Which of the systems are stable, unstable, and marginally stable? Why? Which of the systems will have oscillatory and no
Posted: Sun May 15, 2022 5:56 pm
Which of the systems are stable, unstable, and marginally
stable? Why?
Which of the systems will have oscillatory and
non-oscillatory unit step response? Why?
For each system, next to the 𝑃 ― 𝑍 plot, draw a rough sketch of the
unit step response.
Assume all systems have DC gain = 0.5.
Pole-Zero Map G1 2 3 2 -2 Real Axis (seconds) Pole-Zero Map 2 G2 co 3 Imaginary Axis (seconds) Imaginary Axis (seconds!) Imaginary Axis (seconds) Imaginary Axis (seconds) Real Axis (seconds) Pole-Zero Map G3 2 -2 2 Real Axis (seconds) Pole-Zero Map N X GA 0 x x 3 0 2 -2 Real Axis (seconds)
stable? Why?
Which of the systems will have oscillatory and
non-oscillatory unit step response? Why?
For each system, next to the 𝑃 ― 𝑍 plot, draw a rough sketch of the
unit step response.
Assume all systems have DC gain = 0.5.
Pole-Zero Map G1 2 3 2 -2 Real Axis (seconds) Pole-Zero Map 2 G2 co 3 Imaginary Axis (seconds) Imaginary Axis (seconds!) Imaginary Axis (seconds) Imaginary Axis (seconds) Real Axis (seconds) Pole-Zero Map G3 2 -2 2 Real Axis (seconds) Pole-Zero Map N X GA 0 x x 3 0 2 -2 Real Axis (seconds)