43402C

Fixed inductors are components used to store and control electrical energy and electromagnetism. They can be found in a variety of different electrical and electronic items and are an essential component in any circuit.

The 43402C is a miniature, low-profile radial tubular inductor which is suitable for automotive and other specialized applications. It offers excellent electrical and mechanical characteristics predefined with high current capacity. This is due to its small size, high efficiency and good thermal conductivity.

The inductor works by storing and controlling electrical energy and electromagnetic fields which define the inductance. This is achieved by the winding of a coil around a core which is made from a ferromagnetic material. These materials help to concentrate the magnetic field, while the windings also act as a barrier, hindering the free flow of charge.

The 43402C has a maximum DC resistance of 0.3 ohms, a rated current up to 6.5 amps and a maximum inductance of 5mH. It is constructed from a miniature, low-profile radial tubular design that is suitable for automotive, lighting and other application field due to its stable properties over significant temperature ranges and environmental changes.

The inductor also features a large current capacity and low temperature drift. The wire used for the winding is copper Litz which offers excellent electrical characteristics with good flexibility and stability. This helps ensure that stable inductance values are maintained over its lifetime.

The 43402C is an ideal choice for high energy applications such as alternators, solenoids, DC motors, LED drivers and battery chargers. These inductors provide an efficient and cost-effective means of storing and controlling electrical current for many types of power supplies.

In conclusion, the 43402C can be classified as a fixed inductor. Its small size and low-profile radial tubular design make it ideal for a variety of applications. This inductor provides excellent electrical characteristics, stability, and current capacity making it suitable for automotive, lighting and other specialized applications.