Question Solved1 Answer 4. A measuring system has a natural frequency of 0.5 rad/s, a damping ratio of 0.5, and a static sensitivity of 0.5 m/V. Estimate its 90% rise time and settling time if F(t) = 2 U(1) and the initial condition is zero. What are the ringing frequency steady response, and transient response? Plot the response y(t).

SFTWNY The Asker · Mechanical Engineering

Transcribed Image Text: 4. A measuring system has a natural frequency of 0.5 rad/s, a damping ratio of 0.5, and a static sensitivity of 0.5 m/V. Estimate its 90% rise time and settling time if F(t) = 2 U(1) and the initial condition is zero. What are the ringing frequency steady response, and transient response? Plot the response y(t).
More
Transcribed Image Text: 4. A measuring system has a natural frequency of 0.5 rad/s, a damping ratio of 0.5, and a static sensitivity of 0.5 m/V. Estimate its 90% rise time and settling time if F(t) = 2 U(1) and the initial condition is zero. What are the ringing frequency steady response, and transient response? Plot the response y(t).
See Answer
Add Answer +20 Points
Community Answer
OVATC4 The First Answerer
See all the answers with 1 Unlock
Get 4 Free Unlocks by registration

ANS: Ins:Given that a measuning system has a natural Preaveney ofomega_(n)=0.5rad//secDamping ratio (epsi)=0.5.and static sensitivity =0.5mVAs we know, Ringing frequency, omega_(d)=w_(n)sqrt(1-epsi^(2))Transfer tunction for seand-order system omega_(d)=0.433rad//sec." is "{:[T(s)=(" ouppat "(s))/(" input "(s))=(0.5 xxomega_(n)^(2))/(s^(2)+2xiomega_(n)s+omega_(n)^(2))],[=(0.5 xx(0.5)^(2))/(s^(2)+2xx0.5 xx0.58+(0. ... See the full answer