Specifications
Model
, PitZOO
E.l.A
1 kHz,
<0.1
06
THD+N.
Sohm
Single
channeldriven.
44OW
Both
channels
driven.
400W
Pulsed
@
1
kHz,
at onset
of clipping,
10%
duty
cycle, re 4
ohms.
Single
channel
driven.
Both
channels
driven.
Bridge
mode
16
ohm load
8 ohm load
1200W
Output Impedance
@
1
kHz
<0.025
ohms
Damping
Factor
@
1
ktzre
I ohms
>32o:1
Output
Rise
Time
(80%,
leading
edge of
2lkHzsquare
wave)
(leading
edge,
20kHz
square
wave
@
ctipping)
Weight
Net
37.5 tb
(17kg),
Shippins
43tb
(19.5kg)
Common
Specifications
2OHz-20k{z
-3dB
points
Input
Impedance
Line
to Line
(Balanced)
<
r
0.15
dB
<10
Hz
-
90
kHz
30k ohms
Input
CMRR
@
1
kt.i.z
(re
8
ohm rafing)
Signal ,/ Noise ratio
'A"
weighted
(re
8 ohm
rating)
Crosstalk
@
1 kHz
(re
8 ohm
rating)
Dimensions
excluding
handles
including
handles
H
xW
x
D
3.5
x 19 x
14.8
(inch)
88
x 482 x
375
(mm)
3.5
x 19 x
17.7
(inch)
88
x 482
x 450
(mm)
Input
Sensitivity
(nominaily)
For
rated
power
re 8 ohm
1.26
Vrms
(+4
dBu)
For rated
power
re 4
ohm
1.10
Vrms
(+3
dBu) (19
inch
EIA rack
mounting,
2
units
high)
Distortion (0.5
dB betow
ctipping
re
4 ohms)
THD+N (@
1 kHz)
<O.O1%
IMD
SMPTE
(60
Hz &7
kHz41)
<0.05%
IMD
DIM 30
(3.15kH2
sguare
& 15
kHz)
<O.O2o/o
Frequencv
Response
Model , PIAOO
Output
Power
E.l.A. 1
kHz,
<0.1
%
THD+N.
Sohm
4ohm
Single
channel
driven.
285W
460W
Both channels
driven.
255W
400W
Pulsed
@
1
kHz, at onset
of clipping,
10%
duty cycle,
re 4
ohms.
Single channel
driven.
Both
channels
driven.
Bridge
mode
16
ohm load
8 ohm
load
SpeciJicafion
19
550W
500w
510W
800w
Output Impedance
@
1 kHz
<0.030
ohms
Damping
Factor
@
1 kHz
re 8 ohms
>260:1
Output
Rise
Time
<2.8
pS
(8006,
leading
edge of
ZOkHzsquare
wave)
Slew
Rate
Sov
per
pS
(leading
edge,
20kHz
square
wave
@
clipping)
Weight Net
33 lb
(15kg),
Shipping 38.5
tb
(17.5kg)
Test
conditions
Input
source
=
600
ohm,
Balanced
and
ground
referenced (CMRRtest
had floating
ground
&
E0
ohm
source). Mains
regulated
to 240 volts
/
50h2.
All measurements
taken
at binding
posl
output
terminals.
Standard
production
units measured.
No
compensation
applied.
Aushalian
Monitor
/tu