Used ACCOTEST STS 8200 #293818748 for sale

ACCOTEST STS 8200 is a high speed, real-time Final Test Equipment designed to provide optimized test coverage and high throughput for both bi-polar and mixed signal designs. The system is capable of handling up to 8200 pins at once and is controlled by an extensively programmable multi-step GUI. STS 8200 allows for advanced IV curve tracing, providing design engineers with detailed views into product performance. For added convenience and cost savings, the unit comes with a stable platform, multiple test-head configurations, and robust failure diagnostics. The Machine's intuitive, step-by-step interface guides designers through each step of the testing process with real-time, graphical output. Through this, designers can easily analyze results such as minimum, maximum, and mean values of any tested parameters. ACCOTEST STS 8200 is designed for both high volume production as well as extensive prototyping. Its unique test platforms and multi-head configurations allow for quick and efficient testing of multiple devices in parallel. This eliminates the need to rerun tests for each sample and provides increased accuracy and reliability. The tool's fault diagnosis capability can also pinpoint the cause of component failure. This debugging feature can help engineers identify and rectify product faults that may otherwise remain undetected until the product reaches the customer. STS 8200 is designed to handle high-pin-counts and fail-tests in real-time. With the included real-time test data management asset and programmable Daisy Chain Control, users can easily store, analyze, and track test results. data over long periods of time. Thanks to its ability to accurately diagnose faults, the model can reduce errors and the need for rework. For a reliable and consistent test solution, ACCOTEST STS 8200 delivers the speed and accuracy required for today's complex designs. This state-of-the-art final test equipment helps design engineers to increase yields and quickly identify faults, reducing set-up time and ultimately leading to increased throughput.