TXH 360-124

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The TXH 360-124 AC DC converter is a versatile and highly efficient power supply solution for both industrial and medical applications. It is a three-phase input, rectifier-modified sinusoidal output converter, providing excellent dynamic and static regulation, including input isolation, overvoltage, overcurrent, and over temperature protection.

The TXH 360-124 has a wide range of applications which include the following industries: medical equipment, optical equipment, industrial equipment, marine applications, communications, robotics, and aerospace.

In terms of operating principles, the TXH 360-124 converts three-phase AC input signals to a constant DC that is programmed via an analogue interface. This DC output is then controlled by an internal logic circuit to provide a low audio noise level and smooth output voltage regulation. The internal logic circuit also ensures output voltage stability and provides overload protection. Additionally, the TXH 360-124 ensures a precise output regulation, as well as outstanding voltage accuracy.

The main advantage of the TXH 360-124 is its high efficiency. It typically operates at up to 90% efficiency for a wide range of load conditions. This efficiency is maintained over long periods of operation, resulting in reduced energy consumption. Additionally, the TXH 360-124 has a wide output voltage range (from 20 to 56V), making it suitable for a variety of applications.

The TXH 360-124 is also very reliable, offering very low ripple, low operating temperature, and a long operating life. Additionally, the excellent thermal design reduces the amount of heat generated during voltage regulation, making it suitable for continuous operation.

In summary, the TXH 360-124 is a highly efficient and reliable AC DC converter, offering excellent performance and versatility for a wide range of applications. It has a wide output voltage range and can maintain high efficiency for long periods, resulting in reduced energy consumption. Additionally, it is highly reliable, offering low ripple, low operating temperature, and a long operating life. It is an ideal choice for industrial and medical applications.

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