5142-394K

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, also known as coils and chokes, refer to inductors that are not intended to have their inductance altered. These components may be used for purposes such as blocking or smoothing alternating current (AC) or low-frequency radio frequency (RF) signal voltages, audio-frequency chokes, filtering, or energy storage.

5142-394K Application Field and Working Principle

The 5142-394K fixed inductor is used in various electronic circuits, particularly those where inductance needs to be maintained over time, or where the signal must remain clear. Its main application field is in RF signal voltage smoothing, audio-frequency chokes and filtering, as well as for energy storage.

The 5142-394K fixed inductor works by creating a constant magnetic field. When the voltage in a circuit is changed, electrical current flows through the inductor\'s copper wires, creating a magnetic force field around them. This magnetic field is strong enough to resist the voltage change, thus maintaining an electric current. This process is known as electromagnetic induction, and in the 5142-394K fixed inductor, it is used for signal pulse smoothing and energy storage.

The 5142-394K inductor is designed to maintain a constant inductance value, regardless of the external electrical load or frequency. This property is important when working with high frequency signals, as the inductor must be able to maintain a constant inductance value without the peak and gradient of the signal being affected. Not only does the 5142-394K inductor provide this stability, but it is also designed to be used in high voltage circuits. This makes it an excellent choice for use in power supplies, amplifiers, and other electronic circuits where high stability and a constant inductance value is required.

The 5142-394K fixed inductor features a closed magnetic circuit, meaning that it is composed of tightly wound copper wires, forming a complete loop. This is necessary for the inductor to be able to resist voltage changes from the external load. Additionally, the closed magnetic circuit on the inductor allows any energy that is trapped inside to be released over time, rather than interfering with the signal pulses.

Compared to other inductors available on the market, the 5142-394K provides superior performance in terms of signal pulse smoothing, filtering, and energy storage. It is also designed with a higher voltage range than other inductors, making it ideal for use in high voltage circuits. The price of the 5142-394K fixed inductor is also reasonably priced, making it an excellent value.

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