Used TEL / TOKYO ELECTRON P-8XL #9266142 for sale

TEL / TOKYO ELECTRON P-8XL
Manufacturer
TEL / TOKYO ELECTRON
Model
P-8XL
ID: 9266142
Prober.
TEL / TOKYO ELECTRON P-8XL prober is an advanced precision prober used for measuring electrical properties of semiconductor devices in production and research and development. It is designed to perform fast automatic electrical probing with the highest accuracy and repeatability. The prober features fully-automated wafer handling, multi-site probing, impedance testing, low noise performance, contact pressure control, measurement speed, and Remote Pulse Support. It supports wafer diameters up to 8 inches, providing high-quality electrical and mechanical performance both in terms of contact reliability and accuracy. TEL P8XL is equipped with a unique mechanism for controlling the wafer motion, ensuring that when contact is made, the wafer surface is held securely, ensuring a reliable contact and high repeatability. TOKYO ELECTRON P8-XL can automatically adjust the contact pressure of each contact according to the device's electrical spec, in order to obtain reliable contact and repeatable results. It also supports multisite probing and can be configured for up to 8 probes, each with independent control. The high-speed measurement capability allows TEL P-8XL to carry out rapid testing and data acquisition. TOKYO ELECTRON P-8XL is capable of testing a wide range of device type, including bipolar, CMOS, GaAs, and MEMS. It supports various advanced test functions, such as transient testing, DC sweep testing, parametric testing, and gate capacitance testing. Further features include: * Automatically adjust contact pressure for each contact * Automatically adjust force applied by the grappling elements * Automatically adjust the wafer motion * Testing of large number of contacting points * Remote pulse support P8XL prober is a highly advanced prober designed to meet the demanding requirements of modern production and research environments. It offers high accuracy, repeatability, and utilization of advanced test functions, coupled with the reliable elements of robotics. Its superb engineering and design results in high performance, robustness, and reliability.
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