This paper contains the questions about ECAD lab using multisim software. Design problems for digital Circuits and analog circuits

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Design a Wein Bridge oscillator for the Frequency of 2K Hz with C = 0.1
microfarad using IC 741.
Design a Voltage Follower Circuit using IC 741 Observe the O/P with
Given various I/P's-
(a) 3mV/ sine wave / 400 Hz (b) -7mV / dc
Design an Adder Using IC 741 in Inverting moder for Given I/P's
(a) +1.5 V (b) 4.5 V / 60Hz find out the output DC voltge
Design a HPF for the cout-off Freq of 1.8 KHz with C= 0.01 microfarad
using IC 741 and Plot the frequency response on semilog graph paper.
Design a Multi Stage BJT Amp using BC548 with the I/P of 8mV / 500 Hz.
Measure the Voltage across Load of 10K ohm.
Design an Integrator using IC 741 with C=0.01 uf for given input signal-
4Vp
/ 600Hz.
Design a LPF for the cout-off Freq of 3 KHz with C= 0.01uf using IC 741
and Plot the frequency response on semilog graph paper.
Design a RC Pahse Shift Osc. for the Frequency of 2KHz with C = 0.01
microfarad using IC 741.
Design and verify an Square wave generator using IC 555 for the Freq. of
700 Hz using C=0.1 microfarad and 65% Duty Cylcle.
Design an Diffrentiator using IC 741 with C=0.1 uf for given input signal-
3Vpp
/ 440Hz.

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Design and verify a sawtooth wave generator using IC 555 for the Freq. of
800 Hz using C=0.1 microfarad with duty cycle of 70%.
Design a Wein Bridge for the Frequency of 900 Hz with C = 0.01
microfarad using IC 741.
Design a Source Follower Circuit using IC 741 Observe the O/P with
Given various I/P's-
(a) 2mV/ h / 390 Hz (b) 5.3mV / 0 Hz
Design an Adder Using IC 741 in Non-Inverting moder for Given I/P's
(a) -2.5 V (b) +1.4V ( C ) +2.5V (d) -3.5 V
Design a HPF for the cout-off Freq of 1.3 KHz with C= 0.01 microfarad
using IC 741 and Plot the frequency response on semilog graph paper.
Design a Multi Stage BJT Amp using BC548 with the I/P of 2mV/ Π / 230
Hz. Measure the Voltage across Load of 10K ohm.
Design an Integrator using IC 741 with C=0.01 uf for given input signal-
2Vp
/ 400Hz.
Design a LPF for the cout-off Freq of 2.5 KHz with C= 0.01 microfarad
using IC 741 and Plot the frequency response on semilog graph paper.
Design a RC Pahse Shift Osc. for the Frequency of 1.5KHz with C = 0.01
microfarad using IC 741.
Design and verify an Astable M.V. using IC 555 for the Freq. of 500 Hz
using C=0.1 microfarad and 50% Duty Cylcle.

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Design an Diffrentiator using IC 741 with C=0.1 uf for given input signal-
2.5Vp
/ 540Hz.
Design and verify a Triangular wave generator using IC 555 for the Freq.
of 600 Hz using C=0.1 microfarad.
Design a Wein Bridge for the Frequency of 900 Hz with C = 0.01
microfarad using IC 741.
Design a Source Follower Circuit using IC 741 Observe the O/P with
Given various I/P's-
(a) 2mV/ h / 390 Hz (b) 5.3mV / dc voltage
Design an Adder Using IC 741 in Non-Inverting moder for Given I/P's
(a) -2.5 V (b) +1.4V ( C ) +2.5V (d) -3.5 V
Design a HPF for the cout-off Freq of 1.3 KHz with C= 0.01 microfarad
using IC 741 and Plot the frequency response on semilog graph paper.
Design a Multi Stage BJT Amp. using BC547 with the I/P of 4mV/ Π_Π /
500 Hz. Measure the freq. and Voltage across Load of 10KΩ.
Design an Integrator using IC 741 with C=0.01 uf for given input signal-
2Vp
/ 400Hz.

4. Design a Wein Bridge for the Frequency of 900 Hz with C = 0.01
microfarad using IC 741.
Design a Source Follower Circuit using IC 741 Observe the O/P with
Given various I/P's-
(a) 2mV/ h / 390 Hz (b) 5.3mV / 0 Hz
Design an Adder Using IC 741 in Non-Inverting moder for Given I/P's
(a) -2.5 V (b) +1.4V ( C ) +2.5V (d) -3.5 V
Design a HPF for the cout-off Freq of 1.3 KHz with C= 0.01 microfarad
using IC 741 and Plot the frequency response on semilog graph paper.
Design a Multi Stage BJT Amp using BC548 with the I/P of 2mV/ Π / 230
Hz. Measure the Voltage across Load of 10K ohm.
Design an Integrator using IC 741 with C=0.01 uf for given input signal-
2Vp
/ 400Hz.
Design a LPF for the cout-off Freq of 2.5 KHz with C= 0.01uf using IC 741
and Plot the frequency response on semilog graph paper.
Design a RC Pahse Shift Osc. for the Frequency of 1.5KHz with C = 0.01
microfarad using IC 741.
Design and verify an Astable M.V. using IC 555 for the Freq. of 500 Hz
using C=0.1 microfarad and 50% Duty Cylcle.
Design an Diffrentiator using IC 741 with C=0.1 uf for given input signal-
2.5Vp
/ 540Hz.

5. Design and verify a Triangular wave generator using IC 555 for the Freq.
of 600 Hz using C=0.1 microfarad.
Design a Wein Bridge for the Frequency of 900 Hz with C = 0.01
microfarad using IC 741.
Design a Source Follower Circuit using IC 741 Observe the O/P with
Given various I/P's-
(a) 2mV/ h / 390 Hz (b) 5.3mV / 0 Hz
Design an Adder Using IC 741 in Non-Inverting moder for Given I/P's
(a) -2.5 V (b) +1.4V ( C ) +2.5V (d) -3.5 V
Design a HPF for the cout-off Freq of 1.3 KHz with C= 0.01 microfarad
using IC 741 and Plot the frequency response on semilog graph paper.
Design a Multi Stage BJT Amp using BC548 with the I/P of 2mV/ Π / 230
Hz. Measure the Voltage across Load of 10K ohm.
Design an Integrator using IC 741 with C=0.01 uf for given input signal-
2Vp
/ 400Hz.
Design a LPF for the cout-off Freq of 2.5 KHz with C= 0.01 microfarad
using IC 741 and Plot the frequency response on semilog graph paper.
Design a RC Pahse Shift Osc. for the Frequency of 1.5KHz with C = 0.01
microfarad using IC 741.
Design and verify an Astable M.V. using IC 555 for the Freq. of 500 Hz
using C=0.1 microfarad and 50% Duty Cylcle.

6. Design an Diffrentiator using IC 741 with C=0.1 uf for given input signal-
2.5Vp
/ 540Hz.
Design and verify a Triangular wave generator using IC 555 for the Freq.
of 600 Hz using C=0.1 microfarad.
Design a Wein Bridge for the Frequency of 900 Hz with C = 0.01
microfarad using IC 741.
Design a Source Follower Circuit using IC 741 Observe the O/P with
Given various I/P's-
(a) 2mV/ h / 390 Hz (b) 5.3mV / 0 Hz
Design an Adder Using IC 741 in Non-Inverting moder for Given I/P's
(a) -2.5 V (b) +1.4V ( C ) +2.5V (d) -3.5 V
Design a HPF for the cout-off Freq of 1.3 KHz with C= 0.01 microfarad
using IC 741 and Plot the frequency response on semilog graph paper.
Design a Multi Stage BJT Amp. using BC548 with the I/P of 2mV/ Π_Π /
230 Hz. Measure the freq. and Voltage across Load of 10KΩ.
Design an Integrator using IC 741 with C=0.01 uf for given input signal-
2Vp
/ 400Hz.

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9. Design a Wein Bridge oscillator for the Frequency of 2K Hz with C = 0.1 microfarad using IC 741.
Design a RC Pahse Shift Osc. for the Frequency of 2.2 KHz with C = 0.01 microfarad using IC 741.
Design a Wein Bridge oscillator for the Frequency of 2K Hz with C = 0.1 microfarad using IC 741.
Design a Voltage Follower Circuit using IC 741 Observe the O/P with Given various I/P's-
(a) 3mV/ triangular wave / 400 Hz (b) -7mV / dc
Design an Adder Using IC 741 in Non-Inverting moder for Given I/P's
(a) +1.5 V (b) 4.5 V / 60Hz (c) -2V find out the output DC voltge
Design a HPF for the cout-off Freq of 1.7 KHz with C= 0.01 microfarad using IC 741 and Plot the
frequency response on semilog graph paper.
Design an Integrator using IC 741 with C=0.01 uf for given input signal: 4Vp
/ 600Hz.
Design a LPF for the cout-off Freq of 3 KHz with C= 0.01uf using IC 741 and Plot the frequency
response on semilog graph paper.
Design and verify an Square wave generator using IC 555 for the Freq. of 900 Hz using C=0.1
microfarad.
Design an Diffrentiator using IC 741 with C=0.1 uf for given input signal: 3Vpp
/ 440Hz.
Design and verify a Triangular wave generator using IC 555 for the Freq. of 800 Hz using C=0.1
microfarad with duty cycle of 50%. Measure output voltage,freq.across RL=10K .
Design a monostable multivibrator for the Frequency of 1.5K Hz with C = 0.01 microfarad using IC
555 also calculate the trigger pulse frequency.measure output parameteres.
Design a Voltage Follower Circuit using IC 741 Observe the O/P with Given various I/P's-
(a) 3mV/ triangular wave / 400 Hz (b) -7mV / dc

10. Design an Integrator using IC 741 with C=0.01 uf for given input signal: 4Vp / 600Hz.
Design a RC Pahse Shift Osc. for the Frequency of 2.2 KHz with C = 0.01 microfarad using IC 741.
Design an Diffrentiator using IC 741 with C=0.1 uf for given input signal: 3Vpp / 440Hz.
Design a RC Pahse Shift Osc. for the Frequency of 2.2 KHz with C = 0.01 microfarad using IC 741.
Design an Adder Using IC 741 in Non-Inverting moder for Given I/P's
(a) +1.5 V (b) 4.5 V / 60Hz (c) -2V find out the output DC voltge
Design a HPF for the cout-off Freq of 1.7 KHz with C= 0.01 microfarad using IC 741 and Plot the
frequency response on semilog graph paper.
Design a LPF for the cout-off Freq of 3 KHz with C= 0.01uf using IC 741 and Plot the frequency
response on semilog graph paper.
Design and verify an Square wave generator using IC 555 for the Freq. of 900 Hz using C=0.1
microfarad.
Design and verify a Triangular wave generator using IC 555 for the Freq. of 800 Hz using C=0.1
microfarad with duty cycle of 50%. Measure output voltage,freq.across RL=10K .
Design a monostable multivibrator for the Frequency of 1.5K Hz with C = 0.01 microfarad using IC
555 also calculate the trigger pulse frequency.measure output parameteres.
Design and verify an Square wave generator using IC 555 for the Freq. of 900 Hz using C=0.1
microfarad.