HFA25TB60STRL

The HFA25TB60STRL is a silicon power rectifier diode. It is a single phase, 25 Amp, 600 volts device.

This device is designed for use in applications where a low forward voltage drop and an exceptionally low reverse leakage current are desired. This diode can be used for general power applications, including power supplies, DC-to-AC inverters, and motor controllers.

The HFA25TB60STRL has a peak tow junction temperature of 150°C and its blocking capabilities are rated at 600 volts. The maximum forward voltage drop is 1.45 V. This diode\'s reverse leakage current varies with the temperature and ambient light. At room temperature, reverse leakage current should not exceed 10µA when subject to ambient light.

The HFA25TB60STRL is a single phase rectifier consisting of two diodes in series. Each of the diodes has its own anode and cathode, but only one anode and one cathode can be connected to the load at any given time. The purpose of the two diodes is to ensure that the voltage across the load is rectified, or \'cleaned up\' by removing any of the AC signal portions. The HFA25TB60STRL is a non-polarized device, meaning that it does not matter which of the two anodes and cathodes are connected to the load. The HFA25TB60STRL can also be used in other configurations such as series, parallel and half wave rectification.

The HFA25TB60STRL is a rugged and reliable device that has been designed to handle extreme temperatures, high current demands and harsh environmental conditions. This diode is capable of handling currents up to 25A and voltages up to 600V. It is suitable for use in a wide range of applications, including rectifying AC to DC power supplies.

In summary, the HFA25TB60STRL single phase rectifier diode is an excellent choice for general power applications and DC-to-AC inverters. Its low forward voltage and exceptionally low reverse leakage current make it suitable for a wide range of applications. Furthermore, its rugged construction and high current and voltage ratings ensure reliable, long-term operation.