CBC3225T2R2MR

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Fixed inductors are electronic components commonly found in many types of electrical and electronic circuits. They are used for a variety of applications such as filtering, tuning, storing and distributing energy, and changing signal impedance. The CBC3225T2R2MR Fixed Inductor is one such example of how an inductor can be used in a range of applications. The following article will provide an overview of the different application fields and working principles for CBC3225T2R2MR Fixed Inductors.

Application Fields

The CBC3225T2R2MR fixed inductor is designed for general purpose applications. It is a non-polarized device with a footprint of 2.2mm x 1.25mm. This type of inductor is well-suited for use in step-up DC-DC converters, power supplies, audio amplifiers, and high frequency clock circuitries. Additionally, it can be used in switching power supplies, small-signal electronics, analog or digital communication systems, and low-frequency filter circuits.

Working Principles

The CBC3225T2R2MR works by creating an inductance that opposes changes in current. It is an air-core inductor with a copper wire-wound bobbin. This helps to increase the inductance value and overall performance of the device. It also helps to reduce EMI and RFI interference. The inductor design resists any changes in current by generating a voltage in opposition which creates a counter electromotive force. This will reduce the frequency of transients or voltage spikes in the circuit and offer improved power supply stability.

The CBC3225T2R2MR has a maximum operating temperature of 80°C. This allows it to function properly in harsh environments. Additionally, if properly used, the CBC3225T2R2MR should provide many years of reliable performance with minimal maintenance.

Conclusion

The CBC3225T2R2MR fixed inductor is an ideal solution for many types of electrical and electronic circuits. It is designed for general purpose applications and is capable of providing excellent performance and reliability. The inductor works by creating an inductance that opposes changes in current which helps to reduce EMI and RFI interference. This helps to provide improved power supply stability and optimal performance in many types of circuits.

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