TS1608-222M

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Fixed inductors are electronic components designed to store electrical energy and convert it from one form to another. This is achieved by placing coils of wire around a central core material. The core material can be a solid piece of ferromagnetic material, or it can be a powdered ferromagnetic material, or a combination of both. The shape, size and type of core material, the number, composition and size of the coils, the number and size of the connections, and other parameters depending on the application, can all be chosen and tweaked in order to produce a suitable inductor.

The TS1608-222M is a fixed inductor. It has an inductance of 2.2 µH, a rated current of 0.5A, a saturation current of 1.2A, a maximum DC resistance of 0.086Ω, and a Q factor of 250. The inductor consists of a cylindrical core material wound with a single layer of copper-covered magnetic wire. The TS1608-222M is designed for use in power electronics applications, such as DC/DC converters, motor/generator drive circuits, and bass-reflex acoustic systems.

The working principle of the TS1608-222M is as follows. When an alternating current is passed through its coil windings, the changing magnetic field created by the current penetrates the core material of the inductor, setting up an oscillation. This oscillation drives a current in the opposite direction, the result being an opposing flux which cancels out the original flux and limits the current through the coil. This effect is referred to as inductance, and the greater the inductance, the greater the ability of the inductor to resist change.

In addition to its inductive properties, the TS1608-222M has a number of other characteristics which make it suitable for power electronics applications. For example, its high DC resistance, low profile and low component count all contribute to reducing power dissipation and improving system efficiency. Furthermore, its low saturation current ensures that the inductor remains within its safe operating temperature range even when exposed to large transient currents.

Overall, the TS1608-222M is a reliable and cost-effective solution for applications requiring inductive components. Its features and parameters have been calculated to provide a combination of performance and robustness, making it the ideal choice for designs requiring a reliable and efficient performance.

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