NUR21W UHF RFID Radio Module NUR2-1W Test Report Nordic ID Oy

Nordic ID Oy UHF RFID Radio Module NUR2-1W

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Report Ref: 17E6742-1a
Page 1 of 49
Compliance Engineering Ireland Ltd
Clonross Lane, Derrockstown, Dunshaughlin
Co. Meath, Ireland A85 XN59
Ph +353 1 8017000 , 8256722
Project Num
Quotation
Prepared For
Company Address
Prepared By
Test Lab Address
Tested By
Test Report By
FCC Site Registration
IC Site Registration
Date
IC Equipment Authorisation
EUT Description
FCC ID
IC ID
Authorised by
Authorised Signature :
17E6742-1a
Q17-0205-1b
Nordic ID Oy
Myllyojakatku 2A
FI-24100 Salo
Finland
Compliance Engineering Ireland
Clonross Lane, Derrockstown,
Dunshaughlin, Co. Meath, Ireland
Michael Kirby
Michael Kirby
92592
8517-A2, 8517-A1
28th Jun 2017
Test Report
RFID Module
SCCNUR21W
5137A-NUR21W
John McAuley
Report Ref: 17E6742-1a
Page 2 of 49
TEST SUMMARY
The equipment complies with the requirements according to the following standards.
FCC Spec.
15.247 b 2
15.247 a 1 i
15.247 a 1 i
15.247 a 1 i
15.247 a 1 i
15.247d
15.247d
15.209a
15.209
15.207a
IC Spec.
RSS-247 5.4
RSS-247 5.1
RSS-247 5.1
RSS-247 5.1
RSS-247 5.1
RSS-Gen 6.6
RSS-247 5.5
Status
Pass
Pass
Pass
Pass
Pass
Pass
Pass
RSS-247 5.5
Test Parameters
Maximum Peak Conducted Output power
Carrier Freq Separation for hopping channels
Number of hopping Channels.
Average Time of Occupancy of Hopping Frequency
20 dB Bandwidth
99% bandwidth.
100KHz RBW at band edges and Conducted Spurious
emissions.
Radiated Emissions within restricted bands
RSS-Gen 6.13
RSS-Gen 8.8
Unintentional Radiated Emissions
Conducted Emissions on the mains
Pass
Pass
Pass
RSS 247-1
THIS REPORT SHALL NOT BE REPRODUCED EXCEPT IN FULL, WITHOUT THE
WRITTEN APPROVAL OF COMPLIANCE ENGINEERING IRELAND LTD
Report Ref: 17E6742-1a
Page 3 of 49
Exhibit A – Technical Report
Table of Contents
1.0
1.1
1.2
1.3
1.4
2.0
3.0
4.0
5.0
6.0
7.0
EUT DESCRIPTION ..............................................................................................................................4
EUT OPERATION ..................................................................................................................................5
MODIFICATIONS ...................................................................................................................................5
DATE OF TEST ......................................................................................................................................5
DESCRIPTION OF TEST MODES .......................................................................................................5
EMISSIONS MEASUREMENTS............................................................................................................6
CONDUCTED EMISSIONS ON THE MAINS MEASUREMENTS .................................................... 7
CONDUCTED MEASUREMENTS ..................................................................................................... 8
RADIATED MEASUREMENTS ........................................................................................................ 15
LIST OF TEST EQUIPMENT ...............................................................................................................18
MEASUREMENT UNCERTAINTY ......................................................................................................19
APPENDIX A
APPENDIX B
APPENDIX C
APPENDIX D
APPENDIX E
SCANS FOR CONDUCTED MEASUREMENTS .................................................................................... 20
SCANS FOR CONDUCTED BAND EDGE .......................................................................................... 27
SCANS FOR RADIATED SPURIOUS EMISSIONS ANTENNA PORT TERMINATED ....................... 30
SCANS FOR RADIATED SPURIOUS EMISSIONS RESTRICTED BANDS ANTENNA #1 .................. 35
SCANS FOR RADIATED SPURIOUS EMISSIONS RESTRICTED BANDS ANTENNA #2 .................. 42
*APPENDIX F SCANS FOR RADIATED BAND EDGE ANTENNA #1......................................................................... 49
*APPENDIX G SCANS FOR RADIATED BAND EDGE ANTENNA #2 ........................................................................ 52
*APPENDIX H SCANS FOR CONDUCTED EMISSIONS ON THE MAINS ................................................................. 55
*Note appendix F ,G,H are on a separate report, .entitled 17E6742-1a additional appendices
Report Ref: 17E6742-1a
Page 4 of 49
1.0
EUT Description
Model:
Type:
FCC ID:
Company:
Contact
Address:
Phone:
e-mail:
Test Standards:
Type of radio:
Transmitter Type:
Operating Frequency
Range(s):
Number of Channels:
Channel Separation:
Antenna:
Power configuration:
Ports:
Classification:
Test Methodology:
NUR2-1W
RFID Module
SCCNUR21W
Nordic ID Oy
Rauno Nikkilä
Myllyojakatku 2A
FI-24100 Salo
Finland
+358 (0)50 5689803
rauno.nikkila@nordicid.com
47 CFR, Part 15.247
Stand-alone
RFID FHSS
902-928 MHz
50
500KHz
External
4.5V .
None
DSS, JBP
Measurements performed according to the procedures in
ANSI C63.10-2013
The NUR2-1W is an RFID module using frequency hopping in the 902-928MHz frequency
band.
The EUT has 2 alternative external antennas.
a) Antenna #1 = Cross Dipole antenna with reflector max gain 5dBi
b) Antenna #2 = 4 patch antenna array
max gain 6dBi
Report Ref: 17E6742-1a
Page 5 of 49
1.1
EUT Operation
Operating Conditions during Test:
The EUT (RFID module) was fitted to a host pcb to allow powering and control of the
module. Conducted measurements were carried out with the analyser connected to the
SMA connector fitted on the host pcb.
The EUT was operated in test mode where the channel and modulation was set via USB
connection from the host pcb to a laptop.
The EUT was powered from a bench PSU Type Hewlett Packard E3610A
set to 4.5Vdc. for all tests
Radiated measurements (Cabinet spurious emission) were carried out on this sample
with the SMA connector terminated.
Further Radiated tests were carried out on the EUT where the Antenna port was
connected to the 2 alternative antennas.
Environmental conditions
Test
Conducted Emissions
Radiated Emissions <1GHz
Radiated Emissions >1GHz
Temperature
°C
19
18
19
Relative Humidity
47
42
47
1.2
Modifications
No modifications were required in order to pass the test specifications.
1.3
Date of Test
The tests were carried out on 13th , 14th 23rd , 24th Jun 2017 .
1.4
Description of Test modes
Channel List
Channel
Low
Ch0
Mid
Ch24
High Ch 49
Freq MHz
902.75
914.75
927.25
Report Ref: 17E6742-1a
Page 6 of 49
Emissions Measurements
2.1
Conducted Emissions Measurements
Radio Conducted measurements were carried out on the EUT as per section 1.1 above.
All results were measured as conducted on the antenna except radiated spurious
emissions.
2.2
Radiated Emissions Measurements
Radiated Power measurements were made at the Compliance Engineering Ireland Ltd
anechoic chamber located in Dunshaughlin, Co. Meath, Ireland to determine the radio
noise radiated from the EUT. A "Description of Measurement Facilities" has been
submitted to the FCC and approved pursuant to Section 2.948 of CFR 47 of the FCC
rules.
The EUT was centred on a motorized turntable, which allows 360 degree rotation.
Emissions below 1GHz were measured using a bi-log antenna positioned at a distance of
3 metres from the EUT (as measured from the closest point of the EUT). The radiated
emissions were maximised by configuring the EUT, by rotating the EUT, and by raising
and lowering the antenna from 1 to 4 metres.. In this case the resolution bandwidth was
100kHz.
Emissions in the 1GHz-3.6GHz range were measured using a horn antenna located at 3
metres distance from the EUT in a fully anechoic chamber. The radiated emissions were
maximised by configuring the EUT and by rotating the EUT In this case the resolution
bandwidth was 1MHz and video bandwidth was 1MHz. for peak measurements. The
Video bandwidth was changed to 10Hz for Average measurements (as per ANSI 63.10
2013 Section 4.1.4.2.3)
Emissions above 3.6GHz were measured using a horn antenna located at 1 metre
distance from the EUT in a fully anechoic chamber. The radiated emissions were
maximised by configuring the EUT and by rotating the EUT In this case the resolution
bandwidth was 1MHz and video bandwidth was 1MHz. for peak measurements. The
Video bandwidth was changed to 10Hz for Average measurements (as per ANSI 63.10
2013 Section 4.1.4.2.3)
Report Ref: 17E6742-1a
Page 7 of 49
3.0 Results for Conducted emissions on the mains
Conducted Emissions on the mains test was performed with the EUT connected to a
LISN through PSU as per section 1.1
Detector
QP/ Ave
Average
Quasi-Peak
Average
Average
Average
Average
Average
Quasi-Peak
Average
Average
Average
Average
Frequency
MHz
3.2798
3.2955
3.3630
3.3990
3.431
3.521
3.633
3.635
3.752
3.984
4.103
4.337
Reading
dBuV
36.39
37.78
33.16
33.14
32.07
35.54
36.78
39.27
37.34
32.26
33.90
32.48
Margin
dB
-9.61
-18.22
-12.84
-12.86
-13.93
-10.46
-9.22
-16.73
-8.66
-13.74
-12.1
-13.52
Phase
L/N
Live
Live
Live
Live
Live
Live
Live
Live
Live
Live
Live
Live
Detector
QP/ Ave
Average
Quasi-Peak
Average
Average
Average
Average
Average
Quasi-Peak
Average
Average
Average
Average
Frequency
MHz
3.2798
3.2955
3.3630
3.3990
3.4305
3.5205
3.6330
3.6353
3.7523
3.9840
4.1033
4.3373
Reading
dBuV
43.90
40.43
32.14
42.36
30.17
42.70
42.95
44.01
43.98
40.18
40.54
41.07
Margin
dB
-2.1
-15.57
-13.86
-3.64
-15.83
-3.3
-3.05
-11.99
-2.02
-5.82
-5.46
-4.93
Phase
L/N
Neutral
Neutral
Neutral
Neutral
Neutral
Neutral
Neutral
Neutral
Neutral
Neutral
Neutral
Neutral
Ref Appendix G for Scans
Test Result : Pass
Report Ref: 17E6742-1a
Page 8 of 49
4.
4.1
4.1.1
Conducted Measurements on the Antenna port
Bandwidth
20dB bandwidth
Fig 1
20dB Bandwidth
Report Ref: 17E6742-1a
Page 9 of 49
4.1.2
99% bandwidth
Fig 2
99% Bandwidth
Bandwidth
Channel
Low
Mid
High
Freq
MHz
902.75
914.75
927.25
20dB
Bandwidth
KHz
109
92.5
93
99%
Bandwidth
KHz
84.337
84.562
85.650
Limit
The maximum allowed 20 dB bandwidth of the hopping channel is 500 kHz.
Result :‐ Pass
Report Ref: 17E6742-1a
Page 10 of 49
4.2
Output power Conducted
Fig 3 Conducted Output power peak
Channel
Low
Mid
High
Freq
MHz
902.75
914.75
927.25
Output
Power
Peak
dBm
28.78
28.96
28.9
Limit
dBm
30
30
30
Margin
dB
1.22
1.04
1.1
Limit
For frequency hopping systems operating in the 902-928 MHz band: 1 watt for systems employing at least
50 hopping channels
Test Result :‐ Pass
Report Ref: 17E6742-1a
Page 11 of 49
4.3
Frequency Hopping Characteristics
4.3.1 Frequency hopping range number of hopping Channels
Fig 4 Frequency hopping range
Lowest channel 902.75MHz
Highest channel 927.25MHz
Number of hopping channels =50‐
Limit:‐ Min 50 hopping channels if the bandwidth is less than 250KHz
Test Result :‐ Pass
Report Ref: 17E6742-1a
Page 12 of 49
4.3.2
Frequency hopping channel separation
Fig 5 Channel Separation
Channel separation =500KHz
4.3.3
Report Ref: 17E6742-1a
Page 13 of 49
Frequency hopping average time of channel occupancy
Fig 6 Single pulse on time 94mS
Fig 7
Max Number of pulses in 20secs window =4
Report Ref: 17E6742-1a
Page 14 of 49
Limit
For frequency hopping systems operating in the 902-928 MHz band: if the 20 dB bandwidth of the hopping
channel is less than 250 kHz, the system shall use at least 50 hopping frequencies and the average time of
occupancy on any frequency shall not be greater than 0.4 seconds within a 20 second period; if the 20 dB
bandwidth of the hopping channel is 250 kHz or greater, the system shall use at least 25 hopping
frequencies and the average time of occupancy on any frequency shall not be greater than 0.4 seconds
within a 10 second period. The maximum allowed 20 dB bandwidth of the hopping channel is 500 kHz.
Calculation
Single pulse on time =94mS
Max Num of pulses in 20sec window = 4
Max on time in 20secs window =4*0.094 =0.376 secs < 0.4 secs limit
Test result Pass
Report Ref: 17E6742-1a
Page 15 of 49
5. Spurious Emissions EUT
5.1
Conducted Spurious Emissions
5.1.1 Conducted Spurious Emissions
Note Low ,Mid and High Channels tested …
Results similar for all three
Ref Appendix A for Scans
Test Result Pass
5.1.2 Conducted Emissions Band Edge
Ref Appendix B for Scans
Test Result Pass
Report Ref: 17E6742-1a
Page 16 of 49
5.2.
Radiated Spurious Emissions
5.2.1 Radiated Spurious Emissions with Antenna port Terminated
Note Low ,Mid and High Channels tested …
Results similar for all three
Ref Appendix C for Scans
5.2.2 Radiated Spurious Emissions Restricted Bands with Antenna #1
Antenna
Polarity
Final
Peak
Level
dBuV/m
Average
Limit
+20dB
dBuV/m
Margin
dB
3.8
Vertical
44.0
74.0
30.0
38.4
3.8
Horizontal
29.0
74.0
45.0
29.4
38.4
3.8
Vertical
41.2
74.0
32.8
33.4
29.4
38.4
3.8
Horizontal
28.2
74.0
45.8
2.782
44.8
29.4
38.4
3.8
Vertical
39.6
74.0
34.4
2.782
34.1
29.4
38.4
3.8
Horizontal
28.9
74.0
45.1
Frequency
GHz
Peak
Level
dBuV/m
Antenna
Factor
dB
Preamp
Gain dB
Cable
Loss
2.708
49.2
29.4
38.4
2.708
34.2
29.4
2.744
46.4
2.744
Average measurements not performed as peak results were below average limit
Peak measurement performed with Resolution Bandwidth set to 1MHz as per ANSI C63.10-2013 Section
4.1.4.2.2
Ref Appendix D for Scans
Test Result Pass
5.2.3 Radiated Spurious Emissions Restricted Bands with Antenna #2
Antenna
Polarity
Final
Peak
Level
dBuV/m
Average
Limit
+20dB
dBuV/m
Margin
dB
3.8
Vertical
39.0
74.0
35.0
38.4
3.8
Horizontal
38.0
74.0
36.0
29.4
38.4
3.8
Vertical
38.5
74.0
35.5
42.2
29.4
38.4
3.8
Horizontal
37.0
74.0
37.0
2.782
45.7
29.4
38.4
3.8
Vertical
40.5
74.0
33.5
2.782
44.6
29.4
38.4
3.8
Horizontal
39.4
74.0
34.6
Frequency
GHz
Peak
Level
dBuV/m
Antenna
Factor
dB
Preamp
Gain dB
Cable
Loss
2.708
44.2
29.4
38.4
2.708
43.2
29.4
2.744
43.7
2.744
Average measurements not performed as peak results were below average limit
Peak measurement performed with Resolution Bandwidth set to 1MHz as per ANSI C63.10-2013 Section
4.1.4.2.2
Ref Appendix E for Scans
Test Result Pass
Report Ref: 17E6742-1a
Page 17 of 49
5.2.4 Radiated Spurious Emissions Band Edge with Antenna #1
Ref Appendix F for Scans
Test Result Pass
5.2.5 Radiated Spurious Emissions Band Edge with Antenna #2
Ref Appendix G for Scans
Test Result Pass
Report Ref: 17E6742-1a
Page 18 of 49
6 List of Test Equipment
Instrument
Manufacturer
Model
Serial Num
CEI Ref
Cal Due
Date
Cal
Interval
Months
Microwave Preamplifier
Hewlett Packard
83017A
3123A00175
805
29/09/2017
12
Spectrum Analyser 30Hz-40GHz
Rohde& Schwarz
FSP40
850
09/11/2018
36
Test Receiver 3.6GHz
Rohde& Schwarz
ESR
100053
1316.3003k03101625-s
869
04/06/2020
36
Anechoic Chamber
CEI
SAR 10M
845
845
16/03/2019
36
Antenna Horn
EMCO
3115
9905-5809
655
03/11/2017
24
Fully Anechoic Chamber
CEI
FAR 3M
906
906
22/03/2018
36
Antenna Trilog
Schwarzbeck
VULB 9160
9160-3361
889
04/08/2018
24
LISN
Rohde& Schwarz
ESH3-Z5
825460/003
604
21/01/2019
36
Report Ref: 17E6742-1a
Page 19 of 49
Measurement Uncertainties
Measurement
Radio Frequency
Maximum Frequency Deviation
Conducted Emissions
Radiated Emission 30MHz-100MHz
Radiated Emission 100MHz-300MHz
Radiated Emission 300MHz-1GHz
Radiated Emission 1GHz-40GHz
Uncertainty
+/- 5x10-7
+/- 1.7 %
+/- 1 dB
+/- 5.3 dB
+/- 4.7 dB
+/- 3.9 dB
+/- 3.8 dB
The measurement uncertainties stated were calculated with a k=2 for a confidence level of
over 95% as per ETS TR100 028.
Report Ref: 17E6742-1a
Page 20 of 49
Appendix A
Additional Test Results
For
Conducted Measurements Spurious Emissions
Report Ref: 17E6742-1a
Page 21 of 49
Fig A1 Low Channel Conducted Spurious Emissions 30MHz -1GHz
Fig A1 Low Channel Conducted Spurious Emissions 1GHz-4GHz
Report Ref: 17E6742-1a
Page 22 of 49
Fig A3 Low Channel Conducted Spurious Emissions 4GHz -7GHz
Fig A4 Low Channel Conducted Spurious Emissions 7GHz -10 GHz
Report Ref: 17E6742-1a
Page 23 of 49
Fig A5 Mid Channel Conducted Spurious Emissions 30MHz -1GHz
Fig A6 Mid Channel Conducted Spurious Emissions 1GHz-4GHz
Report Ref: 17E6742-1a
Page 24 of 49
Fig A7 Mid Channel Conducted Spurious Emissions 4GHz -7GHz
Fig A8 Mid Channel Conducted Spurious Emissions 7GHz -10 GHz
Report Ref: 17E6742-1a
Page 25 of 49
Fig A9 High Channel Conducted Spurious Emissions 30MHz -1GHz
Fig A10 High Channel Conducted Spurious Emissions 1GHz-4GHz
Report Ref: 17E6742-1a
Page 26 of 49
Fig A11 High Channel Conducted Spurious Emissions 4GHz -7GHz
Fig A12 High Channel Conducted Spurious Emissions 7GHz -10 GHz
Report Ref: 17E6742-1a
Page 27 of 49
Appendix B
Conducted Tests for Band Edges
Report Ref: 17E6742-1a
Page 28 of 49
Fig B1
Low Channel
Band Edge Conducted non hopping
Fig B2 High Channel
Band Edge Conducted non hopping
Report Ref: 17E6742-1a
Page 29 of 49
Fig B3 Low Channel
Band Edge Conducted hopping
Fig B4 High Channel
Band Edge Conducted hopping
Report Ref: 17E6742-1a
Page 30 of 49
Appendix C
Radiated Spurious Emissions
with antenna port terminated
Report Ref: 17E6742-1a
Page 31 of 49
Fig C1 Low Channel Radiated Emissions 30MHz -1GHz Vertical 3metres
Fig C2 Low Channel Radiated Emissions 30MHz -1GHz Horizontal 3metres
Report Ref: 17E6742-1a
Page 32 of 49
Fig C3 Low Channel Radiated Emissions 1GHz -3.6GHz Vertical 3metres
Fig C4 Low Channel Radiated Emissions 1GHz -3.6GHz Horizontal 3metres
Report Ref: 17E6742-1a
Page 33 of 49
Fig C5 Low Channel Radiated Emissions 3.6GHz -7.6GHz Vertical 1metre
Fig C6 Low Channel Radiated Emissions 3.6GHz -7.6GHz Horizontal 1metre
Report Ref: 17E6742-1a
Page 34 of 49
Fig C7 Low Channel Radiated Emissions 7.6GHz -10.6GHz Vertical 1metre
Fig C8 Low Channel Radiated Emissions 7.6GHz -10.6GHz Horizontal 1metre
Report Ref: 17E6742-1a
Page 35 of 49
Appendix D
Radiated Spurious Emissions Restricted Bands
with antenna #1
Report Ref: 17E6742-1a
Page 36 of 49
Fig D1 Low Channel Radiated Emissions 30MHz -902GHz Vertical 3metres
Fig D2 Low Channel Radiated Emissions 30MHz -902MHz Horizontal 3metres
Report Ref: 17E6742-1a
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Fig D3 Low Channel Radiated Emissions 928MHz -1GHz Vertical 3metres
Fig D4 Low Channel Radiated Emissions 928MHz -1GHz Horizontal 3metres
Report Ref: 17E6742-1a
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Fig D5 Low Channel Radiated Emissions 928MHz -1GHz Vertical 3metres
Fig D6 Low Channel Radiated Emissions 928MHz -1GHz Horizontal 3metres
Report Ref: 17E6742-1a
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Fig D7 Low Channel Radiated Emissions 1GHz -3.6GHz Vertical 3metres
Fig D8 Low Channel Radiated Emissions 1GHz -3.6GHz Horizontal 3metres
Report Ref: 17E6742-1a
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Fig D9 Low Channel Radiated Emissions 3.6GHz -7.6GHz Vertical 1metre
Fig D10 Low Channel Radiated Emissions 3.6GHz -7.6GHz Horizontal 1metre
Report Ref: 17E6742-1a
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Fig D11 Low Channel Radiated Emissions 7.6GHz -10.6GHz Vertical 1metre
Fig D12 Low Channel Radiated Emissions 7.6GHz -10.6GHz Horizontal 1metre
Report Ref: 17E6742-1a
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Appendix E
Radiated Spurious Emissions Restricted Bands
with antenna #2
Report Ref: 17E6742-1a
Page 43 of 49
Fig E1 High Channel Radiated Emissions 30MHz -902GHz Vertical 3metres
Fig E2 High Channel Radiated Emissions 30MHz -1GHz Horizontal 3metres
Report Ref: 17E6742-1a
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Fig E3 High Channel Radiated Emissions 928MHz -1GHz Vertical 3metres
Fig E4 High Channel Radiated Emissions 928MHz -1GHz Horizontal 3metres
Report Ref: 17E6742-1a
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Fig E5 High Channel Radiated Emissions 928MHz -1GHz Vertical 3metres
Fig E6 High Channel Radiated Emissions 928MHz -1GHz Horizontal 3metres
Report Ref: 17E6742-1a
Page 46 of 49
Fig E7 High Channel Radiated Emissions 1GHz -3.6GHz Vertical 3metres
Fig E8 High Channel Radiated Emissions 1GHz -3.6GHz Horizontal 3metres
Report Ref: 17E6742-1a
Page 47 of 49
Fig E9 High Channel Radiated Emissions 3.6GHz -7.6GHz Vertical 1metre
Fig E10 High Channel Radiated Emissions 3.6GHz -7.6GHz Horizontal 1metre
Report Ref: 17E6742-1a
Page 48 of 49
Fig E11 High Channel Radiated Emissions 7.6GHz -10.6GHz Vertical 1metre
Fig E12 High Channel Radiated Emissions 7.6GHz -10.6GHz Horizontal 1metre
Report Ref: 17E6742-1a
Page 49 of 49
Note see additional report “17E6742-1a additional appendices” for the following
appendices
Appendix F
Radiated Emissions
Band Edge with antenna #1
Appendix G
Radiated Emissions
Band Edge with antenna #2
Appendix H
Conducted Emissions on the mains
End of Report
Download: NUR21W UHF RFID Radio Module NUR2-1W Test Report  Nordic ID Oy
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