Why to use?
Lifetime Reliability Testing
Simcenter Micred Power Tester evaluates the thermal and electrical reliability of power electronics, ensuring durability in applications such as automotive IGBTs, renewable energy systems, and industrial electronics.
Failure Analysis
Identify failure-in-progress during testing to determine weak points and address them before production. The system separates degradation mechanisms for detailed diagnostics.
Thermal Structure Assessment
Generate structure functions to visualize heat flow paths and identify thermal bottlenecks, optimizing designs for improved performance under high loads.
Key Benefits
1. Ensure Long-Term Reliability
Simulate real-world conditions by cycling devices through tens of thousands to millions of power cycles. Perform lifetime testing and assess degradation mechanisms like solder fatigue, delamination, and bond wire degradation.
2. Real-Time Failure Diagnosis
Monitor failures in progress with live data during power cycling. Automatically detect and pinpoint causes of failure, enabling precise corrective actions.
3. Accelerate Testing Processes
Fully automate power cycling and thermal analysis without removing the device under test. Simplify operations with a user-friendly touch-screen interface for lab and manufacturing environments.
TechSim Positioning
Comprehensive Power Electronics Testing Expertise
TechSim integrates Simcenter Micred Power Tester into your workflow, delivering precise, automated solutions for thermal reliability testing in demanding applications like EVs, aviation, and power generation.
Seamless Support Across Lab and Production
We provide end-to-end support, ensuring the tool’s full potential is realized in both R&D and manufacturing environments.
Accelerating Time-to-Market
Our tailored solutions streamline the testing process, enabling faster identification of failure causes and design improvements to meet the highest reliability standards.
Simcenter Micred Power Tester capabilities
Power Cycling & Thermal Characterization
Combines active power cycling with real-time thermal and structural assessment for complete device evaluation.