100-222K

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Fixed inductors are passive electronic components that are capable of storing energy in the form of electric potential. They are made from a variety of materials such as iron, aluminum, copper, and ceramic. These materials are combined into various designs that are capable of handling different current and voltage levels. The most common design consists of a coil of wire or foil that carries a current. The two ends of the coil are connected to a core material which helps to maintain the current in the coil. The size of the inductor depends upon the amount of current and voltage it can handle and the material used.

The 100-222K application fields of fixed inductors are quite extensive and include power supplies, amplifiers, optical systems and other electronics. In power supplies, they help to regulate the amount of current and voltage that is supplied to the different components. In amplifiers, they help to reduce noise and provide improved performance. In optical systems, they are used to store energy and provide power to the components. They are also used in automotive electronics, aerospace electronics and medical electronics.

The working principle of fixed inductors is quite simple. When a current is applied to a coil, it will create an electrical field around the coil. This will cause a voltage or potential difference to exist across the winding. The voltage across this winding is proportional to the current passing through the coil and therefore can be used to regulate the current. This effect is known as self-induction and is the basis of most electronic systems.

Fixed inductors are available in a variety of sizes and shapes, from very small inductors to large ones. The materials used to make them are also different, with copper, aluminum, iron, and ceramic being the most common. They also come in various current and voltage ratings, depending on the purpose for which they are designed.

In conclusion, the 100-222K application fields and working principle of fixed inductors are quite simple. They are used in a variety of electronic applications, such as power supplies, amplifiers, optical systems, automotive electronics, aerospace electronics and medical electronics. They work by self-induction of current and are available in different sizes and materials.

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