MBR20150FCTE3/TU

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Diodes - Rectifiers - Single

A single diode rectifier, is a basic electrical component commonly seen in power supplies, where alternating current is converted to direct current. A single diode rectifier is constructed using a single diode in a bridge to rectify the current. The MBR20150FCTE3/TU is a fast-recovering, planar passivated power Schottky rectifier, with an integrated connection tab featuring high-temperature metallurgical bonding that can carry a current up to 20 amps.

Application Field

This MBR20150FCTE3/TU diode rectifier has a wide range of applications such as free-wheeling diodes for DC motor drives, switching power supplies, DC-to-DC converters, and general rectifier applications. It is also useful in voltage regulation and power management applications, as it provides economical power solutions in an ultra-small SO-252 package.

Working Principle

A single diode rectifier operates on the principle of rectifying AC current—that is, to convert a sinusoidal AC current to a unidirectional flow of direct current. Rectification occurs when electrons flow from the negative terminal of the power source, passing through the anode to the cathode of the diode, where they are then discharged. When the applied voltage changes direction, the diode-supplied electrons end up acting as a barrier, blocking the flow of current in the opposite direction.

In terms of the MBR20150FCTE3/TU, the integrated planar passivation layer and metallurgical bond ensure low forward losses, reducing heat dissipation and making the MBR20150FCTE3/TU a rugged and reliable component. The anode and cathode are integrated into a single package and can withstand reverse voltage up to 200V. Furthermore, the MBR20150FCTE3/TU offers a temperature range from -55 to +150°C.

Conclusion

The MBR20150FCTE3/TU provides an ultra-small and reliable solution for rectification applications. Equipped with a planar passivation layer and metallurgical bond, it ensures low forward losses and a high temperature range, making it an attractive component for use in areas such as voltage regulation, power management, and DC motor drive applications.

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