To me the Onyx 400F is a an attractive entry-level package for
capturing 1-4 channels of sound, but the quoted -3dB 10-24K (-48K,
-96K) frequency response is discouraging. Is it a fair assumption the
Mackie engineers put a zero at 10Hz? Do I have to recall some math to
figure out the loss at the traditional lower bound of 20 Hz?
> To me the Onyx 400F is a an attractive entry-level package for
> capturing 1-4 channels of sound, but the quoted -3dB 10-24K (-48K,
> -96K) frequency response is discouraging. Is it a fair assumption the
> Mackie engineers put a zero at 10Hz? Do I have to recall some math to
> figure out the loss at the traditional lower bound of 20 Hz?
<settled@gmail.com> wrote in message
news:1125433320.276353.34610@z14g2000cwz.googlegroups.com
> To me the Onyx 400F is a an attractive entry-level
> package for capturing 1-4 channels of sound, but the
> quoted -3dB 10-24K (-48K, -96K) frequency response is
> discouraging. Is it a fair assumption the Mackie
> engineers put a zero at 10Hz? Do I have to recall some
> math to figure out the loss at the traditional lower
> bound of 20 Hz?
If the low end were set by a single pole filter, then the
response would be -3 dB at 10 Hz and -1 dB at 20 Hz.
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