48100C Inductors, Coils, Chokes

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Inductors are used extensively in electronics to store electric energy. Every electrical device needs inductors to help transfer energy effectively and efficiently from one device to another. A fixed inductor, sometimes called an inductor, is a type of component used to store electrical energy in inductive circuits. In this article, we\'ll take a closer look at the 48100C, its application fields, and its underlying working principle.

The 48100C inductor is a small, radial leaded, high-frequency, axial, shielded, power inductor. It has a maximum current rating of 800mA, a maximum inductance of 1.0mH, and a minimum inductance of 427.45nH. It is capable of operating at temperatures ranging from -40 degrees C to 105 degrees C. The rated voltage is up to 40V DC. The 48100C is ideal for use in medium power filter applications, as well as power converters, such as buck and boost converters.

In terms of applications, fixed inductors are used in many electronic devices, such as portable communications equipment, power converters, adapters, and CD players. Inductors are also used in circuit designs that require accurate filtering, such as power and signal filters. They are also used in medical equipment, such as heart monitors, and in television systems, where frequency stability is a must.

The 48100C inductor is designed with an axial shielding body, which keeps the electromagnetic fields generated within the inductor from being interfered with by external signals. This allows the inductor to maintain a constant inductance value over temperature and frequency variations, ensuring that signal and power lines remain stable. The fastening points are designed for quick and effective operation, and the inductor is constructed with a high-temperature epoxy that ensures optimal operation.

In terms of its underlying working principle, a fixed inductor is a passive component that works by creating an electromagnetic field. When current passes through the inductor, the electricity flowing through its coil creates a magnetic field. This field stores energy, allowing the inductor toModulate Voltage & Current, helping to regulate the flow of electricity in the circuit. By storing energy, the inductor also acts as a filter, blocking out noise from other electrical components in the circuit.

As a conclusion, the 48100C inductor is a high-frequency, axial, shielded, power inductor that is ideal for use in medium power filter applications and power converters. It works according to the principles of inductance, where energy is stored in a magnetic field that is generated by the current flowing through the device.

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