NLV25T-039J-PFD

Fixed inductors, also known as choke coils, are electronic components used to store energy in electric and magnetic fields. They are made up of an inductor and a resistor, which are connected in a parallel or series configuration. The inductor stores the energy, while the resistor restricts the current passing through the coil. Fixed inductors are used in a wide variety of electronic circuits, including radio, television, cellular and computer systems. The NLV25T-039J-PFD is a type of fixed inductor.

NLV25T-039J-PFD Application Fields

The NLV25T-039J-PFD is used in switching power supplies, filters, and voltage regulation applications. It is designed to provide excellent inductance stability, low DC resistance, and low leakage inductance for better overall performance. It can also be used to attenuate high-frequency noise or reduce the unwanted spread of current.

NLV25T-039J-PFD Working Principle

The fixed inductor consists of an inductor that stores energy and a resistor that restricts the current flow through the coil. When a DC voltage is applied to the inductor, the current through the inductor is proportional to the voltage. This is the inductance. The more current, the greater the inductance, and vice versa. The inductor and the resistor combine to form a complete circuit, which is known as the lobe or choke coil. The inductor stores energy in the form of a magnetic field, which is then released when the voltage is removed. The resistor restricts the current, preventing it from flowing freely through the circuit. When there is no current, the inductance drops and the circuit returns to its original state.

Conclusion

The NLV25T-039J-PFD is a type of fixed inductor used for a variety of applications, including switching power supplies, filters, and voltage regulation. It consists of an inductor and a resistor, which are connected in a parallel or series configuration. The inductor stores energy, while the resistor restricts the current. The NLV25T-039J-PFD has excellent inductance stability, low DC resistance, and low leakage inductance for better overall performance.