⑥
“IN” XLR sockets
DC coupled electronically balanced audio signals are input from these XLR
sockets (female), converted into unbalanced audio signals, and output from ⑤
“OUT 1” “OUT 2” jacks.
⑦
“HEADPHONES ROUTE” switch
Select the source to output to the headphones. The monitoring route is as
follows.
To monitor the output audio → “O”
*Audio output signals from ③ "OUT" XLR sockets
*Audio input signal from ⑫ "AUX" jack.
(If ⑪ "AUX" switch is set to "O")
To monitor the input audio → “I”
*Audio output signals from ⑥ "IN" XLR sockets.
*Audio input signal from ⑫ "AUX" jack.
(If ⑪ "AUX" switch is set to "I")
When you want to mute monitoring → “M”
⑧
“HEADPHONES VOLUME” knob
Adjust the volume of the headphone output.
⑨
“HEADPHONES” jack
3.5 mm stereo jack for headphone output.
~TIPS about headphone~
DC and clipping protection circuit for the headphone ampli�ier, switches off
headphone output if DC at the output exceeds ±50 mV and/or in case of hard
clipping.
⑩
“AUX” knob
Adjusts the volume of external input audio signal from ⑫ “AUX” input jack.
⑪
“
AUX
”
switch
Mix external input from ⑫ “AUX” jack to “IN”, “OUT” or “MUTE”.
⑫
“AUX” jack
Enter the AC coupled auxiliary stereo signal. Input impedance is 220 kOhm.
⑬
“OUT OVL” overload indicator
Lights up when the output audio signal causes clipping. It operates when the
audio level reaches 4.5 Vpp. Use the ① “OUT LEVEL“ knob to adjust the volume.
⑭
“IN OVL” overload indicator
Lights up when the input audio signal causes clipping. It operates when the
audio level reaches 4.5 Vpp. Use the ④ “IN LEVEL“ knob to adjust the volume.
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