SCRH62B-7R1

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Fixed Inductors

A Fixed Inductor is an inductor that is designed to reduce the amount of current passing through a circuit. Its basic principle is that when a current is passed through it, the inductor induces a voltage drop across the circuit which in turn reduces the current. Fixed inductors are mainly used in power supply and other electronic circuit applications.

SCRH62B-7R1 Application Field and Working Principle

The SCRH62B-7R1 fixed inductors are designed for use in a variety of applications such as high-frequency and power supply circuits, DC/DC converters, filtering circuits and power factor correction. It also meets the requirements of automotive requirements and is widely used in dashboards, solar cells, LED lighting, navigation systems and control systems.

The SCRH62B-7R1 has a wide application field, due to its excellent performance. It has a low DC resistance that is based on an optimized design and is capable of handling high currents and power supplies. The temperature co-efficiency of the inductance is low, which allows for stable operating temperatures during formid conditions. This in turn provides an excellent performance in terms of frequency response, as it ensures efficient filtering of power.

The working principle and construction of the SCRH62B-7R1 is quite simple. It consists of a core of nonmagnetic material, such as ferrite, that is made up of several turns of insulated wire or foil. This core is then coated with an adhesive material that ensures good contact between the windings and the core, as well as good insulation from external electrical fields.

When a current passes through the inductor, it induces a voltage drop across the circuit, as well as a magnetic field and a change in the inductance depending on the number of turns and the core materials used. The effectiveness of this type of inductor is largely dependent on the number of turns, the size of the core and its material, as well as on the temperature coefficient.

This type of fixed inductor is used in many applications, where its low resistance and low temperature coefficient give it the capability of handling high currents and power supplies. It is also capable of providing excellent frequency response and noise suppression, which makes it an ideal component in numerous applications.

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