CC453232-221KL

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Fixed Inductors

Fixed inductors are electrical components used for a wide variety of applications, including power converters, telecom equipment, and radio frequency (RF) applications. While inductors are passive components, meaning they do not require power to function, they can be used to produce small amounts of electrical current. The CC453232-221KL is one type of fixed inductor.

CC453232-221KL Application Field

The CC453232-221KL is a surface-mount inductor with a rated inductance of 221kH. It has a low withstand voltage rating of 8 volts DC and a DC bias current rating of 2.2mA. It’s suitable for use in a wide range of applications, including medical equipment, consumer electronics, and RF communication.

CC453232-221KL Working Principle

Fixed inductors work by storing energy in a magnetic field and releasing it when a current flows through them. When a DC voltage is applied to the inductor, current in the form of an AC signal, or sine wave, is generated. This phenomenon is known as inductive reactance and is measured in ohms. As the current in the inductor increases, the magnetic field surrounding the inductor grows larger, increasing the amount of energy stored.

The AC signal generated by an inductor is determined by its inductance, which is a measure of the amount of energy stored in the magnetic field. The AC signal will increase as the inductance increases, providing more power to the circuit. Additionally, as the inductance decreases, the AC signal decreases, providing less power to the circuit.

Fixed inductors are also affected by frequency, meaning the amount of current created or dissipated by the inductor will depend on how often the voltage is applied. At lower frequencies, the inductor will generate more current, while at higher frequencies, the inductor will generate less current.

Conclusion

The CC453232-221KL is a fixed inductor used in a wide range of applications. It has a low voltage rating and can generate an AC signal when a DC voltage is applied. It’s affected by inductance, frequency, and other factors, making it a versatile component. It’s ideal for use in medical, consumer electronics, and RF communication applications.

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