Table of Contents
Advertisement
Technical Data:
Common mode rejection:
S/N Ratio:
Frequency response:
THD:
INPUT LEVEL:
MIC input:
LINE input:
stereo input:
headphones output
Parametric EQ:
HIGH:
MID:
LOW:
Electrical Characteristics
0 dBu = 0.775 Vrms, 0 dBV = 1 Vrms
Output impedance of signal generator (Rs) = 150 Ω
Output load impedance = 10 kΩ (TRS phone output), 600 Ω (XLR output).
Nominal position is adjusted to a position that is 10 dB lower than the maximum position.
In the following cases, All fader sets to nominal position:
Frequency Response
Total Harmonic Distortion
Noise*1
Crosstalk at 1 kHz*2
Maximum Voltage
Gain (1 kHz)*3
* 1 Noise is measured with an A-Weighting filter.
* 2 Crosstalk is measured with a 1 kHz band pass filter.
* 3 Maximum voltage gain is measured under the condition that all faders and GAIN controls are at
maximum. PAN/BAL controls are panned hard left or right.
+/-0.5 dB 20 Hz-20 kHz
lass than <0.03%@1 kHz
12KHz, +/-15dB
2.5KHz, +/-15dB
80Hz, +/-15dB
20 Hz‒20 kHz, refer to the nominal output level @1 kHz
GAIN: min (MONO CH, STEREO CH)
MAIN OUT
STEREO OUT +14 dBu@20 Hz‒20 kHz, GAIN: min
CH INPUT MIC
EIN (Equivalent Input Noise): Rs=150 ohms, GAIN: max
MAIN OUT
STEREO and GROUP master faders are at nominal
position and all of bus assign switches are off.
SUB OUT
AUX SEND
AUX master controls are at nominal position, and all of CH mix
controls are at minimum position.
MAIN OUT
Residual Output Noise
Adjacent Input
Between input channels
Input to Output
STEREO OUT L/R, PAN: panned hard left or right
CH INSERT OUT
CH INPUT MIC to
MAIN OUT
SUB OUT
CONTROL ROOM OUT
PHONE OUT
AUX SEND
-80 dBu
-82 dB
+60 dBu
+30 dB
+20 dBu
300 mW
7
+0.5/-
dB
1.0
0.02
%
-128
dBu
-87
dBu
-82
dBu
-94
dBu
-74
dB
-74
dB
60
dB
84
dB
84
dB
80
dB
dB
69
76
dB
Advertisement
Table of Contents
