LHL10TB100K

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Fixed Inductors

Inductors, also known as coils or chokes, are passive two wheel electric components that store energy in a magnetic field when electric current flows through them. They consist of an insulated wire, wound into a coil of several turns, usually in the shape of a solenoid, in which the energy is stored. Fixed inductors are those that have their inductance fixed over a moderate range of frequency. Applications of fixed inductors can be seen in power line frequency converters, for motor start capacitors, in oscillators, for switched-mode power supplies, and for EMI suppression.

LHL10TB100K is a Toroidal Iron-Core Inductor of the Fixed Inductors series. It is characterized by its low audible noise, excellent temperature stability, and high current capability. The features of this component make it suitable for a variety of applications, including LED lighting, motor controls, and consumer appliances.

The structure and working principle of the LHL10TB100K Toroidal Iron-Core Inductor is as follows: the core is generally composed of a ferromagnetic material in the shape of a toroid, having a hollow centre, and an air gap between the inner and outer surfaces of the core. The windings of the inductor is made up of copper or aluminum foil that is wound around the core, with the number of turns depending on the required inductance. In case of the LHL10TB100K Toroidal Iron-Core Inductor, the number of turns is 100K.

When a current passing through the winding, a magnetic flux is established within the core. This flux links with the winding, producing an induced current in the winding and thus establishing a Faraday\'s law of induction. An alternating current passing through the inductor winding induces an alternating current emf in the same direction as the magnetic flux. The magnitude of the induced emf depends on the rate of change of current in the winding.

The use of a toroidal Iron-Core Inductor offers significant advantages over other inductors. Firstly, it provides a low DCR, due to its high permeability material, thereby making it suitable for high Cureent applications. Secondly, it has a low level of audible noise, due to the symmetrical nature of the toroid. Thirdly, it offers excellent temperature stability, due to the use of ferrite cores. Lastly, it offers cost efficiency, making it suitable for a variety of applications.

In conclusion, the LHL10TB100K Toroidal Iron-Core Inductor is an ideal component for numerous applications, including LED lighting, motor controls, and consumer appliances. It has low DCR, low audible noise, excellent temperature stability, and cost efficiency. Its low level of audible noise makes it suitable for use in sensitive environments, while its excellent temperature stability enables reliable performance.

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