The Internet of Things (IoT) is a concept that connects physical devices to the Internet, enabling communication and data exchange between devices by integrating sensors, embedded systems, and networks.
This article overviews high frequency power converters and the use of wide-bandgap devices. It highlights the importance of improving converter topology, drive circuits, and magnetic components to increase system efficiency.
This article explores the future of automated and additive manufacturing for power electronics, discussing the advantages and limitations of using additive manufacturing technologies for different components.
Electrolytic capacitor has excellent high-frequency insulation performance. Capacitance and loss are independent of frequency in a large frequency range, and change little with temperature, while Dielectric strength increases with temperature
Regardless of the field of electronic technology in which capacitors are used, it is hoped that the components used will meet the performance requirements, not be easily damaged, and achieve the goal of extending their service life. When designing the circuit, we should have a deeper understanding of the performance of Electrolytic capacitor, and be sure not to keep the capacitor at its peak. Consider the following aspects specifically.