Simulation &
Analysis Services
Predicting real-world behavior and optimizing efficiency before committing to physical hardware build.
De-risk Your Projects
Novertronics uses a simulation-driven approach to validate control stability, thermal performance, and EMI characteristics. We reduce time-to-market by 30-50% through “first-time-right” hardware design.
- Identify design flaws early
- Predict Efficiency & Heat levels
- Explore design alternatives quickly
- Validate complex control stability
Simulation Capabilities
Circuit-Level
Accurate device models (SiC/GaN) to predict switching losses and electromagnetic stresses.
Thermal Analysis
Junction temperature estimation and heatsink modeling to eliminate hot spots.
Magnetics Design
Transformer modeling with core/copper loss and leakage inductance optimization.
Control Design
Digital implementation in Simulink with stability margin calculation and Bode plots.
EMI/EMC Prediction
Conducted noise analysis and filter optimization for standards compliance.
Hardware-in-the-Loop
Real-time simulation for firmware validation using SP2000 RCP systems.
PLECSCircuit & Thermal
PSIMMotor & Magnetics
MATLABSimulink Control
ANSYSFEA Electromagnetics
LTspiceAnalog Analysis
Deliverables
| Report Type | Description | Typical Use Case |
|---|---|---|
| Simulation Models | Editable source files (PLECS/Simulink) | Design iterations |
| Efficiency Maps | Contour plots of Load vs. Efficiency | Performance proof |
| Bode Plots | Frequency response and phase margins | Control tuning |
| Harmonic Spectra | FFT analysis to IEEE 519 standards | Grid compliance |
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Technical Case Studies
10kW Bidirectional DC-DC
Efficiency optimization for EV applications.
- Optimized phase-shift angle for minimum reactive power
- Achieved 97.8% peak efficiency using SiC Cos/Qrr data
- Validated liquid cooling elimination via 3D heatsink modeling
800V AI LLC Converter
Power density optimization for AI GPU clusters.
- ZVS range analysis from 25% to 100% load
- Planar magnetics design with integrated 16:1 turns ratio
- Predicted MTBF >200,000 hours via thermal stress simulation
Start Simulating?
Contact us to receive a detailed proposal for your next simulation project.