CLF6045T-331M-H

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Fixed inductors, commonly referred to as fixed inductors, are components that store electrical energy in the form of magnetic energy. Fixed inductors, also known as choke-type and non-electrolytic inductors, enable the control of current and voltage and have primary applications in power supply designs. The CLF6045T-331M-H is an example of a fixed inductor that is used in a variety of applications.

The CLF6045T-331M-H is a surface mountable inductor, suitable for use in high frequency power applications. This inductor has an inductance value of 330 uH and a rated current of 1.2 A, making it well-suited for use in high power designs. The wide frequency range of the CLF6045T-331M-H is achieved by its low-inductor core material and its copper windings that can handle high frequency signals. This inductor also has a low DC resistance of only 10 mΩ, making it suitable for noise reduction applications.

The CLF6045T-331M-H has numerous applications in power supply, current control, and voltage regulation. This inductor can be used in buck-boost and other types of switch regulators, as well as in automotive and industrial systems. The CLF6045T-331M-H can also be used for noise reduction, as it has very low DC resistance.

The CLF6045T-331M-H has a simple, yet efficient working principle. When an alternating current (AC) signal is applied to the inductor, the alternating magnetic field created by the AC signal induces an electromagnetic force. This force causes a current to flow through the inductor, which in turn creates a stationary magnetic field. The stationary magnetic field then opposes the changing magnetic field of the AC signal, leading to a reduction in the intensity of the AC signal. This inductor is effective at reducing the noise of AC signals, thus making it suitable for noise reduction applications.

In summary, the CLF6045T-331M-H is a fixed inductor that can be used in high frequency power applications. It can be used for current control, voltage regulation, and noise reduction applications. The working principle of this inductor is simple and efficient, as a stationary magnetic field opposes the changing magnetic field of the AC signal, leading to a reduction in the intensity of the AC signal.

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