SCRH62B-120

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Fixed inductors are electronic components used to store energy by providing a resistance that fluctuates, which is typically measured in microhenries. The SCRH62B-120 is a type of radial-leaded, radial-style ferrite-cored inductor manufactured by Sumida Corporation. It has a rated voltage of 6.3 VAC (50/60 Hz) with a rated current of 120 mA rms.

The SCRH62B-120 is primarily used in high voltage applications, such as voltage measurement or power supply circuits, and can also be used in a wide range of circuits with frequencies up to 100 kHz. It is widely used in automotive, industrial, and medical electronics. It is also used in switching power supplies and LED lighting systems. The inductor\'s field of applications is significantly wide because of its features.

The SCRH62B-120 has a rated current of 120 mA and an inductance of 6.2 mH. It features a low DC resistance and is compatible with various types of wire. It also features a high frequency characteristic with a high Q value. The Q value is a measure of the inductor\'s ability to concentrate or store energy.

The SCRH62B-120 is designed with an integrated core whose size is 0.4724 x 0.1575 inches. Its height is 0.1181 inches and its weight is 0.4 ounces. The component is designed to withstand temperatures of up to 85℃ and is RoHS compliant for environmental protection. It is also available in 3 different colors: red, green, and black.

The working principle of the SCRH62B-120 is based on Lenz’s law. When a DC current is passed through the inductor, a magnetic field is created, feeling a self-induced back EMF (voltage) against the direction of the current, thus limiting the current’s flow in a process known as “induction.” This is the basis of the inductor’s working principle.

In conclusion, the SCRH62B-120 is an ideal component for a variety of applications including high voltage and high frequency circuits. It is also highly reliable and robust and is RoHS compliant. Its field of applications is significantly wide thanks to its features, mainly its rated current, inductance, Q Value, integrated core, and high operating temperature. Its working principle is based on Lenz’s law, showing that a DC current will generate a magnetic field, creating an opposing voltage.

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