CIGT201608UMR47MNE

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Fixed Inductors are electronic components composed of ferromagnetic material and are widely used to store electrical energy for various applications. The CIGT201608UMR47MNE is a type of fixed inductor. This article seeks to explain the application field and working principle of the product.

The CIGT201608UMR47MNE is a vertical-structure fixed inductor with complete SMD encapsulation and SMT technology, providing high reliability and high impedance in a small size. Applications of this product include resonant circuit, EMI filter, and antenna duplex and image line.

Apart from its versatility to various applications, the high-quality copper wire material and magnetic ring core of the CIGT201608UMR47MNE make it capable of realizing higher impedance gain. It also has impressive anti-interference capability, excellent electrostatic protection, and strong durability. In addition, the RoHS certified product is also environmentally friendly.

The working principle of the product is based on Faraday’s Law of Induction. This law states that, “the induced electromotive force (EMF) in any closed circuit is equal to the time rate of change of the magnetic flux through the circuit”. Thus, a voltage is generated across the fixed inductor when there is a current in the coils, resulting in self-inductance.

The phenomenon of self-inductance is that, once electricity enters the inductor, it creates a field of magnetic lines of force which encircle the entire circuit and which tend to resist changes in the flow of electricity. This phenomenon is responsible for the generation of a brief back e.m.f in the inductor, the magnitude of which is equal to the rate of change of current. In a non-magnetic material, this e.m.f is zero. In a magnetic material, the e.m.f is greater, since it is caused by the response of the magnetic material to the changing lines of force.

This back e.m.f serves to protect circuitry connected to the inductor from voltage spikes. The CIGT201608UMR47MNE is designed to efficiently respond to these voltage spikes and protect the circuitry. This is accomplished by the presence of the magnetic material which stores energy and makes the inductor reactive to changes in the flow of current.

In conclusion, the CIGT201608UMR47MNE is a type of fixed inductor with wide application range and strong durability. Its working principle is based on Faraday’s Law of Induction, and it has the ability to store energy and to protect circuitry from voltage spikes.

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