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…
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A tutorial sheet to reinforce videos in this series. This tutorial gives questions on how to find asymptotic impact on the system output of a disturbance signal entering the loop either on the input or output. Provides worked solutions for each question.
A tutorial sheet to reinforce videos in this series. This tutorial gives questions on how to find asymptotic values of system outputs from a feedback loop, where the loop input is a constant. Provides worked solutions for each question.
A tutorial sheet to reinforce videos in this series. This tutorial gives questions on how to find asymptotic errors between loop outputs and inputs when the loop input is a ramp. Provides worked solutions for each question.
Assume a system is placed within a feedback loop. These videos focus on whether the output from that loop with track the desired output asymptotically. The first video looks at definitions of steady-state values.
Assume a system is placed within a feedback loop. These videos focus on whether the output from that loop with track the desired output asymptotically. The seventh video looks at the impact of an output sensor on steady-state values and offsets.
Assume a system is placed within a feedback loop. These videos focus on whether the output from that loop with track the desired output asymptotically. The second video looks at definitions of steady-state values and offset for a closed-loop.
Assume a system is placed within a feedback loop. These videos focus on whether the output from that loop with track the desired output asymptotically. The fifth video looks at the impact of input disturbances on steady-state values and offsets
A tutorial sheet to reinforce videos in this series. This tutorial gives questions on how to find asymptotic values of signals which are the output of a system with a know input. Also introduces questions on system steady-state gain. Provides worked solutions for each question.
Assume a system is placed within a feedback loop. These videos focus on whether the output from that loop with track the desired output asymptotically. The eighth video looks at offsets for ramp targets.
Assume a system is placed within a feedback loop. These videos focus on whether the output from that loop with track the desired output asymptotically. The fourth video continues the focus on steady-state offset and discusses the role of an integrator.
Assume a system is placed within a feedback loop. These videos focus on whether the output from that loop with track the desired output asymptotically. The sixth video looks at the impact of output disturbances on steady-state values and offsets.
Assume a system is placed within a feedback loop. These videos focus on whether the output from that loop with track the desired output asymptotically. The third video looks at closed-loop offsets.
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