MBRF10H150CT-E3/45

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The MBRF10H150CT-E3/45 is a general purpose Rectifier Array made up of two individual high power rectifiers, named S1 and S2, connected in an inverse series configuration. This Rectifier Array is uniquely designed with an optimized thermal design to provide long life, stability and good overall performance.

The application field of the MBRF10H150CT-E3/45 includes rectification, free-wheeling, DC motor control and voltage regulation. This Rectifier Array is suitable for a wide range of applications particularly for higher power applications. It is suitable for those applications where large current must be rectified with high signal integrity. The MBRF10H150CT-E3/45 is also suitable for systems with high frequency bi-directional power.

The MBRF10H150CT-E3/45 works through a two-stage process. The anode of the first rectifier, named S1, is connected to the output of the system, while the anode of the second rectifier, named S2, is connected to the cathode of the first rectifier. In the first stage, the diodes are forward biased and the current flows from the anode of S1 to the anode of S2, resulting in the output of the system being rectified. In the second stage, the polarity of the rectifier array reverses and the current flows from the anode of S2 to the anode of S1, and the output of the system is then again rectified.

The MBRF10H150CT-E3/45 offers various benefits to its users. These include high reliability and high power efficiency, as well as low leakage currents. The rectifier array exhibits good voltage rejection ratio and fast-recovery times. Moreover, it is also capable of providing a high output current of up to 10A. Additionally, its optimized design ensures low forward voltage drop and low reverse current. Lastly, it also offers ESD protection up to 8KV.

In summary, the MBRF10H150CT-E3/45 is a general purpose Rectifier Array made up of two high power rectifiers, connected in an inverse series configuration. It is suitable for a wide range of applications, particularly high power applications, and is designed to provide high reliability, high power efficiency, and fast recovery time with low leakage current. Its optimized design ensures low forward voltage drop and low reverse current, as well as ESD protection up to 8KV.

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