100-391M

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Fixed inductors are electro-magnetic components that serve a variety of applications in areas such as power conversion, filtering, and signal processing. By storing energy in the form of a magnetic field, inductors can be used to create and modify the flow of electrical current in a circuit. This article will discuss the 100-391M application fields of inductors, as well as their working principles.

Inductors are most commonly employed in the filtering, coupling, decoupling, and signal processing of AC and DC circuits. In some cases, they may be used to create a certain voltage level, or to control the gain of an amplifier. In terms of filtering, inductors are used to either block or pass the desired frequency range, allowing for a better control over the signal.

The 100-391M series of inductors is particularly suited for use in the power conversion space. These fixed inductors are typically used for buck, boost, flyback, or forward-conversion applications. As the 100-391M series operates with frequencies ranging from 10kHz to 1MHz, these inductors can be applied in a wide range of power conversion and related applications.

In terms of their working principle, inductors take in electrical energy and store it in the form of a magnetic field. As current passes through the inductor, the energy stored causes an opposing voltage in the inductor. This opposing voltage is known as the back EMF, and is the primary reason why inductors are able to pass or block certain frequencies and modify the electrical current in an AC or DC circuit.

In addition to the 100-391M series, other fixed inductors typically used for power conversion applications include the RG1450, RG1451, and RG1460 models. While each of these vary in terms of size and range of operating frequencies, their underlying operating principle is the same as that of the 100-391M series.

To conclude, the 100-391M series of inductors is well suited for power conversion and other related applications. By taking electrical energy and storing it in a magnetic field, they offer a level of control over the flow of current in a circuit. Working on a wide range of frequencies, these inductors can be used for buck, boost, flyback, or forward conversion, and can be combined with other fixed inductors in order to achieve the desired effect.

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