consider the atenna control system block diagram, where motor, load and gears has a transfer function: G1(s)=0.25/s(s+1.5) the power amplifier is described. by 100/s+100 and the preampl. the design specifications are: ts<1.5s, %OS<1%, ess | step=0, ess | ramp <2% A) design a PID compensator to achieve the design specification. provide op-amp circuit realization for the compensator. B) design a rate feedback compensator to achieve the design specifications. verify your design by plotting the step and ramp responses. provide op-amp circuit realization for the compensator. C) which design would you recommend and why?
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consider the atenna control system block diagram, where motor, load and gears has a transfer function: G1(s)=0.25/s(s+1.5) the power amplifier is described. by 100/s+100 and the preampl. the design specifications are: ts<1.5s, %OS<1%, ess | step=0, ess | ramp <2% A) design a PID compensator to achieve the design specification. provide op-amp circuit realization for the compensator. B) design a rate feedback compensator to achieve the design specifications. verify your design by plotting the step and ramp responses. provide op-amp circuit realization for the compensator. C) which design would you recommend and why?
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