Your Component/XGA – Audio Transmitter and Receiver
Table 4: TP-46 Component/XGA – Audio Receiver Features
# |
| Feature | Function |
1 | XGA OUT | Connect to the XGA acceptor | |
| Connector |
| |
2 | LINE IN | Connect to the LINE OUT | |
3 | LINE OUT | Connect to the LINE IN connector on an additional | |
4 | 12V DC | +12V DC connector for powering the unit | |
5 |
| ANALOG AUDIO 3.5mm | Connect to the stereo analog audio acceptor |
| OUTPUTS | Mini Connector |
|
8 | CB/PB RCA Connector | Connect to the digital audio acceptor | |
6 |
| S/PDIF RCA Connector | |
7 |
| Y RCA Connector | Connect to the component video acceptor |
|
|
|
|
9 |
| CR/PR RCA Connector |
|
10 | LINK LED | Lights when receiving the correct input signal | |
11 | ON LED | Lights when receiving power |
Figure 5 and Table 5 define the underside of the
Figure 5: TP-46 Component/XGA – Audio Receiver (Underside)
Table 5: TP-46 Component/XGA – Audio Receiver (Underside) Features
# | Feature | Function |
12 | LEVEL Trimmer | Adjusts2 the output signal level |
13 | EQ.3 Trimmer | Adjusts1 the cable compensation equalization level |
14 | VS Switch | Slide the switch down (to NORM) to retain the polarity |
|
| Slide the switch up4 (to INVERT) to invert the VS polarity |
15 | HS Switch | Slide the switch down (to NORM) to retain the polarity |
|
| Slide the switch up1 (to INVERT) to invert the HS polarity |
1 Using a UTP cable with CAT 5 connectors at both ends (the PINOUT is defined in Table 6 and Figure 9)
2 Use a screwdriver to carefully rotate the trimmer, adjusting the appropriate level
3 Degradation and VGA/XGA signal loss can result from using long cables (due to the effects of stray capacitance, for example), sometimes leading to a loss of sharpness in
4 By default, both switches are set to NORM
9