N06DB151K

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Fixed inductors are passive electronic components that store electrical energy in the form of a magnetic field. They are used in a wide range of applications to regulate current, filter noise, shape signal waveforms, and mitigate transients.The N06DB151K is a type of fixed inductor that is widely used for signal and power applications.

The N06DB151K is a compact through-hole mounted inductor. It is an excellent choice for applications that require regulated current with very little signal distortion. The inductor utilizes a self-shielded construction which provides superior noise immunity and high efficiency current handling capabilities.

The N06DB151K is a general purpose inductor which operates in a wide frequency range. It has a DC resistance of 0.08 ohms, an inductance range from 1.5 to 15 microhenries and a current rating of up to 1.6 amps. The inductor is also capable of operating at temperatures up to 125C. The inductor comes in an industry standard SMD (Surface Mount Device) topology and is compatible with existing components and footprints

The N06DB151K is an ideal choice for applications which require regulated current with minimal signal distortion. Typical applications for the N06DB151K include switch mode power supplies, power filters, power converters, and voltage regulators. One of its main advantages is its self-shielded construction which allows it to maintain a high efficiency current handling capability over time.

The N06DB151K has a simple working principle. It works by generating an electromagnetic field in response to a current passing through it. This field then creates an opposing voltage which serves to regulate the current. This mechanism is known as self-induction and is one of the core principles of electromagnetism.

In summary, the N06DB151K is a type of fixed inductor that is well-suited for a variety of applications that require regulated current with minimal signal distortion. Its self-shielded construction makes it a reliable choice for applications that require high efficiency current handling capabilities. It also has a simple working principle that operates based on the principles electromagnetism.

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