MBRH20035R

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MBRH20035R Application Field and Working Principle

MBRH20035R is a high-efficiency single-phase rectifier under the category of a diode. It is widely used in the fields of consumer electronics, home appliances, communications, automotive electronics, AC/DC adapter and many other fields. Understanding the application field and the working principle of MBRH20035R is essential for its proper operation. As such, this article provides an overview of the major features, application fields and working principle of MBRH20035R.

Features of MBRH20035R

MBRH20035R is a high-efficiency single-phase rectifier diode manufactured from N-channel MOSFETs. It has a maximum current of 3A with a maximum reverse voltage of 800V and a repetitive peak reverse voltage rating of 200V. MBRH20035R has a low switching loss of 35mW and a low forward voltage of 0.30V. Additionally, the package of MBRH20035R is small and symmetrical.

Application Fields

MBRH20035R is widely used in all kinds of electronic circuits, such as consumer electronics, home appliances, communications, automotive electronics, AC/DC adapters, UPS, and power supplies. Consumer electronics such as cellphones, computers, and digital cameras may use MBRH20035R rectifiers in their charging circuits or power supplies. MBRH20035R is also suitable for use in high-efficiency and high-frequency switching applications.

Working Principle

The working principle of MBRH20035R is based on the fact that when a reverse-biased voltage is applied across an n-channel semiconductor device, a rectification effect occurs, and conduction and returns to zero voltage. As such, the application of reverse-biased voltage across the device’s terminals allows for the current to start flowing in one direction, which is known as diode rectification. This rectification process is the basis of all of the applications for MBRH20035R.

The current flowing in the forward direction is limited by the on-resistance of the device, meaning that the current can only flow in one direction at any moment, repeating the same process. Whenever the voltage is applied in the opposite direction, the same diode rectification effect takes place. This makes this diode a great choice for a wide range of circuit applications, since it can easily handle the AC voltage and current swings.

Conclusion

In conclusion, MBRH20035R is a high-efficiency single-phase rectifier under the category of a diode, which is widely used in a number of application fields such as consumer electronics, home appliances, communications, automotive electronics, AC/DC adapter, and many more. Furthermore, the working principle of MBRH20035R is based on the diode rectification process which is activated when a reverse-biased voltage is applied across the device’s terminals.

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