3639B100NT

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Fixed inductors are widely used in a variety of electrical and electronic circuits. They are passive and can be used to create inductive reactance in order to filter out undesired frequencies or to transform electrical energy. The 3639B100NT is a surface-mounted fixed inductor manufactured by Coilcraft, which is suitable for high frequency applications up to 5 GHz.

The 3639B100NT is a resin-encased Innsbruck core, with an inductance value of 10 nH. It is rated at a max current of 1 amp, max voltage of 110Vrms, and can tolerate a temperature of 85°C. It has a self-resonant frequency of 4 GHz and is constructed using a 4-layer air-core design. The 3639B100NT is designed to be a low noise inductor, with a maximum effective noise of 20-25 dB. The inductor also features increased heat dissipation, up to 175°C, due to the air-core construction.

The 3639B100NT provides a wide range of applications in the electron field. It is commonly used in oscillators, tuned circuits, filters, noise reduction circuits, and more. Its air-core design allows for a wide range of frequencies, allowing better filtering of unwanted frequencies and providing improved performance with applied frequencies. The low noise and high temperature tolerance of the 3639B100NT make it an ideal choice for radio frequency, high-speed applications.

The 3639B100NT utilizes a dynamic working principle. It is a passive component which creates an inductive reactance. In electrical circuits, when an alternating current in the form of a sinusoid is applied, it creates an accumulative electric field in the air gap between the core and the windings of the inductor. This electric field creates an opposing magnetic flux, which causes a temporary magnetic impedance. This opposing magnetic flux increases with the increasing strength of the applied alternating current, and eventually reaches a threshold, creating a maximum impedance or inductance.

The 3639B100NT fixed inductor has a wide range of applications, and can offer a significant improvement over other existing inductors in its field. Due to its air-core design, it can be used in various applications, and provide superior performance compared to traditional inductors. Its dynamic working principle allows for better filtering of undesired frequencies, providing improved performance at applied frequencies. With its high temperature tolerance and low noise characteristics, the 3639B100NT inductor is an excellent choice for high-speed applications such as radio frequency circuits.

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