FOR SCHEMATIC DIAGRAM AND CIRCUIT BOARD LAYOUT NOTES,
REFER TO BEGINNING OF SCHEMATIC SECTION.
COMPARISON CHART
OF MODELS & MARKS
PVQ-1311
PV-C1321
PV-C1331W
VV-1301
VV-1311W
PV-C1341
PV-C1351W
PV-C2011
PV-C2021
PV-C2031W
VV-2001
PV-C2061
Not Used
A
B
C
D
E
F
G
H
I
J
K
L
Z
MODEL
MARK
4148
D805
8.2M
1/2W
R818
2SD601A
Q1071
MA4051N
D1011
0.018
C1030
R807
0.47/50V
C1051
2SA733
Q1070
C805
470/180V
1/50V
C1021
2SD2358
Q1053
C1057
D804
150K
R1071
2SD1819ARS
Q1003
R806
47
1/4W
C1018
0.1
220/6.3V
C1032
3300P
C1002
100
R1007
6800
R1020
2200P
C1003
100/6.3V
C1058
MA188
D1007
100P
C1029
1200
R1051
R813
100K
D1053
R1056
1K/2W
R1075
220
R1015
10/16V
C1052
2200
R1006
2200
R865
22K
R1073
L802
5600
R1016
C808
0.082
L803
8.2M
3900
R1019
D802
330
R1057
0.22
C1007
2SD1458
Q1002
18K
R1018
220
R1014
220P
C1006
10K
R1017
10
R1011
C1085
10U
L1003
330K
R1003
2SB1218ARS
Q1005
22U
L1002
D801
15K
R1053
MA165
D1016
RL801
4
2
3
1
3900
R1008
ERA18-04
D1003
47K
R1072
22K
R1070
220P
C1025
MA858
D1012
56
R1005
0.018
C1009
R805
100K
15
R1025
2SC945A
Q801
100P
C1010
ERA18-04
D1005
15K
R1052
330/18V
C1016
2SD601ARS
Q1052
C804
4700P
C806
22/250V
D803
220
R1022
MA4110N-HTA
D1051
2SB709ARS
Q1004
10 1/4W
1/4W
R1010
120/200V
C1004
MA165
D1013
C1084
2200P
330/25V
C1013
Q1001
10K
R810
4R7/50V
C1014
C817
1500P
/250V
33K/2W
R1004
ERA18-04
D1002
R1023
D881
ERZV10V361CS
C1054
D1054
ERC30-01
D1006
4R7/50V
C1011
2SD2159
Q1051
100K
R1058
330/18V
C1012
C1083
220P
1000/6.3V
C1017
0.01
C1001
47/16V
C1059
4R7/200V
C1005
C1055
D1052
18M
L1001
R1076
R1077
D1001
ERB81-004
D1008
1K/2W
R1074
C803
4700P
R802
10K
1/2W
C801
4700P
C802
4700P
T1001
L1006
VLPS0083
F1001
125V/1.6A
D1015
PR1002
0
R1024
PR1001
J1051
100/16V
C1070
MA4056-M
D1070
D591
TP806
TP807
TP892
TP891
TP808
TP809
C807
VSQ1003-F
D882
ERZV10V361CS
220P
C809
220P
C810
J810
J802
J801
TP1001
TP1050
TP1058
TP1004
TP1005
TP1008
TP1009
TP1003
TP1002
P801
P1002
P802
0N3131-R.KT
IC1001
1
2
3
4
D1071
P1001
TP893
R801
0.82/3W
R803
0
R804
180
F801
125V/4A
TP810
IC801
STR30130
1
2
3
4
5
AC 120V
13
8
11
9
6
7
14
10
3
1
5
12
DISCHARGE
TV POWER ON(H)
OVER CURRENT(L)
P803
2
AC120V
AC120V 1
TO MAIN I
SW+130V
TO MAIN V
TO MAIN II
UNSW+30V
UNSW+14V
TO MAIN I
SW+12V
SW+12V
SW+12V
SW+12V
TO MAIN III
TO MAIN V
POWER ON(L)
UNSW+5V(VIDEO)
TO MAIN III
UNSW+5V(VIDEO)
TO MAIN II
UNSW+5V(SYS.CTL)
TO MAIN I
SW+5V(VIDEO)
SW+5V(VIDEO)
TO MAIN II
SW-5V
POWER DOWN(L)
TO MAIN I
1
1 AC 120V
AC 120V
1
AC 120V
1
ERROR
VOLTAGE DET
POWER
DOWN-OFF
ERROR
VOLTAGE DET
ERROR
VOLTAGE DET
SWITCHING
POWER ON-ON
SWITCHING
POWER ON+5V
+12V
REGULATOR
SWITCHING
CONTROL
(SWITCHING)
SWITCHING
CONTROL
AC POWER
CORD
7
8
D
B
5
4
F
2
G
1
M
E
H
3
A
C
I
L
6
J
K
N
O
2
1
DEG
DEGAUSSING
COIL
TO MAIN V
TO MAIN V
SWITCHING
TV POWER ON-ON
(-5V REGULATOR)
HOT CIRCUIT. BE CAREFUL AND USE AN ISOLATION TRANSFORMER WHEN SERVICING.
+130V
REGULATOR
+130V
REGULATOR
WF36
WF42
WF37
WF41
WF40
WF39
WF38
HOT
/250V
/125V
or 250V
/125V
or 250V
/250V
or 500V
Z
/250V
or 500V
/250V
or 500V
/250V
or 500V
/125V
or 250V
/125V
or 250V
/125V
or 250V
/125V
or 250V
/125V
or 250V
/125V
or 250V
(18V)
100U
Z
Z
Z
Z
(11V)
Z
Z
(5.6V)
Z
(5.1V)
1500P
/250V
4A 125V
1.6A 125V
TSEH0019
/LSSY0004
/TSEH0005
/TSEH8007
/TSEH1860-1
ERC13-08V
/EM02BMV
ERC13-08V
/EM02BMV
ERC13-08V
/EM02BMV
ERC13-08V
/EM02BMV
TRPF5B0M050K
/VRPSKF5JM050
DB105G
/S1NB60-4101
/S1WBA60
2SC4533LP.KT
/2SC5130LF608
ETS28AD2J3NC
/LSTP0105
/VTPS0041-1
/VTPS0042-1
MA2180LA
/1N4746A-T
/1N4746ARL
UNH000600A
/ICP-N38-TP1
/LSSF009A25E
UNH000600A
/ICP-N38-TP1
/LSSF009A25E
IMPORTANT SAFETY NOTICE:
COMPONENTS IDENTIFIED BY THE SIGN HAVE
SPECIAL CHARACTERISTICS IMPORTANT FOR SAFETY.
WHEN REPLACING ANY OF THESE COMPONENTS,
USE ONLY THE SPECIFIED PARTS.
CAUTION: FOR CONTINUED PROTECTION AGAINST FIRE HAZARD,
REPLACE ONLY WITH THE SAME TYPE 4A 125V FUSE.
ATTENTION: POUR UNE PROTECTION CONTINUE LES RISQUES
D’ INCENDIE N’ UTILISERQUE DES FUSIBLE DE MÉME
TYPE 4A 125V
4A 125V
MAIN IV (POWER SUPPLY) SCHEMATIC DIAGRAM (H, I, J, K, L)
CAUTION: FOR CONTINUED PROTECTION AGAINST FIRE HAZARD,
REPLACE ONLY WITH THE SAME TYPE 1.6A 125V FUSE.
ATTENTION: POUR UNE PROTECTION CONTINUE LES RISQUES
D’T INCENDIE N’I UTILISERQUE DES FUSIBLE DE MÉME
TYPE 1.6A 125V
1.6A 125V
Summary of Contents for OmniVision PV-Q1311
Page 9: ...Fig 1 4 Fig 1 5 9...
Page 23: ...5 2 IC TRANSISTOR AND CHIP PART INFORMATION 23...
Page 27: ...Fig D4 Fig D5 27...
Page 31: ...6 2 2 Inner Parts Location Fig J1 1 31...
Page 32: ...6 2 3 EJECT Position Confirmation Fig J1 2 32...
Page 33: ...6 2 4 Grounding Plate Unit Full Erase Head and Cylinder Unit Fig J2 1 33...
Page 84: ...84...
Page 88: ...11 2 MECHANISM BOTTOM SECTION 88...
Page 89: ...11 3 CASSETTE UP COMPARTMENT SECTION 89...
Page 90: ...11 4 CHASSIS FRAME SECTION 1 90...
Page 91: ...11 5 CHASSIS FRAME SECTION 2 91...
Page 93: ...Model PV C2011 PV C2021 PV C2031W VV 2001 PV C2061 93...
Page 111: ...R4591 ERDS2TJ681T CARBON 1 4W 680 111...
Page 113: ...R6009 ERJ6GEYJ102V MGF CHIP 1 10W 1K 113...
Page 135: ...R6032 ERJ6GEYJ102V MGF CHIP 1 10W 1K 135...