Used TEL / TOKYO ELECTRON Precio #293818737 for sale

TEL Prober is an automated prober equipment designed to provide precise measurements of electro-optical and electrical properties for semiconductor wafer testing. The system is capable of measuring various parameters, including dielectric constant, thickness, resistivity, and insulation breakdown voltage. It is also capable of performing capacitance, current, resistance, and power measurements at various frequencies. The unit consists of an embedded controller, multiple touch screens, and an integrated probe card. The integrated probe card consists of a rigid mechanical structure that is adjustable for different height or fixture configurations. The machine also comes with software that allows users to capture, store, and manipulate data. TOKYO ELECTRON Prober is a versatile tool that can be used in laboratories, as well as on production lines. It can be used to measure wafer chip properties during production or in the assembly process. The automatic wafer mapping and analysis capabilities of the asset allow for accurate and precise measurements. The embedded controller is responsible for controlling the model and managing all of the measurement tasks. It coordinates the movement of the x-y stages, the Z-axis stage, and the motorized probe head that is used to make the measurements. The multiple touch screens are used to provide direct input/output control and create various settings for the controller. The probe head consists of multiple contact elements, which can be adjusted or calibrated depending on the desired measurement parameters. Overall, TEL / TOKYO ELECTRON Prober is an advanced prober equipment capable of providing precise measurements of electro-optical and electrical properties for semiconductor wafer testing. Its advanced features, including an embedded controller, multiple touch screens, and an integrated probe card, allow for a wide range of measurement capabilities. Its flexibility and versatility make it useful in both laboratory and production settings, allowing for accurate and precise measurements.