LQP03TNR22H02D

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Fixed inductors are electrical passive components that store energy in a magnetic field. Their primary function is to introduce inductance, thus allowing a current to increase gradually, and/or resist changes to an existing current. Given the nature of their function, inductors are indispensable components in conductive circuits.

LQP03TNR22H02D is a fixed inductor designed to operate between -55 and +125 degrees Celsius. It is made of ferrite core material and uses an air gap inductor configuration with six windings. It has low DCR and high inductance characteristics, which make it suitable for a variety of applications including high-frequency SMPS, RF circuits, and power supply circuits.

The working principle of the LQP03TNR22H02D fixed inductor is based on Faraday’s law of electromagnetic induction. When a current flows through its windings, a magnetic flux is created around the windings. This flux generates an opposing electromagnetic field in the core of the inductor, counteracting the current flow. This opposition causes a voltage to be generated across the inductor’s terminals, increasing the possible energy stored in the magnetic field.

The amount of energy stored in a fixed inductor is dependent on the winding count, core material, and air gap. The air gap increases the inductance by reducing the magnetic flux density in the core. The use of ferrite material, along with the six windings, makes the LQP03TNR22H02D suitable for radio frequency chokes, transformer, output filter, pulse transformers, and other applications.

Fixed inductors are used in many types of electrical circuits, from power supplies to radio frequencies. The LQP03TNR22H02D is a versatile fixed inductor designed for use in high-temperature applications, with low DCR and high inductance characteristics. It can be used for RF chokes, transformer, output filter, pulse transformers, and other components in radio frequency circuits. Its working principle is based on Faraday’s law of electromagnetic induction, with the magnetic flux created by the windings generating an opposing electromagnetic field in the core.

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