MLG0402P3N3ST000

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Fixed inductors

Inductors are widely used electronic components that are designed to store energy in the form of an electro-magnetic field when a current passes through them. The MLG0402P3N3ST000 is a fixed inductor, meaning it is designed to function with a fixed inductance and has a predetermined electrical value regardless of what type of current is passing through it.

Fixed inductors are typically used in applications where it is important to maintain a fixed level of inductance in order to ensure consistent signal levels. Examples of these applications include radio frequency tuning circuits, switching regulators, rectifiers, and even speed controllers. They are also used to create a specific amount of resistance in electrical filters and oscillators.

MLG0402P3N3ST000 application field

The MLG0402P3N3ST000 is a fixed inductor that is designed to provide power reduction and current filtering. The device is ideal for use in applications that require short circuits, open circuits, and high-frequency noise minimization. It is designed to work in small, smooth- flowing power supply systems and is particularly useful in portable electronic products, such as cell phones, digital cameras, and PDAs.

The device is also used in medical and automotive applications where high-grade efficiency is desired, as well as in audio-frequency applications where current filtering is required. Additionally, it can be used to enhance the output values of high-voltage power sources and to reduce the peak current level in power supplies.

MLG0402P3N3ST000 working principle

The MLG0402P3N3ST000 is designed to produce a self-inductance that is between 0.04 μH and 0.30 μH at frequencies ranging from 50 kHz to 300 MHz. The device utilizes a ferrite core, which is a soft magnetic material, to create the magnetic field necessary to store energy. This core is wrapped in hundreds of turns of insulated copper wire, which increases the device’s inductance.

When the MLG0402P3N3ST000 is placed within a circuit, it is designed to reduce the amount of current that passes through the circuit by creating an opposing magnetic field to the current. This opposing magnetic field reacts with the current, slowing it down and preventing it from overwhelming the circuits other components.

The MLG0402P3N3ST000 is also designed to reduce the voltage “spikes” that occur during current switching. The device combines the current and voltage “spikes” into a more manageable waveform that causes less disturbance in the circuit. This helps to maintain the efficiency and accuracy of the circuit.

Conclusion

The MLG0402P3N3ST000 is a fixed inductor that offers a range of applications including current filtering, power reduction, and voltage spike suppression. It is designed to work in applications such as radio frequency tuning circuits, and in audio-frequency applications where current filtering is required. It uses a ferrite core and insulated copper wire, which produces a self-inductance of between 0.04 μH and 0.30 μH at frequencies from 50 kHz to 300 MHz. The device helps to reduce voltage “spikes” and protect other components within the circuit.

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