本网络研讨会面向从事高压设计和测试工作的工程师。我们首先将介绍不同类型的电压探头,以及它们的优缺点和适用的电压电平。我们将讨论高压应用中差分探头的工作原理、控制设置和相关指标。
我们将提供相应指导,以提高受到测试装置电缆、导线和夹具等因素影响的测量结果的有效性。最后,研讨会将介绍高压差分探头的关键参数和特性,例如安全类别、探头误差补偿、噪声、零点漂移和偏置补偿。
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本网络研讨会面向从事高压设计和测试工作的工程师。我们首先将介绍不同类型的电压探头,以及它们的优缺点和适用的电压电平。我们将讨论高压应用中差分探头的工作原理、控制设置和相关指标。
我们将提供相应指导,以提高受到测试装置电缆、导线和夹具等因素影响的测量结果的有效性。最后,研讨会将介绍高压差分探头的关键参数和特性,例如安全类别、探头误差补偿、噪声、零点漂移和偏置补偿。
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.