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2.
INSTALLATION
2.1.
REAR PANEL CONNECTIONS
INSTALLATION
EVERTZ
MICROSYSTEMS LTD
PARALLEL
SERIAL
REMOTE CONTROL
Figure 2-1: Rear Panel Layout
The following sections describe the purpose of the rear panel connectors of
the model 5010-SIE. Figure 2-1 above shows the rear panel connectors
provided on the model 5010-SIE. Sections 2.1.1 to 2.1.5 describe the
specific signals that should be connected to the model 5010-SIE.
2.1.1. Vertical Interval Timecode Video Connections
The VITC Generator program input is fitted with a hardware bypass relay
which will pass the program video through to VITC output B when there is a
power loss in the 5010-SIE.
PGM INPUT: A BNC for input for program video onto which vertical
interval time code is to be inserted. When the relay is in the
bypass condition, video applied to this input will be passed
through to the VITC OUT B connector. When the bypass
relay is in the active condition, this input is internally
terminated with 75 ohms, and the program video will pass
through the VITC Generator circuitry.
VITC OUT A A BNC connector which contains the PGM INPUT video with
vertical interval time code inserted. This input is active only
when the bypass relay is in the active condition. (Power
applied to the 5010-SIE)
VITC OUT B: A BNC connector which contain the PGM INPUT video with
vertical interval timecode inserted when the bypass relay is
in the active condition. (Power applied to the 5010-SIE).
When the relay is in the bypass condition, (no power to the
5010-SIE) the VITC OUT B connector will contain the PGM
INPUT video with nothing inserted.
2.1.2. Character Generator Connections
VIDEO CHAR GEN INPUT: A 75 ohm terminated input for program video
onto which characters are to be inserted.
Model 5010-SIE Source ID Encoder Manual
VITC GEN
PGM
B
OUT
A
INPUT
VCG
INPUT
REF VIDEO IN
75 OHM
VIDEO CHAR GEN
model 5010 SIE
MADE IN CANADA
115Vac
OUTPUT
Page 2-1
FUSE
115 V:
.25 A
230 V:
.125 A
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