Used TEL / TOKYO ELECTRON P-8 #9172587 for sale

TEL / TOKYO ELECTRON P-8 prober is a precision device used in semiconductor manufacturing processes. It is specifically designed for in-situ electrical measurement of small hybrid components such as integrated circuits (ICs) and discrete devices. The prober includes a number of unique features, including highly precise probing accuracy, a wide choice of probe cards and types, and a fully integrated pneumatic valve equipment, making it capable of testing small devices with high yield and accuracy. TEL P8 is capable of precision measurements of devices as small as 0.5mm, with a maximum of four probes working simultaneously to achieve the highest accuracy. Its advanced technology, together with its closed-loop control system, ensures precise and repeatable results. TOKYO ELECTRON P 8 also offers a number of other benefits. It has a wide variety of probe cards and probe types, including light-weighted probes for high-speed probing, wide and narrow probes for fine pitch probing, and high-frequency compliance probes for low-noise probing. It can also be configured for visual inspection, allowing users to identify and resolve device failures quickly. TOKYO ELECTRON P-8 features a fully integrated pneumatic valve unit that provides an intelligent control and feedback machine. This control tool is adjustable and allows the operator to closely monitor the alignment, nose tip force, and drive force and to adjust the performance of the prober to the target device. In addition to its functions and features, TEL / TOKYO ELECTRON P8 prober also has an extendable range of options that make it easy to customize the unit to specific needs. It also offers advanced features such as data logging and traceability, providing users with a comprehensive view of the testing process and making it easy to ensure the quality and accuracy of their devices. Overall, TEL / TOKYO ELECTRON P 8 prober is a high-performance, fully-featured, and versatile testing tool for ICs and discrete devices. Its accuracy, repeatability, and range of options make it a valuable tool for enabling high-quality and high-yield results to be achieved. Its user-friendly design is ideal for a broad range of applications.