Please draw me a signal$-$flow diagram. Now it's your turn. The console we will be working on for this assignment is an analog in$-$line recording console with the following I$/$O controls and specifications:

The console has $32$ channels, $8$ Group Busses, a Stereo Mix Bus, and $4$ Auxiliary Busses.

In the channel path:

mic input

mic preamp$/$gain

line input

line input trim

mic$/$line switch

polarity invert

insert send$/$return

EQ

Fader

Mute

Direct out

Pan Pot

Group Bus Assign $(1/2,3/4,5/6,7/8)$

Mix Bus Assign $($L$/$R$)$

In the monitor path:

Line input $($aka multitrack return$)$

input trim

level control

mute

pan pot

other:

VU meter

Input flip $($flips the monitor path input and channel line input with their respective trim controls$)$

EQ to monitor path switch

$4$ Aux sends

pre$/$post aux send switches

channel path$/$ monitor path aux send switches

fader to Monitor Path $($flips channel path fader and mon path level control$)$

Observations:

Under normal conditions, the mic preamp feeds the channel path, which can be assigned to the L$/$R mix bus, or to group bus pairs. The direct out is post fader channel path.

The monitor path feeds the L$/$R mix bus.

The input flip switch feeds the multitrack signal $($monitor path input$)$ to the channel path and the channel path line input to the monitor path. For multitrack mixing, the "line" button must also be engaged.

The $"$EQ to mon" switch puts the EQ into the monitor path instead of the channel path. The EQ is pre aux send and pre fader but post insert send $/$ return.

The mute switches cut the post$-$fader aux sends, but not the pre$-$fader aux sends.

The mute switch in the channel path will cut the direct out and$/$or group bus signal.

The $4$ aux sends can each be toggled pre fader $/$ post fader and channel path $/$ monitor path.

The VU meter can be switched to indicate any one of the following: channel path input level, monitor path input level, or direct output level.$($Due Feb $4)$

Now it's your turn. The console we will be working on for this assignment is an

analog in$-$line recording console with the following LIO controls and specifications:

The console has $32$ channels, $8$ Group Busses, a Stereo Mix Bus, and $4$ Auxiliary

Busses.

In the channel path:

mic input

mic preamp$/$gain

line input

line input trim

mic$/$line switch

polarity invert

insert send$/$return

EQ

Fader

Mute

Direct out

Pan Pot

Group Bus Assign $(\frac{1}{2},\frac{3}{4},\frac{5}{6},\frac{7}{8})$

Mix Bus Assign $($LR$)$

In the monitor path:

Line input $($aka multitrack return$)$

input trim

level control

mute

pan pot

other:

VU meter

Input flip $($flips the monitor path input and channel line input with their

respective trim controls$)$

EQ to monitor path switch

$4$ Aux sends

pre$/$post aux send switches

channel path$/$monitor path aux send switches

fader to Monitor Path $($flips channel path fader and mon path level control$)$

Observations:

Under normal conditions, the mic preamp feeds the channel path, which can

be assigned to the L$/$R mix bus, or to group bus pairs. The direct out is post

fader channel path.

The monitor path feeds the L$/$R mix bus.

The input flip switch feeds the multitrack signal $($monitor path input$)$ to the

channel path and the channel path line input to the monitor path. For

multitrack mixing, the "line" button must also be engaged.

The $"$EQ to mon" switch puts the EQ into the monitor path instead of the

channel path. The EQ is pre aux send and pre fader but post insert send $/$

return.

The mute switches cut the post$-$fader aux sends, but not the pre$-$fader aux

sends.

The mute switch in the channel path will cut the direct out and$/$or group bus

signal.

The $4$ aux sends can each be toggled pre fader $/$ post fader and channel path

$/$monitor path.

The VU meter can be switched to indicate any one of the following: channel

path input level, monitor path input level, or direct output level.

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