MBR5H150VPB-E1

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The MBR5H150VPB-E1, also known as a single phase diode bridge, is a set of four diodes, that are configured in a half wave voltage doubler, which is used in AC power line applications. It can be used to provide DC power from an AC line, convert AC power to DC power, or to rectify and/or filter RF signals.

The MBR5H150VPB-E1 features two diodes in each of the two interconnected phase legs, with the leads arranged in a bridge rectifier configuration. It has a max forward current of 150A, and a reverse voltage rating of 360V.

By controlling the four diodes in either the open or the closed position, the MBR5H150VPB-E1 can be used to bridge the AC input and convert the AC voltage to DC voltage in a half wave configuration, or to provide full wave rectification and rectify the AC signal.

The MBR5H150VPB-E1 can also be used to filter the noise from AC signals, and also help to protect electronic devices from voltage spikes. The voltage doubler configuration of the MBR5H150VPB-E1 is ideal for applications where a limited amount of power is available.

In addition to its applications in AC power line applications, the MBR5H150VPB-E1 is also widely used in consumer electronics, instrumentation, and communications products. Its high reverse voltage rating makes it well-suited for use in applications such as switching power supplies and AC-DC converters.

The MBR5H150VPB-E1 consists of two interconnected rectifiers, each with a forward current rating of 150A, and a reverse voltage rating of 360V. It has an operating temperature range of -40°C to 125°C, and a peak forward voltage of 3V, making it ideal for use in a wide range of applications.

In summary, the MBR5H150VPB-E1 is a four diode bridge rectifier with two diodes in each of the two connected legs. It is used in AC power line applications and provides full wave rectification, voltage doubling, and can be used to filter the noise from AC signals, or help to protect electronic devices from voltage spikes. It has an operating temperature range of -40°C to 125°C, and a peak forward voltage of 3V, making it suitable for a variety of applications.

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