CIGT201608LMR24MNE

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Fixed inductors are an electrical component that helps store an electrical charge. They can be found in applications from radios to military electronics. The CIGT201608LMR24MNE is one example of a fixed inductor. This article will provide an overview of the CIGT201608LMR24MNE\'s application field and the principles that make it work.

Applications of CIGT201608LMR24MNE

The CIGT201608LMR24MNE is primarily used in power converters, where it can be used as a current limiting device or to provide filtering for AC and DC signals. It is also often used in DC-DC converters, where it is typically placed upstream from the power switch to reduce high frequency noise or ripple. Its low inductance and high current rating make it a preferred choice in high-power switching applications. Additionally, it is often used in DC-AC converters, where it can provide the necessary isolation and protection for the switching element.

Another major application for the CIGT201608LMR24MNE is for deflection coils where its low inductance and high current rating helps to reduce the coil mass while achieving high deflection accuracy. Furthermore, the CIGT201608LMR24MNE is often used as a common mode noise filter for video and audio signals, as it reduces common mode interference without affecting the signal quality. Additionally, its high current rating makes it a good choice for RF impedance matching circuits, where it can be used to provide a stable load impedance for optimum output power.

Working Principle of the CIGT201608LMR24MNE

The functioning of any inductor is based on the basic principle known as Lenz’s law. This law states that an electric current produces a magnetic field, and conversely, a changing magnetic field induces an electric current in a conductor. This principle is used in the design of the CIGT201608LMR24MNE, which is composed of a coil of wire wrapped around a core, usually of metal or ceramic.

When a current flows through the coil, it produces a magnetic field. This field induces an opposing current in the core, which in turn produces an opposing field. This opposing field reduces the magnetic field produced by the coil, and the reduction in magnetic field causes the coil to oppose the flow of current, creating a resistance that prevents the current from increasing. Therefore, the CIGT201608LMR24MNE acts as a current-limiting device, allowing current to flow up to a certain point before it is reduced.

In addition to its current-limiting properties, the CIGT201608LMR24MNE also acts as a filter, as it alters the frequency response of any signal passing through it. Its low inductance and high current rating make it ideal for filtering high-frequency noise or AC power, and its high inductance makes it ideal for filtering DC power. Furthermore, its inherent stability makes it a good choice for impedance matching circuits, where it can be used to provide a stable output impedance for optimum power output.

Conclusion

The CIGT201608LMR24MNE is an excellent fixed inductor for a variety of applications. Its low inductance and high current rating make it a preferred choice for power converters, DC-DC converters, DC-AC converters, deflection coils, common mode noise filters, and RF impedance matching circuits. Its basic principle of operation, based on Lenz’s law, enables it to act as a current-limiting device and allows it to filter both AC and DC signals. For these excellent properties, the CIGT201608LMR24MNE is an ideal choice for many applications.

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