36502AR62JTDG

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Fixed inductors, such as the 36502AR62JTDG, are primarily used in electronic circuits and play a crucial role in the behaviour of the circuit. Fixed inductors are primarily used to store energy in the form of an electro-magnetic field and can help the flow of the circuit current by releasing it when impedance, which can cause the circuit to be disrupted, is encountered. These inductors can be used to filter out noise, or unwanted signals in the circuit, as they offer a certain amount of electrical resistance. In addition, they can help shape the frequency response of certain circuits by controlling the amount of noise and signal that is present.

Fixed inductors, such as the 36502AR62JTDG, are composed of three parts: an inductor core, a coil and a housing assembly. The inductor core is made up of a ferrite material or a high-permeability material which attracts and stores magnetic field energy. The inductor coil is a conductive wire wrapped around the inductor core and it acts as the distributor and receiver of the magnetic energy between two points in the circuit. Finally, the housing assembly consists of either a plastic, ceramic or metal enclosure that provides protection for the internal components and aids in heat dissipation.

The 36502AR62JTDG is a type of fixed inductor designed to operate in frequencies ranging from 50 kHz to 100 MHz. The device offers a low profile of 2.0 mm with a maximum DC current rating of 3.70 A and an OCL (Open Circuit Loss) of 1.2 μH with a DCR (DC Resistance) of 0.036Ω. This device can be used in a variety of applications such as switching power supplies, DC-DC converters, USB charging ports and voltage regulators. It is primarily used for energy storage and transmission in circuits.

The working principle of the 36502AR62JTDG is based on the fact that current passing through the inductor\'s coil will generate a magnetic field, which will then interact with the inductor\'s core and create a counter-magnetic field, thus creating an opposition to the current. As the current passes through the coil, it creates an electromagnetic field which stores energy while its intensity increases. When the current is removed from the circuit, the voltage across the inductor will collapse in relation to the stored energy in the magnetic field. This effect is called the Back-EMF.

The 36502AR62JTDG allows for efficient energy storage and transmission in electronic circuits and thus is an essential component in many circuit designs. Its small form factor, low profile, high levels of efficiency and high reliability make it an attractive choice for a multitude of applications. It has become a reliable and popular choice among many manufacturers for their electronic circuit designs.

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