Should be met by
1kHz
Referred to Rated Output Power, Vol at max, all inputs
left un-terminated. Should be measured with
a 10H
z-22
KHz BW, RMS noise reading
dB >70 >75
AM/FM Tuner
Input
1KHz
Apply an FM Stereo RF input thru a 50->75 ohm
dummy
antenna (98 MHz carrier, 75 KHz modulation,
1KHz
tone, 72 dBuV level). Then set UUT to FM Stereo,
98
MHz. Set Volume control to 10 dB below Max.
Record
the FL and FR speaker output level as the refere
dB > 75 >85
8CHDIRECT
Inputs
To find the point in
the Frequency
Response Curve,
where Output Level
falls by 3 dB,
referred to the 1
Should be met with Volume at Max (50 mV input) Use
10Hz-500KHz BW
Hz
20 Hz-
18K kHz
10 Hz-20 kHz
8ch
8ch
ster eo
8ch
ster eo
8ch
ster eo
8ch
ster eo
DVD
8CH
ster eo
CD
VID 1
VID 2
VID 3
VID 4
DVD
TAPE
VID 4
CD
VID 1
VID 2
VID 3
TAPE
>55 >75
All Analog Stereo
and 8 CH DIRECT
Inputs
10 kHz
Volume at Max. Apply Sinewave Signal Gen amplitude
to the tested input, to obtain R/O-3dB at the speaker
outputs. Record the FL and FR speaker output level as
the reference output. Scroll thru other stereo inputs,
and
measure the output level. Compute th
dB
Volume at Max. Apply Sinewave Signal Gen amplitude
to the tested input, to obtain R/O-3dB at the speaker
outputs.Record the output level as the reference output
.
Then, scroll thru the other possible stereo inputs, and
measure the output level. Compute t
dB >70 >75
Vol at Max, Gen amplitude adjusted to obtain R/O-3dB,
measured w/ AP's Xtalk mode. Driving every channel
individually. Undriven channels should be terminated
w/
1 kOhm.Use 10Hz-22KHz BW
dB >50 >60
Vol at Max, Gen amplitude adjusted to obtain R/O-3dB,
measured w/ AP's Xtalk mode. Driving every channel
individually. Undriven channels should be terminated
w/
1 kOhm.Use 10Hz-22KHz BW
dB >60 >65
100Hz
Vol at Max, Gen amplitude adjusted to obtain R/O-3dB,
measured w/ AP's Xtalk mode. Driving every channel
individually. Undriven channels should be terminated
w/
1 kOhm.Use 10Hz-22KHz BW
dB >55 >60
1kHz
STER
EO
8CH
All Analog Stereo
Inputs
To find the point in
the Frequency
Response Curve,
where Output Level
falls by 3 dB,
referred to the 1
KHz point.
1kHz
Should be met by
8
CH DIRECTInputs
Should be met by
all Analog Stereo
Inputs
10kHz
All Analog Stereo
and 8 CH DIRECT
Inputs
1kHz
6
S/N RATIO,IHF-A
FILTER
7
CHANNEL
SEPARATION:
Zterm =
1KW/1000pF
IHF-A FILTER
Should be met by
all Analog Stereo
and 8 CH DIRECT
Inputs
9
FREQUENCY
RESPONSE
8
FUNCTION
CROSSTALK,
(Measured on all
Channels)
IHF-A FILTER
5 Hz-22 kHz
10 Hz-20
kHz
Referred to 1W Out.Vol at max, all inputs terminatedw/
1 Kohm. Should be measured with a 10 Hz-22 KHz BW,
RMS noise reading
Vol.max
input:50
mV
dB
Should be met with Volume at Max (50 mV input), and
also with Volume at 40 dB below Max (5 V input).
Hz
>55 >60
1kHz dB >80 >85
8CHDIRECT
Inputs
To find the point in
the Frequency
Response Curve,
where Output Level
falls by 3 dB,
referred
to the 1
Should be met with Volume at Max (50 mV input) Use
10Hz-500KHz BW
Hz
20 Hz-
18K kHz
10 Hz-20 kHz
TAPE
CD
VID 1
VID 2
VID 3
VID 4
DVD
8CHDIRECT
Inputs
Tested at 8 CH
DIRECT Mode
Rated Power -3dB
--> THD 0.6%
Tested in 8 CH DIRECT Mode, at 8CH DIRECT Rated
Power -3dB. Find the Input Sinawave Frequency Point
where THD increases to 0.6% . Record the Frequency.
Hz~kHz 20-20kHz 20-22kHz
STER
EO
8CH
STE
R
EO
8CH
All Analog Stereo
Inputs
To find the point in
the Frequency
Response Curve,
where Output Level
falls by 3 dB,
10
POWER
BANDWIDTH -
3dB
CD
9
FREQUENCY
RESPONSE
20-22kHz
5 Hz-22 kHz
Hz~kHz
Tested at Stereo
Mode Rated Power
-
3dB --> THD
0.6%
Tested in Stereo Mode, at Stereo Rated Power -3dB.
Find the Input Sinawave Frequency Point where THD
increases to 0.6% . Record the Frequency.
20-20kHz
10 Hz-20
kHz
Vol.-40
input:5V
Vol.max
input:50
mV
Should be met with Volume at Max (50 mV input), and
also with Volume at 40 dB below Max (5 V input).
Hz
7
CH DIRECTInputs
8
Referred to Rated Output Power, Vol at max, all inputs
left un-terminated. Should be measured with
a 10H
z-22
KHz BW, RMS noise reading
SPECIFICATIONS
AVR1001
harman/kardon
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