Used TEL / TOKYO ELECTRON P-8 #293661232 for sale

TEL / TOKYO ELECTRON P-8 is an advanced automated prober designed for advanced semiconductor device testing and verification. This prober has the capacity to accurately oversee a wide range of deveice and process parameters with the highest level of precision. Its special features include a microscope, motorized z-axis, and a high-resolution imaging system. The microscope includes a confocal optical attachment, which allows for the measurement of electrical parameters with high-precision. This microscope has a very fast scan speed, which makes it well-suited for testing delicate microcircuitry. The motorized z-axis allows precise positioning of test samples on the chuck, while the high-resolution imaging system enables precise measurements of features or characteristics down to the nanometer level. TEL P8 has the ability to monitor a wide variety of parameters such as voltage, temperature, current, resistance and capacitance. The test parameters used for device verification can be accurately adjusted and optimized for the particular product being tested. The precise control over these parameters ensures high quality and accurate data. The prober is also capable of testing contact resistance, leakage current and physical properties of the device under test. It can also detect failure-patterns caused by electro-magnetic interference or other components present in the device. It also has a built-in process control system that can automatically detect any test parameter deviation and prevent process errors. In addition to its features, TOKYO ELECTRON P 8 is highly reliable, with an MTBF (mean time between failures) rating of over 300,000 hours. This indicates that it has been designed with close attention to the highest quality standards. The prober also boasts a wide temperature range, ranging from -20° to +40°C.This enables the testing and evaluation of semiconductor devices in a wide range of temperature environments. Overall, P8 is an advanced and reliable prober that enables precise, accurate and reliable testing of microcircuitry. Its advanced technology provides the user with a greater level of control over the testing and verification process, ensuring high levels of accuracy and repeatability.