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GATE EC 2022 : Networks Quiz 5
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Question 1
For the circuit shown in Figure, the time constant RC = 1ms. The input voltage is vi (t) =
sin103t. The output voltage v0(t) is equal to
![Description: D:\GradeStack Courses\GATE Tests (Sent by Ravi)\GATE EC-ME-17-Mar\GATE-ECE-2004_files\image012.png](https://gs-question-images.grdp.co/14582006135056100.png)
![Description: D:\GradeStack Courses\GATE Tests (Sent by Ravi)\GATE EC-ME-17-Mar\GATE-ECE-2004_files\image011.png](https://gs-question-images.grdp.co/1458200612824887.png)
![Description: D:\GradeStack Courses\GATE Tests (Sent by Ravi)\GATE EC-ME-17-Mar\GATE-ECE-2004_files\image012.png](https://gs-question-images.grdp.co/14582006135056100.png)
Question 2
A network has a transfer function
If the current i(t) is a unity step function, the steady-state value of v(t) is given by
![](https://gs-question-images.grdp.co/1458391709104624.png)
If the current i(t) is a unity step function, the steady-state value of v(t) is given by
Question 3
The time domain behavior of an RL circuit is represented by
For an initial current of
, the steady state value of the current is given by
![](https://gs-question-images.grdp.co/1452844458367235.png)
For an initial current of
![](https://gs-question-images.grdp.co/14528444591048100.png)
Question 4
Value of voltage V0 in given circuit is _________
Question 5
In the following circuit the switch is closed at t = 0 with the capacitor uncharged. The value of dic(t)/dt and d2ic(t)/dt2 at t = 0+ is
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Jan 12ESE & GATE EC