AWR is a comprehensive electronic design automation (EDA) platform for developing RF/microwave products. In the previous tutorial, we have seen the simulation of matched a transmission line and what effect changing the length had. In this video, we’ll mismatch the transmission line circuit and see the impact of change in parameters on S11.
Follow along with these demo files.
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This video is part of the AWR Tutorial series:
- Voltage Source Circuit Simulation
- Current Source Circuit Simulation
- Potentiometer Modeling
- Voltage-Controlled Voltage Sources Circuit Design
- Current-Controlled Voltage Source Circuit Design
- Voltage-Controlled Current Sources Circuit Design
- Thevenin and Norton Equivalent Circuits Simulation
- Frequency Response Simulation of Passive Circuits
- How to Perform Yield Analysis
- Non-Ideal Op Amps Simulation
- Inverting Amplifiers with Ideal and Non-Ideal Op Amps
- Frequency Response of Op Amps
- RF Simulations for Beginners: Matched Transmission Lines
- RF Simulations for Beginners: Mismatched Transmission Lines
- RF Simulations for Beginners: Voltage Standing Wave Ratio
- RF Simulations for Beginners: Microstrip Line Design and Verification
- RF Simulations for Beginners: Effect of Changing Parameters on Impedance of Microstrip Lines
- RF Simulations for Beginners: Effect of Changing Dielectric Constants on Impedance of Microstrip Line
- RF Simulations for Beginners: Slotted Line Simulation
- Modeling a Diode
