analysis in DC circuit. Collect the following resistors from your tutor. R₁ = 200 Ohms R₂ = 240 Ohms R3 = 220 Ohms You will apply supply voltages, Vs1 =6 Volts and Vs2 =5 Volts to your circuit. Use Nodal analysis to solve the circuit to obtain the ci parameters. IRI + Vsl R1 (figure-1) IR2 - g R2 R3 IR3 Vs2 Tin
analysis in DC circuit. Collect the following resistors from your tutor. R₁ = 200 Ohms R₂ = 240 Ohms R3 = 220 Ohms You will apply supply voltages, Vs1 =6 Volts and Vs2 =5 Volts to your circuit. Use Nodal analysis to solve the circuit to obtain the ci parameters. IRI + Vsl R1 (figure-1) IR2 - g R2 R3 IR3 Vs2 Tin
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
Transcribed Image Text:Aim: To verify the Nodal analysis in a DC circuit.
Collect the following resistors from your tutor.
R₁ = 200 Ohms R₂ = 240 Ohms R3 = 220 Ohms
You will apply supply voltages, Vs1 =6 Volts and
Vs2 =5 Volts to your circuit.
$2
Use Nodal analysis to solve the circuit to obtain the ci
parameters.
IRI
+
Vsl
R1
(figure-1)
R2
R2
R3
IR3
Vs2
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