CameraIcon

SearchIcon

MyQuestionIcon

1

You visited us 1 times! Enjoying our articles? Unlock Full Access!

Consider the ...

Question

Consider the diode circuit shown in the figure below:

If the diodes are ideal and the input voltage is a 1 kHz sinc wave with a peak value of 10 V, then the output waveform can be represented as

Open in App

Solution

(i) For $V_{i n} > 0 V,$ diode $D_{1} a n d D_{2}$ will conduct and $V_{o u t} = V_{i n}$ .
For $V_{i n} < 0 V,$ diode, will be in OFF state. Hence no signal will pass further and $V_{0} = 0 V$ .

Suggest Corrections

thumbs-up

0

Similar questions

Q. Consider the circuit shown in the figure below.

The p-n junction diode is a pn junction silicon diode with forward cut-in voltage of 0 V. The input to the circuit is a square wave of time period T. Assume

10 τ << T

τ

is the time constant of the circuit, then the maximum and minimum value of output waveform at steady state respectively are

Q. Consider the diode circuit shown in the figure below:

The input output characteristic curve of the circuit can be represented as
(Assume cut-in voltage of diode

D_{1}

D_{2}

is equal to 0.7 V)

Q. Consider the clamper circuit shown in the figure below.

If the diode is assumed to be and ideal and the value of resistance

R_{L}

is very very large, then the approximate value of output waveform at steady can be plotted as

Q. Consider the circuit shown in the figure below:

If the input voltage

v_{i n} (t)

is a sinusoidal signal with a maximum value of

V_{m}

, then the steady state output voltage

V_{0}

of the circuit will be equal to (Assume that the diodes are ideal)

Q. Consider the circuit shown in the figure below.

The diodes D_{1} and D_{2} are non-ideal with cut-in voltages of 0.7 V and forward resistance r_{f} = 0 Ω and r_{r e v} = \infty . The Zener diode D_{z} has forward voltage drop of 0.7 V and a Zener voltage of 5 V. If an input sine wave of maximum peak amplitude of 10 V is applied at V_{i n}, then the transfer characteristic of the circuit can be represented as

View More

Join BYJU'S Learning Program

similar_icon

Related Videos

lock

Properties of Modulus

Watch in App

Join BYJU'S Learning Program

CrossIcon