N08DPB471K

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N08DPB471K is a fixed inductor with a type of “clip lead”. It is categorized as a type of electrical component which is used in both power supplies and telecommunications. It is often found in various consumer products such as personal computers, cell phones, CD/DVD players, and televisions. The N08DPB471K has several features which distinguish it from other types of inductors. These features include high heat resistance, low losses, improved current carrying capabilities, and a wide range of inductance values.

The N08DPB471K has a ferrite core and is designed with the clip lead structure, which allows for space savings in all types of mounted products as well as improved mounting stability. This clip lead structure provides high-heat dissipation capabilities that are better than other types of inductors. Additionally, N08DPB471K\'s clip lead structure has an internal shield, which allows for improved current carrying capabilities and improved insulation properties.

Beyond these features, the N08DPB471K has a wide operating temperature range of -40 to +85°C, which makes it suitable for a variety of environments and applications. Additionally, it has a low resistance of 0.31Ω, which improves power efficiency and makes it an ideal choice for applications requiring high-frequency currents and peak currents.

The working principle of the N08DPB471K fixed inductors can be summarized as follows: An alternating current flows through the coil of the inductor. This alternating current creates a magnetic field, which then induces a voltage across the inductor. This voltage is what is known as the voltage drop across the inductor.

The voltage drop is determined by the inductance of the inductor, or the ratio of the inductor\'s voltage drop to the current flowing through it. This inductance value is printed onto the body and measures in Henriys and is usually between 4.7 and 1.4μH. The inductance of the inductor determines how the voltage drop changes with different frequencies of the alternating current.

The voltage drop also affects the efficiency at which the inductor stores energy in the magnetic field. This store of energy is used to counteract the attenuation of the current in the coil due to losses caused by heating, thus providing a higher efficiency in the working of the inductor.

The N08DPB471K fixed inductor is commonly used in power supplies, for pulses, and for telecommunications. It is ideal for applications that require a stable current with low losses and high heat resistance. Its wide range of inductance values also makes it useful for a range of different applications, from low-power, low-frequency applications to high-power, high-frequency applications.

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