A. is independent of frequency
B. is inverseh’proportional to frequency
C. increases linearly with frequency
D. decreases linearly with frequency
A. Lead-compensation
B. Lag-compensation
C. Lead-lag compensation
D. None of the above
A. not necessarily stable
B. stable
C. unstable
D. always unstable
F. any of the above
A. parabolic
B. ramp
C. impulse
D. step
A. no net pole
B. net pole
C. simple pole
D. two poles
A. acceleration
B. velocity
C. position
D. all of the above
A. capacitance
B. reciprocal of capacitance
C. current
D. resistance
A. Laplace Transform and Fourier Integral
B. Laplace Transform
C. Fourier Integral
D. Either B. or C.
A. no pole
B. net pole
C. simple pole
D. two poles
A. low frequencies
B. reduced values of open loop gain
C. increased values of open loop gain
D. none of the above