AS/NZS 4268: 2012/Amdt 1: 2013 Report - GrillEye · AS/NZS 4268: 2012/Amdt 1: 2013 The above...
Transcript of AS/NZS 4268: 2012/Amdt 1: 2013 Report - GrillEye · AS/NZS 4268: 2012/Amdt 1: 2013 The above...
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AS/NZS 4268: 2012/Amdt 1: 2013 Report
Product: GrillEye Smart Bluetooth Grilling & Smoking Thermometer Model No.: GE0001
Additional Model No.: N/A Trade Mark: GrillEye
Report No.: TCT161102E006 Issued Date: Nov. 04, 2016
Issued for:
G&C Imports, Exports and General Trade LTD
1 Socratous street,14565-Agios Stefanos, Attica, Greece
Issued By:
Shenzhen TCT Testing Technology Co., Ltd. 1F, Building 1, Yibaolai Industrial Park, Qiaotou Village, Fuyong Town,
Baoan District, Shenzhen, Guangdong, China TEL: +86-755-27673339 FAX: +86-755-27673332
Note: This report shall not be reproduced except in full, without the written approval of Shenzhen TCT Testing Technology
Co., Ltd., This document may be altered or revised by Shenzhen TCT Testing Technology Co., Ltd. personnel only,
and shall be noted in the revision section of the document. The test results in the report only apply to the tested
sample.
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TABLE OF CONTENTS
1. Test Certification....................................................................................... 3
2. Test Result Summary ............................................................................... 4
3. EUT Description........................................................................................ 5
4. Genera Information................................................................................... 7
4.1. Test environment and mode.................................................................................7
4.2. Description of Support Units................................................................................7
4.3. Test Instruments List ............................................................................................8
5. Facilities and Accreditations ................................................................... 9
5.1. Facilities .................................................................................................................9
5.2. Location .................................................................................................................9
6. Transmit Requirement............................................................................ 10
6.1. Equivalent isotropic radiated power.................................................................. 10
6.2. Emission Bandwidth & Operation Frequencies................................................ 13
6.3. Maximum E.I.R.P. spectral density .................................................................... 16
6.4. 6 dB bandwidth.................................................................................................... 19
6.5. Transmitter unwanted emissions in the spurious domain .............................. 21
7. Receive Requirement ............................................................................. 25
7.1. Spurious Emissions ............................................................................................ 25
8. Photographs of Test Configuration ...................................................... 29
9. Photographs of EUT ............................................................................... 30
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1. Test Certification Product: GrillEye Smart Bluetooth Grilling & Smoking Thermometer
Model No.: GE0001
Additional Model No.: N/A
Applicant: G&C Imports, Exports and General Trade LTD
Address: 1 Socratous street,14565-Agios Stefanos, Attica, Greece
Manufacturer: G&C Imports, Exports and General Trade LTD
Address: 1 Socratous street,14565-Agios Stefanos, Attica, Greece
Date of Test: Nov. 02 – Nov. 03, 2016
Applicable Standards: AS/NZS 4268: 2012/Amdt 1: 2013
The above equipment has been tested by Shenzhen TCT Testing Technology Co., Ltd., and found compliance with the requirements set forth in the technical standards mentioned above. The results of testing in this report apply only to the product/system, which was tested. Other similar equipment will not necessarily produce the same results due to production tolerance and measurement uncertainties.
Tested By:
Date: Nov. 03, 2016
Jerry Xie
Reviewed By:
Date: Nov. 04, 2016
Joe Zhou
Approved By:
Date: Nov. 04, 2016
Tomsin
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2. Test Result Summary Radio Spectrum Matter (RSM) Part of Tx
Test Item Test Requirement Test Method Limit/
Severity Uncertainty Result
Equivalent isotropic radiated power
Clause 8.1 Clause 8.1.2 4W(36 dBm) ±1.5dB PASS
Maximum e.i.r.p.
spectral density
Table 1, Note 2
EN 300 328 V1.7.1,
clause 5.7.314dBm/3KHz ±1.5dB PASS
Emission Bandwidth, Operation
Frequencies
Clause 8.3, Clause 8.4
Clause 8.3.2,Clause 8.4.2
2.4~2.4835GHz ±5 % PASS
6 dB Bandwidth
Table 1, Note 3 - >500kHz ±5 % PASS
Transmitter spurious
emissions Clause 8.2 Clause 8.2.2
Below 1GHz-36 dBm
Above 1GHz-30 dBm
±4.28dB PASS
Radio Spectrum Matter (RSM) Part of Rx
Test Item Test Requirement Test Method Limit/
Severity Uncertainty Result
Receiver spurious
emissions Clause 9.1 Clause 9.1.2
Below 1GHz-57 dBm
Above 1GHz-47 dBm
±4.28dB PASS
Note: 1 PASS: Test item meets the requirement.
2. N/A: Test case does not apply to the test object. 3. The test result judgment is decided by the limit of test standard.
4. Tx: In this whole report Tx (or tx) means Transmitter. Rx: In this whole report Rx (or rx) means Receiver. Temperature (Uncertainty): ±1°C Humidity(Uncertainty): ±5% Uncertainty: ± 3%(for DC and low frequency voltages)
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3. EUT Description
Product Name: GrillEye Smart Bluetooth Grilling & Smoking Thermometer
Model : GE0001
Additional Model: N/A
Trade Mark: GrillEye
Hardware Version: REV1.0
software Version: REV2.14
BT Version: V4.0
Operation Frequency: 2402MHz~2480MHz
Number of Channel: 40
Modulation Type: GFSK
Antenna Type: Internal Antenna
Antenna Gain: 2dBi
Power Supply: DC 3.0V(2pcs AA Battery)
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Operation Frequency Each of Channel Channel Frequency Channel Frequency Channel Frequency Channel Frequency
0 2402MHz 11 2424MHz 22 2446MHz 33 2468MHz 1 2404MHz 12 2426MHz 23 2448MHz 34 2470MHz 2 2406MHz 13 2428MHz 24 2450MHz 35 2472MHz 3 2408MHz 14 2430MHz 25 2452MHz 36 2474MHz 4 2410MHz 15 2432MHz 26 2454MHz 37 2476MHz 5 2412MHz 16 2434MHz 27 2456MHz 38 2478MHz 6 2414MHz 17 2436MHz 28 2458MHz 39 2480MHz 7 2416MHz 18 2438MHz 29 2460MHz 8 2418MHz 19 2440MHz 30 2462MHz 9 2420MHz 20 2442MHz 31 2464MHz 10 2422MHz 21 2444MHz 32 2466MHz
The EUT operation in above frequency list, and used test software to control the EUT for staying in continuous transmitting and receiving mode. So test frequency is below:
Frequency (MHz)
Test channel GFSK
Lowest channel 2402MHz Middle channel 2440MHz Highest channel 2480MHz
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4. Genera Information 4.1. Test environment and mode
Extreme condition Item Normal condition
HVHT LVHT HVLT LVLT
Temperature +25ºC +50ºC +50ºC -10ºC -10ºC
Voltage DC 3.0V DC 3.3V DC 2.7V DC 3.3V DC 2.7V
Humidity 20%-95%
Atmospheric Pressure: 1008 mbar
Test Mode: Transmitting mode: Keep the EUT in transmitting mode with
modulation. Receiving mode: Keep the EUT in receiving mode.
4.2. Description of Support Units The EUT has been tested as an independent unit together with other necessary accessories or support units. The following support units or accessories were used to form a representative test configuration during the tests.
Equipment Model No. Serial No. FCC ID Trade Name
/ / / / /
Note: 1. All the equipment/cables were placed in the worst-case configuration to maximize the emission during the test.
2. Grounding was established in accordance with the manufacturer’s requirements and conditions for the intended
use.
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4.3. Test Instruments List Radiated Emission
Name Model No. Manufacturer Date of Cal. Due Date Test Receiver ESVD R&S Aug. 12, 2016 Aug. 11, 2017
Spectrum Analyzer FSEM R&S Aug. 12, 2016 Aug. 11, 2017
Signal Analyzer N9020A Agilent Aug. 13, 2016 Aug. 12, 2017
Pre-amplifier 8447D H.P. Aug. 12, 2016 Aug. 11, 2017
Pre-amplifier EM30265 EM Electronics
Corporation CO.,LTD
Aug. 12, 2016 Aug. 11, 2017
BiConiLog Antenna VULB9163
Schwarzbeck Mess-
Elecktronik Aug. 14, 2016 Aug. 13, 2017
Double -ridged waveguide horn BBHA9120D
Schwarzbeck Mess-
Elecktronik Aug. 14, 2016 Aug. 13, 2017
Coaxial Cable N/A TCT Aug. 13, 2016 Aug. 12, 2017Coaxial Cable N/A TCT Aug. 13, 2016 Aug. 12, 2017Coaxial Cable N/A TCT Aug. 13, 2016 Aug. 12, 2017Coaxial Cable N/A TCT Aug. 13, 2016 Aug. 12, 2017Loop antenna ZN30900A ZHINAN Aug. 14, 2016 Aug. 13, 2017
Note: The calibration interval of the above test instruments is 12 months and the calibrations are traceable to
international system unit (SI).
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5. Facilities and Accreditations 5.1. Facilities
The test facility is recognized, certified, or accredited by the following organizations: ● FCC - Registration No.: 572331
Shenzhen Tongce Testing Lab The 3m Semi-anechoic chamber has been registered and fully described in a report with the (FCC) Federal Communications Commission. The acceptance letter from the FCC is maintained in our files.
● IC - Registration No.: 10668A-1 The 3m Semi-anechoic chamber of Shenzhen TCT Testing Technology Co., Ltd. has been registered by Certification and Engineering Bureau of Industry Canada for radio equipment testing
● CNAS - Registration No.: CNAS L6165 Shenzhen TCT Testing Technology Co., Ltd. is accredited to ISO/IEC 17025:2005 General Requirements for the Competence of Testing and Calibration laboratories for the competence of testing. The Registration No. is CNAS L6165.
5.2. Location Shenzhen TCT Testing Technology Co., Ltd. Address: 1F, Leinuo Watch Building, Fuyong Town, Baoan Dist, Shenzhen, China Tel: 86-755-36638142
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6. Transmit Requirement 6.1. Equivalent isotropic radiated power 6.1.1. Test Specification
Test Requirement: AS/NZS 4268 Clause 8.1
Test Method: AS/NZS 4268 Clause 8.1.2
Limit: 36dBm
Test Setup:
Test Procedure:
1. The output of the transmitter shall be connected to the spectrum analyzer.
2. Set the Spectrum Analyzer as below: RBW=VBW=1MHz, Span=0Hz, Detector=Peak; read out the duty cycle(X) of the transmitter.
3. Adjust the test frequency in spectrum analyzer, use the channel power function of Spectrum Analyzer, and the spectrum analyzer was set as below: RBW=1MHz, VBW=3MHz, Detector=average,
read out the average output power A. 4. The E.I.R.P. shall be calculated from the above measured
power output A, the observed duty cycle x, cable loss, and the applicable antenna assembly gain "G" in dBi, according to the formula: P = A + G + Cable loss + 10 log (1/x);
5. Repeated the test in extreme test conditions.
Test Instrument: Reference to Item 4.3
Test Mode: Transmitting mode
Test Result: PASS
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6.1.2. Test Data GFSK Modulation
Test Conditions Channel
Read Level (dBm)
Antenna Gain(dBi)
EIRP (dBm)
Limit (dBm) Result
Lowest 4.57 2 6.57 Middle 4.48 2 6.48 Normal Highest 3.77 2 5.77 Lowest 4.46 2 6.46 Middle 4.42 2 6.42 LVHT Highest 3.68 2 5.68 Lowest 4.51 2 6.51 Middle 4.36 2 6.36 LVLT Highest 3.71 2 5.71 Lowest 4.42 2 6.42 Middle 4.29 2 6.29 HVHT Highest 3.63 2 5.63 Lowest 4.39 2 6.39 Middle 4.25 2 6.25 HVLT Highest 3.57 2 5.57
36
PASS
Remark: 1>. Volt= Voltage, Temp= Temperature 2>. Cable Loss=1dB, Antenna Gain=2dBi
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Test plots as follows: GFSK
Lowest channel
Middle channel
Highest channel
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6.2. Emission Bandwidth & Operation Frequencies
6.2.1. Test Specification
Test Requirement: AS/NZS 4268 clause 8.3, 8.4 Test Method: AS/NZS 4268 clause 8.3.2 Limit: Within the band 2.4GHz to 2.4835GHz
Test setup:
Test procedure:
1. The output of the transmitter shall be connected to the spectrum analyzer
2. Offset the factor which it include antenna gain, cable loss and duty cycle in the spectrum analyzer;
Remark: the factor=Antenna Gain + Cable Loss + Duty cycle
3. Set the spectrum analyzer as below: RBW=VBW=100 kHz, Detector: Average, Sweep time= 60Seconds, Span: Wide enough to capture the complete power
envelope, including all sidebands 4. Using the marker of the spectrum analyser, find the lowest
frequency below the operating frequency at which the spectral power density drops below the level -30 dBm. this frequency shall be recorded as fL.
5. Select the highest operating frequency of the equipment under test, repeated the step 3 to step 4, and recoded the frequency as fH.
6. The difference between the frequencies measured (fH - fL) is the frequency range which shall be recorded.
7. Repeated the test in extreme test conditions. Test Instruments: Reference to Item 4.3 Test mode: Transmitting mode
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Test Data GFSK Modulation
Modulation Type
Test Channel FL(MHz) FH (MHz) Limit Result
Lowest 2400.95 - PASS Normal
Highest - 2481.082400MHz ~ 2483.5MHz PASS
Lowest 2400.92 - PASS LVHT
Highest - 2481.032400MHz ~ 2483.5MHz PASS
Lowest 2400.98 - PASS LVLT
Highest - 2481.092400MHz ~ 2483.5MHz PASS
Lowest 2400.89 - PASS HVHT
Highest - 2481.052400MHz ~ 2483.5MHz PASS
Lowest 2400.97 - PASS HVLT
Highest - 2481.072400MHz ~ 2483.5MHz PASS
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Test plots as follows: GFSK
Lowest channel
Highest channel
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6.3. Maximum E.I.R.P. spectral density
6.3.1. Test Specification
Test Requirement: Table 1, Note 2 Limit: 14dBm/3kHz
Test Setup:
Test Mode: Transmitting mode
Test Procedure:
1. The output of the transmitter shall be connected to the spectrum analyzer
2. Set the Spectrum Analyzer as below: RBW=VBW=1MHz, Detector=Peak, Span: wide enough to cover the complete power envelope
of the signal of the EUT 3. Find the peak value of the power envelope and record the
frequency the transmitter output was connected to the spectrum analyzer through an attenuator.
4. The spectrum analyzer is setting as follows: a) Set analyzer centre frequency to peak frequency of step 3. b) Set the span to enough capture the frequency bandwidth. c) Set the RBW to: 3 kHz d) Set the VBW ≥RBW. e) Detector = peak. f) Sweep time = auto couple. g) Trace mode = max hold. h) Allow trace to fully stabilize. i) Use the peak marker function to determine the maximum amplitude level within the RBW.
6. The maximum E.I.R.P. spectral density is calculated from the above measured power density (D), the observed duty cycle X, cable loss, and the applicable antenna assembly gain "G" in dB, according to the formula: PD = D + G + Cable loss + 10 log (1/x)
Test Instrument: Reference to Item 4.3
Test Result: PASS
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Measurement Data GFSK
Channel Read Level (dBm/3kHz)
Antenna Gain(dBi)
PSD (dBm/3kHz)
Limit (dBm/3kHz) Result
Lowest -7.65 2 -5.65
Middle -8.22 2 -6.22
Highest -8.78 2 -6.78
14.00 PASS
Remark: Duty cycle=100%, Antenna Gain=2dBi
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GFSK Modulation: Lowest channel
Middle channel
Highest channel
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6.4. 6 dB bandwidth
6.4.1. Test Specification
Test Requirement: Table 1 Note 3
Limit: >500kHz
Test Setup:
Test Mode: Transmitting mode
Test Procedure:
1> Connect EUT antenna terminal to the spectrum analyzer with a low loss cable.
Equipment mode: spectrum analyzer, detector function: Peak RBW=100kHz, VBW=300kHz, Span=30MHz.
2> Adjust the center frequency of spectrum analyzer on any frequency be measured.
3> Measure the 6 dB bandwidth by spectrum analyzer Marker function. Repeat above procedures until all frequencies measured were complete.
Test Instrument: Reference to Item 4.3
Test Result: PASS
6.4.2. Test data
6dB Bandwidth (kHz) Limit(kHz)
Test channel GFSK
Lowest 668.4
Middle 674.4
Highest 681.1
>500
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Test plots as follows: GFSK mode
Lowest
Middle
Highest
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6.5. Transmitter unwanted emissions in the spurious domain
6.5.1. Test Specification
Test Requirement: AS/NZS 4268 clause 8.2 Test Method: AS/NZS 4268 clause 8.2.2
Limit:
Narrowband spurious emissions
Frequency range Limit(operating) Limit(standby) 30 MHz to 1 GHz -36 dBm -57 dBm
1 GHz to 12,75 GHz -30 dBm -47 dBm
1.8 GHz to 1.9 GHz 5.15 GHz to 5.3
GHz -47 dBm -47 dBm
Wideband spurious emissions Frequency range Limit(operating) Limit(standby) 30 MHz to 1 GHz -86 dBm/MHz -107 dBm/MHz
1 GHz to 12,75 GHz -80 dBm/MHz -97 dBm/MHz 1.8 GHz to 1.9 GHz
5.15 GHz to 5.3 GHz
-97 dBm/MHz -97 dBm/MHz
Test Setup:
Below 1GHz
Above 1GHz
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Test Mode: Transmitting Mode
Test Procedure:
Below 1GHz test procedure: 1. On the test site as test setup graph above, the EUT shall be placed at the 1.5m support on the turntable and in the position closest to normal use as declared by the provider. 2. The test antenna shall be oriented initially for vertical polarization and shall be chosen to correspond to the frequency of the transmitter. The output of the test antenna shall be connected to the measuring receiver. 3. The transmitter shall be switched on, if possible, without modulation and the measuring receiver shall be tuned to
. the frequency of the transmitter under test.
. 4. The test antenna shall be raised and lowered from 1m to 4m
. until a maximum signal level is detected by the measuring
. receiver. Then the turntable should be rotated through 360°
. in the horizontal plane, until the maximum signal level is
. detected by the measuring receiver.
. 5. Repeat step 4 for test frequency with the test antenna
. polarized horizontally.
. 6. Remove the transmitter and replace it with a substitution
. antenna (the antenna should be half-wavelength for each
. frequency involved). The centre of the substitution antenna
. should be approximately at the same location as the centre
. of the transmitter. At the lower frequencies, where the
. substitution antenna is very long, this will be impossible to
. achieve when the antenna is polarized vertically. In such
. case the lower end of the antenna should be 0.4 m above
. the ground.
. 7. Feed the substitution antenna at the transmitter end with a
. signal generator connected to the antenna by means of a
. non radiating cable. With the antennas at both ends
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. vertically polarized, and with the signal generator tuned to a
. particular test frequency, raise and lower the test antenna to
. obtain a maximum reading at the spectrum analyzer. Adjust
. the level of the signal generator output until the previously
. recorded maximum reading for this set of conditions is
. obtained. This should be done carefully repeating the
. adjustment of the test antenna and generator output.
. 8. Repeat step 7 with both antennas horizontally polarized for
. each test frequency.
. 9. Calculate power in dBm into a reference ideal half-wave
. dipole antenna by reducing the readings obtained in steps 7
. and 8 by the power loss in the cable between the generator
. and the antenna, and further corrected for the gain of the
. substitution antenna used relative to an ideal half-wave
. dipole antenna by the following formula: ERP(dBm) = Pg(dBm) – cable loss (dB) +
antenna gain (dBd) where: Pg is the generator output power into the substitutionantenna.
Above 1GHz test procedure:
Different between above is the test site, change from Semi-Anechoic Chamber to fully Anechoic Chamber, and the test antenna do not need to raise from 1 to 4m, just test in 1.5mheight.
Remark: For measuring emissions that exceed the level of 6 dB belowthe applicable limit, the resolution bandwidth shall be switched to 30 kHz and the span shall be adjusted accordingly. If the level does not change by more than 2 dB,it is a narrowband emission; the observed value shall be recorded. If the level changes by more than 2 dB, the emission is a wideband emission
Test Instrument: Reference to Item 4.3
Test Result: PASS
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6.5.2. Test Data
The lowest channel
Spurious Emission Frequency (MHz) polarization Level(dBm)
Limit (dBm) Test Result
85.14 Vertical 72.63 -36.00 4804.00 V 58.36 -30.00 7206.00 V 57.41 -30.00
- V - -30.00 106.35 Horizontal -70.28 -36.00
4804.00 H -60.49 -30.00 7206.00 H -58.72 -30.00
- H - -30.00
PASS
The highest channel Spurious Emission Frequency
(MHz) polarization Level(dBm) Limit (dBm) Test Result
85.14 Vertical -72.03 -36.00 4960.00 V -55.29 -30.00 7440.00 V -59.72 -30.00
- V - -30.00 106.35 Horizontal -73.18 -36.00
4960.00 H -57.06 -30.00 7440.00 H -60.39 -30.00
- H - -30.00
PASS
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7. Receive Requirement
7.1. Spurious Emissions
7.1.1. Test Specification
Test Requirement: AS/NZS 4268 clause 9.1 Test Method: AS/NZS 4268 clause 9.1.2
Limit: Frequency Limit(narrowband) Limit(wideband) 30MHz to 1000 MHz 2nW(-57dBm) -107dBm/Hz 1GHz to 12.75GHz 20nW(-47dBm) -97dBm/Hz
Test Setup:
For Radiated Below 1GHz
Above 1GHz
Test Mode: Receive Mode
Test Procedure:
Below 1GHz test procedure: 1. On the test site as test setup graph above, the EUT shall be placed at the 1.5m support on the turntable and in the position closest to normal use as declared by the provider. 2. The test antenna shall be oriented initially for vertical
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polarization and shall be chosen to correspond to the frequency of the transmitter. The output of the test antenna shall be connected to the measuring receiver. 3. The transmitter shall be switched on, if possible, without modulation and the hjtter under test.
. 4. The test antenna shall be raised and lowered from 1m to 4m
. until a maximum signal level is detected by the measuring
. receiver. Then the turntable should be rotated through 360°
. in the horizontal plane, until the maximum signal level is
. detected by the measuring receiver.
. 5. Repeat step 4 for test frequency with the test antenna
. polarized horizontally.
. 6. Remove the transmitter and replace it with a substitution
. antenna (the antenna should be half-wavelength for each
. frequency involved). The center of the substitution antenna
. should be approximately at the same location as the center
. of the transmitter. At the lower frequencies, where the
. substitution antenna is very long, this will be impossible to
. achieve when the antenna is polarized vertically. In such
. case the lower end of the antenna should be 0.4 m above
. the ground.
. 8. Feed the substitution antenna at the transmitter end with a
. signal generator connected to the antenna by means of a
. nonradiating cable. With the antennas at both ends vertically
. polarized, and with the signal generator tuned to a particular
. test frequency, raise and lower the test antenna to obtain a
. maximum reading at the spectrum analyzer. Adjust the level
. of the signal generator output until the previously recorded
. maximum reading for this set of conditions is obtained. This
. should be done carefully repeating the adjustment of the test
. antenna and generator output.
. 9. Repeat step 7 with both antennas horizontally polarized for
. each test frequency.
. 10. Calculate power in dBm into a reference ideal half-wave
. dipole antenna by reducing the readings obtained in steps 7
. and 8 by the power loss in the cable between the generator
. and the antenna, and further corrected for the gain of the
. substitution antenna used relative to an ideal half-wave
. dipole antenna by the following formula: ERP(dBm) = Pg(dBm) – cable loss (dB) +
antenna gain (dBd) where: Pg is the generator output power into the substitution antenna.
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Above 1GHz test procedure: Different between above is the test site, change from Semi- Anechoic Chamber to fully Anechoic Chamber, and the test antenna do not need to raise from 1 to 4m, just test in 1.5m height. Remark:
For measuring emissions that exceed the level of 6 dB belowthe applicable limit, the resolution bandwidth shall be switched to 30 kHz and the span shall be adjusted accordingly. If the level does not change by more than 2 dB,it is a narrowband emission; the observed value shall be recorded. If the level changes by more than 2 dB, the emission is a wideband emission
Test Instrument: Reference to Item 4.3
Test Result: PASS
Report No.: TCT161102E006
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7.1.2. Test Data
The lowest channel Spurious Emission Frequency
(MHz) polarization Level(dBm) Limit (dBm) Test Result
85.14 Vertical -75.49 -57.00 4804.00 V -67.51 -47.00
V V
106.35 Horizontal -73.68 -57.00 4804.00 H -67.02 -47.00
H H
PASS
The highest channel Spurious Emission Frequency
(MHz) polarization Level(dBm) Limit (dBm) Test Result
85.14 Vertical -73.46 -57.00 4960.00 V -68.69 -47.00
V V
106.35 Horizontal -70.52 -57.00 4960.00 H -69.75 -47.00
H H
PASS
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8. Photographs of Test Configuration
Radiated Emission
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9. Photographs of EUT
Outside View
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Inside View
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Report No.: TCT161102E006
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*****END OF REPORT*****