Converter Bring-Up &
Validation Testing
Safe & Reliable Start
We provide professional commissioning services that minimize the risk of component damage and accelerate the debugging cycle through proven methodology.
- Systematic Subsystem Validation
- Gate Signal & Timing Verification
- High-Voltage Safety Protocols
- Full Characterization Reporting
Validation Workflow
01
Inspection
Visual solder check and cold resistance measurements.
02
Aux Power
Testing housekeeping and logic sequencing.
03
Static Test
Low DC bus verification of PWM and dead-time.
04
Power-Up
Incremental voltage steps with real-time monitoring.
05
Characterization
Efficiency mapping and thermal hot-spot analysis.
06
Stress Test
Environmental cycling and full-load burn-in.
07
Certification
EMI/EMC pre-compliance and safety isolation.
08
Reporting
Full technical documentation and design fixes.
The Lab Suite
We utilize industry-leading measurement tools to ensure accuracy down to the millivolt and milliwatt.
1 GHz Scopes
High-speed waveform capture
WT5000
Precision power analysis
FLIR Thermal
0.02°C thermal resolution
1500V Sources
High-voltage DC power
EMI Receivers
Conducted noise screening
Grid Sims
3-phase AC validation
Concordia University Partnership
For high-power testing (>15kW), Novertronics has direct access to university-grade facilities, including three-phase grid simulators and high-power liquid-cooled load banks up to 100kW.
Validation Package
| Report Deliverable | Technical Value |
|---|---|
| Efficiency Curves | Load vs. Efficiency mapping across full operating range. |
| Thermal Maps | High-resolution IR imaging of semiconductors and magnetics. |
| Waveform Gallery | High-speed gate, switching node, and transient captures. |
| Issue Log | Documented design anomalies and root cause solutions. |
Ready for Power-Up?
Consult with our lab engineers to schedule your converter validation project.