MBRT50020R

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The MBRT50020R is a diode rectifier array, which is mostly used for power conversion and motor control applications. The device provides very low forward voltage drop, which allows for high efficiency power delivery. Furthermore, the device\'s low reverse leakage characteristic reduces power losses due to current leakage.

The package of the device is made of high-temperature epoxy and the device is lead free. The device is resistant to surge currents and the body is constructed of molded plastic to protect against external hazards. The device has a low capacitance, which leads to improved power handling ability in power supplies.

The operating temperature of the device is -65°C to +175°C and the storage temperature is -65°C to +250°C. The device can handle voltage up to 1000V and it has a maximum peak current of 20A. The device is certified to meet the following standards: RoHS, UL, and CSA.

The MBRT50020R diode rectifier array operates using the principle of rectification. This process converts AC power into DC power. The device converts incoming AC power into two pulsating DC signals that are 180 degrees out of phase with each other. This device can be used in bridge rectifiers, AC-DC converters, and motor control circuits.

The device uses Schottky diode technology, which gives the device low forward voltage drop and reduced power losses due to current leakage. The device has a low reverse leakage characteristic, which ensures that the device is able to handle high surge currents and maintain low forward voltage drop. This ensures higher efficiency in power delivery.

The MBRT50020R is a high temperature, high power diode rectifier array that is suitable for use in power conversion and motor control applications. It can be used in bridge rectifiers, AC-DC converters and motor control circuits, due to its low forward voltage drop and low reverse leakage characteristics. The device is RoHS compliant, UL certified and CSA approved, making it the ideal choice for use in mission-critical applications.

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