Schematic Diagram - Panasonic NV-DV2000 Service Manual

[ REF NO. 30000 SERIES ]
Q2
2SB1218
R2
C3 L2
1K
18P 68u (BUFFER)
E
R7
R5
33K
560
4.8
R1
C4 L3 R3 4.2 Q3
820
68P 18u 1K
2SC3930
1.6
(AMP)
4.2
R4
1.8
2.3
1.6 180
1.1
R8
0 22K
R6
Q1
270
2SB1218(AMP)
Q6
R22
R19
2SB1218 560
1K
Q7
4.8 (AMP)
R24 2SC3930
33K
(BUFFER)
4.1
4.2
1.4
R20 L10
1.1 1.8
C22
2.1 100 33u
1.4 6V22
D
0 Q5
R25 R26
C23
2SB1218(AMP) 22K 1100
22P
R21 C21 L9 R23
240
220 100P 5.6u
R31 R32 R35
1K 33K 560
R29
1K
R30 L13 L14 C29
Q10
1K 33u 33u 6V22
4.1
2.0 2SC3930
(AMP)
L15 1.3
10u
C31
C27 C28 C30 R33
82P R36
22P 56P 22P 27K
2.1
100
1.5
R34 R37
120
0 560
Q9
C
2SB1218 (AMP)
LB4~6
VLP323A601T
PS2
LB4
C SYNC 1 (A1)
IC1
V PULSE 2 (A2)
LB5
(A3) MC14053BF
IIC DATA 3
LB6
4 (A4) (C/Y INPUT SELECT)
IIC CLK
H BLK 5 (A5)
C2
GND (D) 6 0.1
DNR C OUT 7 (A6)
GND (D) 8
9 (A7)
DNR Y OUT
GND (D) 10
-5.2
DNR C IN 11 (A8)
<0.2>
0 0 0 0
GND (D) 12
8 7 6 5
DNR Y IN 13 (A9)
VSS VEE INH C
YC REG 5V 14 (A10)
15 (A11) L
HSS
B
V BLK 16 (A12)
TO VIDEO SECTION
L
C B A
IN MAIN PP3502
( D-1 )
9 10 11 12
4.4 4.1 4.1 2.2 2.1
PS1
GND 1
COMB OFF (L) 2
YC REG 5V 3
C SEP OUT 4
GND 5
Y SEP OUT 6
I/O -5V 7
8 (A13)
FSC
I/O 5V 9
GND 10
CPN C IN 11
CPN (L) 12
CPN Y IN 13
GND 14
CPS V IN 15
TO VIDEO SECTION
IN MAIN PP3501
( C-1 )
A
1 2
VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE
VIDEO MAIN SIGNAL PATH IN REC MODE
C6 Q4
4.8
39P
2SC3930
2.0
(AMP)
<3.0> 2.8
L4
33u <3.7>
C8
R10
6V100
1K
C9
R11
0.1
R9 C7
L5
820
1100 33P 39u
0 4.8
2.8
28 27 26
Q8
4.8
2SC3930
IC2
(AMP)
2.1 2.8<3.3> TC9090AF (3D IC INTERFACE)
<2.6>
R27
1k
L11 L12
1 1 2 2 3 3
33u 33u
3.3 0
1.4
(1.5)
TL1
<1.9>
R28
C24 C25 C26
820
56P 56P 22P
L6
VLQ0319K
330
R38
4.8
Q11
1K
4.1
2SB1218
(BUFFER)
2.3
R43
3.0 0
2.3
0
Q12
2SB1218
(AMP)
X2
VSX1110
R95
470
L17
VLP0319K
330
0 0 2.3
C41
4 3 2 1
0.1
L H IC3
NJM2903M
H R44
B
5600 (AMP)
H
Y C VDD
4.9 0 0 0
13 14 15 16 8 7 6 5
2.1 2.3 5.0
+V
-V
1 1 2 2 3 3 4 4
4.5 0 2.9 0
R45
L1
22K
VLQ0319K330
R47
2700
C1
R48
0.1
390
C38
1000P
R46
R51
0 100K
D1 C39
MA8027H 0.1
(A2) (A11)
3
R18
L7 L8
0 VLQ319K330 VLQ319K330
C17 C19
16V10 16V10
C12
8200
C18 C20
0.1 0.1
2.8
<3.3> 1.6 3.4 2.3 1.9 2.3 4.8 0 0 4.8
2.8
25 24 23 22 21 20 19 18 17 16 15
4 4 5 6 7 8 9 10 11 12 13 14
0 0 0 0.4 0
4.8 1.4 1.2 4.8 4.4 4.4
R42
0
R41
0
R40
3300
R39
0 0
47K
QR1
UN5213
4.4
(COMP OFF L :OFF)
L16
VLQ0319K
330
R17
0
IC7
C86 R97
150P 100K PST9142NR
(RESET)
0 0 0
3 2 1
R98
33K
D3
C90 GND SUB NC
R96
HVU17
470P
1M
TL2
R100
OUT IN
100K
C89
4 5
C87 0.1 C94
4.8 R101 4.9
15P 0.1
150K
C92 C93
0.1 0.1
C88
0.1 R99 1K
R63
0
C100
0.1
D2
MA142K
1
3
2
0 0 0 0
4.9 4.9 4.9 4.8
16 15 14 13 12 11 10 9
VDD
B
IC4
TCHC4538AFEL (V PULSE MONO MULTI)
A
VSS
1 2 3 4 5 6 7 8
0 4.9 4.9 0 0 0 4.9 0
C43 R50
470P 22K
R109 R54
VR3
0 0
C40
EVM7JSX30B54
6V47
H BLK
(A13)
(A5) (A12)
NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
4 5
LB2
Q15
R64
VLP321A
R69 R72
33K 2SB1218
300T
1K 8200
(AMP)
R66 4.9
560
4.2
R70 L20 R71
2.0 820 27u 1K
C57 4.2
6V22
Q14
1.8
2SC3930
(BUFFER) 2.6
1.1
2.0
C58 C59
Q16 12P 27P C60
R65 R68 R67 0
6V47
22K 270 270 2SB1218
(AMP)
Q21
2SD1819
R74 R76 R81 (AMP)
33K 560 4.9 1K
4.2
Q19
3.1
R83
2SB
3300
1218
1.9
C62 C45
R82
4.2 (AMP)
0.01 1K 8P
(0)
L18
1.8 1.1
(2.6) 2.5 27u
R75 (2.0)
22K <1.7>
C44 C46
R78
1.9 0
12P 12P
C63 270
R77
0.1
270
Q18
Q20
2SC3930 2SB1218
(BUFFER) (AMP)
IC8
MSM518221
(MEMORY)
LB1
VLP0321A300T
C101
0.1
C56
6V47
C73
C84 0.1
4.8
0.1
VDD
0
VSS
0
LPH (28) INV OUT
R55 0 0
FSC (29) INV IN
0 (30) VCXO GND
AVSS
4.8
AVDD
1.5(2.3)
CLAMP
0
A GND AD
C77 0.1
3.4
V REF HY
1.5(2.3)
A INY
C78 0.1
1.4
V REF LY
C79 0.1 1.3
BIAS
4.9
A VDD AD
C80 0.1 1.4
V REF LC
2.4
A INC
C81 0.1 3.4
(51) C OUT
V REF HC
0
(52) AVDDDA
A GND AD
C82 0.1 3.3 (53) VB1Y
VB2
R93 C83 0.1 1.6
3300 VB1C
2.4
V REF
C107
1u
R94 C85
LB7
3300 0.1
VLP0321
A300T
C97 C99
C106
6V100 0.1
1u
R110
(A6) (A8) (A15) (A16)
0
(A7) (A9) (A10) (A14)
6 7
LB3
VLP0321A300T
C76
R84
0.1 1200
Q17
Q22
2SD1819
2SB1218
(AMP)
4.8
(2.5) (AMP)
L21 R87
1.9
47u 1200
3.0
2.4
1.3
(1.8)
0
R85 C67 C68
R73
C61 1800 8P 3P
1K
50V1
R88
C70
1200 Q23
3P
2SB1218
R79
(AMP) R91
4.8 R90
10K
1K
2.6 4300
2.5
2.0 L22
0
C69
47u
0.1
C71 C72
C64 R89
0.01 R80 15P 8P
10K
10K
R86
1K LB8
VLP0321A300T
(B10) (B9) (B8) (B7)
(B19) (B20) (B3) (B4) (B5) (B6)
4.3 2.5 2.6 1.2 2.0 1.4 2.9 3.3
(2.3) (3.0) 2.9 (0) (1.1) (2.3) (1.7) (2.5) (1.5)
4.9 4.9 4.9 0 0
<2.5> <1.6> <1.8> <1.7> <0.9> <1.8> <1.9> <1.8> <1.5>
28 27 26 25 24 23 22 21 20 19 18 17 16 15
1 2 3 4 5 6 7 8 9 10 11 12 13 14
0 0.1 0.1 0.1 0 0 0 0
0 1.1 0 4.9 4.9 0
(1.8) (1.7) (2.9) (2.0) (1.3) (2.6) (1.1) (1.3)
<0> <0> <0>
(B11) (B12) (B13) (B14) (B1) (B2) (B18) (B17) (B16) (B15)
C95
6V100
(B1)
(B2)
1.9(2.3)<2.0>
(B3)
MI0
1.8
(B4)
MI1
2.2(2.5)<1.9>
(B5)
(1) WCK MI2
3.3(1.6)<2.9>
(2) RSTW MI3 (B6)
(3) DVDD 2.5(2.8)<2.2>
MO0 (B7)
2.4(2.8)<2.2>
MO1 (B8)
3.1<2.6>
MO2 (B9)
2.0(2.3)<3.9>
IC6 MO3 (B10)
0
TC90A11F
D GND
TL12
(3D Y/C SEP) 0 C96
FSC4
0.1
4.9
DVDD
0.1(1.9)<0.4>
MO4 (B11)
0.1(1.5)<0.4>
MO5 (B12)
0.1(2.9)<0.4>
(B13)
MO6
0.1(2.0)<0.4>
(B14)
MO7
(78) DVDD
0(1.5)<0.1>
(B15)
(79) ATH MI4
0(1.0)<0.1>
(80) RSTR (B16)
MI5
0(2.7)<0.1>
(B17)
MI6
0(1.5)<0.1>
(B18)
MI7
1.0
(B19)
RCK
(B20)
(A15) (A14)
(A1) (A4)(A3)
NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.
8 9
(A16)