Audio Developments AD144 - Manual (Page 37)

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Spot microphones will be panned to their correct position in the final L-R image, and
may be monitored as non-destructive solo-in-place or, if CH (1) is selected on only
one monitor module, as true AFL.
When mixing in the M-S domain (and) using M-S microphones, M-channels will be
panned left, S-channels will be panned right and spot microphones will be panned
left to mix with the M-channels only. With CH (1) selected on BOTH monitor
modules, MON on an M-channel will audition the microphone on monitor 1 left but
use of MONO (16) will place the signal on both outputs of monitor 1. Similarly, MON
on an S-channel will audition that microphone on monitor 1 right. If MON is selected
on BOTH channels of an M-S microphone, the resultant signal (M-S) on monitor 1 will
be incomprehensible and must be matrixed to the L-R domain by DEC (15).
An M-S main output A/B and/or C/D may be monitored in like manner by selecting
monitor 1 left to A or C and monitor 1 right to B or D and DEC (15).
An M-S main mix may be matrixed to the L-R domain for the final output from the
mixer by DEC (5) for A/B and DEC (18) for C/D, on the output module.
Signals for output monitoring are taken from the final outputs of the mixer,
ie after the faders and output-matrix amplifiers.
Monitor 1 left and right outputs may be mixed to mono by selecting MONO (16) - an
LED indicates when this function is in use. The mono signal is fed to both sides of
monitor 1 output.
When mixing in the L-R domain without M-S microphones, X-Y (A-B) microphones will
be panned hard left (X) and hard right (Y), and any spot microphone will be panned to
its correct position in the final L-R image.
CH (1) on BOTH monitor modules and MON selected on both channels of an X-Y
pair auditions each stereo microphone. MON on a spot microphone is solo-in-
place usage of the monitor system.