VS-MBRB1635PBF

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Diodes are components with two terminals, which allow current flux in one direction, obstructing the opposite flow. Rectifiers are diodes specifically designed to convert alternating current (AC) to direct current (DC). Single rectifiers, as their name indicates, are composed of just one diode.

The VS-MBRB1635PBF is a single point-of-use (POU) rectifier, belonging to Vishay’s MBRB series. It has a forward current of 16A, 35V. It is built using planar technology and a double diffusion planar construction technique, offering an enhanced transfer of current. This type of rectifier is generally used in offline and dc-to-dc converters, motor speed controls and snubber lamps, among other applications.

The working principle of this rectifier is quite simple. When the AC input voltage is lower or equal to the forward voltage drop of the diode, the flux of electrons through the diode, otherwise known as conduction, is impaired. Conversely, when the voltage is higher, the diode acts as a conductor, allowing the flux of current.

The VS-MBRB1635PBF is capable of withstanding high junction temperatures, up to 175°C, with a surge overload (Ifs) at a peak of 25A. It also has an ultra-low leakage of 0.1µA maximum with a maximum power dissipation of 1.9W. With these characteristics, the rectifier can perform stably and safely in different operating environments.

The VS-MBRB1635PBF offers high current density, up to 150mA/mm2, and a fast response time, up to 4.5ns, allowing both high-frequency operations and high-density mounting. Its plastic package is RoHS compliant, making it a safe and reliable part to be used in a wide variety of applications.

To sum up, the VS-MBRB1635PBF is a reliable single point-of-use rectifier, that provides fast and safe conduction in a variety of applications. Its features make it ideal for motor speed controls, snubber lamps and many more applications. Its small package allows high-density boards while its small power consumption makes it ideal for applications where power saving is a factor.

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