LHL06NB3R3M

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Fixed Inductors

An inductor is a passive two-terminal electrical component which resists changes in electric current passing through it. Fixed inductors are not intended for variable regulation or transformation of current, voltage, or power. Instead, they are used for supplying energy to a circuit, blocking or grounding circuit paths, and buffering the effects of voltage spikes.

The LHL06NB3R3M is a popular fixed inductor in the electronics industry. This inductor is rated at 3.3 µH and is composed of three Winding cores that are each wound with a 20AWG enameled copper wire. This important parameter allows it to provide relatively low resistance. Its maximum current rating is 1.3 A, and its saturation point is 6 A. The maximum DCR is 0.023 ohms. It has high power handling ability because of its high Q factor. Its temperature coefficient is +30 ppm/°C.

The basic working principle of a fixed inductor is the same as other inductors, but because of its construction, its ability to store energy is much higher. It works by establishing a magnetic field around a loop of wire or another core material when current is passed through it. This causes a voltage to be induced, which is then opposed to and block current moving in a particular direction. Therefore, when a voltage jump occurs, the inductor will absorb that energy and keep it from affecting other components in the circuit.

The LHL06NB3R3M is mainly used in computer applications, especially those with high-power circuits such as servers or PCs. It is suitable for AC/DC latching applications, EMI filters, and power supplies. It is also used in automated industrial equipment, where current levels may need to be regulated.

Fixed inductors are one of the most important components in many electronics applications. The LHL06NB3R3M is a high-performance inductor that offers superior power handling ability and high-temperature coefficient. With its 3.3 µH rating and three Winding cores, it is suitable for many applications where current needs to be regulated.

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