Used LAM RESEARCH T-Match #9005253 for sale

LAM RESEARCH T-Match is a family of high-performance, modular, split-load three-phase power supplies designed to provide clean, tightly regulated power for applications in semiconductor process and metrology tools. T-Match supplies provide both system power and DC/DC regulation in a space efficient, low-profile package that can be easily integrated with other power distribution components. LAM RESEARCH T-Match supplies feature a digital closed-loop, AC to DC conversion stage, providing superior power regulation and high efficiency. Its high stability, tight voltage regulation and efficient operation make it ideal for tasks that require precise control over voltage. The supplies feature a wide output voltage range and a variety of output current options, providing up to 16kW of power in a single module. T-Match also includes optional features such as galvanic isolation, current monitoring, and software fault protection, allowing for increased safety and system reliability. The power supply can easily be integrated into new or existing systems thanks to its ISFET port, which allows for fast, safe and easy connection. Additionally, the power supply is compatible with both EEPROM-based and microcontroller-based system architectures. LAM RESEARCH T-Match power supply is designed to provide reliable and clean power in a variety of industrial and commercial applications. It is designed to meet rigorous environmental standards that include MIL-STD-810D, ESA, and IEC60068, ensuring superior performance and reliability in high temperature and vibration environments. It is also designed to simplify service and maintenance tasks, allowing for easy installation, replacement, and troubleshooting. Overall, T-Match power supplies are designed to provide efficient, reliable, and uncompromised power for a wide range of applications. Thanks to its modular, split-load design, its advanced power regulation capabilities, and integrated features, LAM RESEARCH T-Match is an ideal solution for managing and controlling power in demanding environments.