High-frequency converters are preferred for system optimization of integrated power devices, the design of RF power IC converters, and other applications. The application of high-frequency converters with compatible magnetic materials which have minimal switching and magnetic losses is important for switching frequency.

In recent years, there has been increasing research focusing on high-frequency converters aided by power electronic control systems. High-frequency converters are becoming key components in determining the performance of complete energy systems in various applications including energy management systems, energy storage, grid integrations, renewable energy conversion, etc., For the effective operation of these applications, high power, high frequency, high-efficiency converters are mandatory. In addition, advanced design criteria and control techniques are required. Furthermore, modern power converters should reduce costs, have fast dynamic responses, and be suitable for multiple applications.

To endorse future research and development of high-frequency converters for various applications, this Special Issue focuses on high-frequency converter design, modeling, analysis, and control. We invite original research and review article submissions discussing emerging research, development, and applications, on high-frequency converter topologies and their applications.

Potential topics include but are not limited to the following:

• High-frequency converters or induction heating/metal melting applications
• Muti-modular converters for electrical traction applications
• High-frequency power converters for smart grid and renewable energy resources
• High-frequency converters for wireless applications
• Power controllers for various high-frequency applications
• High-efficiency converters for LED applications
• Robust controllers for electric vehicle applications
• Modeling of power converter and stability analysis in the frequency/time domain
• Computer-aided design modeling of high-frequency converters
• Modeling and control of resonant power converters
• Bidirectional high-frequency inverters
• Novel soft-switching techniques for high-frequency converters