Used CASCADE MICROTECH / ALESSI REL 6100 #293643765 for sale

CASCADE MICROTECH / ALESSI REL 6100 is a prober designed for probing semiconductor device anomalies. It features a dynamic, high-precision probing system, enabling production testing and research and development applications involving wafers, substrates, and packaged devices. This prober is designed for multiple probing types, featuring automatic alignment of the needle to the probe site, and a secure non-slip chuck for die handling and alignment. It has an integrated dual-axis programmable stage, allowing automatic hermetic probing of hundreds-to-thousands of sites. This stage is capable of moving objects through as much as X100 and Y100. Options also allow for replacement of the automated stage to avoid contamination associated with any liquid residues that could be present on the wafers. ALESSI REL-6100's electronics provide automated expression and probing of the most complex designs. It has an integrated graphical user interface, enabling testing and troubleshooting of semiconductor technologies. The built-in library of customizable tests is an invaluable asset for those involved in characterizing, debugging, and testing for device failure. The software-driven test sequencing makes the same configuration available for different architectures or platforms. Besides, this prober also has automatic calibration and compensation capabilities, as well as a data storage and retrieval system that supports multiple operators. CASCADE MICROTECH REL 6100 also features optically-coupled isolation and programmable metal shields to enable test isolation and thermal management control. The metal shields provide protection from damage caused by any external transients. Additionally, safety features are implemented to protect the user in the event of a failure. Overall, CASCADE MICROTECH REL 6100 is a versatile and powerful prober designed for use in a variety of production and research applications. It features a dynamic, high-precision probing system, integrated dual-axis programmable stage, automated expression and probing of complex designs, sophisticated software capabilities, optically-coupled isolation and metal shields, and comprehensive safety features.