Realistic STA-7 - Page 4

NOTE:
Set
Equalizer
Switch
to
"FLAT"
position
unless
otherwise
specified.
AUDIO
SECTION
lnput
lmpedance PHONO
Mag.
AUX
Output
Power
THD
1
o/o,8{1,
Both Channels Driven
at
1
kHz
Power
Bandwidth,
8
O,
Both
Channels Driven,
under
THD
0.5 %20Hz
to 20 kHz
(THD
0.7
o/ofor
4 a load)
Sensitivity
for
Rated Power
(10W)
PHONO
Mag.
AUX
Tape
ln
Frequency
Response
at AUX,
Output
Power
1 W,
4.2
dB
Bass
Action
at 100 Hz
Treble
Action
at
10
kHz
Min.
Volume
Hum
and
Noise
Max.
Volume
Hum
and
Noise
at
AUX
(Tone
Max.)
Signal-to-Noise
Ratio
PHONO
Mag.(lnput
shorted)
AUX
(lnput
terminated
with 4.7
KAI
Cross Talk
at
1
kHz,
AUX
position
Bass
Compensation
at 100
Hz
-30
dB
VOLUME
Position
Treble
Compensation
at 10 kHz
-30
dB VOLUME
Position
Tape
Out Level
PHONO
Mag.
{2.2mV
tnput,
1
kHz)
AUX
(160
mV
lnput,
1
kHz)
PHONO
Mag. Equalizer
Response
at 100 Hz
at
10
kHz
PHONO
Mag.
Overload
at 1 kHz
Tape
Out Level
(DlN)
(3.3
KO
Terminated)
AM
5 mV/m lnput
30 % mod.
FM
1 mV
lnput,
22.5k1z
dev.
400
Hz
AUX22O
mV
lnput
Frequency
Equalization
flesponse
in
"SYSTEM"
position
at 100
Hz,
lnput
AUX
Music Power
at
THD
0.9 Yo, 1
kHz
(Australian
models)
,d
UNIT
(Ko
)
(Ksl)
(w)
(w)
(mV)
(mV)
(mV)
(Hz)
(dB)
(dB)
(mV)
(mV)
(dB)
(dB)
(dB)
(dB)
(dB)
(mV)
(mV)
(dB)
(dB)
(mV)
(mV)
(mV)
(mV)
(dB)
(w)
NOMINAL
50
100
14
12
2.2
160
160
15-30 k
*.10
a.10
1
6
60
65
46
+6
LIMIT
12
10
2.2
r.2
dB
160i2dB
160r
2 dB
20-20 k
*
10
+.
2.5
dB
n
10r.2.5
dB
3
15
55
55
40
+6
n
2.5 dB
+4.5
+4.5
+.2.5
dB
150 150a.2
dB
150 150r.2
dB
+13.11
+13.11*.2d8
-13.75
-',13.75
r-2
dB
100
80
3.3
3.3
*.3
dB
3.3
3.3
+.
3 dB
3.3
3.3
a.3
dB
+6.5
+6.5
+.
2.5 dB
18 15
NOTE:The
supply voltage
is l20voltsAC
(for
UL
& C.S.A.)
and24OvoltsAC forAustralian
models,
from
a regulated
power
supply.
The
power
source
must
be isolated from
other
equipment
connected to
antenna
or output.
The
room
temperature
is
25 degrees
C.
Nominal
Specs represent
the
design
specs; all units
should
be able to approximate
these
-
some
will
exceed
and
some may
drop
slightly
below these
specs.
Limit
Specs represent
the
absolute worst
condition
which
still
might
be
considered
acceptable;
in no
case
should
a
unit
perform
to less
than within
any Limit
spec.
*4-