1. Convert the circuit to the s-domain. Assume no initial charge on the capacitors. 2. Use s-domain node-voltage analysis to find V2(s) (voltage across C1) and V3(s) (voltage across C2) if v1N(t) = 5u(t). Be sure to show a) the node equations, b) the method you use to determine the node voltages and c) your results. You may use Matlab or a calculator but indicate what you entered to obtain your results.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Need help with number 2 given the circuit already in the s-domain. Steps would be approcoated please and thank you!

Ri-1000
R23D2000~
Ci
Vi(s)
UPF)S
Transcribed Image Text:Ri-1000 R23D2000~ Ci Vi(s) UPF)S
1. Convert the circuit to the s-domain. Assume no initial charge on the capacitors.
2. Use s-domain node-voltage analysis to find V2(s) (voltage across C1) and V3 (s) (voltage
across C2) if v1n(t) = 5u(t). Be sure to show a) the node equations, b) the method you use
to determine the node voltages and c) your results. You may use Matlab or a calculator but
indicate what you entered to obtain your results.
Transcribed Image Text:1. Convert the circuit to the s-domain. Assume no initial charge on the capacitors. 2. Use s-domain node-voltage analysis to find V2(s) (voltage across C1) and V3 (s) (voltage across C2) if v1n(t) = 5u(t). Be sure to show a) the node equations, b) the method you use to determine the node voltages and c) your results. You may use Matlab or a calculator but indicate what you entered to obtain your results.
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