NS10165T1R5NNA

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Fixed Inductors play a critical role in the functioning of electronic and electrical devices. They are basic components employed in a wide range of applications and used in many different industries. The NS10165T1R5NNA is a specific type of fixed inductor designed for high current and low temperature applications.

The NS10165T1R5NNA is specifically designed for use in USB3.0 applications, providing superior power transmission efficiency and stability. This inductor is able to handle high-current experiences without becoming overheated, which makes it the ideal choice for USB3.0 applications. It also features a low thermal resistance DCR, which optimizes the inductor\'s performance under high-currents and helps prevent overheating.

To achieve this performance, the NS10165T1R5NNA utilizes a unique magnetic core structure combined with a winding made of several layers of copper. This combination allows the inductor to withstand large currents, while not allowing the inductor to overheat.

The NS10165T1R5NNA also features an inductance range of 0.1 to 1.5 μH and a maximum operating temperature of 85℃. It is available in a variety of different packages, which can help optimize the inductor for the application. In addition, this type of fixed inductor offers high RMS current ratings, making it suitable for high-power applications.

In terms of its working principle, the NS10165T1R5NNA works by producing an electro-magnetic field when an alternating current flows through its windings. This field induces an EMF in adjacent turns of the winding, creating an inductor that can store energy in the form of magnetic flux. The inductors\' magnetic field is the main component in the operation of the inductor. The magnetic field is determined by the number of turns in the winding and the amount of current passing through it. The total inductance of an inductor is calculated by the magnetic field, the height of the winding and the core material.

Overall, the NS10165T1R5NNA is an ideal choice for high current and low temperature applications. Its unique combination of a core structure and winding of copper allows it to withstand large currents without becoming overheated. As mentioned, the inductor is suitable for USB3.0 applications and other high-power applications. Furthermore, its inductance range and maximum operating temperature make it an easy to use and efficient choice for those looking for an inductor for their application.

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