A_COMPOSITE_R-C_NETWORK_YIELDED_THE_FOLLOWING_TRANSFER_FUNCTION_WHEN_C – McqOptions

MCQOPTIONS

1.	A_COMPOSITE_R-C_NETWORK_YIELDED_THE_FOLLOWING_TRANSFER_FUNCTION_WHEN_CALCULATED_FROM_ITS_COMPONENTS:?$
A.	= 1+21s+20s<sup>2</sup>/1+11s+10s<sup>2</sup>. This network can be used as which one of the following?
B.	Phase lead compensator
C.	Phase lag compensator
D.	Lag lead compensator
Answer» B. Phase lead compensator

Discussion

No Comment Found

Related MCQs

The open loop transfer function of a plant is given as, G(s) =1/s^2-1. If the plant is operated in unity feedback configuration, then the lead compensator that can stabilize the control system is:
A composite R-C network yielded the following transfer function when calculated from its components:T(s) = 1+21s+20s2/1+11s+10s2. This network can be used as which one of the following?
Consider the following systems:System 1: G(s) =1/ (2s+1) and System 2: G(s) =1/ (5s+1)The true statement regarding the system is:
Operations performed by electronic controllers:
Operations performed by hydraulic controllers:
A_COMPOSITE_R-C_NETWORK_YIELDED_THE_FOLLOWING_TRANSFER_FUNCTION_WHEN_CALCULATED_FROM_ITS_COMPONENTS:?$
The open loop transfer function of a plant is given as, G(s) =1/s^2-1. If the plant is operated in unity feedback configuration, then the lead compensator that can stabilize the control system is:$
What is the effect of phase lag compensation on the performance of a servo system?
With regard to the filtering capacity the lead compensator and lag compensator are respectively:
Consider the following systems: