ELJ-RE1N0DFA Inductors, Coils, Chokes

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Fixed inductors play a major role in a variety of electronic circuits, including power supply circuits, tuners, and amplifiers. The ELJ-RE1N0DFA is a fixed inductor that is becoming increasingly popular in the electronics industry for its superior performance and low cost.

The ELJ-RE1N0DFA is a high quality, high value inductor designed to meet the needs of modern electronics circuit designs. It is an open-type, self-supporting, fixed-type inductor. It is a versatile component that can be used in almost any application requiring a fixed inductor. The ELJ-RE1N0DFA is designed with a wide range of inductance values and features a high current rating, good insulation, and excellent heat resistance.

ELJ-RE1N0DFA Application Fields

The ELJ-RE1N0DFA fixed inductors are most commonly used in circuit designs which need an inductor capable of handling large currents and producing high efficiency performance. A number of designs also incorporate the ELJ-RE1N0DFA into the tuners of their electronics products, with the inductor handling the inductive load of a tuner. The inductor is also used in high frequency communication applications, in high performance amplifiers and where good power factor performance is required.

The adjustable ELJ-RE1N0DFA inductors are also used in a number of applications, from power supplies and motor controls to switch mode power supplies and HVAC systems. The adjustable inductance enables fine-tuning of the circuit behaviour to achieve the desired performance characteristics.

ELJ-RE1N0DFA Working Principle

The ELJ-RE1N0DFA fixed inductors use a self-capacitor principle to produce an inductance. An AC signal, of the required frequency, is applied to the inductor. The inductor then stores energy in the form of a magnetic field. When the current passes through the inductor, the magnetic field produces an opposing force known as inductance. This inductance then creates a back EMF which opposes the current and limits the amount of current flowing. By controlling the magnitude of the inductance, the current flowing through the inductor can be accurately regulated.

The adjustable ELJ-RE1N0DFA inductors work on the same principle as the fixed type, but with the ability to adjust the inductance. This is achieved by using a variable capacitor. The capacitor is connected in series with the inductor and allows the inductance to be changed by adjusting the capacitance. This allows the inductor to provide a range of inductance values, allowing precise adjustment of the circuit behaviour. The adjustable type also features the ability to change the biasing voltage, providing additional flexibility in circuit designs.

Conclusion

The ELJ-RE1N0DFA fixed inductor is a high quality, versatile component that can be used in a range of electronic circuit designs. With its wide range of inductance values and adjustable options, it is an ideal choice for a variety of applications. The ELJ-RE1N0DFA fixed inductor is a reliable, high performance component that is suitable for use in a range of applications, from power supplies to tuners and amplifiers.

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