Used TEL / TOKYO ELECTRON P-12XL #9183647 for sale

TEL / TOKYO ELECTRON P-12XL is a prober-style machine that is used to measure small circuit components such as transistors, diodes, and other tiny structures. It has two parts, an x-y-z stage which a sample can be securely loaded onto, and a needle probe which is used to test the components for connection and/or other qualities. The x-y-z stage is a 3-axis system that is capable of performing a variety of movements and adjustments to accurately position the samples loaded onto TEL P12XL. Its correct alignment allows the needle probes to make the necessary measurements. The x-y-z stage can accommodate samples up to 125mm in size and up to 10mm in height. It is also capable of handling samples with a variety of surface materials and coatings. Additionally, the stage is equipped with built-in vibration dampening mechanisms that reduce noise and ensure accurate measurements. The needle probes are the primary testing instrument used within TOKYO ELECTRON P 12 XL. They are capable of a range of functions such as measuring resistance, capacitance, voltage, and current, as well as performing continuity tests and inspecting solder joints. One of the primary advantages of TOKYO ELECTRON P-12XL is its capability to measure fine components within 4μm accuracy, and its ability to measure multiple positions simultaneously. In order to ensure quality measurements, TEL P 12 XL is equipped with a signal measurement data monitoring system that records a range of measurements including the signal waveforms. This data can then be analyzed through the use of software that is supplied with the machine. TOKYO ELECTRON P-12 XL is designed to accommodate a variety of tooling options to suit different types of requirements. It is also well suited for use in cleanroom environments as its system is designed to be dust-free and temperature and humidity controlled. In conclusion, TEL / TOKYO ELECTRON P12XL is a prober-style machine that can accurately measure small components such as transistors, diodes, and other tiny structures. It is highly accurate with the needle probes having 4μm resolution or better and can perform a range of tests simultaneously. It is also well suited for use in cleanroom environments as it is dust-free and its temperature and humidity can be regulated.