0.25 3. Question (25 marks) A Direct Current (DC) motor for robot manipulator has been modelled with a transfer function
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0.25 3. Question (25 marks) A Direct Current (DC) motor for robot manipulator has been modelled with a transfer function
0.25 3. Question (25 marks) A Direct Current (DC) motor for robot manipulator has been modelled with a transfer function G(S) = For the angular position control of the DC motor, select a Pl controller 5s +0.25 sK+K, where K, and K, are the proportional and the integral gains respectively, and an angular sensor H($)=1. D(S) = S The control system design includes the following tasks. a) Put the DC and Pl into a cascade connection, design the block diagram for the closed loop control system. [5 marks] b) Determine the order, poles and zeros of the open loop transfer function. [6 marks] c) Work out the closed loop transfer function. [6 marks] d) Design the control system by selecting the coefficients K, and K, such that it has a damping ratio of 0.25 and undamped natural frequency of 2 rad/sec. [8 marks]
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