ELJ-SA560KF Inductors, Coils, Chokes

Fixed inductors are electronic components consisting of a wire coil surrounded by a casing or other material, designed to interact with an applied electric current in specific and predetermined ways. According to the nature of application, fixed inductors can be classified primarily by size and inductance. With the industrialization of electronics, the development of miniature components has gone through a rapid process. As a result, fixed inductors are more commonly found of the miniature variety than ever before. ELJ-SA560KF is a particular model of a fixed inductor that encapsulates features of size and inductance suitable for a variety of purposes.

ELJ-SA560KF Application Fields and Working Principles

ELJ-SA560KF is a miniature fixed inductor, with a size of only 4.00mm×3.20mm×2.50mm. Its size is suitable for use in variety of applications such as RF (radio frequency) communication, audio, and power line components. This model inductor stores energy in the form of a magnetic field when current is flowing through it, and during this energy storage process, it behaves as a linear device. ELJ-SA560KF model is available with an inductance rating at 100µH~3.3mH, which allows it to be used in a wide range of applications.

The main function of ELJ-SA560KF is to act as a filter in applications. It helps to extract or supply high frequency current from or to certain parts of the circuit in order to obtain desired performance. The circuit topology using ELJ-SA560KF also improves reliability in the system since the component helps to suppress harmonic noise generated in some of the components connected to it. By taking advantage of ferrite core technology, ELJ-SA560KF can be loaded with a higher value of inductance than its size would suggest.

In terms of the working principle, ELJ-SA560KF is an inductor that works through electromagnetic induction. When a current passes through the winding coils of the component, a magnetic field is created around the component, according to the law of Faraday, which states that a time-varying magnetic field produces an electric field in the adjacent space. This electric field in turn produces a current flow in the same direction as the original current flow. This is known as self inductance.

In reverse current flow, the changing magnetic field produces a current in the reverse direction, known as reverse inductance. This helps to reduce power loss, since the reverse current is automatically prevented from flowing through the device. By making use of these physical principles, the device is able to reduce ripple effect in the circuit and provide a clean flow of current.

ELJ-SA560KF model also has the ability to self-regulate the current and voltage flow in the circuit to provide smooth performance. It acts like a sponge, absorbing pulsating current and smoothing it through the built-in inductance in the component. The component also helps to reduce electromagnetic interference (EMI) and radio frequency interference (RFI) since it attenuates current pulses that can cause these problems.

In conclusion, ELJ-SA560KF fixed inductors can be typically used to filter noise, improve the reliability of the circuit, and reduce the impact of power loss. With its small size, high inductance, and low profile, it can fit into a variety of applications.