2256-31L

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Fixed Inductors

Fixed Inductors are components which provide inductance in electrical circuits. They are composed of wire coils which are wound around a core or magnetic material. They can be used to create a resonant frequency or to limit or filter current.

2256-31L is a fixed inductor which is designed for high frequency applications. It consists of a multi-layer ferrite core and a chip of NiZn ferrite. The series is suitable for surface mounting and features excellent performance, low DC resistance, and high inductance.

2256-31L Application Field

2256-31L is ideal for industrial applications that require stable performance even in high temperatures or harsh environments. It is used in a variety of electronic circuits such as radar systems, TVs, mobile phones, and remote control units. Its main applications include high-frequency filtering, inductive load driving, open-loop resonators, and stability of power systems.

2256-31L Working Principle

The working principle of 2256-31L is based on the phenomenon of inductance. This phenomenon occurs when the current in the coil creates a magnetic field. The magnetic field increases the current in the coil, which in turn increases the magnetic field. This creates an inductive reaction which tends to oppose any change in the current. The resulting inductance of the coil can be used to create a filter or resonant frequency.

The 2256-31L consists of multiple coils which are wound around a magnetic core. The magnetic core acts as a shield or barrier which reduces the losses and improves the inductance of the component. The dimensions of the part also ensure that it is well-suited for high-frequency applications. The ferrite core allows for higher current handling, and the NiZn ferrite ensures a stable performance in harsh environments.

Conclusion

The 2256-31L is an effective fixed inductor for a variety of industrial applications. Its small size and low resistance make it ideal for high-frequency applications. Its ferrite core provides improved current handling and its NiZn ferrite ensures stability in harsh environments. This all adds up to a superior performance in the most demanding conditions.

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