SCIHP0730-R47M

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Fixed inductors are inductors which have a predetermined inductance value and are not adjusted or modified. The SCIHP0730-R47M is a fixed inductor that is used in applications which require a high frequency response and accurate inductance values. This component is capable of operating at frequencies from DC to 3 MHz.

The SCIHP0730-R47M is a 3mm by 3mm by 3mm SMD type inductor, and it is made from ferrite or ferrite and coil windings. It has an inductance range of 4.7 to 1000nH and a rated current range of 0.1 to 4.6 AU. The component is available in radial and axial leaded versions, and it has a rated voltage that ranges from 0.2V to 4.6V.

The working principle of the SCIHP0730-R47M is based on the fundamental laws of electricity and magnetism. The component works by generating a flux field using an alternating electric current that passes through its coil windings. The field generated by the coil windings then induces a current in the component’s ferrite core. This induced current is then passed through the component’s terminals, and can then be used to power circuits.

The SCIHP0730-R47M has several application fields. It is used in RF circuits, filter circuits, oscillating circuits, audio frequency circuits, and power supplies. It is also suitable for use in high-reliability applications such as aerospace, automotive, telecommunications, and medical electronics. Additionally, the component can be used as a voltage stabilizer, current regulator, and EMI filter.

In conclusion, the SCIHP0730-R47M is a fixed inductor with a high frequency response and accurate inductance values. It is made from ferrite or ferrite and coil windings, and its inductance range is from 4.7 to 1000nH. This component is suitable for use in RF circuits, filter circuits, oscillating circuits, audio frequency circuits, and power supplies, as well as high-reliability applications such as aerospace, automotive, telecommunications, and medical electronics. The working principle of the SCIHP0730-R47M is based on the fundamental laws of electricity and magnetism, where an alternating electric current that passes through its coil windings generates a flux field that induces a current in the component’s ferrite core, which is then passed through the component’s terminals.

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