AWR is a comprehensive electronic design automation (EDA) platform for developing RF/microwave products. In this video, you’ll simulate a 50 Ohm transmission line terminated with its characteristic impedance. Throughout this simulation, you will see the change in S Parameters as we change the properties of transmission line.
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
