MBR5200VPC-E1

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Single rectifiers are essential components within many circuit applications, providing a way of directing current within a circuit. The MBR5200VPC-E1 is a type of single rectifier, with semi-conductive material providing greater reliability and power within applications.

Application Field

The MBR5200VPC-E1 rectifier has a peak repetitive reverse voltage of 5200 Volts, with a range of up to 5500 Volts. It provides a power of 800 Watts, and has a forward current of 2 Amps. This makes the MBR5200VPC-E1 suitable for many applications, such as in TVs and monitors, small-to-large industrial applications, and renewable energy sources.

The MBR5200VPC-E1 rectifier, due to its rating and power, is suitable for all kinds of circuits, from complex digital systems to high-power controls and switching. It is able to dissipate thermal energy with its heat sink, which makes it ideal for use in temperatures between -45 and +135 Celsius degrees.

Working Principle

The working principle behind the MBR5200VPC-E1 rectifier lies within its semiconductor material, which has the properties of both an insulator and a conductor. The material is designed to allow current to flow in one direction only, while blocking current from flowing in the opposite direction. This is done by the alternating application of a forward bias and a reverse bias, which creates an electric field between the material\'s semiconductive junctions.

The MBR5200VPC-E1 rectifier uses this process to create a constant flow of current, which can be controlled and regulated by changing the applied bias. This allows the device to effectively control a circuit, and provide it with reliable and steady power.

Conclusion

The MBR5200VPC-E1 is a single rectifier which is suitable for use in a wide range of applications, from TVs and monitors to large industrial circuits. It is capable of providing a steady and reliable flow of current, and dissipates thermal energy with its heat sink. As such, it is a reliable and powerful component for any circuit board, providing reliable and steady power.

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