SCR74B-680

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Fixed Inductors

Fixed inductors are compact electronic components that store electrical energy using a fixed core with an inductive winding. These components are widely used in electronic circuits, amplifiers, wireless communication systems, and power supplies. The SCR74B-680 is a fixed inductor designed to provide excellent EMI suppression in applications requiring high current with low loss. This inductor is highly effective and reliable, and its small size and low weight make it ideal for a variety of applications.

Application Field

The SCR74B-680 has a wide range of applications. It is typically used as a filter in high-current circuits or for EMI suppression when higher current is needed. It is also suitable for use in audio circuits due to its low magnetic leakage. The SCR74B-680 has a high operating temperature range, making it suitable for use in high-temperature environments. Additionally, its low impedance and low noise make it ideal for audio applications and for use in analog and digital circuits. The SCR74B-680 is also suitable for use in RF applications, such as attenuation, matching, and coupling.

Working Principle

The SCR74B-680 operates using a fixed core and inductive winding. The winding is made of an enamel-coated copper wire, which provides low DC resistance and high frequency inductance. This inductor is made of a ferrite core, which gives it a high magnetic permeability and a low core losses. The ferrite core is also temperature stable, allowing the inductor to work with a wide range of temperatures. When current passes through the windings, a magnetic field is created. This magnetic field induces a voltage in the windings and acts as a filter to suppress any form of interference. Additionally, the inductor stores energy and releases it gradually, allowing for a smoother delivery of power.

The SCR74B-680 is a highly reliable fixed inductor. It is compact, lightweight, and provides low power loss and EMI suppression. It is suitable for use in a variety of applications, and its low core losses make it particularly suited for audio applications. Furthermore, its temperature stability and high current handling capabilities make it ideal for high-temperature environments and higher power circuits.

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