Port (circuit theory)
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- Redacted for Privacy Leland C../Jensen
- The RF Modelling of a Ku-Band Multi-Port Amplifier
- Analogy Between Linear Optical Systems and Linear Two-Port Electrical Networks
- Understanding Interdependencies Between Mechanical Velocity and Electrical Voltage in Electromagnetic Micromixers
- Modeling of Spiral Inductors 291
- Conversion Between Filter Transfer Function and Filter Scattering (S- Matrix) Parameters
- Unit-IV Microwave Engineering
- Two Port Networks
- 2. MICROWAVE CIRCUITS CHARACTERIZATION Introduction Z-Parameters
- Op Amp Gyrator Circuit Synthesis and Applications
- Dual Source Excitation Rectangular Waveguide Design and Evaluation for the Measurement of Electromagnetic Material Properties Daniel K
- Two-Port Model: CE Amplifier
- A Study of Gyrator Circuits
- EE2003 Circuit Theory
- Hall Effect Gyrators and Circulators
- Microwave Network Theory Package
- N-Port T-Networks and Topologically Symmetric Circuit Theory
- RF Engineering Basic Concepts: S-Parameters