Answer Happy

Posted: **Sat May 21, 2022 1:04 am**

: Exercise 1 Use The Network Analyzer In Multisim To Determine The Equivalent Impedance Zeq Of The Circuit In Fig P7 88 1 (42.28 KiB) Viewed 25 times

: Exercise 1 Use The Network Analyzer In Multisim To Determine The Equivalent Impedance Zeq Of The Circuit In Fig P7 88 2 (28.18 KiB) Viewed 25 times

EXERCISE 1. Use the Network Analyzer in Multisim to determine the equivalent impedance Zeq of the circuit in Fig. P7.88. Using the Network Analyzer, plot the real and imaginary parts of Zeq from 100 Hz to 100 kHz and provide a hand calculation demonstrating that the simulated results are correct. 1 uF 180 μΗ Zeq 1 ΩΣ b Figure P7.88 Circuit for Problem 7.88. Kindly submit your answers complete with the output of the Network Analyzer and your manual computed solutions for the next lab meeting.
Exercise: Now vary the output load R1, in 2 ohms step size, starting from 40 ohms to 70 ohms. Observe what happens to the input and the output voltage - As the output load R1 is increased, the input voltage decreases while the output voltage increases. Draw your circuit graph for each variation. Comment on what you have observed as you change the value of the resistor