 | 1. Using PARAMETER SWEEP to Design a New Class of Varactor Diode |
 | 2. Using MMICAD to Compute Cj() |
 | 3. Using MMICAD to Design Lumped Filters |
 | 4. Using MMICAD to Design Lumped Element Diplexers |
 | 5. Monte Carlo Yield Analysis using MMICAD |
 | 6. User-Defined Models in MMICAD |
 | 7. Parameter Mode in MMICAD |
 | 8. Noise Analysis in MMICAD |
 | 9. De-embedding using MMICAD |
 | 10. Using MMICAD to Calculate Minimum Noise Measure |
 | 11. Configuring your PC for Optimal Speed with MMICAD |
| Using MMICAD as a Powerful General Purpose Mathematical Solver |
 | 12. Example #1: Solving Complex Nonlinear Equations |
 | 13. Example #2: Curve Fitting of Data Points by the Least Squares Method |
 | 14. Example #3: Numerical Integration and Differentiation; Custom Plots using MMICAD's PARAM Mode |
 | 15. Running MMICAD Under WindowsTM |
 | 16. Configuring OrCAD® for Schematic Capture from MMICAD |
 | 17. Using OrCAD® for Schematic Capture from MMICAD |
 | 18. Design of Voltage Controlled Oscillators with MMICAD |
 | 19. Computer Aided Design of MMIC Variable Attenuators |
 | 20. Variational Analysis using MMICAD |
 | 21. User-Defined Outputs and Optimization Goals in MMICAD |
 | 22. Conditional Optimization using MMICAD |
 | 23. Maximizing your Productivity |
| Computer Aided Testing with MMICAD |
 | 24. Series #1: Setup and Configuration |
 | 25. Series #2: Data Acquisition from an Automatic Network Analyzer (ANA) |
 | 26. Series #3: Using MMICAD to Control Programmable Power Supplies and Other Control Devices |
 | 27. Series #4: Automated Data Acquisition from an Automatic Network Analyzer (ANA) and Programmable Power Supplies |
 | 28. Technology Level Simulation of Active Microwave Circuits |
 | 29. Yield Forecasting of Active Microwave Circuits |
 | 30. Using MMICAD to Synthesize Single and Coupled Transmission Lines |
 | 31. Designing a Butterworth Low Pass Filter |
 | 32. Designing Chebyshev Band Pass Filters |
 | 33. Designing a Gaussian Band Pass Filter |
 | 34. Amplifier Load Mismatch Design using MMICAD |
 | 35. Thermal Analysis of GaAs Interdigital MESFETs |