In the circuit of Fig. 13.24, calculate the input impedance and current I1. Take Z, = 60 - j100 , Z2 = 30 + j40 N, and ZL = 80 + j60 N. j5 2 z, Z2 50/60° V j20 2 3 j40 Q Solution: From Eq. (13.41),...

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In the circuit of Fig. 13.24, calculate the input impedance and current<br>I1. Take Z,<br>= 60 - j100 , Z2 = 30 + j40 N, and ZL = 80 + j60 N.<br>j5 2<br>z,<br>Z2<br>50/60° V<br>j20 2 3 j40 Q<br>Solution:<br>From Eq. (13.41),<br>(5)?<br>j40 + L2 T LL<br>Zin = Z, + j20 +<br>%3D<br>25<br>= 60 - j100 + j20 +<br>110 + j140<br>= 60 – j80 + 0.14/-51.84°<br>= 60.09 – j80.11 = 100.14/-53.1° N<br>%3D<br>TL...<br>Where (j) in<br>question?<br>

Extracted text: In the circuit of Fig. 13.24, calculate the input impedance and current I1. Take Z, = 60 - j100 , Z2 = 30 + j40 N, and ZL = 80 + j60 N. j5 2 z, Z2 50/60° V j20 2 3 j40 Q Solution: From Eq. (13.41), (5)? j40 + L2 T LL Zin = Z, + j20 + %3D 25 = 60 - j100 + j20 + 110 + j140 = 60 – j80 + 0.14/-51.84° = 60.09 – j80.11 = 100.14/-53.1° N %3D TL... Where (j) in question?

Jun 11, 2022

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In the circuit of Fig. 13.24, calculate the input impedance and current I1. Take Z, = 60 - j100 , Z2 = 30 + j40 N, and ZL = 80 + j60 N. j5 2 z, Z2 50/60° V j20 2 3 j40 Q Solution: From Eq. (13.41),...

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