-
Syllabus
-
Introduction 2 min
-
Using MCUs for Power Conversion 2 min
-
Reference Designs 8 min
-
Application Examples using Configurable Logic Blocks (CLB) 3 min
-
Secure Power Desings 1 min
-
Development Tools for Power Designs 1 min
-
Intelligent Power
-
We ask for your feedback
Microcontroller Applications - Power Conversion
Microchip MCUs and drivers effectively address the challenges of managing varying load conditions, maintaining efficiency, and enabling seamless communication and power sharing in distributed systems.
In today's environment, simply powering a device on and off safely is insufficient. Managing varying load conditions, maintaining efficiency across different load scenarios, and facilitating communication and power sharing in a distributed system—where the end user is unaware of these interactions—pose significant challenges. However, these challenges can be effectively addressed using Microchip MCUs and drivers. These components can operate in an analog manner and can be controlled by an MCU or even through DSP-based calculated control methods.