Used LAM RESEARCH HALO #161548 for sale

LAM RESEARCH HALO is a high-performance power supply designed to support the latest semiconductor fabrication processes. The power supply is capable of providing up to 10,000W of output power with a fast, controlled response time. DELTA voltage regulation technology provides a precise level of power delivery and helps to reduce potential process variations while ensuring reliability and precision. The power supply also boasts a precise variablility feature that allows users to fine tune the power delivery. HALO operates in a three-phase mode and features automatic phase alignment, making it ideal for a wide range of applications. Several external control options are available to fine tune the power delivery and adjust for changing process conditions. The power supply also features ovulation and over-current detection to prevent unexpected system shutdowns. LAM RESEARCH HALO can be operated in a standalone mode or with LAM's central-level monitoring system, which enables customers to monitor their power supplies from a central interface. HALO's compact design features a low-profile floor space, helping to reduce power consumption costs. A high efficiency rating of up to 94.6 percent reduces energy consumption, resulting in lower electricity bills over time. Built-in EMC filters and a low noise emission level make the power supply suitable for low noise and high EMC applications. The power supply's internal design also allows it to be updated with optional upgrades to cater to specific customer requirements or address emerging market conditions. LAM RESEARCH HALO is compliant with multiple regulatory and industry standards, including CE, low voltage directives (LVD), electromagnetic compatibility (EMC) directives, as well as as safety standards for medical and power-sensitive systems. Its comprehensive monitoring system provides detailed information on output voltage, current, and temperature. All these features help ensure a reliable and efficient power delivery, which is key to maintaining optimal process conditions and achieving a high-yield semiconductor fabrication process.