MLK1005S39NJTD25 Inductors, Coils, Chokes

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Fixed inductors are commonly used in electronics, and MLK1005S39NJTD25 is an inductor often seen in power lines. This inductor is a fully automatable, low-cost, high-current, radial-lead, coated inductor that is commonly used in applications such as mobile phone charging, laptop power, and LED lighting.

The MLK1005S39NJTD25 inductor has a resistance of approximately 100 ohms at its DC range, and a high self-resonant frequency. The inductance of this inductor is 39 nanotesla, and the DC current rating is 5 amps. The inductor is designed to have a very low core loss and is able to handle high temperatures.

The most common application of the MLK1005S39NJTD25 is for filtering. The inductor can be used in the filter circuit to reduce the ripple voltage with low pass components. The inductance also helps to reduce the harmonics and other noise, which can increase the overall efficiency and life of components within the power system. The inductor can also be used in boost and buck circuits to convert AC power into DC power.

The working principle of the MLK1005S39NJTD25 is that it creates a magnetic field based on the applied current. This magnetic field stores energy, which is then released when the current is removed. This process reduces the ripple voltage, and helps to reduce the amount of harmonic distortion present in the power system.

The MLK1005S39NJTD25 can also be used for EMI filtering. It is able to reject electromagnetic interference, or EMI, due to its low thermal resistance and high self-resonant frequency. This inductor can be used to protect the entire power systems, as it is able to reject EMI by itself, and can block interfering signals before they reach the power components.

The MLK1005S39NJTD25 is a versatile inductor that is used in a wide range of applications. It is a low-cost inductor that is suitable for a variety of power systems, from laptop power to LED lighting. Its low core loss, high temperature tolerance, and high self-resonant frequency make it an ideal choice for high-current applications, and its filtering capabilities make it a great choice for EMI protection.

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