SWT-2.74-24

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Fixed inductors allow relatively large current flowing through them, while other types of inductors can handle very little current. As such, they are used in many applications, including power conversion, DC-DC converters, and control circuits, among many others.

A SWT-2.74-24 is a fixed inductor that features a high-power rating of 2.74-24 watts and a reliable operating frequency of 1-40 MHz. It can also control peak currents up to 6A, making it an ideal choice for many power-handling applications. The inductor also features a low ESR and high inductance, with a power loss of less than 0.02% and an IR drop of less than 10mV. This makes it useful in providing power to many devices that require high energy efficiency.

The working principle of a SWT-2.74-24 inductor is simple. When connected to an alternating electrical current, the inductor creates an opposing magnetic field on the winding, causing the current to effectively “push” against this field. This creates a voltage drop across the electrical circuit and generates an opposing magnetic field in the second winding, thus providing the desired inductance.

The inductance of the SWT-2.74-24 inductor can be adjusted by varying the number of turns on the windings, which will change the total amount of magnetic flux produced in the inductor. This allows the user to adjust the inductance to the desired level, which is especially useful for applications that need to run on variable frequencies.

The SWT-2.74-24 inductor is also capable of withstanding very high temperatures and is able to maintain its specifications even in harsh conditions. This makes it ideal for applications in extreme temperatures, such as in automotive, military, industrial, and medical devices.

In summary, the SWT-2.74-24 inductor is an ideal choice for many power-handling applications, as it offers an efficient power delivery and high reliability even in extreme temperatures. Its ability to adjust its inductance also makes it very versatile, allowing users to adjust it to different frequencies and power requirements.

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