Harman Kardon HS 2X0 (serv.man4) EMC - CB Certificate ▷ View online
Test report no. SH09100839-001
Page 20 of 106
TRF55013a/effective date: September 15
th
, 2009
Test Data:
Quasi-peak Average
Line
Frequency
(MHz)
level
dB(
μV)
Limit
dB(
μV)
Margin
(dB)
level
dB(
μV)
limit
dB(
μV)
Margin
(dB)
3.5 Measurement Uncertainty
The measurement uncertainty describes the overall uncertainty of the given measured
value during the operation of the EUT.
Measurement uncertainty at mains terminal:
value during the operation of the EUT.
Measurement uncertainty at mains terminal:
± 1.99dB
The measurement uncertainty is given with a confidence of 95%, k=2.
The measurement uncertainty is traceable to internal procedure TI-036.
The measurement uncertainty is traceable to internal procedure TI-036.
Test report no. SH09100839-001
Page 21 of 106
TRF55013a/effective date: September 15
th
, 2009
4. Disturbance voltage at the antenna terminals
Test result: Pass
4.1Limits for disturbance voltage at the antenna terminals
Equipment type
Source
Frequency
MHz
Limit
dB (uV) 75
Quasi-peak
Quasi-peak
Local oscillator
≤
1000
Fundamental 46
30 to
950
Harmonics
46
950 to 2150
Harmonics
54
Television receivers,
video recorders and PC
tuner cards working in
channels between 30
MHz and 1 GHz
Other 30 to 2150
46
Local oscillator
950 to 2150
Fundamental
54
950 to 2150
Harmonics
54
Television receivers for
broadcast satellite
transmissions ad tuner
units
Other 30 to 2150
46
Local oscillator
≤
1000
Fundamental 54
30 to
300
Harmonics
50
300 to 1000
Harmonics
52
Frequency modulation
sound receivers and PC
tuner cards
Other 30 to 1000
46
Local oscillator
≤
1000
Fundamental 66
30 to
300
Harmonics
59
300 to 1000
Harmonics
52
Frequency modulation
car radio
Other 30 to 1000
46
Associated equipment
with an RF input, e.g.
video tape player, laser
disc player
Other 30 to 2150
46
Note: 1. At frequencies above 1GHz the peak detector is used.
2. For AM broadcast receivers for LW, MW and SW no limits apply.
4.2 Test Setup
Test report no. SH09100839-001
Page 22 of 106
TRF55013a/effective date: September 15
th
, 2009
4.3 Test Setup and Test Procedure
Measurement was performed in shielded room.
Instruments used were following CISPR 16-1.
Measurement methods and operation conditions of EUT was according to clause 5.2
Instruments used were following CISPR 16-1.
Measurement methods and operation conditions of EUT was according to clause 5.2
and 5.4 of EN55013
4.4 Test Protocol
Receiving
Frequency
(MHz)
Oscillator
Frequency
(MHz)
Harmonics
No.
Measured
dB(μV)
Limits
dB(μV)
Result
98.7
1
33.6
≤
54
197.4
2 <30
≤
50
296.1
3 <30
≤
50
394.8
4 <30
≤
52
493.5
5 30.5
≤
52
592.2
6 <30
≤
52
690.9
7 <30
≤
52
789.6
8 <30
≤
52
888.3
9 <30
≤
52
88.1
987
10 <30
≤
52
Pass
108.7
1 32.1
≤
54
217.4
2 <30
≤
50
326.1
3 <30
≤
52
434.8
4 <30
≤
52
543.5
5 32.4
≤
52
652.2
6 <30
≤
52
760.9
7 <30
≤
52
869.6
8 <30
≤
52
98.1
978.3
9 <30
≤
52
Pass
118.7
1 32.9
≤
54
237.4
2 30.4
≤
50
356.1
3 <30
≤
52
474.8
4 <30
≤
52
593.5
5 <30
≤
52
712.2
6 <30
≤
52
107.9
830.9
7 <30
≤
52
Pass
Test report no. SH09100839-001
Page 23 of 106
TRF55013a/effective date: September 15
th
, 2009
949.6
8 <30
≤
52
Other 30---1000
<30
≤
46
Pass
4.5 Measurement Uncertainty
The measurement uncertainty describes the overall uncertainty of the given measured
value during the operation of the EUT.
Measurement uncertainty at mains terminal:
value during the operation of the EUT.
Measurement uncertainty at mains terminal:
± 1.99dB
The measurement uncertainty is given with a confidence of 95%, k=2.
The measurement uncertainty is traceable to internal procedure TI-036.
The measurement uncertainty is traceable to internal procedure TI-036.
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