OBJECTIVES

After performing this lab exercise, learner will be able to:
Program Arduino board to generate signals (like Sine, Square wave or PWM) and use it as a DUT for your experiment
Capture and display the signal from given Device Under Test (DUT)
• Measure Positive and Negative Overshoot of the capture signal using inbuilt functions of the scope

EQUIPMENT

To carry out this experiment, you will need:
TBS1KB - Digital Oscilloscope from Tektronix
Arduino Duemilanve or Uno board
Voltage probe (provided with oscilloscope) /  BNC cables
Breadboard and connecting wires
Simple circuit components – Resistor / capacitors

THEORY

Amplitude = HIGH – LOW
Peak-to-Peak amplitude = MAX – MIN
Positive Overshoot = Maximum deviation from “High” expressed as percentage of nominal signal range (HIGH – LOW)
Negative Overshoot = Maximum deviation in the lower side, from nominal low value, expressed as percentage of nominal signal range