26 BIAS(H)
O
Linear Audio record timing terminal
When recording linear audio, take (H) as output
Output mode: REC,(ADUB,AV-INSERT)
When start recording, set BIAS(H), R.REC(H) output range 140~160msec
recording time
When finish recording, BIAS(L) = Output, D.REC(L) Time = 0 ~ 20 msec
Low
Low
Low
27 S.TAB(L)
I
SAFETY TAB DETECTION INPUT
WITH Safety Tab: Input = Low
Without Safety Tab: Input = High
In
In
In
28 FM.MUTE(H)
O
Audio Mute Output terminal
During P.Off,Head cleaning,Timer Standby,and VPS/PDC Standby,
(After canceling these modes,take (L) as the output after delayed time= 600msec.
During VV,when tape speed is not 1 time speed, Output = High.
(Take (L) as the output, after switching over to 1 time speed,and after delayed
time = 600msec.
Take (H) as the output During switching over of EE/VV, Output = High after
interposing the changing point.
(Take (L) as the output, after switching over of EE/VV, and delayed time= 600ms.
When J.CLK/A.DEF/NOR terminal is A.DEF, Output = High.
High
Hi-z
High
29 SW1
O
AUDIO SYSTEM (TUNER PRESET) select terminal.
AUDIO SYSTEM = BG, I: High is Output
AUDIO SYSTEM = DK, M: Low is Output
Hi-Z
Hi-Z
Hi-Z
30 POS.SW4
I
In
In
In
31 POS.SW3
I
In
In
In
32 POS.SW2
I
In
In
In
33 POS.SW1
I
In
In
In
34 RESET(L)
I
Reset terminal
In
In
In
35 32KHz.IN
I
Sub clock 32.768KHz osc.input
In
In
In
36 32KHz.OUT
O Sub clock 32.768KHz osc.output
Out
Out
Out
37 5V(D)
-
Digital port Power Vcc (5V)
-
-
-
38 12MHz.IN
I
Main clock 12/16MHz osc.input.
In
In
In
39 12MHz.OUT
O Main clock 12/16MHz osc.output.
Out
Out
Out
40 GND(OSC)
-
OSC circuit Digital GND.
-
-
-
41 NC
Unused terminal. Fixed Output = Low
Low
Low
Low
42 NC
Unused terminal.Fixed Output = Low.
Low
Low
Low
43 32K.START(L)
I
Clock source selection terminal during reset start.
Connect Vcc(5V), when 12/16 MHz High speed mode
Connect to Vss(0V), when 32KHz low speed mode
In
In
In
44 LC.OSC.IN
I
LC osc. Input terminal
In
In
In
45 LC.OSC.OUT
O LC osc. Output terminal
Out
Out
Out
46 GND
-
Terminal B for testing. ( connected to GND )
-
-
-
47 4FC.LPF
I
Internal OSC Connection terminal for sync generator circuit.
In
Low
In
48 FSC.IN
I
Sub carrier (fsc) input terminal for sync generator circuit.
In
Low
In
49 GND(OSD)
-
GND terminal for OSD circuit
-
-
-
50 CVIN
I
Composite Video signal input terminal
In
In
In
51 VSS
Unused terminal. Connected to GND.
52 CVOUT
O
Composite Video Signal Output Terminal.(Do not use as common port)
Out
Out
Out
53 5V(OSD)
-
OSD circuit Power supply Terminal
-
-
-
54 HLF
I
Slicer LPF Connection Terminal
In
In
In
55 VHOLD
I
Capacitor Connection terminal of Slicer Ref Voltage Generator Circuit
In
In
In
56 CVIN(EDS)
I
Slicer Composite Video Signal Input Terminal.
In
In
In
57 GND
-
Testing terminal A. ( Connected to GND )
-
-
-
Mecha position Input
Refer to the mecha timing chart for Input result data control.
POS.SW1
POS.SW2
POS.SW3
POS.SW4
Position
0
0
0
0
0
0
0
1
0
0
1
0
DOWN
0
0
1
1
R-REW
0
1
0
0
LOAD
0
1
0
1
REV
0
1
1
0
PLAY
0
1
1
1
POFF
1
0
0
0
STOP_R
1
0
0
1
STOP_F
1
0
1
0
1
0
1
1
1
1
0
0
FF / REW
1
1
0
1
1
1
1
0
EJECT
1
1
1
1
51
NV-VP32GN / NV-VP32EE
Summary of Contents for NV-VP32GN
Page 8: ...6 GENERAL DESCRIPTION 6 1 OPERATING INSTRUCTIONS 8 NV VP32GN NV VP32EE ...
Page 9: ...9 NV VP32GN NV VP32EE ...
Page 30: ...4 Cut the antistatic flexible sheet for the optical pickup unit Fig 4 30 NV VP32GN NV VP32EE ...
Page 36: ...36 NV VP32GN NV VP32EE ...
Page 37: ...37 NV VP32GN NV VP32EE ...
Page 64: ...NV VP32GN NV VP32EE 64 ...
Page 80: ...NV VP32GN NV VP32EE 80 ...
Page 86: ...NV VP32GN NV VP32EE 86 ...
Page 87: ...18 EXPLODED VIEWS 18 1 VCR MECHANISM CHASSIS PARTS SECTION 87 NV VP32GN NV VP32EE ...
Page 88: ...18 2 DVD MECHANISM CHASSIS PARTS SECTION 88 NV VP32GN NV VP32EE ...
Page 89: ...18 3 CASING PARTS SECTION 89 NV VP32GN NV VP32EE ...
Page 90: ...90 NV VP32GN NV VP32EE ...
Page 91: ...18 4 PACKING PARTS SECTION 91 NV VP32GN NV VP32EE ...
