LQW2BASR11J00L Inductors, Coils, Chokes

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Fixed inductors, also known as fixed-value inductors, are inductance components whose inductance values cannot be adjusted after manufacture. The LQW2BASR11J00L is a type of fixed inductor among many. It provides an inductance of 0.468 mH in the low power range and is generally used in low power applications.

Application Field

The LQW2BASR11J00L is commonly used in low power electromagnetic interference suppression and EMI filter applications. As it has an inductance of 0.468 mH, current pulses and EMI signals are absorbed into the inductor, reducing or eliminating their impact on other electrical circuits.

The LQW2BASR11J00L inductor is suitable for use in DC-DC converters and transformer sets, as well as other crucial applications requiring a regulated and optimized flow of current. Additionally, it is useful in automotive and telecommunications applications that require stable and effective regulation of current.

Working Principle

The working principle of the LQW2BASR11J00L inductor is based on the principle of Faraday\'s law. According to Faraday\'s law, changing the magnetic field on a coil creates an electromotive force that causes current to flow. The LQW2BASR11J00L supports steady-state currents, and its inductance creates an inductive reactance. Together, they cause the current to lag behind the voltage, meaning that the current is delayed, making it easier to control the flow of current.

The inductor also increases the power factor of the circuit by creating a sustained current flow. By reducing the losses due to current flowing out of phase with the voltage, it improves the power factor, increasing the efficiency of the circuit and reducing the active power consumption.

Conclusion

Given its low power range and useful characteristics, the LQW2BASR11J00L inductor is a versatile and reliable component that can be used in multiple applications, ranging from EMI filtering and DC-DC converters to telecommunications and automotive machinery. It works by creating an electromagnetic field that absorbs and control the current pulses and EMI signals, as well as regulating the current flow and increasing the power factor.

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