This self-paced, online class, offers the background information that analog designers need when approaching a new power converter digital design. The class explains the migration path from analog design to digital design using a simple buck converter example. The evolution of analog blocks to digital blocks is also covered by explaining the behavior of digital peripherals and how they mimic the behavior of their analog counterparts. The class goes further to compare the performance of the two different approaches.
The high performance Digital Signal Processing (DSP) computational core is introduced as the architecture block that organizes the operational activities of the peripherals. Implementation of PWM, ADC and Comparator peripherals on a dsPIC® are covered as well as their advantages and disadvantages as compared to an analog implementation. Digital design advantages and the impact on auxiliary functions within the dsPIC® DSC are also covered.
Prerequisites: Familiarity with basic power conversion concepts.
Table of Contents
- Analog to Digital Conversion
- Analog Design Review
- Digital Block dsPIC®
- Evolution in Analog Design
- Digital Peripherals Mimicking Analog Behavior
- Auxiliary Functions in Power Converter
- dsPIC® Computational Core
- Digital Implementation of a Control Loop
- Support Tools