IFSC1111AZER100M01 Inductors, Coils, Chokes

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Fixed inductors, often referred to as fixed magnets, are a type of magnet core that is typically used in power electronic and telecommunications circuits, as well as for energy storage or power transfer applications. The part number IFSC1111AZER100M01 is a specific type of fixed inductor, and this article is intended to outlining the application field and working principle of this product.

Structure of IFSC1111AZER100M01

IFSC1111AZER100M01 is typically constructed from a ferrite core and windings made of copper wire (or enameled copper wire). The inductor core is composed of magnetically soft material and the wires are wound around the core in a specific pattern to form a coil. Generally, the shape of the core will determine how much inductance is produced and the thicker and longer the wire, the higher the inductance produced.

Application Field

IFSC1111AZER100M01 fixed inductor is ideal for use as a filter in power decoupling circuits, sometimes referred to as a \'choke inductor\'. Decoupling of power supplies is essential for reliable operation of electronic circuits. The inductor can act as a reservoir, temporarily storing energy and preventing excessive current flowing through the power supply.

IFSC1111AZER100M01 fixed inductor is also suitable for generating high voltages and used in various audio/video circuits for blocking, bridging, damping, stabilizing, and separating circuit signals. The inductor can also be used in tuned radio frequency applications.

Working Principle

IFSC1111AZER100M01 fixed inductor works based on Faraday’s law of induction. In simple terms, when a current is applied to a wire that is wound around a core, the core will create a magnetic field. When this magnetic field is suddenly weakened due to power interruption or external interference, it will create its own current, which is known as inductance.

Inductance is essentially the ability to fight changes in the current flow. As no current can flow without an inductor, a higher inductance will basically decrease the current in the circuit and vice versa. The inductor works as an electrical power filter, retaining some energy within itself before it is dissipated.

Conclusion

IFSC1111AZER100M01 fixed inductor is a widely used component in power decoupling circuits, audio/video circuits, converter circuits, and other related areas. Its structure consists of a ferrite core and windings of copper wire. It is able to produce inductance and regulate the current flow, according to Faraday’s law of induction. This article has provided an overview of the application field and working principle of the IFSC1111AZER100M01 fixed inductor as a power electronic component.

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