V2 Use the SFG to prove the TF is Vin Q3. The two port transfer function G(s) = G = 1+Rin Y11 + RLY22 - y2ıR1Y12Rin + Rin Y1RLY22 Vin (input) V1 Circuit with two-port Rin V2 1- Two port (output) RL...

V2<br>Use the SFG to prove the TF is<br>Vin<br>Q3. The two port transfer function G(s) =<br>G =<br>1+Rin Y11 + RLY22 - y2ıR1Y12Rin + Rin Y1RLY22<br>Vin (input)<br>V1 Circuit with two-port<br>Rin<br>V2<br>1-<br>Two port<br>(output)<br>RL<br>Two port equations<br>I = Y11V1 + Y112V2<br>I2 = Y21V1 + Y22V2<br>Terminal equations<br>V1 = Vin - RinI1<br>V2 = -RLI2<br>%3D<br>%3D<br>

Extracted text: V2 Use the SFG to prove the TF is Vin Q3. The two port transfer function G(s) = G = 1+Rin Y11 + RLY22 - y2ıR1Y12Rin + Rin Y1RLY22 Vin (input) V1 Circuit with two-port Rin V2 1- Two port (output) RL Two port equations I = Y11V1 + Y112V2 I2 = Y21V1 + Y22V2 Terminal equations V1 = Vin - RinI1 V2 = -RLI2 %3D %3D

Jun 11, 2022

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V2 Use the SFG to prove the TF is Vin Q3. The two port transfer function G(s) = G = 1+Rin Y11 + RLY22 - y2ıR1Y12Rin + Rin Y1RLY22 Vin (input) V1 Circuit with two-port Rin V2 1- Two port (output) RL...

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