NLHV25T-R22J-PF Inductors, Coils, Chokes

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Fixed inductors are electronic components used in various applications including power delivery, output stages, and load regulation. The NLHV25T-R22J-PF is a fixed inductor designed to perform well in high current RF applications, such as power supplies, DC/DC converters, and voltage regulation. This device is capable of carrying 50A of current at working frequencies up to 1MHz with minimal EMI and noise.

Design Features of the NLHV25T-R22J-PF

The NLHV25T-R22J-PF incorporates several features that make it suitable for high-current applications. First, its thick copper endcaps provide superior thermal conductivity to help keep the temperatures down in power applications. Additionally, its optimized construction helps reduce core loss to ensure optimal efficiency. Finally, its magnetic design provides for a lower DCR and a higher current handling ability while maintaining excellent performance.

Outside the design, the NLHV25T-R22J-PF contains an exposed copper base that is perfect for EMI shielding and external connections. This feature makes the device more straightforward to use, especially when using leads. Also, it contains a robust casing to protect against short circuits and a rugged, durable base that allows it to withstand multiple solders if necessary.

Main Application of the NLHV25T-R22J-PF

The NLHV25T-R22J-PF is ideal for a variety of applications, primarily those involving high-current applications. Some common applications that benefit from its features include power supply output stages, DSP module solutions, switched mode power supplies, and voltage regulation applications.

Working Principle of the NLHV25T-R22J-PF

The main working principle of the NLHV25T-R22J-PF is based on Faraday\'s law of induction that states that the induced current is directly proportional to the number of turns and inversely proportional to the time. In practice, this means that the more turns and the faster the current is passed through the device, the higher the level of induced current. The device also relies on the fact that an inductor only offers resistance to changes in current, meaning that changes in current can cause the inductor to build up a potential difference. This is what allows the NLHV25T-R22J-PF to be used in a variety of high-current applications.

Conclusion

In conclusion, the NLHV25T-R22J-PF is a fixed inductor that is designed for high-current applications. Its robust construction and magnetic design help keep core loss to a minimum, while its exposed copper base is perfect for EMI shielding and external connections. Its main applications include power supply output stages, DSP module solutions, switched mode power supplies, and voltage regulation applications. Ultimately, its working principle is reliant upon Faraday\'s law of induction and the fact that an inductor only offers resistance to changes in current.

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