SD20-471-R

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Fixed inductors are components designed to provide an electrical path between two points in an electronic circuit. The SD20-471-R is a fixed inductor specifically designed to provide circuits with higher frequency stability and low output resistance during power applications. In this article, we will discuss the SD20-471-R application field and working principle.

The SD20-471-R is mainly used for the power supply of various electronic products, such as computer, communications and Industrial control application. It is most effective when the input voltage is between 20V and 40V, and has a very low output resistance. In addition, the SD20-471-R inductor has a high self-resonant frequency of 3.44 MHz. This makes it an ideal choice for applications such as high-frequency switching supplies, DC-DC converters, and high frequency circuits.

The SD20-471-R is composed of an inductive core that is made of ferrite or wound wire, and a wire lead. This inductor is designed for single-chip systems, digital clocking, and other high frequency applications that need a low inductance. All of these components help to stabilize power levels and reduce interference. The SD20-471-R is a very reliable and secure inductor due to its high tolerance. It provides excellent temperature range from -40°C to +125°C, and it is very resistant to soldering and vibration.

The working principle of the SD20-471-R is relatively simple. The component is installed in the circuit, and then it is connected to an electric power source. As the power source sends voltage current through the inductor, it creates an electromagnetic field. This electromagnetic field helps to stabilize the power level, reduce interference, and improve signal purity. The wire lead further helps to reduce the interference and increase the reliability of the inductor.

The SD20-471-R is a great choice for high-frequency applications. It is a reliable inductor with low output resistance, high self-resonant frequency, and a wide temperature range. It is used in digital clocking and single-chip systems, and it helps to reduce interference, improve signal purity, and stabilize power levels. When installed in a circuit, the SD20-471-R works according to a simple working principle: it creates an electromagnetic field to reduce interference and stabilize power levels.

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