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The pole-zero plot shown below represents a
- a)Lag-lead compensating network
- b)PD controller
- c)PID controller
- d)None of the above
Correct answer is option 'A'. Can you explain this answer?
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Most Upvoted Answer
The pole-zero plot shown below represents aa)Lag-lead compensating net...
Concept:
The speed of response and, the steady-state error can be simultaneously improved if both phase-lag and phase-lead compensation networks are used. However, instead of using two separate lag and lead networks, a single network combining both can be used.
The speed of response and, the steady-state error can be simultaneously improved if both phase-lag and phase-lead compensation networks are used. However, instead of using two separate lag and lead networks, a single network combining both can be used.
Lag-lead compensator:
In the lag-lead compensator network, the lag compensator is nearer to the origin.
In the lag-lead compensator network, the lag compensator is nearer to the origin.
Lead-lag compensator:
In the lead-lag compensator network, the lead compensator is nearer to the origin.
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Community Answer
The pole-zero plot shown below represents aa)Lag-lead compensating net...
Concept:
The speed of response and, the steady-state error can be simultaneously improved if both phase-lag and phase-lead compensation networks are used. However, instead of using two separate lag and lead networks, a single network combining both can be used.
The speed of response and, the steady-state error can be simultaneously improved if both phase-lag and phase-lead compensation networks are used. However, instead of using two separate lag and lead networks, a single network combining both can be used.
Lag-lead compensator:
In the lag-lead compensator network, the lag compensator is nearer to the origin.
In the lag-lead compensator network, the lag compensator is nearer to the origin.
Lead-lag compensator:
In the lead-lag compensator network, the lead compensator is nearer to the origin.
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The pole-zero plot shown below represents aa)Lag-lead compensating networkb)PD controllerc)PID controllerd)None of the aboveCorrect answer is option 'A'. Can you explain this answer?
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