Lektion 1 von 1
Power Electronics (Converter Control) Full Course
Lektionen1 Lektion
Kapitel
- 0:00Introduction to AC Modeling
- 28:15Averaged AC modeling
- 36:25Discussion of Averaging
- 51:31Perturbation and linearization
- 1:09:24Construction of Equivalent Circuit
- 1:21:15Modeling the pulse width modulator
- 1:31:40The Canonical model
- 1:51:48State Space averaging
- 1:54:16Introduction to Design oriented analysis
- 2:07:42Review of bode diagrams pole
- 2:33:10Other basic terms
- 2:41:45Combinations
- 3:02:33Second order response resonance
- 3:20:47The low q approximation
- 3:30:07Analytical factoring of higher order polynimials
- 3:46:25Analysis of converter transfer functions
- 4:02:48Transfer functions of basic converters
- 4:13:12Graphical construction of impedances
- 4:32:35Graphical construction of parallel and more complex impedances
- 4:49:54Graphical construction of converter transfer functions
- 5:05:15Introduction
- 5:26:41Construction of closed loop transfer Functions
- 5:37:35Stability
- 5:58:51Phase margin vs closed loop q
- 6:19:10Regulator Design
- 6:38:35Design example
- 6:56:50AMP Compensator design
- 7:25:57Another example point of load regulator