4 System using two VTRs (1)
The figure below shows a system using one VTR
(BVW-75/75P) via analog interface and another VTR
(DVW-A500/A500P) via SDI interface.
REFERENCE THRU
Reference video signal
b)
ANALOG VIDEO
INPUT COMP
AC IN
a)
b) b)
SYSTEM I/F IN
VIDEO INPUT
75-Ω termination switch: OFF
REF. VIDEO
b)
INPUT
AC IN
BVW-75/75P
(recorder/player)
75-Ω termination switch: ON
REF. VIDEO
INPUT
AC IN
DVW-A500/A500P
(player)
Video monitor
h)
ANALOG VIDEO
INPUT COMP
REFERENCE
MON
IN
OUT
g)
f)
Line output
IN A (AV Processing
Board)
h)
SYSTEM I/F OUT
75-Ω termination switch: ON
REMOTE 1-IN(9P)
a) AC power cord
Audio monitor
b) 75-Ω coaxial cable (5C-2V or equivalent)
c) Cable with XLR connectors
d) 9-pin remote control cable
e)
e) Cable with RCA phono plugs
f) Cable with stereo miniplugs
g) VP REF cable (supplied)
h) 75-Ω coaxial cable (5C-FB or equivalent)
AUDIO
MON OUT L/R
IN
AUDIO
OUT
REMOTE 2
AUX 2
REMOTE 1
IN B (AV Processing
Board)
OUT A (AV
Main Unit (Digital Media
Processing Board)
Workstation and AV I/O Block)
h)
VIDEO OUTPUT 1
AUDIO INPUT CH-1 to CH-4
AUDIO OUTPUT CH-1 to CH-4
REMOTE 1-IN/OUT(9P)
SERIAL V/A OUTPUT
Note
To connect the recorder VTR to this unit with a
9-pin remote control cable, be sure to use the
REMOTE 1 connector. If the VTR is connected
to the REMOTE 2 connector, you cannot
record to that VTR.
c)
c)
d)
d)
h)
B-5
Appendix B