4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent...

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Transcript of 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent...

Page 1: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed

Chapter 4  Additional Analysis Techniques 

Linearity: Linearity requires both additivity and homogeneity(scaling) 

additive property, v(t) = Ri 1 (t)+Ri 2 (t) = V 1 (t)+ V 2 (t) 

homogeneity property (scaling) RK 1 i(t) = K 1 Ri(t) = K 1 v (t)

Page 2: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed

4.2 Superposition 

I1=I(R2/R1+R2)

Page 3: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed

therefore

Page 4: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed
Page 5: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed
Page 6: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed
Page 7: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed
Page 8: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed
Page 9: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed
Page 10: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed

The

Page 11: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed
Page 12: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed
Page 13: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed
Page 14: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed
Page 15: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed
Page 16: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed
Page 17: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed
Page 18: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed

R L 

1  V TH = 

V TH 

2  R TH = 

R TH 

1 

2

Page 19: 4.2 Superposition202.28.32.233/pics_upload/EEng ch4.pdfWe wish to determine the Thévenin equivalent of the network in fig. 4.14a at the terminals A-B. (a) Figure 4.14 Networks employed

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