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controllable and observable systems
A dc motor has a transfer function(see attachment). Determine whether the system is controllable observable.
Find the response for the first four sampling instants for the function(see attachment). Then find y(0), y(1), y(2), y(3).
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System peak time and overshoot
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We have a function(see Attachment). Using a partial fraction expansion of Y(s) find Y(z) when T=0.2 seconds.
Develop a state space model of a current-fed series RC circuit. Use simulink to simulate the dynamic behaviour of a current -fed series RC circuit ? What happens when you do a parameter analysis of this model ? Explain your observations !!! The attachments which I have sent are : A model of a voltage -fed series RC circuit ...continues
The single hat is used to denote the first estimate of an x value and a double hat is used to denote a 2nd estimate .
Please see the attached file for full problem description.
Please see the attached file for full problem description.