UH6PJHM3_A/I

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Diodes - Rectifiers - Single

UH6PJHM3_A/I is a single-phase full wave rectifier package, which is widely used in low-voltage and high-current DC power conversion applications. This device is composed of two diodes connected in antiparallel and is commonly known as a Full-Wave Rectifier. The UH6PJHM3_A/I has a current rating of 2.5A, a voltage rating of 600V, and a surge current rating of 30A. It can be used as a rectifier in low voltage DC power conversion applications, such as in power inverters, UPSs, and other power supply systems.

The working principle of a Full-Wave Rectifier is to convert the AC input source into a DC output. The UH6PJHM3_A/I diode rectifier connected in an antiparallel configuration allows current to flow in either direction through the circuit, enabling the rectifier to convert the AC voltage source into a DC output. When the AC input source is positive, the diode connected in a forward-biased position will conduct while the other diode will remain in a reverse-biased position. As the AC voltage source changes its polarity and becomes negative, the reverse biased diode will conduct while the other diode will become reverse-biased. This will cause a change in the direction of the current flow, thus allowing the UH6PJHM3_A/I to convert the AC voltage into a DC output.

The main application field of the UH6PJHM3_A/I rectifier package is in low-voltage and high-current DC power conversion applications. Some examples are power inverters, UPSs, and power supply systems. The benefits of a full-wave rectifier include improved efficiency, reduced power losses, and the ability to handle larger level of current with minimal voltage drop. Additionally, the UH6PJHM3_A/I is small in size and is capable of providing high surge current ratings.

The UH6PJHM3_A/I is a versatile single-phase full wave rectifier package which can be used for high current DC power conversion applications. It is able to convert the AC input source into a DC output, and provides many benefits such as improved efficiency, reduced power loss, and a high surge current rating. Its main application field is in power inverters, UPSs, and power supply systems.

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