2KBP06ML-6762E4/72

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Bridge Rectifiers are widely used in power applications and the 2KBP06ML-6762E4/72 is a modern example of this technology. The device is a four-terminal bridge rectifier composed of six diodes connected together in a bridge formation.

The basic purpose of a bridge rectifier is to convert alternating current (AC) to direct current (DC). The 2KBP06ML-6762E4/72 can handle inputs of up to 600V AC and provides a DC output that is up to 6.62A at 400V.

The device works by routing the AC input to two of the terminals using two diodes. The other two diodes then block the current from reaching the other two terminals. This creates a loop where the voltage runs in one direction, creating a unidirectional waveform. When the AC input crosses the zero voltage point, it is converted to a unidirectional waveform, providing the device’s DC output.

The 2KBP06ML-6762E4/72 is ideal for applications such as switching power supplies, AC inverters, inductive heating, motor speed control, uninterruptible power supplies, CHAdeMO DC fast charging stations and low-voltage DC motors.

The device’s feature set enables it to be used in a variety of applications. It has an operating temperature range of -40°C to +125°C, a maximum forward voltage drop of 1.30V, a dielectric strength of 3000VAC and an average rectified forward current of 6.62A.

It also has a surge current of 34A and a maximum peak reverse voltage of 800V. Additionally, it features a very low reverse leakage current of 70μA and a low thermal resistance of 14.1°C/W. These features combine to make the device ideal for a range of uses.

The 2KBP06ML-6762E4/72 is designed to meet all relevant CE, UL, CSA and TUV standards and is RoHS compliant. It also has an industry-leading manufacturer’s warranty and a four-year product guarantee.

In summary, the 2KBP06ML-6762E4/72 is a four-terminal bridge rectifier circuit composed of six diodes connected in a bridge formation. It enables the AC input to be converted to a DC output, providing a range of uses including switching power supplies, AC inverters, inductive heating and DC motors. The device is well suited for a range of power applications, has a range of features to ensure safe and reliable operation and meets all the relevant safety standards.

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