Used LAM RESEARCH 853-495649-002 #9032128 for sale

LAM RESEARCH 853-495649-002 is a power supply designed to provide consistent and stable power to the semiconductor fabrication process. This power supply is capable of providing high voltage from 0 to 500V with a maximum current of 6A. It also features an adjustable output voltage, current limit and digital display. The device is designed to maintain steady power even during high-temperature operations. It is equipped with overload protection and short circuit protection. Additionally, the power supply is protected against noise, electromagnetic interference and static electricity to ensure reliable performance. In terms of its construction, 853-495649-002 features a high-quality metal enclosure that helps to reduce the risk of damage and ensures a reliable performance. Inside there is a high-efficiency regulated transformer which is capable of controlling the output voltage and current and is protected against electromagnetic interference. The power supply has a temperature-controlled fan to keep the internal components cool when operating in high temperatures. The device also features an isolated ground connection to help prevent electrical shocks and static electricity. In terms of its electrical specifications, LAM RESEARCH 853-495649-002 has an output voltage of 0-500V with a range of ±1.5%. The maximum current is 6A and the output ripple is less than 1%. The operating temperature is from 0 to 70°C and the power factor is greater than 0.9. The device also supports LED displays which provides feedback on the current voltage and current values, as well as any problems that may be occurring. In summary, 853-495649-002 is a powerful, reliable and efficient power supply that is designed to provide consistent and stable power to the semiconductor fabrication process. It is equipped with safety features to reduce the risk of damage, as well as state-of-the-art technology to deliver reliable performance with minimal noise and interference. This power supply is ideal for applications that require high efficiency and performance.