MHQ1005P62NJT000

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Fixed Inductors

Inductors store energy in a magnetic field and can be used to produce a wide range of effects. Fixed Inductors are used for power line filtering, switching power supplies, voltage sensitive switch control and EMF radiation prevention. They also play a role in the manufacture of transistors, amplifiers, integrated circuits and other electrical components. The MHQ1005P62NJT000 is a type of Fixed Inductor.

Application Field

The MHQ1005P62NJT000 is a lead-free, monolithic Fixed Inductor made of high temperature super ferrite material. It has an improved frequency characteristics and saturation inductance. It can be used for DC-DC converters, power converters, chokes, and other applications. It is ideal for applications that require impedance or inductance control, as it has an excellent heat dissipation performance, low loss, high Q-factor, and small size. Its low cost makes it ideal for mass production.

Working Principle

Fixed inductors operate on the principle of magnetic permeability. In a basic inductor, a coiled wire has current flowing through it and produces a magnetic field which is proportional to the number of turns, wire diameter and length of wire. The magnetic field increases in strength as more current is fed into the inductor, this in turn resists the flow of the current and opposes any change in current or voltage. This opposition to change in current or voltage is called inductance and is measured in henries.

Fixed inductors also work on the principle of static magnetic fields. This means that the amount of inductance is determined by the number of turns of wire and the shape, size and material of the core. The number of turns will determine the amount of inductance that is produced, and the core material will determine its frequency response and the maximum amount of current it can handle.

The MHQ1005P62NJT000 Fixed Inductor combines magnetic permeability with static magnetism to produce an inductor that can be used for power line filtering, switching power supplies, voltage sensitive switch control and EMF radiation prevention. Its excellent heat dissipation performance, low loss, high Q-factor, and small size make it an ideal choice for these types of applications.

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