ASPIAIG-S4035-1R2M-T

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Fixed inductors are common passive components used in circuit and system designs to store energy in magnetic fields. The most widely used types of fixed inductors are the linear and the non-linear (switched) inductor families. The linear inductor family includes inductors with a constant inductance coefficient, as well as inductors with an adjustable inductance coefficient. The non-linear inductor family includes variable gapped inductors, inductors with a varying cross-sectional area, and inductors with a variable magnetic core.

ASPIAIG-S4035-1R2M-T application field and working principle

The ASPIAIG-S4035-1R2M-T is an excellent example of a fixed inductor. It is a non-linear inductor used for switching applications. The ASPIAIG-S4035-1R2M-T is designed for switching applications where a low profile component is required. The inductor has a low DC resistance, high rated switching current, and a wide temperature range in which it will operate. These characteristics make the application field of the ASPIAIG-S4035-1R2M-T very broad. Examples of applications where the inductor is suitable are: switch mode power supply filtering, DC to DC converters, and battery-operated equipment.

The working principle of the ASPIAIG-S4035-1R2M-T is based on the principle of induction, which states that the induced current in a conductor is proportional to the rate of change of the magnetic flux that links the conductor. The inductor consists of a winding around a ferrite core, and the core converts the AC current into a magnetic field. The flux generated by the AC current creates an induced current in the winding which opposes the applied AC current, resulting in a reduction of the current flowing through the winding. The amount of current reduction is directly related to the inductance of the coil.

The fixed inductor ASPIAIG-S4035-1R2M-T is efficient at reducing the current flow in applications that require a low profile component, an excellent temperature range, and a low DC resistance. The inductor is suitable for use in a variety of switching applications, and the working principle of the component is based on the principle of induction.

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