evertz 5010, Инструкция по эксплуатации

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Model 5010 Time Code Master Manual
INSTALLATION
Revision 3.1.1
Page 2-5
2.4.4. VITC Generator Video In/Out
(Model 5010-VITC and 5010-VITC-24 Only)
The program video source for the VITC generator is applied to the PGM Video Input. The video input
has an internal 75 ohm termination. Program video with VITC is available on two separate video
outputs. On newer style units, when the bypass relay option is fitted, the A output is bypass protected
by a relay in the case of power loss to the unit. The B output will not be active when the bypass relay is
closed.
2.4.5. VITC Reader Video Input
(Model 5010-VITC and 5010-VITC-24 Only)
Video associated with the LTC code or video with VITC recorded on it is connected to the READER
VITC IN loop. The video input has a high impedance input tapped off the loop through; therefore the
input must be terminated with 75 ohms at the end of the line.
2.5. LINEAR TIME CODE IN/OUT
The LTC reader input connects to your head pre-amplifier output. When using an unbalanced input to
the reader, the signal should be applied to pin 3 of the LTC reader input connector. Normally, the
unused input, (pin 2) should be connected to ground (pin 1).
The generator code output is available on an XLR connector at the rear panel. Output level is
adjustable from approximately 0.5 V to 4 V using the LTC OUT item on the CONFIG menu of the
Engineering setup menu system. (See section 4.4.1) The generator code output should be connected
to the record input of the time code channel or audio track 2 of your video recorder (audio track 3 for 1"
VTR's). Pin 1 of the XLR is ground, and pins 2 and 3 provide a balanced output.
2.6. REMOTE CONTROL CONNECTOR PIN ASSIGNMENTS
2.6.1. Parallel Remote Control
A 9 pin D connector located on the rear panel labeled REMOTE CTL provides 6 parallel control inputs
for remote control of some of the model 5010 functions. There are also two open collector outputs that
can be assigned to a variety of functions. See section 4.9 for a complete description of the operation of
the Parallel I/O functions. The pinout of the D connector is as shown in Table 2-1: