Used LTX-CREDENCE Deltamaster Trillium #293634767 for sale

LTX-CREDENCE Deltamaster Trillium is a powerful and advanced semiconductor final test equipment designed to support advanced chip technology with superior performance and yield. This system is used to test bare die devices, flip chip and wafer-level products. Deltamaster Trillium is based on the Automated Test Equipment (ATE) platform and provides a wide range of test capabilities that meet the demands of today's advanced device technology. It can process up to 1000 test programs per second and offers automatic built-in calibration, real-time performance monitoring, and data gathering. LTX-CREDENCE Deltamaster Trillium offers customizable test capabilities. These include scan, memory, parametric, logic and fault coverage test sequences, as well as novel self-test algorithms that allow for advanced testing requirements. The unit comes with a comprehensive library of software- and hardware-based test programs for various circuit designs and device types. Deltamaster Trillium has many features that aid in test efficiency and repeatability. It can generate detailed reports and images of each device during the test stage, allowing for easier diagnosis and rapid validation of test results. The machine also includes an advance data analysis module and seamless program portability, allowing for greater flexibility and traceability of test data. The combination of its efficient test algorithms, automated handling, and portable design make LTX-CREDENCE Deltamaster Trillium an ideal tool for test labs to study semiconductor devices. The tool supports semiconductor technologies such as DDR3 and DDR4, Flash, BGA, CSP, TSOP, SIMS, and many more to ensure the highest levels of test accuracy and repeatability. Built on the latest Windows software, Deltamaster Trillium is easy to install, configure and maintain. Technical support from LTX-CREDENCE is also available should any issues arise. This test asset is highly reliable and provides the highest levels of performance, accuracy, and efficiency for both production and research uses.