Raven Luni
- Oct 15, 2011
- 798
- Joined
- Oct 15, 2011
- Messages
- 798
Greetings,
Obtaining a true frequency response for a microphone is something I've been wondering about for a while. Everything I've seen either talks about expensive equipment, anechoic chambers etc, or speaker design. I'm interested in a much broader frequency range than the audible and in a true rather than pleasant sounding response so thats not much use to me.
So I thought screw that and had a think about it for myself. The measuring part seems simple enough - either use a set of control frequencies or some white noise with a guaranteed even frequency distribution, then take the total energy for each frequency that is recorded and work out the equalisation from that.
BUT first, you'd need a source.......
Obtaining a true frequency response for a microphone is something I've been wondering about for a while. Everything I've seen either talks about expensive equipment, anechoic chambers etc, or speaker design. I'm interested in a much broader frequency range than the audible and in a true rather than pleasant sounding response so thats not much use to me.
So I thought screw that and had a think about it for myself. The measuring part seems simple enough - either use a set of control frequencies or some white noise with a guaranteed even frequency distribution, then take the total energy for each frequency that is recorded and work out the equalisation from that.
BUT first, you'd need a source.......