Used LTX-CREDENCE TS 80 #84329 for sale

LTX-CREDENCE TS 80 is a final test system designed to verify the proper operation of a device under test (DUT) in a production environment. It offers 32 channels of signal testing for up to 8 DUTs at a time and helps automate the verification process. TS 80 consists of three chassis: a signal generator, a signal analysis mainframe and a network tester. The signal generator is responsible for generating signal calls to the DUT. It is capable of creating signals between 550 Hz to 20 kHz and has a dynamic range of 70 dB. It also includes a built-in power supply with up to 7.5 A of output current. The signal analysis mainframe is responsible for analyzing the generated signals. It is equipped with a high-precision digital signal processor (DSP) and 32 channels of analog-to-digital converters (ADCs). The DSP is programmed by the user in order to locate and diagnose errors in the signals, and the ADCs record the data from the DUT. The network tester is responsible for testing the network connectivity of the DUTs. It can detect communication capabilities and performance by sending test signals through the network interface of the DUT. The network tester also has the ability to set up multiple networks for testing purposes and can report on the quality of data flowing through the networks. LTX-CREDENCE TS 80 also includes a wide array of software features. It includes frequent test sequence generation, automatic test set up, parameter maintenance and graphical results. The test software allows users to run multiple tests on the same DUT without reloading the software, saving time in the verification process. The overall system is capable of producing fast and accurate results with high resolution and repeatability. The system also features multiple safety features so as to ensure compliance with relevant safety regulations and standards. With the automation capabilities, fast processing speed, and intuitive software TS 80 is an ideal choice for final test systems in any production environment.