CC453232-2R2KL

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Fixed inductors are widely used in power electronics and consumer electronics. They provide current limiting, smoothing, energy storage and ability to filter out high-frequency components in electric and electronic circuits. Fixed inductors are highly reliable components and are highly valued for their ability to perform a variety of functions in different applications.

In this paper, we will discuss the CC453232-2R2KL fixed inductor, its application field and working principle. We will also discuss how this inductor can be used in various applications.

Applications of CC453232-2R2KL Fixed Inductor

The CC453232-2R2KL fixed inductor is a highly reliable, surface mount, radial inductor designed for use in various applications. It is an ideal choice for applications requiring high current carrying capacity, high current limit, and low parasitic inductance. It can be used as an input filter for switching power supply applications, as current limiting and filtering in drivers and low-voltage DC/DC power converters. It is also used in RF power amplifiers, low-noise amplifiers, and power oscillators, and can be used as a high-frequency transformer in AC/DC power converters.

The CC453232-2R2KL fixed inductor has an inductance value of 120nH. Typically, this inductor is used in applications where a high Q factor (self-inductance/resistance ratio), low stray inductance and low parasitic capacitance are desired. The CC453232-2R2KL can also achieve low DCR and high current carrying capacity, making it ideal for switching power supply applications. Additionally, it has a very low thermal impedance, making it suitable for use in high temperature environments.

Working Principle of CC453232-2R2KL Fixed Inductor

The CC453232-2R2KL fixed inductor is a high-performance electrical component that works on the principle of electromagnetic induction. The inductor is made up of several turns of insulated wire and a core material, which can be either ferromagnetic or ferrimagnetic. When electrical current passes through the wire, it generates a magnetic field. This magnetic field induces a voltage in the core material, which keeps the current flowing. The magnetic field also changes based on the current flowing through the inductor.

The operating frequency of the inductor is determined by the number of turns in the winding and the core material used. The higher the number of turns in the winding, the higher the frequency of the inductor. The core material also affects the frequency; ferrimagnetic core materials tend to have higher frequency responses than ferromagnetic core materials. Additionally, the inductance value of the CC453232-2R2KL fixed inductor is determined by the wire’s diameter and the number of turns in the winding.

The CC453232-2R2KL fixed inductor is capable of handling high current carrying capacity and high frequency operation. The inductor’s high Q factor allows for low parasitic losses and high isolation from the rest of the circuit. Additionally, the inductor’s low resistance and high current capacity make it an ideal choice for switching power supply applications, as well as for RF power amplifiers and low-noise amplifiers.

Conclusion

In conclusion, the CC453232-2R2KL fixed inductor is a highly reliable component used in a variety of applications. It is capable of handling high current capacity, high frequency operation, and low parasitic losses. Its low thermal impedance makes it suitable for use in high temperature environments. Additionally, its low resistance and high current capacity make it an ideal choice for switching power supply applications, as well as for RF power amplifiers and low-noise amplifiers.

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