CLF12555T-470M

Fixed inductors are electronic components that have an inductance value and are made with a fixed inductance value. The unit of measurement for inductance is henry, and the symbol for the measurement is μH (microhenrys). The CLF12555T-470M is an example of a fixed inductor that has a 470μH inductance value.

The CLF12555T-470M is a surface mount, radial, axial leaded, inductor type component that is widely used in applications such as antenna circuits, automotive filters, and high frequency converters. The unit consists of an inductor winding made from enameled copper wire, encapsulated in a plastic housing to protect against vibration, noise, and abrasion. Additionally, the unit is epoxy molded for insulation, and it contains external non-conductive coatings for added protection and durability.

The working principle of the CLF12555T-470M is based on Faraday\'s law, which states that an electric current passing through a conductor produces a magnetic field. The CLF12555T-470M consists of wires and a core that form a coil when an electric current passes through. The electric current then produces a magnetic field, creating an inductor.

By varying the amount of wire and the type of core material used in the assembly of the inductor, different inductance values can be achieved. In the case of the CLF12555T-470M, a 470μH inductance value is achieved. The actual inductance value of the unit is determined by testing at different frequencies.

The CLF12555T-470M is an example of a fixed inductor and is often used in applications such as antenna circuits, automotive filters, and high frequency converters. The unit consists of an inductor winding made from enameled copper wire, encapsulated in a plastic housing for protection. In addition, it has external non-conductive coatings and an epoxy mold for insulation. The unit\'s working principle is based on Faraday\'s law, which states that an electric current passing through a conductor produces a magnetic field. This, in turn, creates the inductance value of the unit, in this case being 470μH.