Products
Master Thermal Reliability, Ensure Design Integrity, and Streamline Quality Assurance.
Simcenter Micred offers cutting-edge tools for precise thermal testing and characterization of electronic components. Leveraging industry-standard methods like JEDEC compliance, our solutions address critical thermal challenges across design validation, reliability testing, and mass production.
Key Benefits
1. Achieve Unmatched Testing Precision – ±0.01°C Accuracy
Advanced thermal transient testing records exact temperature responses to identify thermal resistance and degradation. Generate detailed impedance profiles for deep insights into thermal performance.
2. Guarantee Long-Term Reliability
Perform active power cycling to simulate real-world conditions and monitor thermal degradation mechanisms like delamination or solder fatigue. Pinpoint weak spots across interfaces such as die attach and solder joints for targeted redesigns.
3. Ensure Production Excellence – Zero Defect Testing
Deploy fully automated end-of-line (EoL) thermal testing to identify assembly errors and ensure consistent production quality. Integrate automated systems into high-speed production lines for seamless quality control.
4. Elevate Simulation Accuracy
Correlate thermal simulation models with precise measurement data for enhanced predictive accuracy. Use tools like Simcenter FLOEFD™ and Simcenter Flotherm™ for calibrated, reliable simulations.
Why Simcenter Micred?
1. Proven Standards Compliance:
Fully adheres to JEDEC 51 and ECPE Automotive Qualification Guidelines (AQG).
3. End-to-End Solutions:
From prototyping to mass production, streamline every phase of thermal testing.
2. Comprehensive Insight:
Visualize thermal paths and pinpoint potential reliability issues at the material level.
4. Legacy of Innovation:
Developed by leading research institutions, trusted by top-tier industries worldwide.
Technical Capabilities
Thermal Characterization
Record thermal impedance profiles to evaluate heat flow paths and material performance. Generate JEDEC-compliant thermal metrics such as RthJC, RthJA, and junction temperature with superior accuracy.
Active Power Cycling
Simulate real-world thermal stresses to predict component lifespan. Monitor degradation in real-time for critical insights into thermal reliability.
Automated Production Testing
End-of-line testers ensure defect-free production with thermal resistance checks on every component. Sort products into quality bins based on pre-set criteria for efficient manufacturing workflows.
Design Validation
Visualize internal thermal resistance and capacitance to optimize material choices and design alternatives. Identify issues like wire bond failures or thermal path degradation early in the design phase.
