Harman Kardon AVR 165 (serv.man4) EMC - CB Certificate ▷ View online
Anam Electronics Co., Ltd. Page 4 of 17
AVR165/230
EMC Test Report
Reference No.:NK-11-E-005
2. Equipment Under Test (EUT)
2.1 Identification of EUT
2.2 Variants Covered By This Report
ID No.
Model Name
Technical Deviations From Reference Model
N/A N/A
N/A
2.3 Modifications
●No modifications.
2.4 Additional Information Related to Testing
●No comment.
Category:
AV Receiver
Model Name:
AVR165/230
Brand Name:
ANAM
Serial Number:
N/A
Rated Voltage:
a.c. 220-240 V, 50/60 Hz
Tested Voltage:
a.c. 230 V, 50 Hz
In/Out Port:
HDMI x 5 EA, RADIO ANTENNA x 2 EA, ANALOG AUDIO IN x 14 EA,
DIGITAL AUDIO (COAXIAL), DIGITAL AUDIO (OPTICAL) x 3 EA,
REMOTE x 2 EA, COMPONENT VIDEO x 4 EA, COMPOSITE x 4 EA,
TRIGGER, THE BRIDGE 111P, PHONES, USB, AUDIO x 2 EA,
SPEAKERS x 5 EA
Remarks:
-
Anam Electronics Co., Ltd. Page 5 of 17
AVR165/230
EMC Test Report
Reference No.:NK-11-E-005
3. General Test Conditions
3.1 Location
NEMKO KOREA
300-2, Osan-Ri, Mohyeon-Myeon, Cheoin-Gu, Yongin-Si, Gyeonggi-Do, KOREA 449-852
Phone : + 82 31 322 2333 Fax : + 82 31 322 2332
3.2 Operating Environment
All tests and measurements were performed in a shielded enclosure or a controlled environment
suitable for the tests conducted. The climatic conditions in the test area are automatically controlled
and recorded continuously.
Recording during test
Accepted deviation
Parameters
ESD Test
Others Test
ESD Test
Others Test
Ambient temperature
(21.1 ~ 22.1 ℃)
(15 ~ 35 ℃)
Relative humidity
32.0 % R.H.
31.0 ~ 33.0 % R.H.
30 ~ 60 % R.H.
75 or less % R.H.
Atmospheric pressure
100.1 ~ 100.5 kPa
86 ~ 106 kPa
3.3 Operating During Test
●The EUT was connected to RC oscillator, Dummy load (8Ω) and adjusted to 1 / 8 of the rated power using the
FM/AM signal generator with the sinusoidal of 1 kHz.
During the tests, 1 kHz waveform was observed via oscilloscope.
3.4 Test Equipment
●The test equipment used in testing are calibrated on a regular basis. For most of the testing
equipment accredited calibration is conducted once a year. For certain equipment the calibration
interval is longer. Between the calibrations all test equipment are controlled and verified on a
regular basis. The test equipments used are defined in each test section of this report.
3.5 EUT & Support Equipment
Equipment Manufacturer
Model
Serial
Number
AV Receiver (EUT)
DongGuan LiaoBu
Anam Electronics
Anam Electronics
AVR165/230 N/A
RC Oscillator
KIKUSUI ELECTONICS
ORC11
10123756
FM/AM
Signal Generator
Signal Generator
Panasonic VP-8174A
110487B122
Oscilloscope EZ
Digital
OS-5060A 1040290
Dummy load (8Ω)
N/A N/A
N/A
Headphone SOYA
DIGITAL
READY
N/A
USB Memory
N/A
USM256D
N/A
Anam Electronics Co., Ltd. Page 6 of 17
AVR165/230
EMC Test Report
Reference No.:NK-11-E-005
3.6 Connection Cable
3.7 Test Set-up Drawing
Connection of EUT
Connection Terminal
Cable Data
HDMI x 5 EA
Cable open
1.7 m length, Shielded
RADIO ANTENNA x 2 EA
FM/AM Signal Generator
2.0 m length, Shielded
DIGITAL AUDIO (COAXIAL)
Termination
1.5 m length, Unshielded
DIGITAL AUDIO (OPTICAL x 3 EA)
Open
-
COMPONENT VIDEO x 4 EA
Termination
1.5 m length, Unshielded
COMPOSITE IN x 4 EA
Termination
1.5 m length, Unshielded
TRIGGER
Cable open
1.6 m length, Unshielded
REMOTE x 2 EA
Cable open
1.6 m length, Unshielded
PRE-OUT
Termination
1.5 m length, Unshielded
ANALOG AUDIO IN x 12 EA
Termination
1.5 m length, Unshielded
ANALOG AUDIO IN x 2 EA
RC Oscillator
1.2 m length, Unshielded
THE BRIDGE 111P
Open
-
PHONES
Headphone
2.4 m length, Unshielded
USB USB
Memory
-
AUDIO x 2 EA
Termination
1.5 m length, Unshielded
SPEAKERS
Dummy load (8Ω)
1.2 m length, Unshielded
EUT
RC
Oscillator
FM/AM
Signal
Generator
Dummy
load
(8Ω)
Oscilloscope
SPEAKERS x 5 EA
ANALOG AUDIO x 2 EA
RADIO ANTENNA x 2 EA
USB Memory
Cable open
(HDMI x 5 EA, TRIGGER, REMOTE x 2 EA)
Termination
(DIGITAL AUDIO (COAXIAL), COMPONENT VIDEO x 4 EA,
COMPOSITE IN x 4 EA, PRE-OUT, ANALOG AUDIO IN x 12 EA, AUDIO x 2 EA)
Open
(DIGITAL AUDIO (OPTICAL) x 3 EA, THE BRIDGE 111P)
Power Cable
I/O Cable
Anam Electronics Co., Ltd. Page 7 of 17
AVR165/230
EMC Test Report
Reference No.:NK-11-E-005
4. Evaluation of Performance
4.1 Performance Criteria
●Criteria A
The equipment shall continue to operate as intended during the test.
No change of actual operating state is allowed as result of the application of the test.
Multifunction equipment shall for each function meet the relevant requirements.
Evaluation is carried out for audio and video functions.
1) Evaluation of audio quality
The criterion of compliance with the requirement is a wanted to unwanted audio signal ratio of ≥ 40 dB
at a wanted audio signal level of 500 mV, or at another audio signal level specified by the manufacturer.
2) Evaluation of picture quality
In the evaluation of picture interference the wanted test signal produces a standard picture and the
unwanted signal produces a degradation of picture. The degradation may be in a number of forms,
such as a superposed pattern, disturbance of synchronization, geometrical distortion, loss of picture
contrast, of color.
The criterion of compliance with the requirement is just perceptible degradation by observation of
the picture. The screen shall be observed under normal viewing conditions (brightness 15 lx to 20 lx),
at a viewing distance of six times the height of the screen.
●Criteria B
The device shall continue to operate as intended after the test. No loss of function is allowed after
the test when the apparatus is used as intended, but failures which are recovered automatically
but which cause temporary delay in processing, are permissible. No change of actual operating
state for example change of channel or stored data and settings is allowed as a result of the application
of the test. During the test, degradation of performance is allowed.
4.2 Measurement Uncertainty
The result of measurements of emissions from ITE shall reference the measurement instrumentation
uncertainty considerations contained in CISPR 16-4-2.
●EMCIT document 93/30
●NAMAS Information Sheet NIS81, Ed.1 May 1994
(The treatment of uncertainties in EMC measurement).
The measurement uncertainty is not considered when deciding PASS or FAIL against the limit lines.
This means that “shared risk” (according to NAMAS publication NIS81 4.2) is used as option
Criterion. The argument for using this method, is that it is commonly accepted that the EMC limits
have already taken common good laboratory practice.
4.3 Final Decision
The equipment under test complies to all requirements of the applied test standards.
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