RL875-680K

The RL875-680K is a fixed inductor, which its values are fixed and can\'t be adjusted. It is a component of circuitry found in mission-critical and military standard products like GPS, communication systems, and unmanned aerial vehicles. It is also utilized in consumer electronics applications like portable media players and home audio/video systems. The RL875-680K excels in its light weight and the ability to withstand high temperatureranges up to -40°C to +85°C and high current up to 5A.

A fixed inductor operates on the principle that an electric current generates a magnetic field, and when a conductor carrying an electric current is passed through a magnetic field, a varying emf will be induced in it. This varying emf creates an alternating current. By having its value fixed, the RL875-680K can reduce the AC signal or current flow while allowing the DC component to pass.

The RL875-680K is designed with high-saturation-flux core and consists of two parts, cylindrical core and winding. The core can be air coil made of ferrite material or powdered-iron, high permeability ferrite or amorphous material with high saturated flux, and the winding can be either one or two layers of wire. The RL875-680K is capable of providing a high inductance, as well as a low DCR and low-loss performances.

The RL875-680K uses a special material for its core so that the cores can be kept very compact and the total size can be reduced to a minimum. The flux density is also higher than other fixed inductors with the same core, meaning that a smaller volume can provide a higher inductance rating per the same application.

The RL875-680K is a high performance and popularly used fixed inductor. With its excellent features like light weight, high temperature ranges, and high current up to 5A, the RL875-680K can meet the requirements of various applications, from mission-critical and military standard products to consumer electronics application. The RL875-680K is a highly efficient device that operates based on the principle of having a varying EMF induced in a conductor passed through a magnetic field, allowing it to reduce the alternating current flow while still allowing the DC component to pass.