36502AR10JTDG

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Fixed inductors are electrical components that have the purpose of storing energy in a form of magnetic field when charged with electric current. The 36502AR10JTDG is such a component and its application field and working principle will be explored in this article.

The 36502AR10JTDG is a fixed inductor, with a maximum DC current of 5.0A, a rated inductance of 10.0uH, and a tolerance of ±20%. It is primarily used in DC-DC converters, DC-AC inverters, power supplies, telecommunications, and other related applications that require a basic form of inductance. It is also capable of withstanding pulse currents and voltage, making it one of the more suitable choices for applications in automotive. Furthermore, due to its low profile of only 2.2 mm it is an excellent option for space constrained applications.

The working principle of fixed inductors such as the 36502AR10JTDG relies on Faraday\'s law of induction, which says that whenever a magnetic field is formed around a conductor, a voltage is induced in the conductor. Basically, when a DC current is applied to the 36502AR10JTDG, a magnetic field is created in its coil, which in turn induces a voltage in the coil. This voltage causes the current to increase, resulting in a larger magnetic field and higher voltage being created, until the current saturates and eventually stabilizes. This phenomenon of self-induction is what gives fixed inductors the unique property of being able to store and release energy.

Fixed inductors, including the 36502AR10JTDG, come in a variety of shapes and sizes and are available in different configurations, depending on the application and usage. Generally, they consist of a coil of wire, around which a magnetic field is induced when an electric current is applied, and a core, which is made of a material such as iron or ferrite that amplifies the magnetic field. The inductance and the current-handling capacity of such components depend on the number of coils in the inductor, the air gap between the coil and the core, and the relative permeability of the core material. Most fixed inductors also have a housing, which provides additional protection and helps to shield the inductor from the environment.

In conclusion, fixed inductors, such as the 36502AR10JTDG, are electronic components used for tasks such as DC-DC conversion, DC-AC inversion, and power supply applications. Their working principle involves the induction of a magnetic field, generated by the flow of electric current, creating a self-induction effect that is able to store and release energy. They come in various shapes, sizes, and configurations, and thus must be selected carefully to suit any given application.

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