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    • Empire XPU – High Performance 3D EM Simulation
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      • RFIC Inductor Toolkit – Evaluation Version
      • Inductor Toolkit (IHP Edition)
    • Automated Circuit Model Fit for RFIC inductors
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    • Antenna design and simulation
      • PCB antenna design for real world environments
      • ESP32 Dual Antenna – Simulation of PCB Layout
      • ESP32 antenna performance vs. motherboard size
      • Ceramic antenna magic – PCB ground is integral part of antenna design
      • Miniaturization with Rogers Magtrex (er=6 µr=6): Patch antenna testcase
    • 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
      • Empire 8 Tutorial Videos (German Language)
      • 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
      • 60 GHz on-chip balun transformer: interleaved or overlay?
      • 60 GHz on-chip balun transformer: effect of dummy metal fill
      • Effect of ground cutout size on RFIC inductor performance
    • HAM Radio Simulations
      • 432 MHz high pass with 144 MHz rejection
      • 432 MHz high pass with 144 MHz rejection (continued)
      • Yagi antenna simulation: GTV 70-14m
      • Yagi antenna simulation: Balun
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D-58455 Witten, Germany


Phone: +49 2302 185 2937
FAX: +49 2302 185 2931 info@muehlhaus.com

Latest News

  • ADS 2024: Python scripting in ADS design environment
  • Empire Benchmark with AMD Ryzen 7950X
  • Miniaturization with Rogers Magtrex (er=6 µr=6): Patch antenna testcase
  • More ceramic antenna magic (MW Journal)
  • Ceramic antenna magic – when the entire PCB is your antenna

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