7
Specifica
Specifica
Specifica
Specifica
Specifications
tions
tions
tions
tions
Frequency response:
+0, -1dB — 20Hz to 20kHz
Maximum input level:
+20dBv
Maximum output level:
+20 dBm
Input impedance:
100kW
Input sensitivity:
1V
RMS
Distortion:
.02% THD
Input signal filter:
40kHz, to limit input slew rate to avoid SID/
TIM distortion
Channel crosstalk:
-85dB
Output impedance:
4, 8, and 16W
Signal to Noise ratio:
>105dB below rated output, 20Hz to 20kHz
Slew rate:
20V/
µ
sec
Damping factor:
>100
Overload recovery:
<10
µ
sec. With no recovery anomalies
Dc output offset:
±10 mV or less
Input/Output connectors:
XLR type, Neutrik Speakon, binding post,
removable screw clamp connectors
Front panel controls and indicators:
Channel level controls (2)
Power on/off switch
Power on indicator 2 leds (green)
Temperature indicator 2 leds (yellow)
Failure indicator 2 leds (red)
Signal indicator 2 leds (green)
Current Transit Indicator 2 leds (yellow)
Rear panel controls and indicators:
Input channel connector 2 removable screw
clamp connectors, 2 XLR type 3-pin connec-
tor
Output channel connectors, each channel, two
4-way binding posts each 2 Speakon
connectors
1 Ground lift switch
1 Bridge mode switch
1 Ac line fuse
1 3-pole, grounded, male IEC connector
Maximum audio power output:
(see table)
Ac Power requirements:
120/240V ±10%, 50/60Hz (draws <20 watts
on idle, 300 watts at 200 watt output)
Dimensions:
19 in. x 1.75 in. x 14 in.
(48.3 cm x 4.45 cm x 35.56 cm)
W x H x D
Heat sinking:
two, single-piece, finned, aluminum extrusion
extends full depth on both sides of chassis
Operating temperature range:
0 to +85°C
Finish:
Thermosetting black paint/anodized
Cooling:
Passive cooling. No fans or ventilation holes;
adequately cooled by natural convection
NOTE
Power Output is average per
channel, 20Hz to 20kHz. with
less than .02% THD. In Dual
Channel Mode, both channels
driven.
E
D
O
M
E
C
N
A
D
E
P
M
I
R
E
W
O
P
T
U
P
T
U
O
L
E
N
N
A
H
C
L
A
U
D
S
M
H
O
4
W
0
5
2
L
E
N
N
A
H
C
L
A
U
D
S
M
H
O
8
W
0
8
1
L
E
N
N
A
H
C
L
A
U
D
S
M
H
O
6
1
W
5
2
1
E
D
O
M
D
E
G
D
I
R
B
S
M
H
O
4
W
0
5
4
Table 1: Output Power versus Impedance
