Characteristics, principles, classifications, usage methods, and precautions of power inductors 1

The power inductor LPC2368FBD100 is an instrument used to measure the power factor and power of a power supply. It plays an important role in the power system, helping users assess the quality and efficiency of power sources. The following will provide a detailed introduction to the characteristics, principles, classifications, usage methods, and precautions of power inductors. diode

1、 Characteristics:

1. High precision: Power inductors have the characteristic of high precision, which can accurately measure the power factor and power of the power supply.

2. Broadband: Power inductors can operate over a wide frequency range and are suitable for power sources of different frequencies. diode

3. High current: Power inductors can withstand large currents and are suitable for high-power power sources.

4. High temperature resistance: Power inductors are usually made of high-temperature materials and can work normally in high-temperature environments.

5. High reliability: Power inductors have high reliability and can operate stably for a long time. diode

2、 Principle:

The working principle of power inductors is based on the characteristics of inductive components. When current passes through an inductive element, a magnetic field is generated inside the element, which stores energy. When the direction of the current changes, the magnetic field also changes, releasing the stored energy. Based on the relationship between current direction and magnetic field changes, the power factor and power of the power supply can be measured.  diode