Question
In the circuit shown in figure the maximum output voltage $V_0$ is....$ V$

Answer

(b)For the positive half cycle of input the resulting network is shown below
==>$(V_0)max =$$\frac{1}{2}{({V_i})_{\max }} = \frac{1}{2} \times 10 = 5\,V.$

Need a full question paper?

Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.

Start Generating Free

Similar questions

A charge $Q\;\mu C$ is placed at the centre of a cube, the flux coming out from any surfaces will be
A battery of $e.m.f.$ $10\, V$ and internal resistance $0.5\, ohm$ is connected across a variable resistance $R$. The value of $R$ for which the power delivered in it is maximum is given by ......... $ohm$
Two forces with equal magnitudes $F$ act on a body and the magnitude of the resultant force is $F/3$. The angle between the two forces is
At time $t = 0$, a simple harmonic oscillator is at its extreme position. If it covers half of  the amplitude distance in $1\, second$, then the time period of oscillation is ..... $s$
A flywheel rotating at 840 rpm slows down at a constant rate of $11 rad s ^{-2}$. The time required to stop the flywheel is
Assertion : Free electrons always keep on moving in a conductor even then no magnetic force act on them in magnetic field unless a current is passed through it.

Reason : The average velocity of free electron is zero.

An air bubble in a water tank rises from the bottom to the top. Which of the following statements are true
The $e.m.f.$ of a standard cell balances across $150\, cm$ length of a wire of potentiometer. When a resistance of $2\,\Omega $ is connected as a shunt with the cell, the balance point is obtained at $100\,cm$. The internal resistance of the cell is .............. $\Omega $
$n$ identical bulbs, each designed to draw a power $p$ from a certain voltage supply, are joined in series across that supply. The total power which they will draw is
Two bodies are in equilibrium when suspended in water from the arms of a balance. The mass of one body is $36 g $ and its density is $9 g / cm^3$. If the mass of the other is $48 g$, its density in $g / cm^3$ is