First Steps to High-Efficiency Power Conversion, Gate Driver Operating Principles and Latest Trends

NOVOSENSE · ONLINE SEMINAR

First Steps to High-Efficiency Power Conversion,
Gate Driver Operating Principles and Latest Trends

Following power system trends demanding high efficiency and high density, adoption of next-generation power semiconductors such as SiC and GaN is increasing.
To maximize the performance of these devices, optimal gate driver IC selection and design is essential.

Gate Driver IC

SiC · GaN

Switching Circuit Design

NOVOSENSE Product Lineup

KEY TOPICS

Seminar Outline

Gate Driver Fundamentals and Core Operating Principles

We will consolidate the role that gate drivers perform in power conversion systems and their basic operating mechanisms.

Basic structure and role of gate drivers
Core operating principles and key parameters
Considerations for SiC and GaN driving

Circuit Design Tips for Efficient Switching

We will share practical, field-tested circuit design expertise to reduce switching loss and enhance performance.

Gate resistance selection and switching characteristic optimization
Layout and parasitic component-aware design
Design points for drive voltage and timing

Protection Functions That Enhance System Reliability

We will examine the key protection functions provided by gate drivers to ensure power system reliability.

DESAT and overcurrent protection
Stabilization functions including UVLO and Miller Clamp
Isolation and noise immunity design

NOVOSENSE Latest Product Lineup and Solutions

We will introduce NOVOSENSE gate driver product families optimized for diverse applications and real-world application solutions.

Optimal product lineup by application
Solutions readily applicable to actual designs
Reference designs and technical support information

RECOMMENDED FOR

Engineers Evaluating SiC and GaN Adoption

Design engineers in need of gate driver selection criteria when applying next-generation power semiconductors for the first time

Power Conversion Circuit Design Engineers

Hardware engineers requiring practical know-how in drive circuit design to reduce switching loss and improve efficiency

Developers Requiring System Reliability Assurance

Professionals seeking to enhance power system stability through protection functions and isolation design