L-14C36NJV4T

Fixed inductors are widely used in electronic circuits, and are designed to provide a controlled amount of inductance to the circuit. One type of fixed inductor that is especially useful for circuit design is the L-14C36NJV4T. This inductor has a number of unique features that make it a great choice for circuit designers.

Working Principle

The L-14C36NJV4T is an inductor that consists of a metal core wound with a coil of wire, usually comprised of copper or other copper alloy. When electricity is passed through the coil, it creates a magnetic field that exerts a force on the core. This force creates an inductance in the core, which is the measure of resistance to changes in the current flow.

The inductance of the core is determined by the number of turns of wire wound around it and the thickness of the wire. The L-14C36NJV4T is specially designed to provide a specific amount of inductance in the range from 4.7 to 80mH, depending on the exact design of the inductor. This allows circuit designers to choose an inductor with the appropriate amount of inductance for their circuit.

Applications

The L-14C36NJV4T is most often used in high-performance power supplies, where it can provide efficient regulation of the output current. It can also be used in audio circuits, where it can be used as an inductor in a low-pass filter to provide a distinct and unique sound. In telecommunications, it can be used to filter signals or reduce interference. It is also used in radio frequency circuits to provide a low impedance path for the RF current.

In addition, the L-14C36NJV4T can be used in automotive applications such as ignition systems and electronic fuel injection systems. In industrial applications, it can be used to provide a controlled amount of inductance in circuits that require a high degree of precision, such as those used in robotics and automation.

Conclusion

The L-14C36NJV4T is a popular fixed inductor due to its ability to provide precise control of inductance in a wide range of applications. It is frequently used in high-performance power supplies, audio circuits, telecommunications, radio frequency circuits, and automotive and industrial applications. Its ability to provide a controlled amount of inductance makes it an essential component in circuit design.