ELJ-FB561KF

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Fixed inductors are a type of component found in electronic circuits that are specifically used to induce electromagnetic fields in an enclosed area by producing an electric current with the same frequency. The ELJ-FB561KF is a fixed inductor typically used in sensor applications where a specific frequency of electric current is needed for operation. This device can be utilized in a variety of applications and circuits, such as in frequency selective filters, as well as in power supply circuits and DC-DC converters.

The ELJ-FB561KF is a specialized fixed inductor designed to be used in pulse circuitry and applications with high frequency pulsed signals. It is constructed using high-quality copper and features an improved self-capacitance coefficient to reduce the generation of high-frequency noises. The device also features an excellent temperature coefficient, low parasitic capacitance and high DC resistance and can be used in temperature-sensitive applications.

The ELJ-FB561KF works by providing the necessary inductance in the circuit to create a magnetic field and generate an electric current. The device works on two different modes, self-resonant mode and normal parallel mode, depending on the application it is used for. In self-resonant mode, it generates a sine wave while in normal parallel mode, it is able to provide an AC signal regulated by a small DC voltage.

In addition to its use in high frequency applications, the ELJ-FB561KF is also utilized in power supplies to reduce the amount of power lost due to inductance and provide the necessary voltage regulation for the system. It can also be used in frequency selective filters and radio frequency shielding for high-frequency signals.

In summary, the ELJ-FB561KF is an efficient and reliable fixed inductor with a wide variety of applications. It is designed for use in high-frequency pulse circuits and features excellent temperature resistance, low capacitance, and a self-capacitance coefficient to reduce noise. It can be used in power supplies, for frequency selective filters, as well as radio frequency shielding.

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