BYM12-100HE3_A/I

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The BYM12-100HE3_A/I is part of Diodes\' rectifier diode family. The diode is a single, common-cathode rectifier that offers a series of features and benefits, making it ideal for a number of power semiconductor applications.

The diode\'s heuristic design and engineering makes it capable of handling voltage and power requirements with impressive efficiency and superior reliability. Its nominally rated at 100V with a robust current capacity of 3A, making it suitable for power conversion in a wide variety of applications. Its inductive capability is also impressive, allowing it to bridge a gap from 50Hz to 100kHz. With a diffusion capacitance of just 0.17pF, the diode is able to handle high frequency conversions with ease.

The diode is also designed to dissipate heat efficiently, and its maximum power dissipation is up to 1.5W. This ensures that it operates reliably in an environment with tight temperature conditions. As a result, the BYM12-100HE3_A/I is well-suited for a variety of power semiconductor applications, including low-power inverters and temporary portable power supplies, telecommunications and video equipment, high-efficiency power conversion circuitry, UPS systems, and power supplies.

The diode works on the principle of rectifying AC current into DC current. It does this by allowing the current to pass through it in one direction (positive to negative), thus rectifying it. The rectified current has a fixed DC voltage and the current level is determined by the amount of current present in the circuit. The diode is constructed from semiconductor material that acts as an insulator to most electrical signals. It is able to control the directionality of the current by effectively disrupting the flow of current in one direction and allowing it to pass in the other direction.

The wide range of features and benefits offered by the BYM12-100HE3_A/I make it an ideal choice for data communications and power conversion applications across numerous industries. Its ability to safely handle high-frequency conversions combines with its reliable capacitance and power dissipation to create an efficient and reliable semiconductor component. The diode\'s ability to rectify AC current into DC current makes it an indispensable component to many power semiconductor applications.

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