ECET220 W6 iLab 
Laboratory Report Cover/Worksheet
DeVry University
College of Engineering and Information Sciences
Course Number: ECET220
Professor:
Laboratory Number:
Laboratory Title: Differentiator and Integrator Circuits
Submittal Date:
Objectives:
Results:
Conclusions:
Team:
Name
Program
Signature
Name
Program
Signature
Name
Program
Signature
Observations/Measurements:
IV. A. 1. Input/output signals of the differentiator circuit from Multisim scope with a sine wave input:
IV. A. 2. Input/output signals of the differentiator circuit from Multisim scope with a triangular wave input:
IV. B. 1. Input/output signals of the hardware differentiator circuit from oscilloscope with a sine wave input:
IV. B. 2. Input/output signals of the hardware differentiator circuit from oscilloscope with a triangular wave input:
IV. C. 1. Answer the following questions:
Questions
Answers
Is the output of the Multisim differentiator circuit the derivative of the input sine waveform? (Yes or No)
Is the output of the Multisim differentiator circuit the derivative of the input triangular wave? (Yes or No)
Is the output of the hardware differentiator circuit the derivative of the input sine waveform? (Yes or No)
Is the output of the hardware differentiator circuit the derivative of the input triangular wave? (Yes or No)
What is the theoretical value of the gain for the differentiator circuit of Figure 5? (Eq. 4)
What is the actual value of the gain for the differentiator circuit of Figure 5?
Compare the results of the simulation and hardware differentiator circuit with the theoretical values:
IV. D. 1. Input/output signals of the integrator circuit from Multisim scope with a sine wave input:
IV. D. 2. Input/output signals of the integrator circuit from Multisim scope with a square wave input:
IV. E. 1. Input/output signals of the hardware integrator circuit from oscilloscope with a sine wave input:
DeVry University
College of Engineering and Information Sciences
Course Number: ECET220
Professor:
Laboratory Number:
Laboratory Title: Differentiator and Integrator Circuits
Submittal Date:
Objectives:
Results:
Conclusions:
Team:
Name
Program
Signature
Name
Program
Signature
Name
Program
Signature
Observations/Measurements:
IV. A. 1. Input/output signals of the differentiator circuit from Multisim scope with a sine wave input:
IV. A. 2. Input/output signals of the differentiator circuit from Multisim scope with a triangular wave input:
IV. B. 1. Input/output signals of the hardware differentiator circuit from oscilloscope with a sine wave input:
IV. B. 2. Input/output signals of the hardware differentiator circuit from oscilloscope with a triangular wave input:
IV. C. 1. Answer the following questions:
Questions
Answers
Is the output of the Multisim differentiator circuit the derivative of the input sine waveform? (Yes or No)
Is the output of the Multisim differentiator circuit the derivative of the input triangular wave? (Yes or No)
Is the output of the hardware differentiator circuit the derivative of the input sine waveform? (Yes or No)
Is the output of the hardware differentiator circuit the derivative of the input triangular wave? (Yes or No)
What is the theoretical value of the gain for the differentiator circuit of Figure 5? (Eq. 4)
What is the actual value of the gain for the differentiator circuit of Figure 5?
Compare the results of the simulation and hardware differentiator circuit with the theoretical values:
IV. D. 1. Input/output signals of the integrator circuit from Multisim scope with a sine wave input:
IV. D. 2. Input/output signals of the integrator circuit from Multisim scope with a square wave input:
IV. E. 1. Input/output signals of the hardware integrator circuit from oscilloscope with a sine wave input: