ELJ-FJR39GF2 Inductors, Coils, Chokes

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Fixed inductors are components that store energy in the form of electromagnetic fields, typically by winding a metal wire around a core or by wrapping a magnetic element such as a ferrite. The ELJ-FJR39GF2 belongs to the category of fixed inductors and is commonly used in high frequency applications, such as power supplies, radios, and telecommunication circuits.

The ELJ-FJR39GF2 is a ferrite-core inductor that works by changing the resistance of the conductor to AC signals. This changing resistance causes a change in the current and voltage of the circuit. Ferrite cores are also known for their high inductance capability and low temperature coefficient, making them suitable for applications with high frequencies, such as TV antennas and mobilephones.

An inductor is usually composed of a core material wrapped in insulated copper wire. The number of turns of wire and diameter of the wire affects the inductance and current carrying capability. The ELJ-FJR39GF2 is designed with a ferrite core material that increases the inductance of the inductor and minimizes loss due to eddy current. This increases the efficiency of the inductor and allows it to handle more current at higher frequencies.

The ELJ-FJR39GF2 is designed to have a high inductance in order to control the flow of current into a device or circuit. This is done by increasing the impedance of the inductor to the AC signal. The inductor can be used as an AC voltage source in power supplies and other electronic systems. The inductor also acts as a filter to block unwanted signals or reduce noise from the signal path. Additionally, the inductor can be used to create a magnetic field, which is used in sensors and communication technologies.

The ELJ-FJR39GF2 is an excellent choice for applications that require high inductance with minimal loss and high efficiency. The inductor has a wide range of applications, such as power conditioning, audio and video systems, and HF antennas. It is best suited for high frequency applications due to its low temperature coefficient and high inductance potential. Furthermore, its ferrite core material helps to reduce eddy current loss, further improving efficiency of the inductor.

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