Home / Expert Answers / Electrical Engineering / consider-the-block-diagram-of-an-antenna-control-system-shown-in-figure-p8-20-rigure-ro-zv-siock-d-pa179

(Solved): Consider the block diagram of an antenna control system shown in Figure P8-20. rigure ro-zv siock d ...




Consider the block diagram of an antenna control system shown in Figure P8-20.
rigure ro-zv siock diagram tor an antenna conu
\begin{tabular}{ccccc}
\hline\( \omega \) & \( \omega \) & \( \left|G\left(j \omega_{\mu}\right)\right| \) & \( \left|G\left(
Consider the block diagram of an antenna control system shown in Figure P8-20. rigure ro-zv siock diagram tor an antenna conuro system. \[ T=0.05 \text { sec } \] (a) Find the system phase margin with \( K=1 \) and \( D(z)=1 \). (b) To reduce steady-state errors, \( K \) is increased to 5 . Design a unity-dc-gain phase-lag controller that yields a system phase margin of \( 45^{\circ} \). (c) Simulate the compensated system in part b using Matlab. (d) Design a unity-dc-gain phase-lead controller, with \( K=5 \), that yields a system phase margin of \( 45^{\circ} \). (f) Simulate the compensated system in part d using Matlab. \begin{tabular}{ccccc} \hline\( \omega \) & \( \omega \) & \( \left|G\left(j \omega_{\mu}\right)\right| \) & \( \left|G\left(j \omega_{\mu}\right)\right| \omega^{\prime} \) & \( \left\langle G\left(/ \omega_{-}\right)\right. \) \\ \hline \( 0.1 \) & \( 0.100 \) & \( 33.32874 \) & \( 0.00 \) & \( -91.09 \) \\ \( 0.2 \) & \( 0.200 \) & \( 16.65748 \) & \( 0.00 \) & \( -92.19 \) \\ \( 0.3 \) & \( 0.300 \) & \( 11.09735 \) & \( 0.00 \) & \( -93.29 \) \\ \( 0.4 \) & \( 0.400 \) & \( 8.31502 \) & \( 0.01 \) & \( -94.38 \) \\ \( 0.5 \) & \( 0.500 \) & \( 6.64381 \) & \( 0.02 \) & \( -95.47 \) \\ \( 0.6 \) & \( 0.600 \) & \( 5.52819 \) & \( 0.03 \) & \( -96.56 \) \\ \( 0.7 \) & \( 0.699 \) & \( 4.73007 \) & \( 0.05 \) & \( -97.65 \) \\ \( 0.8 \) & \( 0.799 \) & \( 4.13040 \) & \( 0.06 \) & \( -98.73 \) \\ \( 0.9 \) & \( 0.899 \) & \( 3.66305 \) & \( 0.08 \) & \( -99.81 \) \\ \( 1.0 \) & \( 0.999 \) & \( 3.28834 \) & \( 0.09 \) & \( -100.89 \) \\ \( 2.0 \) & \( 1.998 \) & \( 1.58193 \) & \( 0.26 \) & \( -111.28 \) \\ \( 3.0 \) & \( 2.994 \) & \( 0.99511 \) & \( 0.08 \) & \( -120.81 \) \\ \( 4.0 \) & \( 3.986 \) & \( 0.69524 \) & \( -0.95 \) & \( -129.31 \) \\ \( 5.0 \) & \( 4.974 \) & \( 0.51456 \) & \( -2.88 \) & \( -136.78 \) \\ \( 6.0 \) & \( 5.955 \) & \( 0.39576 \) & \( -5.22 \) & \( -143.31 \) \\ \( 7.0 \) & \( 6.929 \) & \( 0.31327 \) & \( -7.57 \) & \( -149.03 \) \\ \( 8.0 \) & \( 7.895 \) & \( 0.25375 \) & \( -9.75 \) & \( -154.07 \) \\ \( 9.0 \) & \( 8.852 \) & \( 0.20951 \) & \( -11.73 \) & \( -158.54 \) \\ \( 10.0 \) & \( 9.799 \) & \( 0.17582 \) & \( -13.52 \) & \( -162.54 \) \\ \( 20.0 \) & \( 18.546 \) & \( 0.05320 \) & \( -25.01 \) & \( -188.55 \) \\ \( 30.0 \) & \( 25.740 \) & \( 0.02706 \) & \( -31.13 \) & \( -203.49 \) \\ \( 40.0 \) & \( 31.416 \) & \( 0.01738 \) & \( -35.07 \) & \( -213.67 \) \\ \hline \end{tabular}


We have an Answer from Expert

View Expert Answer

Expert Answer


Hello student, I hope you your day is good. Your mentioned the question it was good, but you didn't mentioned the frequency response of g(s) of functi
We have an Answer from Expert

Buy This Answer $5

Place Order

We Provide Services Across The Globe