This book investigates the application of sliding mode control (SMC) to switching power converters. It addresses the challenges in designing robust and efficient control strategies for these complex systems, which are crucial in modern electronics. The author, Siew-Chong Tan, draws upon expertise in control theory and power electronics to present advanced techniques. The work focuses on developing control methodologies that can handle parameter variations and external disturbances, ensuring stable and reliable operation of the converters.

The book is recognized as a technical monograph for researchers and engineers in the field of power electronics and control systems. Its focus on sliding mode control suggests a detailed exploration of advanced control theory applied to practical power conversion challenges. The content likely appeals to specialists seeking in-depth analysis and robust design techniques for switching power converters. The structured approach indicates a comprehensive treatment of the subject matter, suitable for advanced study or professional reference.