This is a collection of simulations related to amateur radio
432 MHz LNA high pass with 144 MHz rejection
Detailed 3D EM simulation of 70cm yagi: GTV70-14N
Detailed 3D EM simulation of balun and sidelobes in 432MHz yagi
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- Empire XPU Application Notes
- Empire 8 – What’s New?
- Optimize RFIC-PCB transition using Time Domain Analysis
- Empire RFIC EM simulation: IHP SG13 technology template
- Empire RFIC EM simulation: 240 GHz on-chip antenna using IHP SG13
- Empire RFIC EM simulation: 165GHz on-chip antenna
- Empire RFIC EM simulation: Understand and control the mesh
- Empire EM: User defined output equation
- Empire XPU: Computer Hardware Choice
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- Create Empire 3D EM model from TexEDA RFIC Studio
- Keysight ADS Application Notes
- Create customized artwork cells using AEL code
- Miniaturized Bandpass Filter (AEL layout example)
- Momentum port: global ground or differential?
- Using Equations and User Defined Functions in ADS
- EM models with full 3D Passivation for FEM simulation
- Using layout parameters in Momentum EM simulations
- ADS Momentum: SMD Port Calibration
- Inductor EM simulation: 1-port or 2-port?
- Sweep over S-Parameter files: look up table or sprintf()?
- The ground pin confusion in EM transmission line models
- Edge/Area pins in Momentum EM simulation
- Momentum: Understanding the emModel view
- Using ADS Controlled Impedance Line Designer for RFIC
- Exclude specific purposes for EM and 3D View
- EM Circuit CoSimulation and Visualization
- ADS 2024: Python scripting in ADS design environment
- ADS Process API: communicate with external programs
- RFIC EM Simulation and Design Appnotes
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