L0805R100MPWRT Inductors, Coils, Chokes

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Fixed inductors, also known as coils, are important components in a wide variety of electronic circuits. Used mainly for storing electrical energy in the form of magnetic fields, fixed inductors are also used in oscillator circuits, antenna circuits, and in the tuning of RF circuits. The L0805R100MPWRT is a fixed, two-terminal, axial-lead type inductor designed for use in circuits in which low resistance, high current and good temperature stability are required.

The L0805R100MPWRT inductor is manufactured by Mikron, a Swiss company whose line of inductors are characterized by low stray inductance, high insulation resistance, and high frequency stability. The core is constructed from high permeability ferrite, and the leads are made from tin-plated copper. The coil is rated at 100 microhenries with a rated DC current of one amp.

The primary application of the L0805R100MPWRT inductor is in the field of power conversion. Its high current and low resistance allow it to be used as part of a buck-boost converter, for example. In this type of circuit, the inductor is used to store energy. When the input voltage rises, energy is stored in the inductor. As the voltage drops, the energy stored in the inductor is released, maintaining the output voltage.

The L0805R100MPWRT also has applications in RF circuits. Because of its high frequency stability, the inductor can be used to tune RF circuits. In this application, the inductor is used to control the frequency response of the circuit. By adjusting the inductor value, it is possible to adjust the frequency of the circuit and the bandwidth. The inductor is also used in harmonic suppression circuits to reduce unwanted harmonics.

The L0805R100MPWRT is also used in antenna circuits, where its low resistance and high current rating make it ideal for tuning applications. Antenna circuits typically require the tuning of multiple frequencies, and the inductor can be used to provide the necessary inductance to tune the antenna for the desired frequencies. The inductor can also be used to ensure impedance matching between the antenna and the transmitting circuit.

The working principle of the L0805R100MPWRT inductor is the same as any other inductor. When current flows through the inductor winding, it creates a magnetic field. This field in turn induces an electromotive force (emf) in the inductor. This emf is proportional to the rate of change of the inductor’s current, and opposes any change in current. The inductor acts as a lagging element, and thus can be used to store and release energy.

In summary, the L0805R100MPWRT is a two-terminal, axial-lead type inductor. It is designed for use in circuits in which low resistance, high current and good temperature stability are required. The primary application of this inductor is in power conversion circuits, where it is used to store and release energy. The inductor is also used to tune RF circuits, suppress harmonics, and to tune antenna circuits. Its working principle is the same as any other inductor, and it acts as a lagging element to store and release energy.

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