MLG0402Q3N0ST000

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Fixed Inductors are passive electronic components commonly used in circuits for the purpose of magnetic field generation and storage. A Fixed Inductor, also known as an Iron Core Inductor, is essentially a device composed of a coil of wire that produces an inductance, a value measured inHenries. When connected to an external circuit, the electrical current is transferred from the source of the power into the inductor and then back to its source, allowing for the creation of a controlled magnetic field.

MLG0402Q3N0ST000 is a type of fixed inductor. The inductor has an inductance of 0.22μH and is designed to handle current up to 3.3A and peak current up to 6.58A when operated under a temperature range of -55°C to +125°C. These parameters make this metal oxide film inductor suitable for a variety of applications, such as switched converter circuits and voltage regulator modules.

The working principle of MLG0402Q3N0ST000 is based on the fact that current passing through a wire produces a magnetic field. This magnetic field induces a voltage in the inductor, which is proportional to the current passing through it. The inductor provides a form of opposition to the changes in the current and creates a delay or lag in current changes, which is termed "inductance". This inductance enables the inductor to store energy and release it when needed. Inductors can be used to filter high frequency and transient signals, limiting them whilst allowing the original signal to pass largely undisturbed. Due to its simple construction, an inductor is a cost-effective solution to many power management problems.

In conclusion, MLG0402Q3N0ST000 is a versatile fixed inductor, with an inductance of 0.22 μH and a wide operating temperature range. It is well suited to a variety of applications, such as switched converters and voltage regulator modules, due to its ability to store energy and limit high frequency and transient signals. The working principle of this inductor is based on the fact that current passing through a wire produces a magnetic field, which induces a voltage in the inductor, proportional to the current passing through it.

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