Yamaha MGP32X Manual Do Utilizador

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Controls and Connectors
MGP32X/MGP24X     Owner’s Manual
22
Rear input/output block
Channel I/O connectors section
Mono inputs
• INPUT A: These are balanced XLR-3-31 type input 
jacks (1: Ground; 2: Hot; 3: Cold). 
• INPUT B: These are TRS phone-jack type balanced 
inputs. You can connect either balanced or unbal-
anced phone plugs to these jacks. 
NOTE
On any given channel, you may use either an XLR or phone 
jack, but not both.
• INSERT: These are unbalanced TRS (tip=send/out;, 
ring=return/in; sleeve=ground) phone-type bidi-
rectional jacks. You can use these jacks to con-
nect channels to devices such as graphic 
equalizers, compressors, and noise filters.
NOTE
Connection to an INSERT jack requires a special insertion 
cable as illustrated below. Use a separately-sold Yamaha inser-
tion cable (YIC025/050/070). 
Stereo inputs
• LINE: These are stereo input jacks that connect line-
level instruments, such as a CD player. These are 
unbalanced phone-jack and RCA pin-jack line 
inputs. 
NOTE
On any given channel, you may use either a phone or RCA pin 
jack, but not both.
Master I/O connectors section
MATRIX OUT (1, 2)
These are impedance-balanced (*) TRS phone jacks. These 
jacks output the signal adjusted by the knobs in the MATRIX 
section. 
MONITOR OUT (L, R)
These are impedance-balanced(*) TRS phone output jacks 
that you connect to your monitor system. These jacks output 
the signal before or after the faders for the various buses. The 
PFL and AFL indicators in each section indicate which signal 
is being output. 
NOTE
The PFL switch has priority when both the PFL switch and AFL 
switch are on. To monitor the post-fader signal, make sure to 
turn off all PFL switches.
CH25/26-31/32
{CH17/18-23/24}
CH1-24 {CH1-16}
Master I/O connectors section
Power section
Channel I/O connectors section
To the INSERT jack
Sleeve (ground)
Ring: IN
Tip: OUT
To the input jack 
of the external 
processor
To the output jack 
of the external 
processor
Tip: OUT
Tip: IN
* Impedance balanced
Since the hot and cold terminals of impedance balanced 
output jacks have the same impedance, these output jacks 
are less affected by induced noise.