As you all know, I now use the Klippel Near-Field Scanner (NFS) for my measurements. I planned to create a video discussing the NFS and how it is used before I begin publishing data captured with it. However, rather than me attempting to explain the science behind it, Christian Bellmann - one of the brilliant minds behind the NFS - joins me to provide insight in to the design and workings of the NFS.
Join us live Friday, March 5th at 9am Central for discussion and feel free to ask questions if you'd like (not sure if we will have time to get to them or not). Already happened.
Background: Christian was born in Freiberg, Germany, in 1987. He studied mechatronics in Dresden University of Technology with the focus on control engineering, power electronics and electrical drives. In 2013 he received a Diploma degree for his thesis “Separation of direct sound and room reflections using holographic methods” which was supervised by Dresden Technical University and the Klippel GmbH in Dresden. After his graduation, he joined the Klippel GmbH where he is currently engaged in the research and development of loudspeaker measurement systems with focus on acoustical holography.
Background: Christian was born in Freiberg, Germany, in 1987. He studied mechatronics in Dresden University of Technology with the focus on control engineering, power electronics and electrical drives. In 2013 he received a Diploma degree for his thesis “Separation of direct sound and room reflections using holographic methods” which was supervised by Dresden Technical University and the Klippel GmbH in Dresden. After his graduation, he joined the Klippel GmbH where he is currently engaged in the research and development of loudspeaker measurement systems with focus on acoustical holography.
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