ECE320 Lecture4-3d: Frequency Response Design - Pole and Zero Placement
ECE320 Lecture4-3a: Frequency Response Design - Pole and Zero Placement
ECE320 Lecture4-3b: Frequency Response Design - Pole and Zero Placement
ECE320 Lecture4 2e: Root Locus Design - Phase Lag and Phase Lead Compensation
ECE320 Lecture4-2d: Root Locus Design - Phase Lag and Lead Compensator Design
ROBT 303 - Lecture 13.04 - Root-Locus synthesis: Lead-Lag design example
ECE320 Lecture5 3d: Lag and Lag-Lead Compensation Design
ECE320 Lecture5-2c: Frequency Response Design: Lead Compensation
Example: Design Lead-Lag Controller
ECE320 Lecture 5-3b: Lead and Lag Compensation
ECE320 Lecture 5-3c: Lead and Lag Compensation
ECE320 Lecture5-3a: Lead and Lag Compensation
Recap: Controller Design
Lag Controller Design
compensator design
Example 12.3 from N Nise on Pole Placement from User Requirements (f), 6/4/2016
Example Lead design in Frequency Domain with Bode
Lec 25 Variable Pole Machine Stator Winding Design (Pole-Phase Modulation)- 2
Controls II: Module 16 - Designing Lag-Lead Compensators in the Frequency Domain
Control Design Using System Type
