These videos look at the responses primarily of 1st and 2nd order systems. There is also some discussion of the use of Laplace tools for deriving system responses and, in support of this, some background work on skills needed to do inverse Laplace. The videos are reinforced with demonstrations of ho…
This set of videos considers the links between pole positions in a transfer function and expected system behaviour. The first video focuses on stability and concepts of LHP and RHP.
This set of videos considers the links between pole positions in a transfer function and expected system behaviour. The fourth video gives a summary of what might be considered desirable pole positions.
Gives a number of tutorial questions on links between pole positions and expected behaviour. Silly errors at 12.50-13.50 where imaginary poles out by a factor of 2 - this will be obvious. Lectures aimed at engineering undergraduates. Presentation focuses on understanding key prinicples, processes and problem solving rather than mathematical rigour.
This set of videos considers the links between pole positions in a transfer function and expected system behaviour. The third video focuses on links and possible confusion between signal dynamics and system dynamics.
This set of videos considers the links between pole positions in a transfer function and expected system behaviour. The second video focuses on speed of response.