NP06DB151M

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Fixed Inductors are electrical components consisting of a wire coiled around an iron core whose purpose is to concentrate a magnetic field when an electric current passes through it. NP06DB151M is a 3-pin, low profile, surface-mount power inductor that provides excellent power handling capabilities and is suitable for high frequency operations.

NP06DB151M is a low profile surface-mount power inductor with a height of just 0.94mm. It is specifically designed for portable applications such as laptops and tablets that require a small size and high power handling capability. The device features excellent noise filtering, as well as a wide operating temperature range of -40°C to +125°C. It is also RoHS compliant, lead-free, and halogen free.

The NP06DB151M’s primary application field is to provide a high frequency power supply. It is commonly used in DC-DC converter circuits, power converters, and other power electronic applications. Its inductance value can range from as low as 0.22 μH to as high as 22 μH with a saturation current rating of up to 20A. It also features a low DC resistance of 0.05Ω, high inductance value stability, and low DC current loss.

The NP06DB151M’s working principle is simple. It consists of a coil of wire wound around a metal core which when an electric current is passed through it, creates a magnetic field in the core. This magnetic field stores energy as it exerts a force on the electric current passing through it. This force is called “inductance” and is measured in units of millihenries. The higher the inductance of an inductor, the greater the amount of energy it can store. The NP06DB151M has an inductance range of 0.22 to 22 micro-henries with a saturation current rating of 20A.

As an ideal solution for use in high frequency power supplies, the NP06DB151M provides excellent power handling capabilities and a wide operating temperature range making it an ideal choice for applications such as DC-DC converter circuits, power converters, and other power electronic applications.

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