CF322513-R12K

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Fixed inductors refer to inductors that have a fixed value and cannot be adjusted. They are designed to produce magnetic fields that can store energy in the form of current flow. Fixed inductors are widely used in signal processing, filtering, and other applications due to their ability to store energy while blocking current from passing a certain frequency.

CF322513-R12K is a fixed inductor, primarily used in the field of power supply filtering and signal processing. It is constructed of core material coated with many layers of thin film, ensuring high magnetic permeability and low parasitic losses. The inductor is designed to have low temperature coefficient and low DC resistance.

CF322513-R12K is optimized for both high current and low insertion loss. By minimizing the effects of the core material and parasitic losses, the inductor is able to run well even under higher load conditions. At the same time, it is capable of delivering a broad dynamic range, low distortion, and low noise.

The working principle of CF322513-R12K is based on the property of electromagnetism. When an alternating current is applied to the inductor, a changing magnetic field is created due to the flow of electrons through the inductor. This changing magnetic field induces a voltage in the opposite direction, which is known as inductance. As the frequency of the current changes, the voltage will vary as well.

The inductance of CF322513-R12K is adjustable, allowing for fine tuning of the magnetic field strength. This allows the inductor to pass signals at different frequencies, enabling higher power efficiency. When connected with other components in an electrical circuit, the inductor can also act as an independent component, serving to influence the working parameters of the system.

In summary, CF322513-R12K is an adjustable fixed inductor designed for power supply filtering and signal processing. It is composed of a core material and multiple layers of thin film, allowing for high magnetic permeability and low parasitic losses. Moreover, the inductor exhibits low temperature coefficient, low DC resistance, and broad dynamic range with low distortion and noise. The working principle of CF322513-R12K is based on electromagnetism and its adjustable inductance allows the device to pass signals at different frequencies. This enables higher power efficiency and better performance in various applications. As a result, CF322513-R12K fixed inductors are ideal choices for a wide range of disciplines.

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