Digital Control Techniques for Power Converters using dsPIC® DSC

Digital Control Techniques for Power Converters using dsPIC® DSC

This self-paced module investigates some standard control techniques used in power converter designs. A review of the dsPIC® DSC device architecture, and the basic theory of PID (Proportional Integral Derivative Controllers).

Enroll for free

Course curriculum

1

Abstract
- Abstract
2

Development Tools Review
- Buck/Boost Converter PICtail Plus Daughter Board
3

dsPIC® DSC Device Architecture
- dsPIC33F DSCs
4

dsPIC® DSC SMPS Module Application
- dsPIC33F SMPS Module Application
5

System Transfer Functions
- Evolution of the Power Converter Block Diagram
6

PID Basics
- PID Introduction
- PID Basics: dsPIC® DSC Implementation Part 1
- PID Basics: dsPIC® DSC Implementation Part 2
- PID Basics: dsPIC® DSC Implementation Part 3
7

Buck Converter
- Buck Converter Basics
8

Voltage Feedback Control
- Voltage Feedback Control
9

Buck Converter Code Architecture
- Buck Converter Code Architecture
10

Downloads
- Hardware (Optional)
11

Soft Start
- Soft Start
12

Sequencing
- Sequencing
13

Buck Converter Peak Current Mode
- Buck Converter Peak Current Mode
14

Buck Converter Average Current Mode
- Buck Converter Average Current Mode
15

Support Tools
- Support Tools
16

Code Example
- Code Example
17

Application Notes
- Application Notes
- How did we do?