Used AMPLIFIER RESEARCH ATP10K100M #9091016 for sale

AMPLIFIER RESEARCH ATP10K100M is an ultra-high power supply designed to meet the most demanding requirements in industrial, medical, and defense applications. This device is extremely versatile and offers a wide range of power input capabilities. ATP10K100M provides a maximum output power of 1000 watts and an impressive 100 milliamps of current delivery. The device is ideal for high-power applications, with a wide output voltage range, from 0 to 16V. It is designed for peak loads up to 10,000 watts. Input power can range from 10 to 600VAC, allowing for efficient operation. AMPLIFIER RESEARCH ATP10K100M is ruggedly built and has a smaller size to allow for integration into tight spaces. It features a thermal fuse to protect against overheating and short-circuiting. ATP10K100M has a high efficiency rating of 95%, with low total harmonic distortion and extremely low distortion values at the reference output level. It is designed for long-term reliability, with a high rise time capability. The device is also highly stable, with a 10ms regulation time. The extended temperature range allows for reliable operation in a variety of environments, including extreme temperatures. The device has built-in features to further protect it from damage due to input power fluctuations. An AC line snubber, a ripple absorber, and overvoltage protection are all included to ensure reliable operation. The response time of the device is also exceptionally fast, leading to improved system performance. Automatic overload protection and an internal overload indicator further protect the device. AMPLIFIER RESEARCH ATP10K100M is designed for demanding applications, and comes with a comprehensive suite of user-friendly features, making configuration and maintenance simple and straightforward. The device is also covered by a comprehensive one-year warranty. With its impressive power rating, wide range of capabilities, and reliable features, ATP10K100M is an ideal choice for the most demanding applications.