Derive the \(A B C D\) parameters for the two networks in series, as shown in Figure 5.4.

Figure 5.4

Transcribed Image Text:

+0+ +0 Vs + Is Vs Vs Is +0 Series impedance Is Circuit Z Z Y Shunt admittance la Z T circuit Z TT circuit V Series networks + V la - + IR V A,B,C,D A,B,CD IA +1 ABCD Matrix H 1 (1 + YZ) (Z + Z + YZ Z) Z K 1 Y (1 + YZ) C D (Y + Y + YYZ) A B A B (1 + YZ) H CD Z (1 + YZ) (AA+ BC) (A,B + BD) (CA + DC) (CB + D D)