100-102M

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Fixed inductors are components that are used to induct a current in electrical or electronic circuits, and the most common type of fixed inductors is the 100-102M applications field.

A fixed inductor is composed of a winding and a core. The winding is typically round copper wire, and the core is usually made from a ferromagnetic material which amplifies the inductance. The copper winding has a certain length and number of turns, while the size and type of core that is used determines the inductance.

When a voltage is applied across an inductor, current is induced through the winding which creates an electromagnetic field. The number of turns around the core and the core size determine the strength of the electromagnetic field, and in turn, the inductance. The more turns of wire and the larger the core, the higher the inductance.

In 100-102M applications, the inductor is used to create an alternating current, also known as a signal. It is used to improve the quality of a signal, minimize distortion, and increase the efficiency of a circuit by controlling the electrical current that is driven through the device. This signal is generated by the inductor\'s current and changes direction rapidly as it reverses the flow of electricity through it.

These types of inductors can be found in many electronics, such as cell phones, radios, and computers. They are also used in AC power supplies, motor control circuits, audio amplifiers and television receivers.

The working principle of a fixed inductor is based on Faraday\'s law of induction. This states that when there is a changing electric field, a magnetic field is produced. This induced magnetic field induces an electric current in the circuit, which is called electrodynamic induction.

As the current travels through the inductor, it creates an opposing voltage which opposes the voltage applied across the inductor. This voltage is called an inductive reactance. The amount of inductive reactance increases proportionally to the frequency of the current changes. As this increases, so does the power lost within the circuit.

The electromotive force of the inductor can be adjusted in order to obtain the desired phase angle between the voltage and current. This can be done by changing the number of turns in the inductor, or by using ferrite or other materials to reduce the frequency response.

In conclusion, 100-102M applications fields and their working principle utilize fixed inductors to convert alternating currents into usable signals that are suitable for a variety of electronics. The inductor works by inducing a current into the system, and the current creates an electromagnetic field which is then harnessed into a useful signal. The working principle involves Faraday\'s Law of induction and inductive reactance.

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