Used TEL / TOKYO ELECTRON P-12XLn #9236141 for sale

TEL / TOKYO ELECTRON P-12XLn is a prober system designed to help verify the performance of semiconductor devices. This prober is made specifically for small-scale work inside laboratories, and provides a reliable platform to accurately measure the electrical characteristics of any given device. This prober is equipped with a positional accuracy that has been measured to be within ± 0.2mm over a 100 mm traverse range. Its precision and repeatability give it an incredibly high-level of accuracy, even over long-term use. TEL P 12 XLN is constructed out of Aluminum-steel frame which uses high-carbon steel for its components. This enables the prober to with stand heavy-duty use that is necessary for the verification of high-end semiconductor processor devices. It also has a built-in safety mechanism that prevents potential electric shocks, which also helps to maintain consistent results and accuracy during testing. Additionally, the built-in camera within the prober helps ensure subtle details can be analyzed when measuring the parameters of any given device. Not only is the precision and repeatability of TOKYO ELECTRON P-12 XLN superb, but the prober also has a compact design which enables it to fit into very limited laboratory spaces. This allows engineers and researchers to conduct tests and experiments more conveniently in small-scale settings. Furthermore, the prober is powered by a 24V direct-current source, and has variable speed control functions that can be readily adjusted to suit the various electrical tests being performed. This feature, coupled with its fast data transfer rate of up to 15 MB/s, ensures that data results can be compiled and analyzed quickly. Overall, TEL P-12XLn is a highly advanced prober system that offers significant advantages to both engineers and researchers who need to accurately measure the parameters of semiconductor devices. The system has a remarkably robust design, and its combination of accuracy, reliability, and convenience allows for efficient electrical testing and analysis in laboratory settings.