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Year 2023
September
Week # 2
Expire on 07 Oct 2023
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Week # 3
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FAQs
September
Week # 1 Quiz 3
Q1.
A voltage source v (t) is connected to an ideal inductor L. It is desired to have a constant current i (t). The nature of the voltage source v (t) must be
Constant voltage
Linearly increasing voltage
An ideal impulse of voltage
None of the above
Q2.
A photovoltaic panel has five modules connected in series, each module having an opencircuit voltage (\(V_{oc}\)) of 12 V and shortcircuit current (\(I_{sc}\)) of 2A. What should be the voltage axis intercept of the IV characteristics of the series system?
6 V
12 V
2.4 V
60 V
Q3.
In a series resonant circuit, the impedance of the circuit is
Zero
Maximum
Minimum
None of the above
Q4.
When two quantities are out of phase, the phase angle between them will be _________.
\(45^\circ\)
\(60^\circ\)
\(90^\circ\)
\(180^\circ\)
Q5.
The Thevenin's equivalent circuit of a network has \(V_{TH}=30\:V\) and \(R_{TH}=4\:\Omega\). If load resistance is \(36\:\Omega\), find the load current.
1.75 A
0.75 A
1 A
3 A
Q6.
The curve representing ohm's law is
sine function
linear
a parabola
a hyperbola
Q7.
By performing cascading and/or summing/differencing operations using transfer function blocks \(G_1(s)\) and \(G_2(s)\), one CAN NOT realize a transfer function of the form________________.
\(G_1(s)G_2(s)\)
\(\frac{G_1(s)}{G_2(s)}\)
\(G_1(s){\left( {\frac{{1}}{{G_1(s)}}+G_2(s)} \right)}\)
\(G_1(s){\left( {\frac{{1}}{{G_1(s)}}-G_2(s)} \right)}\)
Q8.
A system is stable for
Gain margin and Phase margin both positive.
Gain margin and Phase margin both negative.
Gain margin positive, Phase margin negative.
Phase margin negative.
Q9.
The closed loop dynamics of a system is of second order. In order to improve damping of this system, one should
Decrease the phase margin
Increase the gain margin
Decrease the gain margin
Increase the phase margin
Q10.
The transfer function of a Tachogenerator can be best described by
\(K(1+Ts)\)
\(\frac{K}{(1-Ts)}\)
\(K(1-Ts)\)
\(\frac{K}{(1+Ts)}\)
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