36502A12NJTDG

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Fixed Inductors, such as 36502A12NJTDG, are electrical components that store energy in a magnetic field. They usually consist of a core of wire wound around a soft material, such as turned iron or ferrites. This is then covered in an insulating material, such as plastic or enamel, to protect the core. These resist any external electric field. Fixed inductors, or non-variable inductors, have a fixed inductance. This means they provide the same amount of inductance for any given electrical current. This makes them an important component in any circuit.

The application field of 36502A12NJTDG is primarily in power supply circuits where they are used to keep voltage levels stable. The inductor absorbs ripples of current as the circuit is supplied with power. This helps the system to function more efficiently and prevents any sudden large current flows that can damage the components in the circuit. Inductors, as opposed to capacitors, can also help to filter current from a noisy electrical source. This is achieved by removing any high frequency signals from the main power source which could potentially cause interference and reduce the performance of the device.

The working principle of fixed inductors is based on Faraday’s Law of induction. This states that when a conductor or a coil of wire undergoes a change in magnetic field, it will generate an induced current. This induced current is then used to generate the magnetic field which is stored in the inductor. The amount of magnetic field generated, and thus the amount of inductance, is affected by the number of turns in the coil and the amount of permeability of the core material.

In 36502A12NJTDG, the core material is wound to provide a high level of inductance while still allowing for a low DC resistance and a high self-resonant frequency. This makes them ideal for integrating into power supply circuits. They can be connected in series or parallel with each other to increase or decrease the amount of inductance provided by the component. They also have a low loss which makes them particularly effective in high-frequency applications.

Fixed inductors, like the 36502A12NJTDG, are highly versatile components which have a variety of applications. From increasing circuit efficiency to filtering out high-frequency signals, from controlling voltage levels to creating inductance, these components are an important part of any circuit. By understanding the components, their application field and their working principle, engineers can efficiently and effectively implement them into their electronic designs.

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