Details
Up for sale is a used Tektronix Tempo TelScout TS100 TDR Cable Tester for Telephone Applications.
It passes its power on self tests. It has 2 vertical lines across its display.
A power adapter and soft case are included.
Original Manufacturer Description:
If your job is to find faults on telephone twisted pair cable, the Tempo TelScout™ TS100 is built for you. Designed specifically for telephone local loop applications, the TS100 applies the newest technology to provide both ease of use and telephony performance that cannot be found in any other TDR. The TS100 is designed for ease-of-use – you’ll spend less time operating the TDR, and more time repairing faults.
Simply select the cable type to be tested and the TS100 does the rest. Impedance, Vp, gain, pulse width, and vertical position are automatically selected and adjusted as you scan the cable. Just move the cursor to the fault to pinpoint its location. On the performance side, the TS100 employs optimized pulsing and sampling, coupled with advanced filtering and signal processing techniques, to insure the maximum measurement range. That way, you’ll always have a clean waveform for easier fault interpretation.
It passes its power on self tests. It has 2 vertical lines across its display.
A power adapter and soft case are included.
Original Manufacturer Description:
If your job is to find faults on telephone twisted pair cable, the Tempo TelScout™ TS100 is built for you. Designed specifically for telephone local loop applications, the TS100 applies the newest technology to provide both ease of use and telephony performance that cannot be found in any other TDR. The TS100 is designed for ease-of-use – you’ll spend less time operating the TDR, and more time repairing faults.
Simply select the cable type to be tested and the TS100 does the rest. Impedance, Vp, gain, pulse width, and vertical position are automatically selected and adjusted as you scan the cable. Just move the cursor to the fault to pinpoint its location. On the performance side, the TS100 employs optimized pulsing and sampling, coupled with advanced filtering and signal processing techniques, to insure the maximum measurement range. That way, you’ll always have a clean waveform for easier fault interpretation.