irFLASH™
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irFLASH™
Advanced Non-Destructive Thermal Imaging for Material & Device Analysis
The irFLASH™ system is a cutting-edge lock-in infrared thermography solution designed for thermal characterization, defect detection, and material analysis in semiconductors, photonics, and power electronics. With its high-sensitivity infrared imaging and lock-in techniques, irFLASH™ provides unmatched precision for real-time thermal diagnostics.
Key Features & Benefits
- Lock-In Infrared Thermography – High-precision detection of thermal anomalies and material inconsistencies.
- Ultra-Sensitive Thermal Mapping – Capture subsurface defects and temperature variations.
- Non-Destructive Testing – Analyze devices and materials without physical interference.
- Advanced Multi-Layer Analysis – Evaluate thermal behavior in complex semiconductor and photonics structures.
- Seamless Integration with Semiconductor & RF Testing – Compatible with load pull, on-wafer RF, and pulse-IV analysis.
Applications
- Semiconductor & IC Analysis – Detect hidden defects and material inconsistencies.
- Power Electronics & Circuit Boards – Assess heat flow in GaN, SiC, and IGBT components.
- Photonics & Optoelectronics – Evaluate thermal dissipation in LEDs, waveguides, and laser diodes.
- Material Science & Thin-Film Research – Study thermal conductivity in advanced materials.
Technical Specifications
- Infrared Imaging Technology: Lock-in thermography for enhanced defect detection
- Thermal Sensitivity: High-resolution imaging for fine-structure analysis
- Measurement Techniques: Non-invasive, real-time thermal diagnostics
- Software Compatibility: Fully integrated with SanjVIEW™ for advanced data analysis
Why Choose irFLASH™?
The irFLASH™ system offers superior accuracy and sensitivity for high-performance failure analysis and material characterization. Whether for semiconductor research, photonics development, or advanced electronics testing, this system provides precise, real-time insights into thermal behavior.