Electrical Engineering > GATE 2018 > LTI Systems
A continuous-time input signal x(t) is an eigenfunction of an LTI system, if the output is
A
kx(t), where k is an eigenvalue
B
kejω tx(t), where k is an eigenvalue and ejω t is a complex exponential signal
C
x(t)ejω t where ejω t is a complex exponential signal
D
kH(ω), where k is an eigenvalue and H(ω) is the frequency response of the system

Correct : a

Similar Questions

Two discrete-time linear time-invariant systems with impulse responses h1[n]=δ[n-1]+δ[n+1] and h2[n]=δ[n]+δ[n-1] are connected in cascade, where δ[n] is the Kro...
#228 MCQ
Let a causal LTI system be governed by the following differential equation y(t) + (1/4)dy/dt = 2x(t), where x(t) and y(t) are the input and output respectively....
#480 MCQ
Let an input x(t) = 2sin(10πt) + 5cos(15πt) + 7sin(42πt) + 4cos(45πt) is passed through an LTI system having an impulse response, h(t) = 2(sin(10πt)/πt)cos(40πt...
#481 MCQ

Related Topics

No tags found

Unique Visitor Count

Total Unique Visitors

Loading......