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DC/DC converter Oscilloscopes Power electronics

Consejos y trucos para verificar la estabilidad del bucle de control con un osciloscopio Rohde & Schwarz

Webinar: Tips and tricks on how to verify control loop stability with a Rohde & Schwarz oscilloscope

Este webinar explica las medidas de la estabilidad del bucle de control en fuentes conmutadas para lograr un rendimiento excelente y fiabilidad en el diseño. Se analiza el concepto general de medida, haciendo hincapié en los aspectos principales y describiendo las medidas desde una perspectiva pragmática. Una presentación de configuraciones de medida recomendadas y consejos sobre diferenciadores clave de las soluciones completan la exposición sobre la verificación de la estabilidad del bucle de control.

Andreas holds Andreas holds a master’s degree in engineering management with a focus on electronics from the University of Applied Sciences in Landshut (Germany). During his studies, he gained practical experience in electronic design in the US and China. Today, he is a product manager at Rohde & Schwarz and is responsible for oscilloscopes. Besides control loop stability, his expertise and priorities are power integrity and multi-domain analysis.a master’s degree in engineering management with a focus on electronics from the University of Applied Sciences in Landshut (Germany). During his studies, he gained practical experience in electronic design in the US and China. Today, he is a product manager at Rohde & Schwarz and is responsible for oscilloscopes. Besides control loop stability, his expertise and priorities are power integrity and multi-domain analysis.

Andreas Ibl

Marcus holds a master’s degree in electrical engineering with a focus on energy and power from the University of Applied Sciences in Dortmund (Germany).

He has more than 20 years of experience with development, design and test of power supplies and electronic ballasts.

Today, he is an application development engineer at Rohde & Schwarz and is responsible for power management and power electronics tests with a focus on time-domain measurements

Marcus Sonst