
TD37
TD7
TD41
TD22
1
2
3
4
5
CN3
TO
POWER  BOARD
. . . . . . . . . . . . . E4
TO
SLIP  RING
1
2
3
4
5
6
7
CN4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
VDD
VSS
IC3
TD9
TD1
TD2
TD3
TD4
TD5
TD6
TD42
TO
BASE
UNIT
TO
BASE
UNIT
TD38
1
2
14
7
IC309
1
2 14
7
IC308
1
2
3
4
5
6
7
8
9
14
13
12
11
10
R
D
IC301
R415  0R00
TD8
C17  104
C7  104
R78     563
R82
563
R81
563
R79
563
R80
563
R86
563
R83
563
R84
563
1 1R
2 1D
3 1CLK
4 1PR
5 1Q
6 #1Q
7 GND
14
VCC
13
2R
12
2D
11
2CLK
10
2PR
9
2Q
8
#2Q
IC11
1
2
3
4
5
6
7
8 GND
16
VCC
9
15
14
13
12
11
10
LOAD
CLK
E
F
G
H
#QH
QH
SIN
A
B
C
D
INH
IC7
1 1A
2 1B
3 1CLR
4 #1Q
5 2Q
6 2CEXT
7 2R/CX
8 GND
16
VCC
9
2A
15
1R/CX
14
1CEXT
13
1Q
12
#2Q
11
2CLR
10
2B
IC1
5
1
2
3
4
IC14
V5A
V5A
V5A
V5A
V5A
V5A
V5A
1 I
2
O
3
G
IC315
OPEN
R381 153
C371
100/6.3
ADRS7
ADRS6
ADRS5
ADRS4
ADRS3
ADRS2
ADRS1
ADRS0
GND-2
TX(B)
TX(A)
RX(B)
RX(A)
FH2
FH1
VIDEO
GND
GND
GND
AL-IN4
AL-IN3
AL-IN2
AL-IN1
AL-OUT1
AL-OUT2
12V
GND
12V
GND
LP
5V
GND-2
VIDEOFB
COM2SV
SV2COM
GND
GND
GND
GND
GND
GND
GND
GND
PDA-C
PDA-A
A
B
E
C
D
1
2
3
4
5
COMMUNICATION  BOARD
820
82 x 10    =          82 pF
102
10 x 10    =      1000 pF  =  0.001 
µ
F
104
10 x 10    =  100000 pF  =      0.1 
µ
F
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
33 x 10    =    33 
Ω
           561
56 x 10    =  560 
Ω
           123
12 x 10    =  12k 
Ω
           0R00  =  0 
Ω
0
1
3
0
2
4
010
1 x 10    =
1 
µ
H
8R2
8.2 x 10    =
8.2 
µ
H
101
10 x 10    =
100 
µ
H
0
0
1
For Capacitor
(Except Electrolytic Capacitor and Tantalum Capacitor):
For Coil:
< INDEX >
COMMUNICATION  BOARD
IC1
C4
IC3
C5
IC6
D3
IC7
C3
IC8
D2
IC9
D4
IC10
C4/D4
IC11
C5/D5
IC12
C2
IC14
C5/D5
IC301
E3
IC302
E4
IC303
E4
IC304
E4
IC306
E5
IC307
E5
IC308
D5,D5/
E5,E4
IC309
E3,E4
IC310
B2
IC311
A3
IC312
A4/A5
IC313
A5
IC314
A5
Q1
B2
Q2
B2
Q3
B3
Q4
B3
Q5
B3/B4
Q6
B3
Q7
B3
Q8
B3
Q9
B4
Q10
A5
Q11
B4
Q12
B4
Q13
B4
Q14
B4
Q15
B4/B5
Q16
B5
Q17
B4
Q18
B5
Q19
B5
Q20
B5
Q21
A4
Q22
B3
Q23
B3
Q24
A3
Q25
B4
Q26
B5
Q27
B4
Q28
B5
Q29
A3
Q30
A4
Q31
A3
Q32
A4
Q33
B3
D1
E2
D2
E2
D3
E2
D4
E2
D5
C1
D6
B1
D7
B1
D8
B1
D9
B1
D10
B1
D11
C4
D20
D3
D21
A4
– 4-7 –
SCHEMATIC DIAGRAM  OF COMMUNICATION BOARD
1
2
4
3
1
2
3
C
D
S
2
1
3
1
2
3
4
5
GND1
12V
5V
LP
GND2
3
1
2
6
5
4
8
7
1
2
FAN
GND
1
2
4
3
3
2
1
1
2
3
T1
POWER  TRANSFORMER
R3
181 (3W)
C1   563
R6  470
C3  152
C2  152
Q5
L24   2R62
R24   331
R25   102
R26   332
C21   473
R28   682
Q5
C28   470/16
D2
R27   243
C6   68/400
C11  101
IC1
R5  470
R7  4R7
D4
R4  220
C9  100/10
C10  105
C8  104
D21
C30   681
R31   331
C22   1500/16
L21   220
C23   330/16
E4
D22
C25   330/16
C26   220/10
C29   103
T1
R23   103
R30   202
E1
OPEN
C19   152
R29   OPEN
C27   104
L1
VS1
C13   104
Q4
Q4
IC2
IC3
E7
E6
E5
C24   OPEN
F1
2A/250V
L2
D1
C5   333
R12  470
R13  470
Q3
R11
362
R17   472
R10  683
R9  683
R8  683
D3
POWER  BOARD
A
B
1
2
3
AC
220  V - 240 V
50 Hz
E2
E3
Important  safety  notice
Components Identified by "      " mark have special characteristics for safety.
When replacing any of these components, use only  manufacturer's specified parts.
820
82 x 10    =          82 pF
102
10 x 10    =      1000 pF  =  0.001 
µ
F
104
10 x 10    =  100000 pF  =      0.1 
µ
F
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)
0
1
3
0
2
4
010
1 x 10    =
1 
µ
H
8R2
8.2 x 10    =
8.2 
µ
H
101
10 x 10    =
100 
µ
H
0
0
1
For Capacitor
(Except Electrolytic Capacitor and Tantalum Capacitor):
For Coil:
  <Example>
       For Resistor:
           330
33 x 10    =    33 
Ω
           561
56 x 10    =  560 
Ω
           123
12 x 10    =  12k 
Ω
           0R00  =  0 
Ω
< INDEX >
POWER  BOARD
IC1
A2
IC2
A3
IC3
B3
Q3
A1
Q4
A1,A3
Q5
A2
D1
B2
D2
B2
D3
B2
D4
A2
D21
B3
D22
B3
TO
COMMUNICATION
BOARD . . . . . CN3
– 4-8 –
SCHEMATIC DIAGRAM  OF POWER BOARD FOR WV-CS850B
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