PAH200H483R3/C

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DC-DC converters are crucial components in power systems. They extract DC power from a wide range of sources, including batteries, solar panels, and AC power grids. A PAH200H483R3/C DC-DC Converter is a low-noise, high-efficiency, isolated linear DC-DC converter that is capable of providing high performance power conversion in a very small form factor. In this article, the application field and working principle of this converter will be discussed.

The PAH200H483R3/C is a low-noise, high-efficiency, isolated linear DC-DC converter that offers up to 0.5A current output. It features input/output isolation, low ripple voltage, low surge voltage, short circuit protection and over temperature protection. Also, its compact size (26mm X 20mm X 8mm) and low profile make it suitable for use in compact systems. The PAH200H483R3/C has a wide input range of 6.0~36 VDC, and a nominal output voltage range of 0.6~25 VDC, making it ideal for use in many applications such as industrial/commercial equipment, automotive applications, communications systems, medical systems, HVAC systems, power electronics, solar power systems, LED lighting, and more.

The working principle of the PAH200H483R3/C converter is based on the electrical phenomenon of mutual inductance. An inductor is an electrical component which stores energy in an alternating magnetic field. When an alternating voltage is applied to the inductor, the current flowing through it fluctuates in an oscillatory manner. This oscillatory current circulation creates a magnetic field which is driven by the alternating voltage. The current and the magnetic fields are mutually coupled, producing an inductive voltage and allowing the current to be transferred from the input to the output of the converter. The output current is then rectified and filtered to produce a DC output voltage.

In summary, the PAH200H483R3/C DC-DC Converter is a low-noise, high-efficiency, isolated linear DC-DC converter that offers high performance power conversion in a very small form factor. It features input/output isolation, low ripple voltage, low surge voltage, short circuit protection, and over temperature protection. The converter is suitable for a wide variety of applications, including industrial/commercial equipment, automotive applications, communications systems, medical systems, HVAC systems, power electronics, solar power systems, LED lighting, and more. Finally, the PAH200H483R3/C converter utilizes the electrical phenomenon of mutual inductance to convert AC energy into DC energy.

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