NRVB10100MFST1G Discrete Semiconductor Products

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The NRVB10100MFST1G is a single rectifier diode. It is a general use part that can be used for rectifying alternating current (AC), for example in spike suppression, power line switching, switching mode power supplies and DC motor speed control. It has a low forward voltage drop and high reverse leakage current, allowing it to handle higher junction temperatures.

The NRVB10100MFST1G is a high power semiconductor device with an effective current capability of 100A, and an operational temperature range from -55°C to +150°C. It has an avalanche capability of 100 A, allowing it to rectify higher AC currents as well. It has an average forward current of 10A peak. The junction capacitance is low, at only 5 pF, enabling higher speed operation in higher frequencies.

The NRVB10100MFST1G is ideal for use in general power applications, like motor speed control, spike suppression and switch mode power supply applications. It is also perfect for use in AC power line switching and DC rectification. Operating at low junction temperatures, it is a reliable and efficient choice for a wide range of applications.

The working principle of the NRVB10100MFST1G is simple. It acts as an electronic switch that converts alternating current to direct current. It also has a low forward voltage drop and provides excellent forward and reverse temperature characteristics. When an AC input is applied, the diode turns “on”, allowing the current to flow in one direction only. As a result, the output is direct current. The reverse leakage current of the diode ensures that the current is restricted in two directions, so that no current is allowed to flow through the diode in the reverse direction.

In conclusion, the NRVB10100MFST1G is a single rectifier diode that can be used in a variety of applications. It has a low forward voltage drop and a high reverse leakage current. It is perfect for general power applications, AC power line switching and DC rectification. Its working principle is simple and involves turning current flow in only one direction, thus converting AC current to direct current.

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