a) Calculate parameters E, and R, of the Thevenin equivalent circuit at the load terminals corresponding to voltage V2 using equations Show all your calculations. Fill-in the results table below.
a) Calculate parameters E, and R, of the Thevenin equivalent circuit at the load terminals corresponding to voltage V2 using equations Show all your calculations. Fill-in the results table below.
Computer Networking: A Top-Down Approach (7th Edition)
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Chapter1: Computer Networks And The Internet
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Please could I have the written solution for this question.

Transcribed Image Text:a) Calculate parameters E, and R, of the Thevenin equivalent circuit at the load
terminals corresponding to voltage V2 using equations
Show all your calculations. Fill-in the results table below.
b) Modify Thevenin equivalent circuit in the original Tina file and perform DC
analysis to confirm that the voltages on the loads are the same, i.e. that V2 =
V2e. Fill in the results table below. You need to include a screenshot of the
modified Thevenin equivalent circuit to justify your results.
find Thevenin equivalent of the original amplifier circuit
by simulation. This can be done in two steps: (1) Calculate the open circuit
voltage between the terminals Et ; (2) Set all sources to zero and then find the total
resistance between the two terminals Rt. You may find it useful to consult the
online course Free AC/DC Course/Thevenin's Theorem on the
Tina home page https://www.tina.com/thevenins-theorem. Attach screenshot
of your simulation file with results and fill in the results table below.
3
d) Set the value of R1 in the Thevenin equivalent circuit to the one for which
maximum power will be delivered to the load. Perform the simulation to find
the value of the maximum power in the load. You will need a power meter
from the Components Bar. You may find it useful to consult the tutorial
Power in DC Circuits on the Tina website https://www.tina.com/power-in-dc-
circuits/. Attach screenshot of your simulation file with results and fill in
the results table below.

Transcribed Image Text:values:
Es = 1 V, Rs = 50 N, Br.= 1 kN, Rj=5 kQ, ß = 100, Ro =2 kN, R1 = 100 2
Element values of the Thevenin circuit are not chosen correctly, which can be easily
confirmed by performing a DC analysis of the circuits (press toolbar Interactive DC
button oc
You can see that the V2 and V2e voltages on the load resistances are not
the same.
Original circuit
Rs 50
Rf 5k
Blb
V2
Es 1
RL 100
Source
Transistor
Load
Thevenin Equivalent circuit
RE? 2k
V2e
EE?
RL 100
Bre 1k
Ro 2k
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