Avoid Pitfalls in Multi-Kilowatt Testing

High-power validation drives progress in aerospace, defense, energy storage, automotive, and data center industries. Yet engineering teams face constant trade-offs: accuracy versus speed, safety versus scalability, cost versus fidelity. These challenges slow development, increase risk, and raise energy and facility costs.

This webinar shows how next-generation high-power automated test equipment (ATE) system power supplies reduce these trade-offs and help avoid common pitfalls in high-power testing. Through regenerative hardware, stateful battery and load emulation, and automation-ready software workflows, you can achieve safer, faster, and more efficient testing without sacrificing fidelity.

You will see demonstrations of battery profiling, satellite payload and battery validation, and data center power system testing — all delivered with mission-grade precision in a lab environment.
Join us to learn how to shorten development cycles, cut operating costs, and build confidence in your results. Discover new ways to achieve safer, faster, and more sustainable testing that accelerates innovation.

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Gobinath Tamil Vanan

Product Marketing Manager

Gobinath earned a degree in electrical and electronics engineering from Swinburne University of Technology. He has more than eight years of experience in the semiconductor industry, academia, and electronics test. At Keysight, he works with field engineers, product managers, and R&D teams to surface customer needs early, drive customer success, and tackle the challenges of test and measurement.