CHANNEL INPUTS 1-Hi
Each oflhe sixteen chanr1els have the following inpul
connections and accesspoir\ls
MICROPHONE INPUT
MIC level j\ow impedance) sigr\als are int'oduced to the
char\r\elthrough the XLR connecto'. This routes the
sfgnal to the balanced discrete p,eamplifie! section
LINE INPUT
linelevelsignal(unbalanced)canbeinsertedviathev.'
phone jack located below each mix XLR
CHANNEL PATCHING ACCESS
allows ir\dividual channel signals 10 fo,
example.toanextemalsignalprocessir.g::levicesuch
as an e<:ho Or delay unil and 'etumed to the channel for
r\Ormalrouhngtotheoulpufs.Thes\>jackscanbeeasily
modified for post fade, operation for larger multi·lrack
sit\.latiol>s. (See P<lge 1Q Auxiliary Bussing)
AUX1,2&3SENDS
Thea\Jdia'Y send jacks derive signals from their re·
spectivemaslerstmdoonfrofs_Auxser\d 1 is designed
pnmarily for use withextemaf signal processir.g and el-
!ectsdeviQessuchasechoordigitaldelay.Aux3isp'Q--
vided primarilyfo'sludiofoldback or live sound stage
monilorfeeds, Auxiliary2,whichisselectableaseilher
a pre or post fader signal buss, may be usedfm eifher
Of the above functioos. depernMg0r11hesrtuationar1dl
or user preference
SUBGROUP LINE OUTPUTS 1-4
These 4 oufpls provide an unbalanced line level sigoal
(+4 dBm level) 10' 4 t,ack recording, The signals avai~
ablea,ederivedposffade,arxfa'ep,imarilydes;gned
for use with 4 frac~ fape machines or for live souod
applicafions requi'ir\g multiple, ir\doperldef1t program
lines.Theseoutputsmayalsobeusedlorbussingsig-
nals 10 extemal devices, SUCh as iimiters. whe'ein ft1e
p'ocessoo s>gnal is returned 10 the program outpuls via.
ft1eauxiliary1and2retu,nnetworks
2 TRACK LINE IN (RETURN)
These1/4"phor\ejacksprOVldereturnaccessfor-10dB
sigr\als from 2 track tape machioesforplaybackofmas·
teredfapes, The signals a.re routed fo the Mooilor out-
pulswhenthe2T,ack'10-MDf1itorswilchisdep'essed
LEFT AND RIGHT
MAIN OUTS
__ I _ 4
AC INPUT
AUXILIARY SENDS
SUBGROUP LINE
OUTPUTS 1-4
To Next Page
Loading...
