Used TERADYNE J750 #9207088 for sale

TERADYNE J750 is a fully automated, high-performance final test platform designed to meet the increasing demand for test data precision and accuracy. TERADYNE J 750 uses a combination of probe access, flexible, fast-switching switching networks, and advanced instrumentation to ensure precise and accurate test data. J750 offers a wide range of, up to 64 sites that support at least 128 probes, with transmission line and contact-less test capabilities. The equipment is capable of supporting direct interface to both Automatic Test Systems (ATS) and Single Probing Stations (SPS). J 750 also offers maximum of 496 power modules, 12 digital input/output modules for flexible multiplexing, and a configurable mix of multi-analyzers, such as RF and audio, as well as programmable logic controllers (PLCs). TERADYNE J750 is designed to provide fast test times and high throughput that are suitable for large production runs. It has been optimized for rework and failure diagnosis, as well as quick failure analysis, with features that make it ideal for a wide range of applications ranging from high performance ICs to wafer level testing. TERADYNE J 750 features advanced programming features that enable user-definable test elements, along with real-time test correction, allowing customers to quickly diagnosis defects and optimize test times. This system also offers remote access and control, redundant architecture for improved uptime, as well as advanced reporting capabilities for better data management. In addition, J750 is designed for maximum flexibility and scalability. It offers a range of options, such as high-speed digital signal acquisition, programmable instrumentation, multiple thumbnails, and user-defined pin assignment. It also provides an interface for interface modules and glue logic, allowing customers to add their own test programs. In summary, J 750 is an ideal choice for customers needing high performance and accuracy in their final test unit. Its modular design allows for easy scalability and maximum flexibility. Its advanced programming features, real-time test correction, and redundant architecture make it a highly reliable and efficient machine for testing a variety of components and products.