Semester : SEMESTER 3
Subject : Network Theory
Year : 2019
Term : MAY
Scheme : 2015 Full Time
Course Code : EC 201
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3 a)
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C1103 Pages: 3
Determine the voltage across 10Q, connected between the terminals A and B, using
superposition theorem.
10V
Using Thevenin’s theorem, find the power dissipated across 24Q resistor.
maa “ap 20೧
220 ४
پت த 52
PARTB
Answer any two full questions, each carries 15 marks.
Obtain the transient current and voltage responses of a RL circuit when subjected to
a unit step input.
ad? v(t) av(t)
Solve the differential equation ര 67> + 8v(t) = 2u(t) subject to the
initial conditions ೫(0) = 1, 7" (0) = --2.
For the given network function, draw the pole-zero plot and hence, obtain its time
5(s+5)
domain response from the plot. V(s) = ണ്ണ]
A عل voltage of 100V is applied in the circuit shown in the figure and the switch, K
is kept open. The switch is closed at t=0. Find the resulting current.
20 109
Write down the necessary conditions for driving point functions.
8205) V2(s) an V,(s)
1,(5)' 7 (७) 1,(5)'
For the network shown, find the following
1/(6) 2H 2H
ng | 2F 2೧ VAs) ص اط
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