(3) A second-order system T(s) has two complex conjugate poles located at -2 + j2 and no zero, please find the following: (a) Damping ratio = (b) Natural frequency ®, = (c) Damped natural frequency wa = (d) Peak time t, = (e) Settling time t, = (f) Time constant t = (g) Percent overshoot PO =

(3) A second-order system T(s) has two complex conjugate poles located at -2 + j2 and no zero, please find the following: (a) Damping ratio = (b) Natural frequency ®, = (c) Damped natural frequency wa = (d) Peak time t, = (e) Settling time t, = (f) Time constant t = (g) Percent overshoot PO =

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

(3) A second-order system T(s) has two complex conjugate poles located at -2 + j2 and no
zero, please find the following:
(a) Damping ratio =
(b) Natural frequency ®, =
(c) Damped natural frequency @a =
(d) Peak time t, =
(e) Settling time t; =
(f) Time constant t =
(g) Percent overshoot PO =

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answer the following question
A source generates a pulse of width 100ns and amplitude 3V when it is open circuit. Its output impedance is 50 ohms. The source is connected to a transmission line with a capacitance of 200pF/m and inductance of 125nH/m. What is the amplitude of the pulse when the transmission line is connected to the source, how long (in metres) is the pulse as it travels along the transmission line, and how much energy is stored in the travelling pulse? O The pulse is 1V in amplitude, 20m long, and carries 4n] of energy. O The pulse is 1V in amplitude, 20m long, and carries 2nJ of energy. O The pulse is 3V in amplitude, 30m long, and carries 36n) of energy. The pulse is 1V in amplitude, 30m long, and carries 2nJ of energy.
plz solve all parts within 30-40 mins I'll upvote your answer