Used LTX-CREDENCE ASL-1000 #9168267 for sale

LTX-CREDENCE ASL-1000 is a final test equipment designed to provide high performance, reliable and repeatable testing of product assemblies and integrated circuits. The system provides a comprehensive suite of product evaluation capabilities for the production of complex products and devices. The unit takes advantage of the flexibility of LTX-CREDENCE ASL 1000 instrumentation to develop test architectures ranging from high-performance vector-based testing to component-level component-level analysis. ASL-1000 incorporates a range of features including automated failure analysis tools, advanced parametric measurement instruments, high-speed parametric measurement instruments, component analysis modules, and complete machine-level test programs. ASL 1000 utilizes full-featured process control and line supervision to facilitate complete in-process control of component and tool performance. This ensures efficient and cost-effective production of products and devices. The asset includes a number of advanced process control options, such as process monitoring, component tracking and traceability, component sort and binning, and data collection and analysis. The model also incorporates advanced functional and parametric testing capabilities designed to verify component and equipment performance. The system's advanced probing suite offers a full range of choice from low-level parametric checking to complete vector-based testing. In addition, components can be tested using a variety of dedicated failure analysis modules and additional specialized testing tools. LTX-CREDENCE ASL-1000 is a powerful, user-friendly unit supporting both manual and automatic operations. The machine includes automated process scheduling capabilities, knowledge-based assistance and a powerful supervision engine. This enables the tool to execute test sequences rapidly and accurately. LTX-CREDENCE ASL 1000 asset is designed to reduce process steps, decrease product test costs, increase performance stability and maximize throughput. It is well-suited for production testing of today's complex, high-performance electronic assemblies and product families.