
Infrared Fault Detection System
irSCOPE™ EZ100A OpenTEST™
Advanced Open Circuit & Failure Detection
The EZ100A OpenTEST™ is a specialized infrared thermal imaging system designed for open circuit detection, failure analysis, and process integrity assessment in semiconductors, RF devices, and electronic components. With high-sensitivity IR detection, OpenTEST™ delivers precise, real-time failure diagnostics for R&D and manufacturing applications.
Key Features & Benefits
- Infrared-Based Fault Detection – Identify open circuits, thermal defects, and connectivity failures.
- High-Sensitivity Imaging – Pinpoint heat dissipation issues in microelectronics and PCB assemblies.
- Real-Time Analysis – Monitor thermal integrity and process variations efficiently.
- Non-Destructive Testing – Diagnose device failures without physical interference.
- Seamless Integration – Works with Microsanj’s SanjVIEW™ software for enhanced thermal diagnostics.
Applications
- Semiconductor Manufacturing – Detect hidden defects in ICs, MEMS, and microelectronics.
- RF & 5G Device Testing – Ensure reliable performance of high-frequency components.
- PCB & Circuit Analysis – Identify faulty solder joints, broken traces, and manufacturing defects.
- Power Electronics – Assess thermal stress and reliability in high-power devices.
Technical Specifications
- Infrared Sensitivity: High-precision detection for failure analysis
- Thermal Imaging Resolution: Optimized for electronic component diagnostics
- Software Compatibility: Compatible with Microsanj’s SanjVIEW™ software
- Compact & Portable Design: The perfect solution for busy lab enviornments
Why Choose EZ100A OpenTEST™?
With its advanced infrared fault detection and real-time thermal analysis, OpenTEST™ is the ideal solution for failure analysis and quality assurance in semiconductor and electronics manufacturing. Gain deeper insights into circuit performance, process reliability, and defect identification with Microsanj’s industry-leading technology.
Contact Microsanj to Learn More or Request a Demo!