MLG0402P9N1HT000

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Fixed inductors are a form of Passive Components that have the function of storing electrical energy in the form of a magnetic field under the action of a current flow. The MLG0402P9N1HT000 is a perfect example of this form of component. It is a radial leaded surface mount power inductor with a rated current of 8A and a rated inductance of 0.9μH.

The MLG0402P9N1HT000 is typically used in DC/DC converter circuits. The transformer action of it creates a high current path between its terminals. It works by converting electrical energy into a magnetic field that is generated by the current passing the component. This in turn creates a mutually opposing current. This opposing current connected to the inductor thus creates a property known as inductance. This inductance essentially has high impedance to the alternating current that is produced in the magnetic field due to the inductor’s structure.

The MLG0402P9N1HT000 also finds its uses in telecommunications, automotive, power supply, radio, and switching applications. For example, it can be used in power converters to regulate DC input voltages while also providing a constant voltage for power switches. It can also be used in telecommunications applications, such as RF amplifiers, to provide inductance for improved power transfer.

This part is also useful for providing galvanic noise filtering. It works by providing an alternate electrical route for the noise, allowing it to dissipate before it reaches its intended destination. This is done through its high frequency suppression, which is a result of its high magnetic impedance.

The MLG0402P9N1HT000 is constructed with a ferrite core and winding, as well as an electrically insulating bobbin and a solderable termination. Its construction provides superior heat dissipation, and it has a very low DC resistance due to the ferrite core material. This results in a high current transfer efficiency and high power usage.

The MLG0402P9N1HT000 is available in various sizes and can be used with a wide range of inductance values. It has a wide temperature range (from -40°C to +125°C) and high oscillation operating frequency, and is well suited to applications requiring high power density and reliability.

Ultimately, the MLG0402P9N1HT000 is a great choice for power supply applications and other adjustable current applications. Its ability to convert electrical energy into a magnetic field and back to electrical energy again makes it a versatile and reliable part. It is a practical example of what can be achieved with fixed inductors.

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