Engineering
Power distribution
Design power trees that stay stable across line transients, load steps, and temperature corners.
How we approach Power distribution
Power distribution is where many programs lose margin: inrush, reverse battery, hot swap, and multi-rail sequencing interact in messy ways. We model worst-case profiles and protection devices with explicit energy paths.
Thermal coupling between regulators and loads is treated as a first-class concern - especially in sealed enclosures.
For high-reliability systems, we document derating, screening policies, and failure signatures that maintenance can recognize.
Related areas in this practice
Power integrity with forensics
Protection and sequencing aren’t bolt-ons - they’re part of the architecture.
- Fuse and breaker strategies with coordination studies.
- Inrush and soft-start plans validated on hardware.
- Measurement points for field troubleshooting.
Talk with engineers who own the work
Request a technical pass on Power distribution: constraints, risks, and a practical next step with clear assumptions.