GBU8M-M3/51

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The GBU8M-M3/51 is a single-phase three-wire full-wave rectifier module. It is used to convert alternating current (AC) from mains (typically, 120 V / 230 V) to direct current (DC) for a variety of applications. The rectifier comprises six diodes arranged in a bridge configuration, forming a full-wave circuit where current flows alternately in opposite directions through the bridge.

A bridge rectifier is an efficient form of rectification circuit which has both positive and negative output. The four arms of the bridge are formed from four diodes, so that eachhalf of the alternating current (AC) cycle causes current to flow through two different sets of diodes. By connecting the output of the bridge to a smoothing capacitor the desired direct current is obtained.

The GBU8M-M3/51 bridge rectifier can handle peak current up to 8A, and a surge forward current up to 16A for up to 8 ms. It is available with a metal oxide varistor (MOV) for surge overload protection. The integrated MOV has higher clamping voltage than traditional MOVs and can effectively protect through power surges up to 680 V.

Bridge Rectifiers are commonly used in power supplies, battery chargers, motors, and lighting installations, in electronics projects, and in industrial applications. Industries such as automotive, telecommunications, medical, solar, and aerospace use them as a reliable power solution with low power loss.

The GBU8M-M3/51 bridge rectifier features fast recovery, high efficiency, and surge capability. It is highly reliable, withstanding up to 10,000 hours (at 25 °C ambient) of reliability testing. The device ensures long-lasting, seamless performance with minimal wear and no noise. The GBU8M-M3/51 is UL, CUL, and TUV certified, and RoHS compliant.

The GBU8M-M3/51 bridge rectifier is a versatile device, providing power and surge protection for a range of applications. In addition, it offers higher efficiency and longer life than its predecessors. This makes it an excellent choice for industrial applications, where reliability, performance, and cost are key considerations.

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