KRAMER: SIMPLE CREATIVE TECHNOLOGY
Using the VP-32XLN 3x1 XGA/Audio Switcher
4
5.1 Connecting the VP-32XLN 3x1 XGA/Audio Switcher
To connect your
VP-32XLN
3x1 XGA/Audio Switcher
, as the example in
Figure 2 illustrates, do the following
1
:
1. Connect up to 3 VGA/UXGA sources to the 3 HD15F input connectors,
and connect up to 3 balanced
2
stereo audio sources to the 3 AUDIO input
terminal block connectors, as follows:
Connect the source 1 (for example, a PC with a balanced stereo audio
card) to the INPUT 1 HD15F connector, and to the INPUT 1 terminal block
connector
Connect the source 2 (for example, a PC) to the INPUT 2 HD15F
connector, and connect a balanced stereo audio source to the INPUT 2
terminal block connector
Connect the source 3 (for example, a PC) to the INPUT 3 HD15F
connector and connect a balanced stereo audio source to the INPUT 3 terminal
block connector
2. Connect the 2 HD15F output connectors to up to
3
2 VGA/UXGA
acceptors and connect the corresponding AUDIO output terminal block
connectors to the balanced
2
stereo audio acceptors, as follows:
Connect the OUTPUT 1 HD15F connector to the VGA/UXGA acceptor 1
(for example, a monitor), and connect the OUTPUT 1 terminal block
connector to the balanced stereo audio acceptor 1 (for example, a power
amplifier and speakers)
Connect the OUTPUT 2 HD15F connector to the VGA/UXGA acceptor 2
(for example, a projector), and connect the OUTPUT 2 terminal block
connector to the balanced stereo audio acceptor 2 (for example, a power
amplifier and speakers)
3. Connect
4
the REMOTE Connector (optional), see section 5.2.
4. Connect
4
the 12V DC power adapter (wall transformer) to the 12V DC
socket and connect the transformer to the mains electricity.
1 Switch OFF the power on each device before connecting it to your VP-32XLN. After powering up your VP-32XLN, switch
on the power on each device
2 See section 5.3 for details of how to wire a balanced/unbalanced stereo audio input/output
3 When only one output is required, connect only that output of the VP-32XLN and leave the other output unconnected
4 Not illustrated in Figure 2
