Kramer TP-145 [7/19] Overview
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TP-145, TP-146 - Overview
3 Overview
The TP-145 and TP-146 are high-performance, twisted pair (TP) transmitter and
receivers for computer graphics video (including HDTV), unbalanced stereo audio,
and RS-232 control commands.
The TP-145 converts computer graphics video, unbalanced stereo analog audio,
and RS-232 control commands to a TP signal. The TP-146 converts the TP signal
back into computer graphics video, unbalanced stereo and S/PDIF digital audio,
and RS-232 control signals. The TP-145 and TP-146 together form a computer
graphics/audio/control data line transmitter/receiver system.
More specifically, the products feature:
Resolution up to WUXGA 1920 x 1200
HDTV compatibility
EDID capture and status indication (TP-145)
Simultaneous unbalanced stereo and S/PDIF (24-bit 48kHz) audio outputs
(TP-146)
Level (gain) and EQ (peaking) controls (TP-146)
Full duplex RS-232 transmission
Increased level of protection against noise, spikes, and interference in
adverse environments
System range up to 200m (656ft)
3.1 Defining the TP-145 UXGA/Audio/Data Line Transmitter
The TP-145 is a high-performance transmitter that accepts:
A computer graphics input signal
An unbalanced stereo analog audio signal
RS-232 control commands
The TP-145 encodes the signals and transmits them over TP cable to a TP-146
receiver. The stereo analog audio signal is converted to a digital audio (S/PDIF)
Содержание
- User manual 1
- Contents 3
- Figures 3
- Introduction 4
- Achieving the best performance 5
- Getting started 5
- Recycling kramer products 6
- Safety instructions 6
- Defining the tp 145 uxga audio data line transmitter 7
- Overview 7
- Button is pressed the tp 145 reads and stores the edid extended display 8
- Figure 1 defines the tp 145 uxga audio data line transmitter 8
- Identification data from the display device this prevents the problem whereby a 8
- Rs 232 interface allowing status requests and control of the destination unit 8
- Signals commands and data can flow in both directions simultaneously via the 8
- Source for example a pc fails to output video because it was not connected to 8
- Stream before transmission thus preserving the quality of the audio source 8
- The display device when attempting to read its edid 8
- When the tp 145 is connected to a display device and the edid capture 8
- 24 bit 48khz s pdif digital audio 9
- Analog audio signal a converted digital audio s pdif signal and bi directional 9
- Control virtually any device over a transmission range of up to 200m 660ft with a 9
- Defining the tp 146 uxga audio data line receiver 9
- Figure 2 defines the tp 146 uxga audio data line receiver 9
- In input the tp 146 outputs a computer graphics signal an unbalanced stereo 9
- Kramer tp 141 145 transmitter over tp cabling in addition the tp 146 features 9
- Level and equalization control for the uxga signal 9
- Rs 232 control commands and data the rs 232 interface makes it possible to 9
- Signal audio control data from the kramer tp 145 via tp cabling at its rj 45 line 9
- The capability to change the polarity of the vertical and horizontal sync signals 9
- The tp 146 is a high performance receiver that accepts the computer graphics 9
- Figure 3 defines the internal horizontal and vertical polarity switches of the 10
- Internal polarity and sync mode switches 10
- Next to the on led after setting the switches close the tp 146 10
- Note open the tp 146 unit to gain access to the hs and vs polarity and video 10
- Selection switches which are located on the lower part of the printed circuit board 10
- Tp 146 10
- Shielded twisted pair unshielded twisted pair 11
- Connecting the tp 145 tp 146 12
- Transmitting via rs 232 14
- Connectors 15
- Note that the cable ground shielding must be connected soldered to the connector shield 15
- This section defines the tp pinout using a straight pin to pin cable with rj 45 15
- Wiring the tp line in line out rj 45 connectors 15
- Acquiring the edid 16
- Technical specifications 17
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