CIL21Y120KNE

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed inductors are composed of windings, core and magnetically-saturated media. CIL21Y120KNE is one type of fixed inductors which has a wide application field. In this article, we will discuss its working principles and application field in detail.

Principle of Operation

An inductor can be thought of as a coil of wire wound or built onto a magnetic core. The magnetic core concentrates the magnetic flux created in the coil and it absorbs or reflects the magnetic flux produced by the coil in the direction through which the current is flowing. This magnetic flux is what induces an emf or voltage across the inductor and this voltage is stored in the inductor. When the power is switched off, the voltage across the inductor is known as the residual voltage.

CIL21Y120KNE fixed inductors are constructed by winding a copper wire around a tape wound core made of organic or metallic material. The core acts as an electromagnet when a current passes through it. This current will induce a magnetic field, which in turn induces an electromotive force (emf) in the inductor’s coil from the change in flux. This emf is proportional to the rate of change of the inductance. The inductance of a given circuit is the resistance to the changes in the electrical current flow.

Applications of CIL21Y120KNE Fixed Inductors

The CIL21Y120KNE fixed inductor has been designed to have a stable inductance over a temperature range and is suitable for applications in a wide variety of industries. These include radio and communication systems, computers, cell phones, switch mode power supplies, medical equipment, power electronics and electrical protection and automotive applications.

The CIL21Y120KNE inductor is suitable for power circuits requiring high frequency operation and provides an improved high-frequency performance compared to other inductor types. This is due to the ferrite core being able to store and release magnetic energy more quickly than an air core inductor. The CIL21Y120KNE product is able to operate at frequencies of up to 1 GHz and is often used in high accuracy switching and linear regulator circuits.

CIL21Y120KNE fixed inductors are also commonly used in power electronics applications, such as motor drives, static converters and frequency converters. These are used in applications such as variable speed motors, motor drives or frequency inverters. They can also be used to control the current in electrical motors and for noise suppression.

CIL21Y120KNE fixed inductors are also widely used in telecommunications systems. These systems require inductors with stable inductance over a wide frequency range. The CIL21Y120KNE product is designed to have low losses, low dv/dt and high stability over a wide temperature range, making it ideal for use in these applications.

CIL21Y120KNE fixed inductors are also used in many automotive applications, such as car radios and navigation systems, which require high-reliability components. The CIL21Y120KNE product is designed to be able to operate in harsh environments and withstand high temperature, shock and vibration.

CIL21Y120KNE fixed inductors are also used in industrial applications such as sound and vibration sensors, current sensing, motor control units and RF systems, among others. These types of components are often used in devices and systems where reliability and accuracy are critical. The CIL21Y120KNE product is designed to provide reliable operation in harsh conditions and over a wide frequency range.

Conclusion

CIL21Y120KNE fixed inductors are commonly used in a wide variety of fields, ranging from power electronics to industrial and automotive applications. It has a stable inductance over a wide temperature range and is able to operate at frequencies of up to 1 GHz. Its ferrite core is able to store and release energy more quickly than an air core inductor and its low losses, low dv/dt and high stability over a wide temperature range make it suitable for high accuracy switching and linear regulator circuits.

The specific data is subject to PDF, and the above content is for reference