Incoherent silicon integrated terahertz arrays : a study on applications, performance, and limitations / by Robin Zatta. Wuppertal, October 7, 2021
Content
- Declaraction
- Acknowledgements
- Abstract
- Zusammenfassung
- Publications
- List of Figures
- List of Tables
- List of Abbreviations
- Introduction
- Applications of THz Waves
- THz Instrumentation
- Silicon Process Technologies for THz Applications
- This Dissertation
- Resolution Limits of Silicon Integrated THz Cameras
- Chapter Introduction
- CMOS THz Camera
- Method of THz Super-Resolution Imaging
- THz Super-Resolution Imaging Experiment
- Far-Field Radiation Pattern Characterization
- Chapter Conclusion
- THz Dispersive Spectroscopy
- Chapter Introduction
- THz Dispersive Spectroscope
- THz Dispersive Spectroscope Testing
- Performance Limits in Spectral Resolution and Frequency Accuracy
- Chapter Conclusion
- THz Compact Antenna Test Range
- Chapter Introduction
- Working Principle
- AUT Size Limitations
- Scan Loss Calibration
- THz CATR Testing
- Experiment
- Data Post-Processing
- Reference Measurements and Full-Wave Simulations
- Measured Results and Discussions
- Design of New THz CATRs
- Chapter Conclusion
- THz Diffuse, Uniform Illumination Source
- Chapter Introduction
- Source Array SoC
- Concept of Incoherent Power-Combining in Free Space
- Lens Design
- Far-Field Radiation Pattern Characterization
- Demonstration of Silicon-Only THz Active Imaging
- Chapter Conclusion
- Conclusion and Outlook
- Bibliography