LQW18AN28NJ80D

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 Application Field and Working Principle

Inductors, also called coils, are the most basic components in the electrical engineering world. They can store electric energy in the form of a magnetic field and perform different functions in circuits. Being the most basic elements, they also connect most of the other electronics components in a circuit. Fixed inductors are significant for the engineering community due to the variety of applications they serve, from radio waves to AC power systems.

The LQW18AN28NJ80D is a common fixed inductor found in the market. Its primary function in a circuit is to control and handle the current flow that passes through it. more specifically, it introduces impedance. This special property allows a device to limit or reduce the flow of electrical energy, allowing for more precise control on the users\' behalf. Furthermore, the inductor can also store and emit electrical energy in the form of an electromagnetic field.

Working Principle of the Fixed Inductors

The primary components of a fixed inductor is a coil of metal wire wound around a magnetic core. Generally, the coiled wire is made of copper or aluminium, while the core is from a ferromagnetic material, like steel or iron. By passing electricity through the metal wires, electric current is generated in the metal, which induces a magnetic field in the magnetic core. This magnetic field, generated by the fixed inductors, traps the energy present in it and helps the inductor to store electrical energy. This stored energy can then be dissipated into the circuit when needed.

The core makes a great difference in the inductive properties and performance of an inductor, specially considering power loss. A large core, for example, allows for a denser magnetic field in the inductor, and results in higher performance due to less power loss. The materials found in a core also make a difference; ferromagnetic materials have higher permeability compared to normal materials due to their natural tendency to be magnetized. Thus, the LQW18AN28NJ80D fixed inductor is considered to be efficient because it uses powerful steel as its core.

Application Fields of the LQW18AN28NJ80D Fixed Inductor

The LQW18AN28NJ80D is an incredibly versatile fixed inductor, and many different fields use it for different purposes. Primarily, high-frequency applications, such as radio waves and wireless communication, make use of it due to the ability for the inductor to hold energy and pass through a large amount of current with minimal resistance. This allows the radio waves to pass through smoothly and uninterrupted.

The inductor can also be used in the AC power networks. In this field, the inductor acts as an energy storage device, allowing power to potentiality remain in the system if the load is suddenly lost. This property makes it essential for industrial automation and control.

Generally speaking, this inductor is useful for any electronics system that needs to control the current flow in its network, due to its high inductance rate and minimal resistance. This makes it suitable for a variety of fields, from high-frequency communication signals to AC power lines.

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