ELL-CTV681M Inductors, Coils, Chokes

Fixed Inductors are electronic components that provide specific inductance values in electrical circuits, and the ELL-CTV681M is one of the most popular models of them. It is commonly found in commercial products like radios, televisions, and home appliances. This article will explain the application field and working principle of the ELL-CTV681M.

The ELL-CTV681M is designed for high-frequency, high-efficiency, low-cost applications in which specific inductance values are needed. It is constructed with a standard construction that consists of a ferrite core, windings, and a capacitor. The windings are made of a very thin wire, while the ferrite core prevents the current from returning to the start point. The capacitor is used to reduce the resonance frequency of the inductor and increase its efficiency.

The most common application field of the ELL-CTV681M is for power supplies in televisions. As TVs require stable power, especially at high frequencies, the ELL-CTV681M is often used to provide this stability. It is also used in radios and other home appliances. In addition, the ELL-CTV681M can be used in AC/DC converters, DC/DC converters, and switched-mode power supplies, which are used for a variety of applications such as computers, medical equipment, automotive equipment, and data processing.

In terms of its working principle, the ELL-CTV681M works by creating an electromagnetic field when current flows through it. This field creates an inductance that counteracts the change in the current that causes it, thus regulating the current flow. This inductance is created by the ferrite core and the windings, which increases the impedance of the circuit and reduces the frequency of the current.

In conclusion, the ELL-CTV681M is a fixed inductor that is used in various commercial and industrial applications to provide specific inductance values. It is commonly used in power supplies for televisions and other home appliances, and its working principle involves creating an electromagnetic field from the ferrite core and windings to regulate the current flow.