A CT system is described by the following differential equation. d²y (t) dy (t) +5.4- dt? +2y(t)=x(t) dt Find the output yt) for the input x (t) =2.4e-tu(t) Note that the system is initially at rest. y(t) =2e-0.4t_1.5e-5t+4, t20 y(t) =-e-2t (t-1) +2e-t, t20 y(t) =-e-2* (t+1) +e-t, t20 y(t) =-e-2t (2t+1) +1, t20 y(t)=0.2e-0.4t +1.6e-5t_2.4e-t, t20 y(t) =0.87e-0.4t+0.13e-St-e-t, t20 y(t) =-2.17e0.4t +0.17e-5t+2, t20 y(t) =-e-2t (t+2)+3, t20

A CT system is described by the following differential equation. d²y (t) dy (t) +5.4- dt? +2y(t)=x(t) dt Find the output yt) for the input x (t) =2.4e-tu(t) Note that the system is initially at rest. y(t) =2e-0.4t_1.5e-5t+4, t20 y(t) =-e-2t (t-1) +2e-t, t20 y(t) =-e-2* (t+1) +e-t, t20 y(t) =-e-2t (2t+1) +1, t20 y(t)=0.2e-0.4t +1.6e-5t_2.4e-t, t20 y(t) =0.87e-0.4t+0.13e-St-e-t, t20 y(t) =-2.17e0.4t +0.17e-5t+2, t20 y(t) =-e-2t (t+2)+3, t20

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...

See similar textbooks

Similar questions

500 502 Q.16: For the circuit shown beside, the switch has been in position "1" for a long time and 50uF- then at t=0 the switch is moved to position "2". Find the current "i" at t20? i (t) -50μ F 502 50V (Ans.: -0.667e300t A) 500μ F- 50V
Find the differential equation representation
6) Find the autocorrelation and the crosscorrelation function for the following functions. X1(t) X2(t) 1 23 1 .... -1 1 -1
Help Please
(2t+2) 8(t-1) cos (t) ő(r+) cos (t) d(t+ S (e*) 6(t+1) dt S (??-2) 8(2-t) dt %3D
I need the answer as soon as possible
Consider the function given below. Determine whether the given function is causal and BIBO-stable. x(t) = 4 rect (t/2) Please show work
Convolve the following continuous-time signals, assuming that Th=1 sec, and T₁ =1.5 sec Plot the result 2T, ht -1 x(1) T h(t) T
I need help with #3
Find convolution of two continuous signals x(t)=2u(t+1) – 2u(t-2), h(t) = u(t) - u(t-1) %3D
Consider the differential equation below. If all initial states are zero, what is the zero-input response for t > 0? et = V₂(t) + 1.5 +0.5 ¹²V(1) dt2 dV, (t) dt a. -2e + 2te-t b. 0 c. -2e-¹ + 2e-2t d. -2e¹2e-21
u(t)*u(t) = t u(t). What is u(t-2)*u(t)? %3D O tu(t) O (t-2)u(t) O tu(t-2) O (t-2)u(t-2)