If you don’t solve by matlab don’t solve it!!
- Solve Using Matlab Coded Or Simulink With Screenshots Step By Step If You Don T Solve By Matlab Don T Solve It 1 (33.24 KiB) Viewed 34 times
solve using matlab (coded or simulink ) , with Screenshots step by step If you don’t solve by matlab don’t solve it!!
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answerhappygod
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solve using matlab (coded or simulink ) , with Screenshots step by step If you don’t solve by matlab don’t solve it!!
solve using matlab (coded or simulink ) , with Screenshots step by step
If you don’t solve by matlab don’t solve it!!
K ro 1 0 U 7 -2 CP3.6 Consider the closed-loop control system in Figure CP3.6. (a) Determine a state variable representation of the controller. (b) Repeat part (a) for the process. (c) With the controller and process in state variable form, use the series and feedback functions to compute a closed-loop system representation in state variable form and plot the closed-loop system impulse response PIC " the Ks 10 range of si.. niche characte the plane. Controller Process R(5) 3 +3 1 s' + 25 + 5 Y(s) FIGURE CP3.6 A closed-loop feedback control system.
If you don’t solve by matlab don’t solve it!!
K ro 1 0 U 7 -2 CP3.6 Consider the closed-loop control system in Figure CP3.6. (a) Determine a state variable representation of the controller. (b) Repeat part (a) for the process. (c) With the controller and process in state variable form, use the series and feedback functions to compute a closed-loop system representation in state variable form and plot the closed-loop system impulse response PIC " the Ks 10 range of si.. niche characte the plane. Controller Process R(5) 3 +3 1 s' + 25 + 5 Y(s) FIGURE CP3.6 A closed-loop feedback control system.