Used TEL / TOKYO ELECTRON P-12XL #9202985 for sale

TEL / TOKYO ELECTRON P-12XL is a prober designed for maximum performance, accuracy, and throughput. It is specifically designed to measure the electrical properties of semiconductor devices such as integrated circuits and discrete devices. It provides fast, accurate measurements of small-signal, analog signals and can measure a variety of semiconductor devices including standard MOSFET, MOS-gated devices, and special device type. TEL P12XL features a dynamic servo control system which ensures that the dynamic probe contact pressure is maintained within the specified limits. The prober also has a unique linearity correction feature that eliminates the need for costly and time consuming manual re-bounding. The prober is also equipped with two independently operated, lightweight carriages for X-Y motion; allowing for fast, accurate measurements. In addition, TOKYO ELECTRON P 12 XL is designed with an efficient probing system and robust chuck design which optimizes its performance. The built-in probe compensation system allows for precise probing for highly accurate electrical tests. The prober also has an integrated RF (Radio Frequency) shield which eliminates the need for external RF shielding and provides protection from spikes and reflection. P-12 XL offers high level of repeatability and accuracy in automated and manual probing systems. The prober features industry leading Z-axis force resolution and uses industry standard connection probes and standard probing patterns, eliminating the need for purchasing specialized test equipment. Furthermore, the prober can be configured with up to 24 channels, making it ideal for applications such as high-volume testing. In summary, TOKYO ELECTRON P-12 XL is a reliable and accurate testing tool that can quickly measure small-signal, analog signals. It features advanced features such as robot automation, Z-axis force resolution, RF shield and integrated chuck/probe compensation. The prober is ideal for high-volume testing applications, offering excellent repeatability and accuracy.