From Amirs review: "Response basically matches Neumann's published anechoic results, sans the slight shelving in low frequencies and that one dip. Their measurements also shows a dip but it is above 100 Hz. Cause of the dip is unknown and Neumann is investigating"
Measured in two different NFS systems the dip is probably there regardless of temperature.Nothing critical in reality ofcourse.
The biggest deviation between the two methods is in the 2-2.5 khz where the NFS shows a 4db rise. I am just puzzled why he is not using consistent measurement conditions like Amir is trying to do.
Measured in two different NFS systems the dip is probably there regardless of temperature.Nothing critical in reality ofcourse.
The biggest deviation between the two methods is in the 2-2.5 khz where the NFS shows a 4db rise. I am just puzzled why he is not using consistent measurement conditions like Amir is trying to do.
