NLHV25T-R82J-PF Inductors, Coils, Chokes

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 electronic components which store energy in form of a magnetic field. They are widely used in various electronic circuits to perform several functions such as AC and DC power filtering, frequency selective circuits, signal conditioning, and protection circuits. The NLHV25T-R82J-PF fixed inductors are cost effective, reliable, and RF resistant in nature, and are ideal for use in applications that require very smart and compact solutions.

The NLHV25T-R82J-PF fixed inductors are generally constructed using a small core with pre-wound wire or a package built from two or more coiled wire segments. Coils are either wound on a former of a particular shape, such as a rectangular or circular core, or with metal components. When the inductor is connected to a power source, the core and conducting coils interact to create an electromagnetic field. This interacts with the generated magnetic field and generates a voltage drop across the component.

The main applications of the NLHV25T-R82J-PF fixed inductors are power line protection, signal conditioning, AC and DC current filtering applications, and frequency selective circuits. The power line protection application uses fixed inductors to protect components from electromagnetic interference (EMI) or spike voltages. Signal conditioning applications use fixed inductors to alter the impedance of the circuit, aiding in the successful performance of the circuit. Fixed inductors can also be used to filter AC and DC currents by attenuating the currents at frequencies other than those which are required or desired. Finally, the use of fixed inductors in frequency selective circuit applications allows for the attenuation of unwanted frequencies while allowing desired frequencies to pass through the circuit unaffected.

When the NLHV25T-R82J-PF fixed inductors are connected to a power source, they experience a decrease in inductance due to the changes in the magnetic flux. This decrease in inductance can cause the inductor to overheat, leading to significant degradation in performance. To counter this, the inductors must be rated so that they can overcome the prone to heat generation effect. This is done by specifying the temperature of operation, the voltage rating, and the inductance rating of the component, so that the limits of operation are not exceeded.

The NLHV25T-R82J-PF fixed inductors are cost effective solutions that take up little space, while also offering reliable, RF resistant performance in numerous applications. With their simple and easy to use construction, these components are perfect for single layer or low temperature applications, as well as automotive and communication based applications. With their compatibility in a variety of application areas, these inductors are one of the most preferred choice for designers seeking powerful magnetic components in their designs.

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