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K A certain analog plant function is shown in figure 4 and its transfer function G,(s) %3D (s+a)(s+b) This plant is sampled using a zero-order hold (ZOH) before the signal is fed to a digital controller. Using 0.1 second as sampling time, convert the transfer function to sampled-data transfer function: (use K=12; a=2; b=6; ) Airframe Sample Hold dynamics Missile Acceleration command D/A acceleration Gp(s) (ZOH)

K A certain analog plant function is shown in figure 4 and its transfer function G,(s) %3D (s+a)(s+b) This plant is sampled using a zero-order hold (ZOH) before the signal is fed to a digital controller. Using 0.1 second as sampling time, convert the transfer function to sampled-data transfer function: (use K=12; a=2; b=6; ) Airframe Sample Hold dynamics Missile Acceleration command D/A acceleration Gp(s) (ZOH)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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K b. A certain analog plant function is shown in figure 4 and its transfer function G,„(s) %3D (s+a)(s+b) This plant is sampled using a zero-order hold (ZOH) before the signal is fed to a digital controller. Using 0.1 second as sampling time, convert the transfer function to sampled-data transfer function: (use K=12; a=2; b=6; ) Airframe Sample Hold dynamics Missile acceleration Acceleration command D/A Gp(s) (ZOH) Figure 4
Transcribed Image Text:K b. A certain analog plant function is shown in figure 4 and its transfer function G,„(s) %3D (s+a)(s+b) This plant is sampled using a zero-order hold (ZOH) before the signal is fed to a digital controller. Using 0.1 second as sampling time, convert the transfer function to sampled-data transfer function: (use K=12; a=2; b=6; ) Airframe Sample Hold dynamics Missile acceleration Acceleration command D/A Gp(s) (ZOH) Figure 4
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