Foundations (Part 1.A) – Understanding Bode Plots and Stability of Power Supplies
Foundations (Part 1.B) – Frequency Response Measurement of the Plant, Compensator and Loop of our Switch Mode Power Supply
Foundations (Part 1.C) – Understanding and Using Transfer Functions
Foundations (Part 2.A) – Common Power Supply Compensators and Their Transfer Functions
Foundations (Part 2.B) – Voltage Mode PSU Compensator Design
Foundations (Part 2.C) – Peak Current Mode PSU Compensator Design
Foundations (Part 2.D) – Why A PID Controller Is Not Suitable for Stabilizing Many Power Supply Topologies
Step-by-Step Design Guide for Digital Peak Current Mode Control: A Single-Chip Solution
PSU Design Fundamentals – Current Transformer based Current Sense Circuit Design for Current Mode Power Supplies
PSU Design Fundamentals – How does a LISN work
PSU Design Fundamentals – Input Capacitor Selection
PSU Design Fundamentals – MOSFET Gate Resistor Impact on EMI Spectrum
PSU Design Fundamentals – Switching Strategy
PSU Design Fundamentals – Understanding units used in EMC testing
PSU Design Fundamentals – Voltage and Current Mode Control
PSU Design Fundamentals – Experimental Demonstration of Inductor Back EMF
How to use of-the-shelf transformers
EMC Pre-compliance: Measurement Setup
