Used CASCADE MICROTECH / ALESSI Summit 12000 #293809267 for sale

CASCADE MICROTECH / ALESSI Summit 12000 is a prober designed for highly sensitive probing applications in a broad range of engineering fields. This model is equipped with resonance absorption and reactive micro-impulse cancellation technology, making it capable of achieving superior measurement sensitivity and reproducibility. ALESSI Summit 12000 utilizes a low-profile, single-ended active probing head design made from proprietary materials and components that are specifically selected for their durability and performance. It features an onboard retractable signal line for integration with external systems, and an integrated thermistor for temperature compensation. This prober also has a built-in wafer calibration mechanism in order to accurately detect probe contact position and measure relative displacement. CASCADE MICROTECH Summit 12000 features an optimized automated XY probe movement algorithm to improve scan speed and repeatability while minimizing artifacts. Its advanced signal processing techniques suppress external noise and vibration, allowing for ultra-low-noise measurement capability. The real-time display of probe contact position allows for easy and safe handling of the probe tip with no damage. Furthermore, the advanced temperature compensation algorithm ensures repeatable, accurate results independent of thermal variations. Summit 12000 supports automated probing of multiple device parameters, including forward and reverse impedance, capacitance, and resistance. It also supports other applications such as optical characterization, defect localization and characterization, contact resistance profiling, and fault isolation. Additionally, it is designed for compatibility with most major test systems, including fixtures and custom interfaces. CASCADE MICROTECH / ALESSI Summit 12000 is a reliable and versatile prober featuring superior performance characteristics and proven reliability. With its micro-impulse cancellation, advanced signal processing, and automated XY probe movement, it is capable of providing accurate and repeatable results at the highest levels of sensitivity and resolution. This prober is ideal for a wide range of high-precision probing applications, from small geometry components to complex, high-density circuit boards.