Question

Consider the following block diagram representation for the speed control of a DC motor: Gp(S) For a specific parameter values, the transfer function of the plant is given as: 244680.85 Gp(s) / (s + 297.546)(s + 879.844) Design the digital compensator, Gp(z), using any technique that you deem appropriate such that the following constraints are met: 1. Zero steady-state error due to unit step input 2. Settling time of less than 0.025 seconds 3. An overshoot of at most 10% Use Matlab to obtain the pulse transfer function of the closed-loop system using a sampling time of Tlms to verify your design (include the Matlab code along with plots in your solution documentation).

          Consider the following block diagram representation for the speed control of a DC motor:

Gp(S)

For a specific parameter values, the transfer function of the plant is given as: 

244680.85 Gp(s) / (s + 297.546)(s + 879.844)

Design the digital compensator, Gp(z), using any technique that you deem appropriate such that the following constraints are met:

1. Zero steady-state error due to unit step input
2. Settling time of less than 0.025 seconds
3. An overshoot of at most 10%

Use Matlab to obtain the pulse transfer function of the closed-loop system using a sampling time of Tlms to verify your design (include the Matlab code along with plots in your solution documentation).

consider the following block diagram representation for the speed control ofa dc motor gps for a specific parameter values the transfer function of the plant is given as 24468085 gps s 29754 78171

Added by Robin D.

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