LHLC06NB1R5M

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Fixed inductors, are also known as non-variable inductors, are electronic components mostly used in AC circuits. They are used to generate a magnetic field when current passes through them. And this magnetic field generated by a fixed inductor can be used in a variety of applications.The specific part we focus on today is the LHLC06NB1R5M. This fixed inductor is generally used as a filter inductor in noise filter circuit, also being widely used on DC-DC power converter, PFC, solar inverter, switching power supply, and other AC/DC switching power applications. In the filter circuit, its inductance and current rating also determine the filter characteristics.

The LHLC06NB1R5M fixed inductor has a power rating of 2.5W and nominal inductance of 1.5uH. It also have a high saturation current rating, a high self-resonant frequency, and a low temperature coefficient of inductance. This inductor also has a great resistance to extreme temperatures, so it can work with temperatures ranging from -40℃ to 125℃. As well as a wide range of operating frequency from 40KHz up to 2MHz.

The working principle of this fixed inductor is relatively simple. When electric current flow through a coil in a magnetic field, the coil produces a counter-electromagnetic force (Lorentz Force). This magnetic field will generate an opposing force to the current flow, and due to its inductance, current flow in the coil will be limited.

So, when this inductor is used in a noise filter circuit. It will limit the current flowing in the circuit and reduce the level of noise generated by the circuit. It works similarly on DC-DC converters, PFC, solar inverters, and other AC/DC power switches. When current passes through it, its inductance will limit the current flow and help reduce the voltage ripple across the circuit and power switch.

In conclusion, the LHLC06NB1R5M fixed inductor is an excellent electronic component for filtering AC noise and for use on DC-DC converters, PFC, solar inverters and other AC/DC power switches by limiting the current flow in the circuit. With its wide range of temperatures, operating frequencies and power ratings, it has been proven effective in many applications.

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