Course Description

• Understand the fundamentals of isolation.
• Importance in electronic circuits
• Need for isolation
• Basics of isolation techniques
• Isolation parameters
• Applications of digital isolators
• Explore digital isolators with integrated power by focusing on their benefits, applications, design challenges, and optimization strategies.
• Obtain a detailed understanding of digital isolators.
• Historical evolution
• Working principles
• Key specifications
• Advanced design techniques
• Study design considerations and best practices.
• Selecting isolated solutions
• Ensuring reliability
• Managing electromagnetic compatibility (EMC) and noise
• Optimizing thermal management
• Consider isolated power supplies for gate driving, understanding their requirements, architectures, types, and challenges in design and application.

Course Objectives

• Understand the role and design of isolated gate drivers in various applications while focusing on their components, architecture, and design challenges.
• Study the principles and applications of inductor-inductor-capacitor (LLC) converters, gaining knowledge about their design, control mechanisms, and emerging trends.
• Stay updated with innovations and future trends in isolation technologies, understanding emerging technologies, market demands, and sustainability considerations.