ELJ-RE15NJF2 Inductors, Coils, Chokes

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Fixed Inductors are essential components in the fields of electric engineering and electronics.

The ELJ-RE15NJF2 is a fixed inductor that is designed specifically to meet the high frequency and current demands of power electronic circuits. This small package inductor has been used for various applications, including power switching, filtering, and RF matching.

The ELJ-RE15NJF2 is a non-polarized, air gap device. Its structure is two windings of copper wire with a ferrite core. The ferrite core provides the low level of magnetic shielding and helps reduce the radiated electromagnetic interference (EMI) that generated by the switching power supplies. The windings give the inductor high inductance values for a given physical size.

The ELJ-RE15NJF2’s wide operating temperature range from -40°C to +125°C and solderable construction make it well suited for applications under extreme environmental condition. The low DC resistance minimizes power dissipation, resulting in higher efficiency and lower heat generation.

The ELJ-RE15NJF2’s high storage and self-resonant frequency make it suitable for high frequency power converters. The low core loss and temperature coefficient contribute to its suitable for applications that require high dynamic switching performance. The high-current capacity makes it ideal for power supplies and chargers. The low Loss Tangent ensures superior performance of power converters.

The ELJ-RE15NJF2 use a wide range of terminals for secure contacts. These include lead-free solder, screw and spring pad terminals. This design makes it easy to operate in diverse settings. The material properties of the terminals and core allows the ELJ-RE15NJF2 to be compatible with multiple PCB materials.

When employed in a circuit, the ELJ-RE15NJF2 helps with the flow of current in two ways. It stores energy to maintain the current flow and provides impedance when high frequency signal is present. The inductive reactance of an inductor is directly proportional to the frequency of the current. Therefore, the impedance of an inductor will be higher for higher frequency signal.

In conclusion, the ELJ-RE15NJF2 is a fixed inductor that is suitable for various applications. Its wide temperature range, low DC resistance, and high storage and self-resonant frequency make it ideal for high frequency power converters. The low core loss and temperature coefficient and high-current capacity contributes to the inductor\'s overall performance. The terminals and core also ensures compatibility with diverse materials. Thanks to its design, the ELJ-RE15NJF2 helps with the flow of current by storing energy and providing impedance to high frequency signals.

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