Catch thermal issues before the first prototype
Thermal problems are among the most expensive surprises in PCB development. If hotspots, critical trace resistance, or unexpected voltage drops only appear after fabrication, teams lose time, budget, and often momentum.
The Physics Edition of PCB-Investigator is designed to shift that discovery much earlier. It gives hardware engineers and PCB designers reliable simulation results during the design phase, when changes are still fast and cost-effective.
What the Physics Edition brings to the workflow
This edition combines thermal simulation with additional analysis capabilities, helping teams evaluate electrical and physical behavior before committing to a build. The goal is simple: identify weak points early and make better design decisions with confidence.
- Transient thermal simulation with operating conditions
- Current density and voltage drop analysis for critical nets and regions
- Automation interface with script engine for repeatable workflows
- Additional import/export formats such as GenCad, IDF, and IPC2581
- Bare board analysis (DRC), creepage analysis, and capacitance/impedance calculation
Reliable simulation helps engineers find thermal hotspots in the design phase, not in the lab.
Why it matters for engineering teams
Earlier insight means fewer redesigns, fewer prototype surprises, and better production outcomes. Instead of reacting to thermal bottlenecks after the fact, teams can evaluate design trade-offs and improve layout quality from the start.
The Physics Edition also supports automation and custom plug-ins, making it a practical fit for organizations that want to integrate analysis into established development workflows.
Try it today
If thermal management, current density, and voltage drop are relevant to your designs, the Physics Edition is worth a closer look. Download the free trial or request an individual quote to see how early physics-based analysis can support your next PCB project.
