ELJ-FC1R2JF Inductors, Coils, Chokes

Fixed Inductors play a critical role in a great variety of electronic circuits. The type of inductor largely determines the characteristics of the circuit’s response to changing frequencies. Among all different inductors varieties, ELJ-FC1R2JF is a type of fixed inductor that offers a much higher inductance value than other models. This paper aims to discuss the application field and working principle of ELJ-FC1R2JF in detail.

Environmental Parameters

ELJ-FC1R2JF fixed inductors have excellent environmental properties. The operating temperature range is between -25°C and 105°C. The characteristic of high temperature operation is retained up to 125°C, though it will reduce by 10%. Furthermore, It has passed withstanding voltage test of 2000 Vac, ensuring the safe operation even under the harsh conditions. The rated voltage is also up to 240Vrms, which is much higher than any other types of inductors.

Applications

ELJ-FC1R2JF fixed inductors have lots of applications in the industry. It can be used for power cables, computer networks and consumer electronics. It is especially suitable for high-power applications such as motor drives, power converters, server power supplies and solar power systems. It is also widely used for decoupling and RF application, such as wireless power transmission systems. ELJ-FC1R2JF can be used in a wide range of frequency bands up to 1GHz.

Working Principle

The working principle of ELJ-FC1R2JF inductor is very simple. The core of the inductor is generally composed of thin sheets of a ferromagnetic material. When current passes through the inductor, it creates a magnetic field in the core which fluxes through the turns of the coil wrap and generates an impedance against current flow. This impedance is known as inductance. The size and shape of the core material and the number of turns determine the inductance value of the inductor.

ELJ-FC1R2JF inductor can also act as a transformer. It will pass current from one transformer winding to another without any physical link. The strength of the output current is determined by the turns ratio of the transformer. This type of inductor is very suitable for power applications because it offers very good isolation and low power losses.

Conclusion

ELJ-FC1R2JF fixed inductor is an effective solution for high power applications. It has excellent environmental properties and high rated voltage. It can be used for RF applications as well as transformer applications. By understanding the application field and working principle of ELJ-FC1R2JF, engineers can deploy the inductor properly in their designs and make efficient use of its features.