Journal Paper 2020
Highly sensitive reflective-mode defect detectors and dielectric constant sensors based on open-ended stepped-impedance transmission lines
Sensors
Pau Casacuberta Jonathan Muñoz-Enano Paris Vélez Lijuan Su Marta Gil Ferran Martín
Abstract
This work presents highly sensitive reflective-mode defect detectors and dielectric constant sensors based on open-ended stepped-impedance transmission lines for material characterization applications.
Keywords
Defect DetectionDielectric ConstantStepped-ImpedanceReflective-Mode
Key Findings
Technical Achievements
- ▸ Open-ended stepped-impedance transmission lines
- ▸ Reflective-mode operation
- ▸ High sensitivity defect detection
- ▸ Dielectric constant measurement
Impact & Applications
- ▸ Enhanced defect detection capabilities
- ▸ Improved material characterization
- ▸ Non-destructive testing applications
- ▸ Industrial quality control
Methodology
Transmission Line Design
Development of open-ended stepped-impedance transmission line structures for enhanced sensing.
Reflective-Mode Analysis
Analysis and optimization of reflective-mode sensing configurations.