Used TEL / TOKYO ELECTRON P-12XL #9203143 for sale

TEL / TOKYO ELECTRON P-12XL is a prober manufactured by TEL (TOKYO ELECTRON). It offers a variety of features that make it a high-performance, automated platform for wafer probing. TEL P12XL is particularly well suited for high mixture, specialized semiconductor device production. The prober enables a high throughput due to its quick exchange time, with a high precision capability and repeatability. TOKYO ELECTRON P 12 XL uses X-Y linear motors that provide an industry-leading accuracy of ±5µm over a travel range of 400mm, with a maximum acceleration of 8G. The position resolution of the prober is further enhanced by built-in capacitance based position measurement. The system also has dual-axis stage control and a wide temperature range (-10°C to +45°C) that can be applied to each of the two probe stages for optimal device testing. P12XL also offers a versatile VSWR monitoring system, providing fast and accurate measurement of the complex impedance of a device. The built-in measurement correction system automatically adjusts slight aberrations, ensuring accurate results regardless of the device's morphology. The VSWR result can be presented to the user as an XY graph. In addition, TEL / TOKYO ELECTRON P12XL comes with various wafer handling capabilities, including a vacuum wafer loaded and unload head, a wafer break detector, and a placement error detector. These features allow for improved efficiency and quality control, as the prober can minimize the risk of errors due to misalignment and mishandling. TOKYO ELECTRON P12XL is highly automated, capable of operating in manual, semi-automatic, and full-automatic modes. This allows for the easy integration into a variety of production lines and facilities. Control of the prober is provided by a Windows-based graphical user interface (GUI) that can be customized to individual customer and application requirements. Overall, TEL P 12 XL is an ideal prober platform for accurate and high-precision device testing. Utilizing its powerful features, the prober can be used to effectively and efficiently produce high-quality devices.