NRS6045T6R3MMGK Inductors, Coils, Chokes

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Fixed inductors are components used in various electrical and electronics systems and are distinguished by their physical shape and size. The fixed inductor NRS6045T6R3MMGK is a robust inductor with a small form factor. It is made of ceramic steel along with a copper shield to reduce EMI radiation. It features an interference current rating of up to 2.6 amps and a frequency range of up to 15 kHz.

The physical size of the NRS6045T6R3MMGK is quite small, measuring 0.6" x 0.45" x 0.3" which makes it ideal for many applications where space is at a premium. It has a high inductance of up to 22.8 uH, making it suitable for use in high-frequency and switching power applications. The small size coupled with the high inductance makes the NRS6045T6R3MMGK an ideal solution for applications requiring significant DC current while reducing the size and price of the design.

The working principle of the NRS6045T6R3MMGK fixed inductor is based on electromagnetic theory. An inductor works by creating an induced magnetic field that produces a back-EMF (electro-motive force) when a changing voltage is applied to it. This back-EMF opposes the flow of current by creating an inductive reactance, which both limits the peak current and reduces the voltage across the component. The NRS6045T6R3MMGK features high surge current handling capabilities and is designed to handle large current spikes and fast pulse response times.

The NRS6045T6R3MMGK fixed inductor can be used in a variety of applications such as switching power supplies, DC to DC converters, power factor correction, and radio-frequency applications. The device is particularly well suited for use in automotive applications due to its robust design and high surge current handling capabilities. Due to its small size, the NRS6045T6R3MMGK also finds uses in the cell phone and consumer electronics industries for filtering or decoupling applications.

In conclusion, the NRS6045T6R3MMGK fixed inductor is a robust yet small device that can be used in a variety of high-frequency and switching power applications. Its small size coupled with its high inductance makes it extremely suitable for automotive and consumer electronics applications. The device works by creating an induced magnetic field that produces a back-EMF when a changing voltage is applied to it, allowing it to limit the peak current and reduce the voltage across the component.

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