Used LTX-CREDENCE Quartet #9213490 for sale

Manufacturer
LTX-CREDENCE
Model
Quartet
ID: 9213490
Vintage: 1990
Tester Prober interface Pogo tower PIB Board Digital and DSP analog per-pin architecture Digital and mixed-signal Fully pin mapped Multisite testing Digital I/O channels: 32 to 512 Formatted data I/O: 200 MHz Clock data I/O: 200 MHz Memory: 8 Meg vector to 64 Meg vector Switch: Period and timing sets Synchronous clock: 128 per Digital pins Low jitter Source / Measure synchronization DSP Analog channels: 4 to 128 Independent scan memory Full spectrum of impedance matched Differential DSP instruments Independent DSP processor per capture instrument Phase coherent Superclock per DSP instrument Integrated analog and digital UNIX Based workstation Fully integrated network and prober / Handler interfaces (2) Analog segments (4) Independent digital subsystems Test tool Clock speed: 150 MHz Scan: 256 M MP Type: Hinge 256 Channels (2) DPS Vector memory: 16 M PMU 64 Channels: 4 PE Card 8 channels: 32 VI8: 1 DIST B/D: 4 PPM 16 Channels: 16 Cycle length 128 channels: 2 Heat output / Displacement: 20,600 kCal (86,520 J)/100 m³/m Power supply: 187-228 VAC, 3 Phase 1990 vintage.
LTX-CREDENCE Quartet is a comprehensive and comprehensive automated tool for assessing the final performance of a given test. It is designed to provide an efficient and reliable assessment of a company's final performance. Quartet is composed of four fully integrated components: a Performance Test Management System (PTMS), Test Execution (TE), Web-based Test Execution (WBTE), and Testing Results Analysis (TRA). The PTMS has been carefully designed to ensure efficient execution of tests. It provides the organization with the ability to ensure that tests are executed according to the requirements of a given specification. It also enables the organization to acquire accurate test results in an efficient manner. Test Execution applies an array of techniques that make the analysis of tests more efficient and reliable. These techniques include segmentation, variable setting, data fusion, and decomposition of tests. By using these techniques, LTX-CREDENCE Quartet can accurately predict the functional and performance properties of the tests. Web-based Test Execution (WBTE) is another fully integrated component of Quartet. It is designed to enable organizations to easily and securely execute tests from remote locations. It also allows the organization's personnel to access the tests from anywhere in the world, regardless of their location. Testing Results Analysis (TRA) is the final component of LTX-CREDENCE Quartet. It provides an efficient and reliable assessment of the final performance of the tests. It helps organizations to identify opportunities for improvement and take corrective action. In conclusion, Quartet is a comprehensive and comprehensive automated tool that enables organizations to assess the final performance of their tests in an efficient and reliable manner. LTX-CREDENCE Quartet helps organizations to improve their performance by identifying potential areas of improvement and taking corrective action.
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