2-2176075-2

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Fixed inductors, including 2-2176075-2, are a type of inductor that is used in electronic systems and circuits. This component has an electrical coil with a core material. When alternating currents flow through the coil, an electric field is created, and the resulting magnetic flux induces electric energy in a secondary coil. This is known as a transformer, which is used to transfer energy from one AC circuit to another AC circuit without suffering losses. In addition, these inductors are used to build amplifiers, filters, and oscillators.

The 2-2176075-2 application field covers areas such as high-frequency communication, sound, video, automotive, and consumer electronics. This type of inductor is widely used in power supplies, inverters, converters, communication systems, audio equipment, and video equipment. It is also used in dimmers, air conditioners, TV sets, and detector circuits. Furthermore, these components are also used in battery charging and switching circuits, as well as in A/D and D/A converters.

The 2-2176075-2 working principle involves an electrical current flowing through the component and creating a magnetic flux. This flux couples with the adjacent turns of the coil, inducing a voltage in the secondary winding. This voltage is then used to power the circuit. The inductor can also be used to store energy by storing the power created by the flowing magnetic flux.

2-2176075-2 components are used in many electronic systems and circuits because of their superior stability and reliability. They provide efficient and consistent operation, and they are relatively cheap compared to other components. Additionally, these components are easy to install and require minimal maintenance.

Overall, the 2-2176075-2 fixed inductors are an essential component in many electronic systems and circuits, and they provide reliable operation and efficient energy transfer. The application field for this component covers a wide range of electronic systems, including high-frequency communication and sound, video, automotive, and consumer electronics. Furthermore, the working principle of this component is based on the magnetic flux inducting electric energy in a secondary coil, making it an important part of power supply, inverter, converter, communication system, and A/D and D/A converter circuits.

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