SK14BHM4G

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The SK14BHM4G is a silicon-based, single phase, and device composed of four Schottky Barrier Rectifier Diodes. It is often used in various types of power control applications. It provides favorable levels of efficiency, allowing for the power packed into the device to be used with maximum efficiency. The device features a current rating of 14 A, and a voltage rating of 400 V with a power dissipation of 2.20 W.

The SK14BHM4G has excellent reverse leakage current characteristics, making it well suited for many applications. Its specially designed four diode array allows for the usage of three separate single-phase voltage sources in a single device. This allows for the power levels and the complexity of the circuit to be minimized. In addition, the device features an integrated Schottky Barrier Rectifier Diode, which helps reduce the number of components required. This reduces the overall cost of the device.

One of the key applications of the SK14BHM4G is Power Factor Correction (PFC). This is a process in which the combined harmonic current waves of the AC power source are reduced and the line neutrality is regained. This helps to improve the power quality and reduce power losses. The SK14BHM4G can be used to construct a rectifier circuit which efficiently processes a three-phase input current. It can also be used in many other applications such as DC/DC regulators and converters, inverters, and other such power control applications.

The SK14BHM4G operates on the principle of rectifying an AC power source. It utilizes four Schottky Barrier Diodes, which are arranged in an electrically isolated package. When a voltage is applied across the device, the diodes conduct electric current in one direction only, effectively rectifying the input current. The Schottky Barrier Diodes are designed to have a low forward voltage drop, allowing for improved efficiency and better power output. Additionally, the device features an integrated diode array, which helps reduce the number of components required.

The ability to work efficiently with three-phase voltage sources, combined with its low voltage drop, allowthe SK14BHM4G to be a popular choice for many power control applications. The reduced number of components, and the integration of a Schottky Barrier Diode also add to the versatility of this device. It offers the versatility needed to construct a variety of rectifier circuits, and can power a wide range of devices without compromising on efficiency or performance.

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