SPD127-274M

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Fixed Inductors are electric components use to store energy in the form of a magnetic field. They are used in a variety of circuits including filtering, resonance, tuning and signal transmission. The SPD127-274M Fixed Inductor is a type ofFixed Inductor which is available in surface-mount package. It is designed for use in switching power supply applications.

SPD127-274M has several advantages when compared to other inductors on the market. It has a high self-resonant frequency which is suitable for high-frequency switching applications. It also exhibits excellent thermal characteristics which allow it to dissipate heat well. This provides better temperature stability than other inductors.

The SPD127-274M Fixed Inductor is composed of a coil of insulated copper wire wound around a ferrite core. At the end of the coil is a set of taps that allow for the adjustment of inductance. The inductor has a rated current rating of 97.5mA and a rated inductance of 0.47H. It has a maximum width of 8.2mm and a maximum thickness of 4.7mm.

When the SPD127-274M fixed inductor is included in a circuit, it creates a magnetic field which stores energy. This energy can then be discharged when needed for a variety of uses. For example, in a filtering circuit, the inductor can be used to reduce the ripple on the applied voltage. In a resonant circuit, the inductor can be used to create a frequency-selective signal path. It can also be used in signal transmission systems to reduce distortion.

The SPD127-274M fixed inductor also has other special features. It has a wide frequency range from 20kHz to 400kHz which makes it suitable for wide band applications. It also has a high self-resonant frequency which means it has a good signal-to-noise ratio. Lastly, it has a low input capacitance which helps reduce power losses.

SPD127-274M fixed inductors are used in a number of applications including switching power supplies, filtering, resonance, tuning, signal transmission and more. These inductors are small and have a wide frequency range which makes them ideal for use in many applications. They also exhibit excellent thermal characteristics which allow for better temperature stability. Lastly, they have a high self-resonant frequency which provides a good signal-to-noise ratio.

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