SH50S-0.85-680

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Fixed inductors are passive components that consist of a conductor or semiconductor wire wound around a central core and are designed to resist changes in electric current. SH50S-0.85-680 is one of such fixed inductors which is mainly used in fields such as switch-mode power supplies, telecommunications, and motor control systems.

Given its size, SH50S-0.85-680 is ideal for installations in small or delicate areas, such as the inside of cell phones and laptop computers. It is composed of high-temperature, high-saturated, long-life-span, thin-film material, making it an ideal choice for applications which require a high-reliability inductor.

The SH50S-0.85-680 is a small and reliable inductor, and its working principle is relatively simple. An alternating current is applied to the inductor, and an electromagnetic field is generated that induces a voltage in the winding. This voltage is proportional to the rate of change of current, and this is known as the inductive reactance of the inductor. As the current increases or decreases, this voltage is added to or subtracted from the applied voltage.

The magnetic field generated by the inductor also provides a certain amount of resistance to changes in current, known as inductive impedance. This is what makes the inductor able to maintain a steady current while blocking out any current variations due to external influences. The electromagnetic field of the inductor also helps to reduce the level of noise created by other components in the system.

The SH50S-0.85-680 is designed to be as reliable as possible and to offer exceptional heat dissipation. It is manufactured from high-temperature, high-saturation materials, and has a special surface treatment with a plastic coating that enhances its ability to dissipate heat and provide added protection.

Overall, the SH50S-0.85-680 is an ideal choice for a range of applications that require reliable performance and a high level of precision. Its small size and lightweight construction make it an ideal choice for installations in small areas. Furthermore, its reliable and efficient working principle helps to ensure that the inductor is capable of providing stable current while blocking out external influences. Thanks to its durable construction, it is able to withstand long-term use in a wide range of environments.

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