CIGT252010LM2R2SNE

Fixed Inductors

Inductors are components of circuits that store energy in the electric field created by the default, known as inductance. These components are the primary means by which electrical circuits can be used to store and release energy in particular stages of signal processing. It is an important consideration in constructing functioning electronics and is a vital skill to understand both in theory and in practice. The CIGT252010LM2R2SNE Inductors are available as fixed inductors and are used in a variety of applications. This article will focus on these fixed inductors, the application fields they are used in and the principles at work.

Application Field and Working Principles

The CIGT252010LM2R2SNE fixed inductors are used in a variety of applications. These applications range from DC to AC circuit designs, power conditioning, RF circuitry, and signal processing. The CIGT252010LM2R2SNE is a low profile and low inductance fixed inductor that is capable of providing excellent inductance at frequencies up to 20 MHz. This makes it ideal for a wide variety of applications.

Fixed inductors are especially useful in circuit protection. By connecting them in series with critical components, the inductors can divert any surge of current, effectively protecting the components from the surge. Fixed inductors can also be used to suppress noise in both audio and high frequency signals. This is accomplished by adding an inductor in series with the signal path, to reduce the amplitude of any short duration, high amplitude transients.

The working principle of an inductor is based on Faraday’s law of electromagnetic induction. When current is applied to an inductor, it induces a magnetic field which interacts with the current, creating a counter voltage that opposes the applied voltage. This opposition increases exponentially with the increase in applied current, eventually reaching a saturation point of opposition. As such, the inductor is used for limiting the current in a given circuit.

The CIGT252010LM2R2SNE fixed inductors feature a high-temperature organic-filled spacer which provides improved power and voltage characteristics over traditional designs. This allows the CIGT252010LM2R2SNE to produce a consistent inductance, even under rapid changes in current or temperature. The inductance of the CIGT252010LM2R2SNE can be further tailored by adding additional metal plates or wires in the spacer, allowing the inductance to be tuned to a narrow range. This feature makes it ideal for use in particularly demanding applications.

The CIGT252010LM2R2SNE also features the lower current and voltage ratings than what can be achieve with traditional discrete inductors, but still offering a good amount of value and versatility for applications. This is due to the ability to connect more than one CIGT252010LM2R2SNE devices in series to increase the inductance, allowing for a greater number of applications.

Conclusion

The CIGT252010LM2R2SNE fixed inductors are an ideal choice for a variety of applications such as DC to AC circuits, power conditioning, RF circuitry, and signal processing. Featuring a low inductance and high-temperature organic-filled spacer, the CIGT252010LM2R2SNE provides excellent voltage and current ratings at frequencies up to 20 MHz. Also, the option of connecting multiple inductors in series allows for further tailoring of the inductance, making it ideal for a variety of more demanding applications. As such, the CIGT252010LM2R2SNE is a great choice for a variety of applications.