103-123FS

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Fixed inductors are components which store electrical energy when subjected to alternating current. This energy is typically stored and released through magnetic fields that are generated by the inductor’s coil. The stored energy can then be released in either a steady or pulsed current as dictated by the application and can be used to gate, filter, buffer, and store electrical energy. Fixed inductors come in a variety of sizes and packages with a range of different performance characteristics.

One type of fixed inductor is the 103-123FS series. This series of inductors is designed to provide high frequency inductive behavior along with reliable and compact switchable packages. These inductors are popular for use in a range of applications such as telecommunications, medical, automotive, and industrial.

The 103-123FS series of fixed inductors have a range of useful features and benefits such as operating temperatures from -60 °C to +105 °C. Their magnetic shielding feature makes them ideal for use in electronic circuit boards which minimizes their electromagnetic interference. The wide temperature range also makes them suitable for a wide variety of applications.

In terms of their electrical characteristics, the 103-123FS series of fixed inductors can handle DC current ranges up to 30mA. These inductors also feature high inductance ranging from 10nH to 500nH. Furthermore, these inductors are designed to provide low DC resistance and high Q-factor values, making them highly efficient and reliable even when subjected to high frequency input signals.

The 103-123FS series of fixed inductors also features FET switches which allow for low impedance switching between different current configurations. These switches enable the inductors to be switched between different circuits quickly and easily. In terms of their packaging, these inductors are available in a wide range of packages including through-hole, SMD, and wire-bondable. This allows them to be adapted to a range of applications and makes them an ideal choice for use in electronic circuit boards.

The working principle of fixed inductors can be summarized by Faraday\'s Law of Induction. In simple terms, this law states that when a current passes through a conductor, a magnetic field is created and is proportional to the amount of current passing through it. When this current is subjected to alternating current, the magnetic field will actually store energy from the current passing through it. This stored energy can then be released by the inductor and used in applications such as gating, filtering, buffering, and storing electrical energy.

In conclusion, the 103-123FS series of fixed inductors are a popular and reliable choice for a range of different applications due to their compact design, high efficiency, and wide temperature range. They feature FET switches which enable them to switch quickly and easily between different configurations and are available in a range of packages. Furthermore, the working principle of fixed inductors is governed by Faraday\'s Law of Induction which allows them to store energy when subjected to alternating current and then release this energy for use in applications.

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