Used LTX-CREDENCE Quartet #9213489 for sale

Manufacturer
LTX-CREDENCE
Model
Quartet
ID: 9213489
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 next-generation computerized final test equipment designed to automate testing for a wide range of applications. It consists of four independent test towers with a master control system to operate them in concert. The unit offers a combination of advanced technologies to meet the needs of a variety of test scenarios. Quartet's eight test processors provide unprecedented hardware scalability and flexibility, enabling tests of up to one-quarter million lines of code to be run in parallel. Its real-time test controller continuously adjusts testing parameters in response to changing machine designs, ensuring quick and accurate results. Its advanced software-configurable I/O architecture and debugging capabilities allow test engineers to quickly identify and correct errors. LTX-CREDENCE Quartet also provides cutting-edge power and resource management, with an ultra-low-power design, scalability up to 40 watts, and the ability to dynamically allocate resources to applications within each tower. This ensures high performance while minimizing energy consumption and helping to keep production costs down. Quartet includes an array of high-speed I/O interfaces, such as PMC, PC/104, and Fuzzy Link standards to maximize connectivity. Quad ethernet ports and dual 10Gb Fibre Channel ports maximize throughput and features comprehensive error-correction technologies to minimize downtime. LTX-CREDENCE Quartet is also equipped with sophisticated security features, including secure boot, user authentication, secure I/O, and data encryption and decryption, to protect against external attack while simultaneously maintaining data integrity. Quartet's robust, scalable architecture and multitude of features make it an ideal choice for automating and streamlining the testing process. It is particularly well-suited for applications in aerospace, automotive, defense, and communications industries, and it is engineered to accommodate future technological advances in its product line.
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