Download AKTU (Dr. A.P.J. Abdul Kalam Technical University (AKTU), formerly Uttar Pradesh Technical University (UPTU) B-Tech 3rd Semester (Third Semester) 2015-2016 NEE 303 Basic System Analysis Basic Of Signals Systems Question Paper
We rely on ads to keep our content free. Please consider disabling your ad blocker or whitelisting our site. Thank you for your support!
(Following Paper ID and Roll No. to be ?lled 1n your
A B
Paper ID :121303/ ?SW" 00k)m=
1213211121312 Rolliqo,
B.Tec'h.?
(SEM. 11121111:on EXAMINATION, 2015-16
BASIC SYSTEM ANALYSIS (NEE?303/EEE?301)
BASIC 0F SIGNALS & SYSTEMS (1:13-302)
[Time 3 hours] Section-A [Total Marks:100]"
1. Attempts all parts. All parts carry equal marks. Write
answer of each part in short. ' (2x10=20)
(a) De?ne unit step and unit ramp signals with proper
sketch. ? '
(b) Check the perioidichity of the sig'rial X(t)iej'?-
?(c") Write'Dirichlet'conditions for the existence of
Fourier series. '
((1) Find the F ourier transform of (t-to).
(e) What is time invariaht and time varying system?
(f) State initial value theorem of z-transforms.
(g) F 1nd Z-transform of un1t step and impulse functions
(h) A DeriVe Laplace trailsform of sinh cot-
? 11000 - ' ? 0(1) ' 121.0.
(i) Express the given signal in terms of step signals.
X")
A
9!
1 2 ?
Fig.1
0) List the advantages of state space representation
of linear systetns.
- Section-B
Attempts any live question from this sections. (10x5=50)
2. (a) Find the even and odd components of the signal
shown in ?gure.
11000 (2) NEE?303/EEE~301/EE-302
(b) Draw the force-Current analogy of the mechanical
given in ?gure.
3 Explain the trigonometric and exponential forms of
Fourier series magmatic!) of periodic. Sigi?lS- Find
the mgonomctric Fourier series f9r 9? ?0? ?g? 31
shown in ?gure.
(a) State and prove duality property of Fourier
transform. '
l 1000 . (3) P.T.O.
n. FindtheinvemeZ-tmnsfonn orfonowingz.
l
1... ? 3'2 . .
(i) X(z)= W757) I ROCi H >2
? (ii) X(z)=log(l+az") ROCilz|>lal
12. . (a) What is-state transitim matrix?-List the important
properties of state transition matrix.
(b) - Obtain the state modal of the electrical circuit
show inFig.7
?7?(? I.
' .5 h
noon f ' ' (6).NEE?303/EEE~301/EE-302
This post was last modified on 29 January 2020