4302R-182H

Fixed Inductors

A fixed inductor is an electronic component consisting of a wire loop or coil of insulated wire wound around a core, and uses magnetic properties to transfer electrical energy. Fixed inductors are commonly used in electrical circuits for purposes such as filtering, biasing, coupling, and voltage stabilization. The 4302R-182H fixed inductor is specifically designed for use in radio-frequency (RF) equipment and is capable of operating up to a frequency of 250MHz.

4302R-182H application field and working principle

The 4302R-182H fixed inductor is mainly used in RF circuitry for applications such as filtering, frequency tuning, impedance matching, and signal pickup. It can be found in radios, cellular phones, and other wireless communication systems. In addition, it can also be used in automotive electronics and other electromechanical devices.

For improved performance, the 4302R-182H fixed inductor has a threaded choke configuration, allowing for greater range. This helps to improve the device\'s filtering capabilities, allowing less noise interference to enter the circuit. Additionally, the 4302R-182H is designed with a ferrite core, making it ideal for use in preventative power supply attenuation.

In terms of working principle, the 4302R-182H fixed inductor works on the basis of electromagnetic induction. Electromagnetic induction occurs when a current is made to flow through a coil of insulated wire, generating a magnetic field within the coil. This magnetic field then induces an electric current to flow in an adjacent coil, allowing a flow of energy to take place. In a fixed inductor, this process is used to transfer energy and impedance from one circuit to another.

Overall, the 4302R-182H fixed inductor is an efficient component for use in RF applications, and can provide improved performance and durability. Its threaded choke configuration helps to protect circuits against unwanted RF interference, while its ferrite core makes it ideal for applications involving power supply attenuation. Finally, its working principle of electromagnetic induction allows energy and impedance to be transferred between two circuits.