Peavey SRC 1600 - Page 10

SPECIFICATIONS:
All specification are typical unless other¬
wise noted, and are referenced to
nominal output level (0 dBV) unless
otherwise noted. All measuremetns are
wideband 20 Hz to 20 kHz unless
otherwise stated.
0 dBV = 1 Volt
0 dBu = .778 Volt
CHANNEL
Equivalent Input Noise:
-133 dBV (150 ohm, 25 Degrees C..
60 dB Gain)
Frequency Response:
±2 oB 20-20,000 Hz all EQ Flat
Distortion:
Less than .05% @ 0 d3 Output
60 dB Gain Typical .003% @ 0 dB
Output 30 dB Gain (Mic input to L or
R Outputs, EQ flat. Sliders at 0)
Common Mode Rejection Ration
(CMRR)
Greater than 100 dB typical
Input Impedance:
Mic = 2K Ohms
Line = 10K Ohms
Patch Return - 20K Ohms
Output Impedance:
Patch Send = 100 Ohms
High EQ:
±15 dB @ 10 kHz Minimum
Center Detent flat ± dB
IVlId EQ:
±15 dB @ Selected Frequency
Mid Frequency:
200 Hz to 5 kHz adjustment of Mid
Frequency
Low EQ:
_^15 dB @ 50 Hz Minimum
Center Detent flat ±2 dB
Maximum Preamp Gain:
60 dB Minimum
Minimum Preamp Gain:
2 dB
Maximum Channel Gain:
70 dB
(Pan at L or R, Slider @ Max, EQ flat)
Maximum Input Level:
Mic = +16 dBV (6.3V RMS)
Line = +36 dBV 160V RMS)
Patch Return = +18 dBV (SV RMS)
Maximum Output Level:
Patch Send = +18 dBV <8V RMS)
Nominal Input Level:
Mic = -20 dBV (lOOmV, -18 dBu)
Line = 0 dBV (IV RMS)
Patch Return = 0 dBV (1.0V RMS)
Headroom:
Nominal — 18 dBV
Red LED = 3 dBV
Pan Characteristics:
2 dB Down @ Mid Positions
LED Level:
Red = +15 dBV (5.62V RMS)
MASTER
LED Meter Calibration:
0 = 0 dBV (1.0V RMS)
Nominal Output Level Unbalanced:
Master: = +0 dBV (l.OV RMS)
L & R - +0 dBV (1.0V RMSl
AUX A-F - +0 dBV (1.0V RMS)
Nominal Output Level Balanced
L & R = +6 dBV (2.0V RMS)
AUX ASB = +6 dBV (2.0V RMS)
Nominal Headroom:
Master = 19 dB
L & R = 19 dB (Balanced and
Unbalanced)
AUX A-F = 19 dB (Balanced and
Unbalanced)
Maximum Output Level Unbalanced:
Master = +19.5 dBV 19.5V RMS.
+ 21.5 dBu)
L & R - +19.5 dBV (9.5V RMS,
+ 21.5 dBu)
AUX A-F = +19.5 dBV {9.5V RMS,
+ 21.5 dBu)
Maximum Output Level
L & R - +25.5 dBV (18.8V RMS,
+ 27.5 dBu
AUX A-F = +25.5 dBV (18.8V
RMS, +27.5 dBu)
Output Impedance:
Master = 100 ohms
L & R = 100 ohms (Balanced and
Unbalanced)
AUX A-F = 100 ohms (Balanced
and Unbalanced)
OUTPUT NOISE:
SRC ,M 1600
Residual: -97 dBV
(L & R Sliders down)
Bus: -90 dBV (All Channel
sliders down, Effect Return
down, all Pan at middle)
Nominal - -83.5 dBV (All
Channels at 30 dB Gain,
150 ohm Input, EQ Rat, Pan
Middle, sliders at 0, all assigns
at L & R, Effects Returns down)
SRC’ U 2400
Residual: -97 dBV
(L & R Sliders down)
Bus: -88 dBV
(All Channel sliders down, Ef¬
fects Returns down, all Pan at
middle)
Nominal: -80 dBV
(All Channels at 30 dB Gain.
150 Ohm Input, EQ Flat, Pan
Middle, Sliders at 0, All assigns
at L & R, Effects Returns down)
AUX A-F Return Input Impedance:
100K Ohms
Effect A & B Return Gain:
16.5 dB Max
Auxiliary Input Gain:
0 dB
(Master, L. R, AUX A & B, Sub 1-4)
PFL Auxiliary:
Tip = PFL Signal <@ IV RMS
Nominal
Ring = PFL Switch Signal (Groun¬
ding Activates PFL)
Headphone:
Stereo 8 ohm to 200 ohm Nominal
Tip = Left,Ring = Right, Sleeve =
Ground
500mW Total Power
Less than 1% distortion
Power Consumption:
120V AC 60 Hz, 30 Watts
Weight & Dimensions
SRC"1600
43 lbs.
36!4" W x 5*' H x 25%" D
SRC V ' 2400
57 lbs.
52'4 " W x 5- H x 25%” D
Features and specifications subject to
change without notice.