LL1005-FH8N2K=P3

Fixed Inductors - LL1005-FH8N2K=P3 Application Field And Working Principle

Fixed inductors are a type of electronic component which is used to store electric energy in the form of a magnetic field. As with other inductors, the inductance of a fixed inductor is determined by its physical characteristics, such as number of turns, the area of the cross-sectional thickness and the magnetic material in which it is made out of. Inductors which are designed for higher inductance, such as the LL1005-FH8N2K=P3, are used mainly in traffic signal systems and other industrial-use applications which require greater inductance.

In practical applications, inductors carry out two primary functions, which are the transformation of energy and output smoothing. Transformations are primarily conducted between current and magnetic fields which leads to the induction of a voltage across the inductor. Smoothing is achieved by absorbing energy pulses which would otherwise be generated by the switching characteristics of the application.

The LL1005-FH8N2K=P3 is designed specifically for installation in traffic signal systems and other industries which require maximum inductance. Due to its unique design, the LL1005-FH8N2K=P3 is able to offer superior performance characteristics compared to other fixed inductors on the market. The LL1005-FH8N2K=P3 features a total of 18 turns and is constructed using electroplated copper, which offers superior strength and durability. The total area of the cross-sectional thickness of the LL1005-FH8N2K=P3 is 0.5mm x 2mm, and the inductivity is 130uH.

In terms of its working principles, the LL1005-FH8N2K=P3 utilizes the principles of electromagnetic induction to generate voltages across its terminals. When a current is sent through the inductor, it creates a magnetic field which induces a voltage across the inductor. The magnitude of the induced voltage is proportional to the number of turns, cross-sectional area and the strength of the magnetic field. Thus, the LL1005-FH8N2K=P3 can yield a high voltage output with relatively low current inputs.

The LL1005-FH8N2K=P3 is an ideal component for installation into applications which require superior inductance and performance. Its high inductivity and low resistance values make it an ideal choice for traffic control, as it is able to generate a greater output compared to other models on the market. Additionally, the LL1005-FH8N2K=P3 is designed for durability and is able to stand up to harsh environmental conditions. Through its superior performance characteristics, the LL1005-FH8N2K=P3 is able to offer a reliable and long-lasting solution for traffic signal systems and other industrial applications.