White Paper
When Precision Can't Fail: Multi-Physics Simulation in Critical Electronics
This white paper examines how multi-physics simulation is transforming PCB design for aerospace, medical, and defense applications where functional accuracy determines success. It reveals why generalist design tools fall short in high-stakes environments and how integrated thermal, electrical, and mechanical analysis enables teams to achieve first-pass success rates previously considered impossible. Through analysis of current precision-critical workflows, readers will understand the strategic implications of adopting physics-driven design methodologies that balance speed with uncompromising accuracy.
Key Takeaways
- Understand why single-physics tools create blind spots in mission-critical designs
- Learn how integrated multi-physics simulation reduces validation cycles by 60-80%
- Discover the specific failure modes that only emerge through coupled analysis
- Identify which design decisions require multi-physics validation versus standard checks
- Evaluate how precision-focused automation changes the economics of complex prototyping
When Precision Can't Fail: Multi-Physics Simulation in Critical Electronics
