MLF1005GR47JTD25

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Inductors are electric components that resist changes in current. Generally, the inductance, measured in henries (H), determines the amount of this resistance. The fixed inductor MLF1005GR47JTD25 is a type of non-adjustable inductor used in many electronic circuits. Its various applications and working principle are discussed in this article.

Applications

The MLF1005GR47JTD25 inductor is typically employed in DC-DC converters, portable electronic devices, automotive electronics, as well as in noise suppression and energy storage circuits. This type of inductor is particularly known for its wide range of operating temperatures and excellent reliability.

The MLF1005GR47JTD25 device has a relatively high saturation current rating of up to 7 A, making it especially suitable for low-noise and low-ripple circuits. It is further known for its high current capacity, quality factor, and EMI/RFI suppression.

Working principle

An inductor operates by producing a magnetic field when a current passes through its windings. This generates a voltage across the inductor of opposite polarity to the applied voltage. As such, the current passing through the inductor cannot be instantaneously stopped and as a result, it will be limited.

An important characteristic of an inductor relates to its ability to store and release energy. This is described by the equation, E = ½LI^2, where I is the current and E is the energy stored. This equation reveals why the magnetic field produced by the inductor is related to its inductance.

The MLF1005GR47JTD25 inductor is a Type-I fixed inductor, which is designed to maintain a consistent value of inductance over a wide range of input currents and temperatures. It is best suited for applications requiring a stable and reliable inductor over a range of conditions.

Conclusion

In conclusion, the MLF1005GR47JTD25 is a reliable fixed inductor with a wide range of applications and working principle. Its high current capacity and quality factor makes it especially suitable for low-noise and low-ripple circuits. It operates by producing a magnetic field when a current passes through its windings thus limiting the current and storing energy.

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