![]() You can refer back to last week's notes to refresh your memory on other portions. It is assumed that you remember (or can look up) the software procedures you used last week in Lab 3, so these instructions will focus on the new features we haven't used before. The purpose of this lab is to analyze an RC network using Multisim. Lab Exercise 4: Multisim Evaluation of an RC Network Plot the discharge curve using the capacitor discharge Plot the charge curve using the capacitor charge formula given in class.Īssume the capacitor is fully charged, and the switch moves to positionġ at t = 0s. How much time must pass for the capacitor voltage to reach 1 volt? What will the resistor current be at t = 150 ns? What will the resistor voltage be at t = 150 ns? ![]() What will the capacitor voltage be at t = 150 ns? What is the time constant for the circuit? Plot the charge curve for the capacitor using the 2/3 estimation method At tĠs, the switch moves to position 1 and the capacitor begins to discharge. ![]() At t = 0s, the switch moves to position 2 and the capacitorįor step 4, assume the switch has been in position 2 for a long time. NO ANSWERS ARE COMPLETE WITHOUT THE UNITS! AS ALWAYS, SHOWįor steps 1, 2, and 3, assume the switch has been in position 1 forĪ long time. EE 101 - LAB 4 EE 101 - Lab 4: Multisim Evaluation of an RC Network Prelab Exercises ALL GRAPHS MUST BE FULLY LABELED AND DRAWN NEATLY!
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