Power Electronics
Power Electronics
03 / 09 / 2026
FPGA vs CPU for real time power electronics simulation
You’ll learn how to choose CPU, FPGA, or a split approach for real-time power electronics HIL simulation using time step targets, latency and jitter needs, switching model fidelity, partitioning, and workflow constraints.
Power Electronics
02 / 27 / 2026
Cloud Simulation for Power Electronics Development
Covers how cloud simulation supports power electronics modeling, faster run cycles, control validation, and the cost and security tradeoffs when selecting a cloud stack.
Power Electronics
02 / 24 / 2026
Fault tolerant control workflows for multiphase electric drives
Covers how to detect, isolate, and recover from inverter and winding faults in multiphase motor drives, including control reconfiguration, derating limits, and validation with real time models and hardware-in-the-loop tests.
Power Electronics
02 / 14 / 2026
Top power electronics trends shaping electrified systems
Covers seven power electronics trends affecting electrified systems and the tradeoffs for selecting new inverter technologies.
Power Electronics
02 / 06 / 2026
Why Real-Time Simulation Matters For Advanced Power Electronics Design
Explains how real-time simulation and hardware-in-the-loop testing expose timing, fidelity, and workflow issues in advanced power converter design.
Power Electronics, Simulation
01 / 22 / 2026
5 Advanced power electronics simulation techniques
Five advanced techniques for power electronics simulation, explained with practical tradeoffs and clear guidance on choosing the right fidelity for your validation goal.
Power Electronics, Simulation
01 / 20 / 2026
A complete guide to real time power electronics simulation for control engineers
Explains how real time simulation supports power electronics simulation for control design through timing, fidelity, numerics, I/O, staged tests, and common pitfalls.
Power Electronics
01 / 15 / 2026
10 Common electrification validation mistakes and how to avoid them
Practical checks for electrification validation mistakes cover HIL pitfalls tied to timing, solver stability, interface mapping, and fault testing in real time simulation.
Power Electronics
01 / 13 / 2026
A multiphase PMSM guide for high reliability electrified applications
Guide to multiphase PMSM and 12 phase motor design for fault tolerant drives, with architecture choices, thermal margins, control limits, and real-time validation.
Power Electronics
01 / 11 / 2026
Reducing late stage electrification rework with closed loop testing
Practical guidance on reducing electrification program risk and late stage rework using closed loop testing and HIL electrification workflows.