motium MLC-1010, User Manual, Page: 16 / 41

16 MLC-1010 T
UFF
V
IEW
LCD Monitor
Pin Signal Description
1 -- reserved
2 -- reserved
3 -- reserved
4 -- reserved
5 -- reserved
6 RED Red video signal.
For best performance (and for long cables), this
should be the center conductor a co-axial wire, with
RED GND being the outer shield of the coax.
If using individual wires, run in a twisted pair with RED
GND.
7 GREEN Green video signal.
For best performance (and for long cables), this
should be the center conductor a co-axial wire, with
GREEN GND being the outer shield of the coax.
If using individual wires, run in a twisted pair with
GREEN GND.
8 BLUE Blue video signal.
For best performance (and for long cables), this
should be the center conductor a co-axial wire, with
BLUE GND being the outer shield of the coax.
If using individual wires, run in a twisted pair with
BLUE GND.
9 VGA GND This is the ground wire in the standard DB15 VGA
connector. It is the return signal for the HSYNC,
VSYNC, and DDC signals.
10 HSYNC Horizontal Synchronisation signal.
For best performance, run in a twisted pair with VGA
GND.
11 Audio GND Audio ground. This is the ground return signal for
speaker and microphone (optional) audio.
12 -- reserved
13 S Speaker audio input. The input is designed for a
nominal 1V RMS audio signal. This input is buffered
and amplified inside the monitor.
14 Frame GND Connect the outer shield of the cable to this pin.
15 PWR+ Monitor power, positive input.
16 On/Off Control This signal controls if the monitor is on or off. This
turns off all circuitry in the monitor, for absolute
minimum power consumption. A positive voltage
(above 3 volts) turns the monitor on.
Maximum voltage on this pin is PWR+.
If not required, do not connect.