1-2176075-2 Inductors, Coils, Chokes

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Fixed inductors are commonly used in impedance matching networks, oscillator circuits, and radio frequency signal filtering in electronic circuits. They are also used in nonlinear, transient-required, and frequency-selective applications such as high-pass, band-pass, and band-stop filters, pulse-transmission circuits, and oscillator circuits.

The 1-2176075-2 application field and working principle of fixed inductors can be differentiated according to the structure and accuracy requirements of different inductors. Monolithic inductors are often used in standard LC filters, LC delay networks, and base station antenna matching circuits. The operating principle of the monolithic inductor is similar to that of the single-loop inductor, but its application range is broader. High-accuracy inductors are generally used in MCU control systems, power factor correction, and frequency selection circuits. Their application fields are wide and their operating principles are mostly complex.

In addition, there are two forms of fixed inductors, namely electronic components and mechanical components. Electronic components include a variety of forms such as integrated circuit packages and surface mount packages, while mechanical components include transformer coils, iron cores, and ferrite cores. Fixed inductors made of electronic components use electromagnetic induction to generate a magnetic field that can increase or decrease the current, while mechanical components use physical displacement to generate a magnetic field.

In general, fixed inductors use electric current to generate a magnetic field, which is used to control the flow of electric current. The magnetic field of the fixed inductor is generated by the current, which is then used to control the electric current and generate an inductance effect. Generally, the core material of the inductor is made of soft magnetic material, circular or toroidal, which can generate a stable magnetic field and contain the inductor.

In addition, as the field of electrical engineering develops, more and more integrated solutions such as transformers and third-order filters have been developed. The application fields of fixed inductors are widening and their working principles are becoming more sophisticated.

Fixed inductors are widely used in various electronic circuits due to their high reliability, low cost and wide application field. They are essential components in many electronic devices, such as video and audio signal systems, radio frequency systems, and power systems. They are used for impedance matching, electronic switching, signal filtering, and other purposes.

In summary, fixed inductors are widely used components that operate on the principle of magnetic field generation, which is used to control the electric current. They are used for impedance matching, frequency selection, and other electronic functions. With the development of technology, the application fields of fixed inductors continue to expand and their construction and working principles become more sophisticated. As a result, they have become an indispensable part of many electronic devices in recent years.

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