ELJ-PC100MF3 Datasheet/PDFFixed Inductors
Fixed Inductors, also known as fixed coils, are electronic components that use the principle of induction to store energy in a magnetic field. Inductors are composed of conductive coils or sections of copper or other metal that form the main body of the component, with one or more connections between the conductive coils to form an inductor. Fixed inductors are commonly used in power supply and audio applications as well as in the filtering and filtering of magnetic signals.
ELJ-PC100MF3 Application Field
ELJ-PC100MF3 is a fixed inductor that can be used in various fields. It is used to reduce the noise within the circuit such as a filter. Since it works on the principle of induction, these inductors can be used to store energy in a magnetic field. This device can be used in audio applications to reduce distortion and suppress passive intermodulation products. It is also used in DC/DC converter circuits to maintain linearity. This device is used for signal filtering, matching impedance, current limiting, and peak current delay in Voltage Stabilization Circuit (VSC) applications. Finally, it is also used in automotive applications to reduce electromagnetic interference and optimize inductor performance.
ELJ-PC100MF3 Working Principle
The ELJ-PC100MF3 is a fixed inductor, and the primary working principle is based on the principles of induction and electromagnetic fields. When a current passes through the winding, an electromagnet is formed by the wire coil which creates a magnetic field. At the same time, the magnetic field also surrounds the coil and induces a current in the coil, storing energy in the circuit. This energy can then be used by the inductor to supply power to a circuit. In addition to providing electric power, the ELJ-PC100MF3 inductor also performs other functions such as suppressing interference, preventing short circuits, and dampening oscillations in the circuit.
In summary, the ELJ-PC100MF3 is a fixed inductor that is used for a variety of applications in power supplies and audio systems, as well as in signal filtering and matching impedance in Voltage Stabilization Circuit (VSC) applications. This device works on the principles of induction and electromagnetic fields, storing energy in the circuit which is used by the inductor.