Used SET / SEMICONDUCTOR EQUIPMENT TECHNOLOGIES 1500 / 500 #75700 for sale

SET / SEMICONDUCTOR EQUIPMENT TECHNOLOGIES 1500 / 500 is a power supply designed to enable the operation of test and measurement equipment used in semiconductor device research and development. The power supply is a regulated one with 1500W of continuous power and a peak power rating of 500W. The wide range of variable input voltage is ideal for use in R&D labs with highly variable input voltage instability due to grid draw. The power supply features meters that allow monitoring of the input, output and bypass circuit conditions while operating. The input is protected by an overvoltage, overcurrent and temperature cut-off to protect the internal components. A digital display is provided to show the output voltage, current, and failure indicator. The output is equipped with short-circuit and overload protection features to protect both the device under test and the power supply itself. The power supply has also been designed for low-ripple operation, so that the device under test does not become overloaded or damaged by a switching power supply. SET 1500 / 500 also includes a standby mode for power conservation when the power supply is not in use. In standby mode, the output voltage and current are completely shut off, and the power supply is powered down. SEMICONDUCTOR EQUIPMENT TECHNOLOGIES 1500 / 500 has been tested to comply with internationally recognized electromagnetic compatibility (EMC) and radio frequency interference (RFI) standards, providing reliable operation in the toughest EM environments. Its mechanical, environmental, and electrical performance is designed to meet all the manufacturing industry safety standards. The design of the power supply chassis provides a protective enclosure that helps to maintain performance, durability, and safety. 1500 / 500 is a powerful and reliable power supply, designed to operate in a diverse range of semiconductor device R&D labs. Its rich feature SET, lightweight design, and ability to accept a wide range of input voltages make it the ideal choice for powering test and measurement equipment in a variety of research scenarios.