100-272H

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Fixed Inductors are essential in many electronic circuits. As the name suggests, they are devices that are designed to convert electric current into magnetic field. The most common form of fixed inductor is the 100-272H coil, which has been used in many electrical applications. This article will explain the application field and working principle of these coils.

The 100-272H coil is mainly used in applications such as resonators, switched-mode power supplies, telecommunications circuitry, and motor drives. It is also used in various circuits for signal filtering and signal detection. The coil is made up of a magnetic core and a winding. The core is typically made of ferrite material, which contains a ferrimagnetic material that provides the inductor with its magnetic shielding properties. The winding is usually made of copper wire or aluminum foil. The number of turns on the core depends on the desired inductance.

In terms of working principle, the 100-272H coil works by inducing a voltage when current flows through it. When electric current is applied to the coils winding, it will affect the magnetic field of the core, causing it to induce a voltage. This voltage is then used by other components in the circuit to produce the desired effect. In the case of a resonator, the voltage induced by the inductor can be used to create an alternating current, producing an oscillating signal that can then be used for communication purposes.

When it comes to applications, the 100-272H coil is popularly used in telecommunications receivers, transmitters, and base stations. It is also used in radio circuitry, where it is used to filter the incoming radio waves and isolate them from the transmitter circuitry. It is also used in motor drives, where it is used to control the speed and direction of the motor. In switched-mode power supplies, the coil is used to control the output power and reduce the amount of noise generated from the power supply.

The application and working principle of the 100-272H coil make them ideal for many electronic projects and circuits. They are easy to work with, reliable, and cost-effective. They provide shielding for other components in circuits, while also providing an efficient way of controlling the output of various components. These coils are available in various sizes, shapes, and inductance values, making them useful in many different applications.

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