EEE194RF_L12a1 Low Freq Common-Emitter BJT Model Model is the hybrid-  BJT model where r BE = r , r BC = r , and r CE = r o.

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Presentation transcript:

EEE194RF_L12a1 Low Freq Common-Emitter BJT Model Model is the hybrid-  BJT model where r BE = r , r BC = r , and r CE = r o

EEE194RF_L12a2 ABCD Parameters of Some Circuits

EEE194RF_L12a3 Conversion Between Network Reps

EEE194RF_L12a4 Microwave Amplifier Subnetworks Amplifier is separated into subnetworks dd all subnetworks together for complete amplifier design

EEE194RF_L12a5 High Frequency BJT Model

EEE194RF_L12a6 S-Parameter Computation for T-Network

EEE194RF_L12a7 Signal Flow Diagrams

EEE194RF_L12a8 Signal Flow: Terminated Transmission Line

EEE194RF_L12a9 Signal Flow: Building Blocks

EEE194RF_L12a10 Signal Flow: Terminated Two Port

EEE194RF_L12a11 Signal Flow: Simplification

EEE194RF_L12a12 Signal Flow: Simplification – Con’t 1

EEE194RF_L12a13 Signal Flow: Simplification – Resultant

EEE194RF_L12a14 Signal Flow: Terminated Transmission Line

EEE194RF_L12a15 Measuring S 11 & S 21

EEE194RF_L12a16 S-Parameter Measurement Signal Flow

EEE194RF_L12a17 TRL Calibration Method

EEE194RF_L12a18 TRL Calibration Method – Con’t

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