Test report.pdf

FCC ID: XKB-IUC16XCL

Test Report

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TEST REPORT N°: 838096-R1-E JDE : 137851 Subject Electromagnetic compatibility and Radio spectrum Matters (ERM) tests according to standards: FCC CFR 47 Part 15, Subpart B et C RSS-210 Issue 8.1 Issued to INGENICO Rovaltain TGV – Quartier de la Gare 9 Avenue de la gare 26958 VALENCE CEDEX 9 Apparatus under test  Product Lecteur RFID / RFID Reader  Trade mark INGENICO  Manufacturer INGENICO  Model under test IUC160-01T3176A  Serial number 15232UN00000016  FCCID XKB-IUC16XCL  ICID 2586D-IUC16XCL th th Test date Du 18 au 28 Septembre 2015 / From September 18 to 28 , 2015 Test location Moirans IC Test site 6500A-1 & 6500A-3 Test performed by Jonathan PAUC / Jonathan SARTO Composition of document 31 pages Modification of the last version None nd Document issued on November 2 , 2015 Written by : Approved by : Jonathan PAUC Anthony MERLIN Tests operator Technical manager This document shall not be reproduced, except in full, without the written approval of the LCIE. This document contains results related only to the item tested. It does not imply the conformity of the whole production to the item tested .Unless otherwise specified; the decision of conformity takes into account the uncertainty of measures. This document does not anticipate any certification decision.

TEST REPORT N°838096-R1-E Page 2/31 SUMMARY 1. TEST PROGRAM .................................................................................................................................... 3 2. SYSTEM TEST CONFIGURATION ......................................................................................................... 4 3. CONDUCTED EMISSION DATA ............................................................................................................. 6 4. RADIATED EMISSION DATA (15.209).................................................................................................... 8 5. FUNDAMENTAL FREQUENCY TOLERANCE (15.225E)...................................................................... 15 6. BAND-EDGE COMPLIANCE §15.209 ................................................................................................... 17 7. OCCUPIED BANDWIDTH ..................................................................................................................... 19 8. ANNEX 1 (GRAPHS) ............................................................................................................................. 21 9. UNCERTAINTIES CHART..................................................................................................................... 31

TEST REPORT N°838096-R1-E Page 3/31 1. TEST PROGRAM Standard: - FCC Part 15, Subpart B (Digital Devices) - FCC Part 15, Subpart C - RSS-210 Issue 8.1 – Feb 2015 - ANSI C63.10 (2013) - RSS-Gen Issue 4 – Nov 2014 RESULTS EMISSION TEST LIMITS (Comments) Quasi-peak Average Limits for conducted disturbance Frequency  PASS value (dBµV) value (dBµV) at mains ports  FAIL 150-500kHz 66 to 56 56 to 46 150kHz-30MHz  NA 0.5-5MHz 56 46  NP CFR 47 §15.207 5-30MHz 60 50 Radiated emissions Measure at 300m 9kHz-30MHz 9kHz-490kHz : 67.6dBµV/m /F(kHz)  PASS  FAIL CFR 47 §15.209 (a) Measure at 30m  NA CFR 47 §15.225 490kHz-1.705MHz : 87.6dBµV/m /F(kHz)  NP RSS-Gen §4.9 1.705MHz-30MHz : 29.5 dBµV/m Radiated emissions 30MHz-2GHz* Measure at 3m 30MHz-88MHz : 40 dBµV/m  PASS CFR 47 §15.209 (a)  FAIL CFR 47 §15.225 88MHz-216MHz : 43.5 dBµV/m  NA RSS-Gen §4.9 216MHz-960MHz : 46.0 dBµV/m  NP Highest frequency : 390MHz Above 960MHz : 54.0 dBµV/m (Declaration of provider) Fundamental field strength limit  PASS Operation within the band  FAIL CFR 47 §15.225  NA 13.110-14.010 MHz RSS-210 §A2.6  NP Fundamental frequency tolerance  PASS Operation within the band  FAIL CFR 47 §15.225  NA 13.110-14.010 MHz RSS-210 §A2.6  NP Band edge compliance  PASS Operation within the band  FAIL CFR 47 §15.225  NA 13.110-14.010 MHz RSS-210 §A2.6  NP  PASS Occupied bandwidth  FAIL No limit  NA RSS-Gen §4.6.1  NP  PASS Receiver Spurious Emission**  FAIL See RSS-Gen §4.10  NA RSS-Gen §4.10  NP *§15.33: The highest internal source of a testing device is defined like more the highest frequency generated or used in the testing device or on which the testing device works or agrees. - If the highest frequency of the internal sources of the testing device is lower than 108 MHz, measurement must be only performed until 1GHz. - If the highest frequency of the internal sources of the testing device ranges between 108 MHz and 500 MHz, measurement must be only performed until 2GHz. - If the highest frequency of the internal sources of the testing device ranges between 500 MHz and 1 GHz, measurement must be only performed until 5GHz. If the highest frequency of the internal sources of the testing device is above 1 GHz, measurement must be only performed until 5 times the highest frequency or 40 GHz, while taking smallest of both. **Testing covered the receive mode, and receiver spurious emissions are considered to be the same as transmitter.

TEST REPORT N°838096-R1-E Page 4/31 2. SYSTEM TEST CONFIGURATION 2.1. HARDWARE IDENTIFICATION (EUT AND AUXILIARIES): Equipment under test (EUT): IUC160-01T3176A Serial Number: 15232UN00000016 Photography of EUT Power supply: During all the tests, EUT is supplied by Vnom: 5VDC For measurement with different voltage, it will be presented in test method. Name Type Rating Reference / Sn Comments  AC  DC  Battery Supply1 5V – 500mA - - USB From Laptop Inputs/outputs - Cable Length Declared Under Access Type Shielded used (m) <3m test Access1 USB power supply 2    Access2 COM0 RS232 2    Access3 SAM2 /    Access4 SAM1 /    Access5 µSD Card – MMC /    Access6 Wake Up (2 Wires) 0.3    Auxiliary equipment used during test Type Reference Sn Comments Laptop LENOVO 8896-2FG L3-B7463

TEST REPORT N°838096-R1-E Page 5/31 Equipment information: RF module: NC Frequency band: [13.553–13.567 ] MHz Sub-band REC7003: Annexe g(f) RF mode: Transmitter Transceiver Receiver Standby Product class § 7.1.4 1 2 3 Receiver classification § 4.1.1 1 2 3 Antenna type: External: Internal: Antenna gain: NC Category I (General) Category II (Portable) Category III (Indoor) Extreme temperature range: -20°C to +55°C -10°C to +55°C +5°C to +35°C Performed at-30°C to +70°C Extreme test source voltage: ±10%: other: 5V – 5.5Vdc NC : Not communicated by customer 2.2. EUT RUNNING MODE Firmware / Software version of EUT: Appli : App_Cem. A continuous reading process is performed between EUT and Contact less Card through RFID Protocol. A continuous Writing/reading process is performed between SAM card & EUT / also between MMC & EUT. 2.3. EQUIPMENT MODIFICATIONS  None  Modification: 2.4. FIELD STRENGTH CALCULATION The field strength is calculated by adding the Antenna Factor and Cable Factor, and subtracting the Amplifier Gain (if any) from the measured reading. The basic equation with a sample calculation is as follow: FS = RA + AF + CF – AG Where FS = Field Strength RA = Receiver Amplitude AF = Antenna Factor CF = Cable Factor AG = Amplifier Gain Assume a receiver reading of 52.5dBµV is obtained. The antenna factor of 7.4 and a cable factor of 1.1 are added. The amplifier gain of 29dB is subtracted, giving a field strength of 32 dBµV/m. FS = 52.5 + 7.4 + 1.1 – 29 = 32 dBµV/m The 32 dBµV/m value can be mathematically converted to its corresponding level in µV/m. Level in µV/m = Common Antilogarithm [(32dBµV/m)/20] = 39.8 µV/m. 2.5. CALIBRATION DATE The calibration intervals are extended at 12+2 months. This extended interval is based on the fact that there is sufficient calibration data to statistically establish a trend or based on experience of use of the test equipment to assure good measurement results for a longer period

TEST REPORT N°838096-R1-E Page 6/31 3. CONDUCTED EMISSION DATA 3.1. ENVIRONMENTAL CONDITIONS th Date of test September 30 , 2015 Test performed by Jonathan SARTO Atmospheric pressure (hPa) 1001 Relative humidity (%) 36 Ambient temperature (°C) 21 3.2. TEST SETUP Mains terminals The EUT and auxiliaries are set:  80cm above the ground on the non-conducting table (Table-top equipment)  10cm above the ground on isolating support (Floor standing equipment) The distance between the EUT and the LISN is 80cm. The EUT is 40cm away for the vertical ground plane. The EUT is powered by Vnom. The EUT is powered through a LISN (measure). Auxiliaries are powered by another LISN. Test setup

TEST REPORT N°838096-R1-E Page 7/31 3.3. TEST EQUIPMENT LIST DESCRIPTION MANUFACTURER MODEL N° LCIE Cal_Date Cal_Due Cable + self - - A5329578 07/15 07/16 Conducted emission comb generator BARDET - A3169049 - - LISN RHODE & SCHWARZ ENV216 C2320123 02/15 02/16 Receiver 20Hz – 8GHz ROHDE & SCHWARZ ESU8 A2642019 04/15 04/16 Thermo-hygrometer (PM2) OREGON BAR916HG-G B4206011 09/15 09/16 Transient limiter RHODE & SCHWARZ ESH3-Z2 A7122204 11/14 11/15 3.4. DIVERGENCE, ADDITION OR SUPPRESSION ON THE TEST SPECIFICATION  None  Divergence: 3.5. TEST RESULTS Mains terminals: Supply1 Measurements are performed on the phase (L1) and neutral (N) of the power line. Results: (PEAK detection) Graph identifier Line Comments Emc# 1 Phase - See annex 1 Emc# 2 Neutral - See annex 1 Emc# 3 Phase Dummy load See annex 1 Emc# 4 Neutral Dummy load See annex 1 3.6. CONCLUSION The sample of the equipment IUC160-01T3176A Sn: 15232UN00000016, tested in the configuration presented in this test report satisfies to requirements of class B limits of the standard FCC Part15C, for conducted emissions.

TEST REPORT N°838096-R1-E Page 8/31 4. RADIATED EMISSION DATA (15.209) 4.1. ENVIRONMENTAL CONDITIONS th st Date of test : September 18 , 2015 September 21 , 2015 Test performed by : J.PAUC J.PAUC Atmospheric pressure (hPa) : 990 991 Relative humidity (%) : 46 44 Ambient temperature (°C) : 22 21 4.2. TEST SETUP The installation of EUT is identical for pre-characterization measures in a 3 meters semi- anechoic chamber and for measures on the 10 meters Open site. The EUT and auxiliaries are set:  80cm above the ground on the non-conducting table (Table-top equipment) - Below 1GHz  150cm above the ground on the non-conducting table (Table-top equipment) - Above 1GHz  10cm above the ground on isolating support (Floor standing equipment) The EUT is powered by Vnom. Test setup on OATS – Worst case

TEST REPORT N°838096-R1-E Page 9/31 Test setup in anechoic chamber (Pos XY) – setup <1GHz Test setup in anechoic chamber (Pos Z) – setup <1GHz

TEST REPORT N°838096-R1-E Page 10/31 Test setup in anechoic chamber (Pos XY) – setup >1GHz Test setup in anechoic chamber (Pos Z) – setup >1GHz

TEST REPORT N°838096-R1-E Page 11/31 4.3. TEST METHOD Pre-characterisation measurement: (9kHz – 2GHz) A pre-scan of all the setup has been performed in a 3 meters semi-anechoic chamber for frequency from 30MHz to 2GHz. Test is performed in horizontal (H) and vertical (V) polarization, the loop antenna was rotated during the test for maximized the emission measurement. Continuous linear turntable azimuth search was performed with 360 degrees range. Measurement performed on all axis of EUT used in normal configuration. The pre-characterization graphs are obtained in PEAK detection and PEAK/AVERAGE from 1GHz to 2GHz. Characterization on 10 meters open site from 9kHz to 1GHz: The product has been tested according to ANSI C63.10, FCC part 15 subpart C. Radiated Emissions were measured on an open area test site. A description of the facility is on file with the FCC. The product has been tested at a distance of 10 meters from the antenna and compared to the FCC part 15 subpart C §15.225 limits in the frequency range 13.553MHz 13.567MHz. Measurement bandwidth was 9kHz below 30MHz and 120kHz from 30 MHz to 1GHz. Test is performed in horizontal (H) and vertical (V) polarization, the loop antenna was rotated during the test for maximized the emission measurement. The height antenna is varied from 1m to 4m. Continuous linear turntable azimuth search was performed with 360 degrees range. Measurement performed on all axis of EUT used in normal configuration. A summary of the worst case emissions found in all test configurations and modes is shown. Frequency list has been created with anechoic chamber pre-scan results. Characterization on 3 meters full anechoic chamber from 1GHz to 2GHz: The product has been tested at a distance of 3 meters from the antenna and compared to the FCC part 15 subpart B §15.109 limits and C §15.209 limits. Measurement bandwidth was 1MHz from 1GHz to 2GHz. Test is performed in horizontal (H) and vertical (V) polarization. Continuous linear turntable azimuth search was performed with 360 degrees range. Measurement performed on all axis of EUT used in normal configuration. A summary of the worst case emissions found in all test configurations and modes is shown.The height antenna is  On mast, varied from 1m to 4m  Fixed and centered on the EUT (EUT smaller than the beamwidth of the measurement antenna, ANSI C63.10 §6.6.5) Frequency list has been created with anechoic chamber pre-scan results.

TEST REPORT N°838096-R1-E Page 12/31 4.4. TEST EQUIPMENT LIST Anechoic chamber DESCRIPTION MANUFACTURER MODEL N° LCIE Cal_Date Cal_Due Antenna Bi-log CHASE CBL6111A C2040172 06/15 06/17 Cable Measure @3m - - A5329038 08/14 10/15 Cable Measure @3m - - A5329206 04/15 04/16 Semi-Anechoic chamber #3 SIEPEL - D3044017 - - Spectrum analyzer ROHDE & SCHWARZ FSV 30 A4060050 01/15 01/16 Thermo-hygrometer (C3) OREGON BAR206 B4204078 04/15 04/16 Turntable chamber (Cage#3) ETS Lingren Model 2165 F2000371 - - Table LCIE - F2000461 - - Horn Antenna EMCO 3115 C2042029 09/14 09/15 Amplifier 1-6GHz HEWLETT PACKARD - A7085016 10/14 10/15 OATS DESCRIPTION MANUFACTURER MODEL N° LCIE Cal_Date Cal_Due Antenna Bi-log CHASE CBL6111A C2040051 04/14 04/16 Antenna Loop ELECTRO-METRICS EM-6879 C2040052 10/13 10/15 Cable SUCOFLEX 106G A5329061 03/15 03/16 Cable (OATS) - - A5329623 10/14 10/15 Radiated emission comb generator BARDET - A3169050 - - OATS - - F2000409 09/14 09/15 Receiver 20Hz – 8GHz ROHDE & SCHWARZ ESU8 A2642019 04/15 04/16 Receiver 20-1000MHz ROHDE & SCHWARZ ESVS30 A2642006 05/15 05/16 Thermo-hygrometer (PM2) OREGON BAR916HG-G B4206011 07/15 07/16 Antenna mast (OATS) LCIE - F2000288 - - Turntable / Mast controller (OATS) ETS Lindgren Model 2066 F2000372 - - Antenna mast (OATS) ETS Lindgren 2071-2 F2000392 - - Turntable (OATS) ETS Lindgren Model 2187 F2000403 - - Table LCIE - F2000438 - - 4.5. DIVERGENCE, ADDITION OR SUPPRESSION ON THE TEST SPECIFICATION  None  Divergence: 4.6. TEST RESULTS 4.6.1. Pre-characterization at 3 meters [9kHz-30MHz] See graph for 9kHz-30MHz band: Graph identifier Polarization EUT position Comments Emr# 1 0° Axis XY See annex 1 Emr# 2 90° Axis XY See annex 1 4.6.2. Pre-characterization at 3 meters [30MHz-1GHz] See graphs for 30MHz-1GHz: Graph identifier Polarization EUT position Comments Emr# 3 Vertical & Horizontal Axis XY See annex 1 Emr# 4 Vertical & Horizontal Axis Z See annex 1

TEST REPORT N°838096-R1-E Page 13/31 4.6.3. Pre-characterization at 3 meters [1GHz-2GHz] See graphs for 1GHz-2GHz: Graph identifier Polarization EUT position Comments Emr# 5 Vertical & Horizontal Axis XY See annex 1 Emr# 6 Vertical & Horizontal Axis Z See annex 1 4.6.4. Characterization on 10 meters open site below 30 MHz Worst case final data result: Frequency list has been created with semi-anechoic chamber pre-scan results. Measurements are performed using a QUASI-PEAK detection. No Frequency QPeak Limit Qpeak Margin Angle Pol Ht Correc. Comments (MHz) (dBµV/m) (dBµV/m) (Mes-Lim) Table Ant. Ant. Factor @ 30m @ 30m (dB) (deg) (cm) (dB) 1 13.56 84 40.4 -43.6 96 90 100 35.1 - 2 27.119 29.5 14 -15.5 90 90 100 45.0 - Note: Measure have been done at 10m distance and corrected according to requirements of 15.209.e) (M@30m = M@10m-19.1dB) Limits Sub clause §15.225 Frequency (MHz) Field strength (µV/m) Measurement distance (m) 15 848 13.553-13.567 30 84 dBµV/m 13.410-13.553 334 30 13.567-13.710 50.5 dBµV/m 13.110-13.410 106 30 13.710-14.010 40.5 dBµV/m See following chapter of this test report for band edge measurements.

TEST REPORT N°838096-R1-E Page 14/31 4.6.5. Characterization on 10 meters open site from 30MHz to 1GHz Worst case final data result: Frequency list has been created with semi-anechoic chamber pre-scan results. Measurements are performed using a QUASI-PEAK detection. No Frequency Limit Measure Margin Angle Pol. Ht. FC Remark (MHz) QPeak QPeak QPeak Table Ant. Ant. (dB) (dBµV/m) (dBµV/m) (dB) (°) (cm) 1 39.826 40.0 36.9 -3.1 154 V 100 14.4 / 2 40.678 40.0 33.4 -6.6 162 V 100 13.9 / 3 41.526 40.0 38.0 -2.0 143 V 100 13.5 / 4 42.852 40.0 33.3 -6.7 139 V 322 12.8 / 5 47.999 40.0 32.8 -7.2 9 V 100 10.3 / 6 59.995 40.0 32.1 -7.9 221 V 230 7.6 / 7 67.786 40.0 35.3 -4.7 274 V 250 7.8 / 8 96.328 43.5 29.8 -13.7 194 V 200 11.3 / 9 116.224 43.5 27.8 -15.7 153 V 150 13.4 / 10 209.64 43.5 32.3 -11.2 31 H 400 11.8 / 11 290.28 46.0 41.6 -4.4 320 H 343 16.2 / 12 483.82 46.0 43.3 -2.7 140 H 230 21.5 / 13 628.96 46.0 34.9 -11.1 31 H 183 24.4 / 14 870.876 46.0 38.8 -7.2 360 V 211 28.3 / Note: Measure have been done at 10m distance and corrected according to requirements of 15.209.e) (M@3m = M@10m+10.5dB) 4.6.6. Characterization on 3meters anechoic chamber from 1GHz to 2GHz Worst case final data result: The frequency list is created from the results obtained during the pre-characterization in anechoic chamber. Measurements are performed using a PEAK and AVERAGE detection. No Frequency Limit Measure Margin Limit Measure Margin Angle Pol. Ht. FC Remark (MHz) Peak Peak Peak Average Average Average Table Ant. Ant. (dB) (dBµV/m) (dBµV/m) (dB) (dBµV/m) (dBµV/m) (dB) (°) (cm) 1 1957.150 74.0 55.7 -18.3 54.0 48.8 -5.2 94 V 100 29.4 / 2 1660.800 74.0 48.6 -25.4 54.0 38.3 -15.7 87 V 100 28.3 / 3 1451.540 74.0 44.4 -29.6 54.0 33.4 -20.6 98 V 100 27.4 / Note: Measures have been done at 3m distance. 4.7. CONCLUSION The sample of the equipment IUC160-01T3176A Sn: 15232UN00000016, tested in the configuration presented in this test report satisfies to requirements of class B limits of the standard FCC Part15B and C, for radiated emissions.

TEST REPORT N°838096-R1-E Page 15/31 5. FUNDAMENTAL FREQUENCY TOLERANCE (15.225E) 5.1. ENVIRONMENTAL CONDITIONS th Date of test : September 28 , 2015 Test performed by : J.PAUC Atmospheric pressure (hPa) : 999 Relative humidity (%) : 41 Ambient temperature (°C) : 22 5.2. TEST SETUP Frequency of carrier: 13.56 MHz Upper limit: 13.561356 MHz Lower limit: 13.558644 MHz The equipment (IUC 160) is set in a climatic chamber. Measure is performed on one channel of RF module. Test setup 5.3. TEST METHOD The frequency tolerance of the carrier signal shall be maintained within ±0.01% of the operating frequency when the temperature is varied from -20°C to +50°C at the nominal power voltage and the primary power voltage is varied from 5 to 5.5Vdc of the rated supply voltage at 20°C.

TEST REPORT N°838096-R1-E Page 16/31 5.4. TEST EQUIPMENT LIST DESCRIPTION MANUFACTURER MODEL N° LCIE Cal_Date Cal_Due Antenna Loop LCIE - - - - Cable Measure - 40G A5329653 12/14 12/15 Multimeter - CEM FLUKE 87 A1240251 06/15 06/16 Power supply DC 300W / 150V-6A SODILEC 7SDLIN/GB AUTO 300 A7043036 - - Thermo-hygrometer (PM2) OREGON BAR916HG-G B4206011 07/15 07/16 Spectrum Analyzer 9kHz - 6GHz ROHDE & SCHWARZ FSL6 A2642020 07/14 09/15 Cable MICRO-COAX - A5329653 04/15 04/16 Climatic chamber BIA CLIMATIC CL 6-25 D1022117 12/13 12/15 5.5. DIVERGENCE, ADDITION OR SUPPRESSION ON THE TEST SPECIFICATION  None  Divergence: According to USB recommendation : Voltage range is set from 5V to 5.5Vdc EUT doesn’t work at a voltage below 5Vdc 5.6. TEST RESULTS Temperature -30°C -20°C 20°C +70°C Voltage Mains voltage: 5Vdc (Vnom) Frequency Drift (MHz) + 0.000083 + 0.000051 REF - 0.000073 Carrier level (dBc) + 2.00 + 1.5 REF + 2.60 Mains voltage: 5.5Vdc (Vmax) Frequency Drift (MHz) + 0.000083 + 0.000051 + 0.000000 - 0.000073 Carrier level (dBc) + 3.00 + 1.50 + 0.00 + 2.60 Frequency drift measured is 83Hz when the temperature is varied from -30°C to +70°C and voltage is varied. 5.1. CONCLUSION The sample of the equipment IUC160-01T3176A Sn: 15232UN00000016, tested in the configuration presented in this test report satisfies to requirements of the standard FCC Part15C, for fundamental frequency tolerance.

TEST REPORT N°838096-R1-E Page 17/31 6. BAND-EDGE COMPLIANCE §15.209 6.1. ENVIRONMENTAL CONDITIONS th Date of test : September 28 , 2015 Test performed by : J.PAUC Atmospheric pressure (hPa) : 999 Relative humidity (%) : 41 Ambient temperature (°C) : 22 6.2. TEST SETUP For measurement, the power level calibration of the spectrum analyzer is related to the field strength measured in chapter radiated emission data. Test setup 6.3. TEST METHOD Frequency band 13.110-14.010MHz Following plots show radiated emission level in the frequency band 13.110-14.010MHz with a RBW of 9kHz and a quasi-peak detector. The graphs are obtained with a measuring receiver. Frequency band 13.553-13.567MHz Following plots show radiated emission level in the frequency band 13.55.-13.567MHz with a RBW of 1kHz. The graphs are obtained with a measuring receiver.

TEST REPORT N°838096-R1-E Page 18/31 6.4. TEST EQUIPMENT LIST DESCRIPTION MANUFACTURER MODEL N° LCIE Cal_Date Cal_Due Antenna Loop LCIE - - - - Cable Measure - 40G A5329653 12/14 12/15 Multimeter - CEM FLUKE 87 A1240251 06/15 06/16 Power supply DC 300W / 150V-6A SODILEC 7SDLIN/GB AUTO 300 A7043036 - - Thermo-hygrometer (PM2) OREGON BAR916HG-G B4206011 07/15 07/16 Spectrum Analyzer 9kHz - 6GHz ROHDE & SCHWARZ FSL6 A2642020 07/14 09/15 Cable - MICRO-COAX A5329653 04/15 04/16 Climatic chamber BIA CLIMATIC CL 6-25 D1022117 12/13 12/15 6.5. DIVERGENCE, ADDITION OR SUPPRESSION ON THE TEST SPECIFICATION  None  Divergence: 6.6. TEST RESULTS Offs -14.50 dB * RBW 10 kHz Offs -14.50 dB * RBW 1 kHz * Att 5 dB * VBW 30 kHz * Att 5 dB * VBW 3 kHz Ref 86.50 dBµV * SWT 400s Ref 86.50 dBµV SWT 50ms * Limit Check PASS Limit Check PASS 1QP 80 dBµV Line PART15_13.56 PASS 1AP 80 dBµV Line PART15_13.56 PASS View View 70 dBµV 70 dBµV 60 dBµV 60 dBµV 50 dBµV 50 dBµV PART15_13.56 40 dBµV 40 dBµV PART15_13.56 30 dBµV 30 dBµV 20 dBµV 20 dBµV 10 dBµV 10 dBµV 0 dBµV 0 dBµV -10 dBµV -10 dBµV CF 13.5596 MHz Span 1.0 MHz CF 13.5596 MHz Span 50.0 kHz Date: 28.SEP.2015 16:52:26 Frequency band 13.110-14.010MHz Frequency Date: 28.SEP.2015 16:54:11band 13.553-13.567MHz 6.7. CONCLUSION The sample of the equipment IUC160-01T3176A, Sn: 15232UN00000016, tested in the configuration presented in this test report satisfies to requirements of the standard FCC Part15C, for band-edge compliance.

TEST REPORT N°838096-R1-E Page 19/31 7. OCCUPIED BANDWIDTH 7.1. ENVIRONMENTAL CONDITIONS th Date of test : September 28 , 2015 Test performed by : J.PAUC Atmospheric pressure (hPa) : 999 Relative humidity (%) : 41 Ambient temperature (°C) : 22 7.1. SETUP  Conducted measurement: The EUT is turned ON and connected to measurement instrument; the center frequency of the spectrum analyzer is set to the fundamental frequency. The captured power is measured and recorded; the measurement is repeated until all frequencies required were complete. Offset: Attenuator+cable 10.3dB  Radiated measurement: The EUT is turned ON and connected to measurement instrument; the center frequency of the spectrum analyzer is set to the fundamental frequency. The captured power is measured and recorded; the measurement is repeated until all frequencies required were complete. Measurement Procedure: 1. RBW used should not be lower than 1% of the selected span 2. Set the video bandwidth (VBW) ≥ 3 x RBW. 3. Detector = Peak. 4. Trace mode = max hold. 5. Sweep = auto couple. 6. Allow the trace to stabilize. 7. OBW 99% function of spectrum analyzer used 7.2. TEST EQUIPMENT LIST DESCRIPTION MANUFACTURER MODEL N° LCIE Cal_Date Cal_Due Antenna Loop LCIE - - - - Cable Measure - 40G A5329653 12/14 12/15 Multimeter - CEM FLUKE 87 A1240251 06/15 06/16 Power supply DC 300W / 150V-6A SODILEC 7SDLIN/GB AUTO 300 A7043036 - - Thermo-hygrometer (PM2) OREGON BAR916HG-G B4206011 07/15 07/16 Spectrum Analyzer 9kHz - 6GHz ROHDE & SCHWARZ FSL6 A2642020 07/14 09/15 Cable - MICRO-COAX A5329653 04/15 04/16 7.3. DIVERGENCE, ADDITION OR SUPPRESSION ON THE TEST SPECIFICATION  None  Divergence:

TEST REPORT N°838096-R1-E Page 20/31 7.4. TEST SEQUENCE AND RESULTS Frequency 99% Occupied Bandwidth (MHz) (kHz) 13.56 8.4 Offs -14.50 dB * RBW 1 kHz * Att 5 dB * VBW 3 kHz M1[1] 42. 86 dBµV Ref 65.50 dBµV SWT 100ms 13. 559400000 MHz Oc c Bw 8. 383233533 kHz 60 dBµV 1AP T1[1] 12. 51 dBµV View 13. 556406387 MHz 50 dBµV T2[1] 4. 42 dBµV M1 13. 564789621 MHz 40 dBµV 30 dBµV 20 dBµV T1 10 dBµV T2 0 dBµV -10 dBµV -20 dBµV -30 dBµV CF 13.5596 MHz Span 100.0 kHz Date: 28.SEP.2015 17:01:15

TEST REPORT N°838096-R1-E Page 21/31 8. ANNEX 1 (GRAPHS) RADIATED EMISSIONS Graph name: Emr#1 Test configuration: Limit: FCC CFR47 Part15C Pre-characterisation - (0°) - (Worst case) Class: Frequency range: [9kHz - 30MHz] Antenna polarization: Horizontal RBW : 100kHz Azimuth: 0° - 360° VBW : 300kHz FCC/FCC CFR47 Part15C - Classe: - Moyenne/3.0m/ FCC/FCC CFR47 Part15C - Classe: - QCrête/3.0m/ FCC/FCC CFR47 Part15C - Classe: - Crête/3.0m/ Mes.Peak (Horizontale) Peak (Peak/LimQ-Peak) (Horizontale) 130 dBµV/m 0 -20 9kHz 30MHz Fréquence (MHz) Frequency (MHz) Peak Level (dBµV/m) 13.55862 80.46

TEST REPORT N°838096-R1-E Page 22/31 RADIATED EMISSIONS Graph name: Emr#2 Test configuration: Limit: FCC CFR47 Part15C Pre-characterisation - (90°) - (Worst case) Class: Frequency range: [9kHz - 30MHz] Antenna polarization: Horizontal RBW : 100kHz Azimuth: 0° - 360° VBW : 300kHz FCC/FCC CFR47 Part15C - Classe: - Moyenne/3.0m/ FCC/FCC CFR47 Part15C - Classe: - QCrête/3.0m/ FCC/FCC CFR47 Part15C - Classe: - Crête/3.0m/ Mes.Peak (Horizontale) Peak (Peak/LimQ-Peak) (Horizontale) 130 dBµV/m 0 -20 9kHz 30MHz Fréquence (MHz) Frequency (MHz) Peak Level (dBµV/m) 0.827595 54.61 13.55862 65.27

TEST REPORT N°838096-R1-E Page 23/31 RADIATED EMISSIONS Graph name: Emr#3 Test configuration: Limit: FCC CFR47 Part15C (H+V) - Pos XY Class: Frequency range: [30MHz - 1GHz] Antenna polarization: Horizontal & Vertical RBW : 100kHz Azimuth: 0° - 360° VBW : 300kHz FCC/FCC CFR47 Part15C - Classe: - Moyenne/3.0m/ FCC/FCC CFR47 Part15C - Classe: - QCrête/3.0m/ FCC/FCC CFR47 Part15C - Classe: - Crête/3.0m/ Niveau (Finaux Manuel) (Verticale) Niveau (Finaux Manuel) (Horizontale) Mes.Peak (Verticale) 100 Mes.Peak (Horizontale) dBµV/m 0 30MHz 1GHz Fréquence (MHz) Frequency (MHz) Peak Level (dBµV/m) 39.826 46.1 40.676 53.77 41.509 57.32 47.969 35.65 60.022 30.58 67.791 26.35 96.759 40.22 290.28 31.88 403.16 37.79 854.76 39.06 887 38.42 306.4 33.19 338.68 35.05 370.92 38.28 467.68 34.58 483.84 34.55 499.96 33.71 628.96 36.43

TEST REPORT N°838096-R1-E Page 24/31 RADIATED EMISSIONS Graph name: Emr#4 Test configuration: Limit: FCC CFR47 Part15C (H+V) - Pos Z Class: Frequency range: [30MHz - 1GHz] Antenna polarization: Horizontal & Vertical RBW : 100kHz Azimuth: 0° - 360° VBW : 300kHz FCC/FCC CFR47 Part15C - Classe: - Moyenne/3.0m/ FCC/FCC CFR47 Part15C - Classe: - QCrête/3.0m/ FCC/FCC CFR47 Part15C - Classe: - Crête/3.0m/ Niveau (Finaux Manuel) (Verticale) Niveau (Finaux Manuel) (Horizontale) Mes.Peak (Verticale) 100 Mes.Peak (Horizontale) dBµV/m 0 30MHz 1GHz Fréquence (MHz) Frequency (MHz) Peak Level (dBµV/m) 39.826 45.26 40.676 52.44 41.526 58.31 42.852 42.33 48.02 34.33 59.988 30.53 67.791 26.23 96.759 36.11 116.224 30.41 241.88 31.8 870.88 44.59 967.64 40.11 209.64 31.73 290.28 37.07 483.84 38.9 628.96 36.49 661.2 35.79

TEST REPORT N°838096-R1-E Page 25/31 RADIATED EMISSIONS Graph name: Emr#5 Test configuration: Limit: FCC CFR47 Part15B (H+V) – Pos XY Class: B Frequency range: [1GHz - 2GHz] Antenna polarization: Horizontal & Vertical RBW : 1MHz Azimuth: 0° - 360° VBW : 3MHz FCC/FCC CFR47 Part15B - Classe:B - Moyenne/3.0m/ FCC/FCC CFR47 Part15B - Classe:B - QCrête/3.0m/ FCC/FCC CFR47 Part15B - Classe:B - Crête/3.0m/ Niveau (Finaux Manuel) (Verticale) Mes.Peak (Horizontale) Mes.Peak (Verticale) Mes.Avg (Horizontale) Mes.Avg (Verticale) Peak (Peak/LimAvg) (Horizontale) 100 dBµV/m Peak (Peak/LimAvg) (Verticale) 0 1GHz 2GHz Fréquence (MHz) Spurious emissions Frequency Peak Level (dBµV/m) Position (MHz) 1956.6 55.89 Polarisation horizontale 1956.8 55.97 Polarisation verticale 1451.6 47.45 Polarisation verticale 1659.7 49.65 Polarisation verticale

TEST REPORT N°838096-R1-E Page 26/31 RADIATED EMISSIONS Graph name: Emr#6 Test configuration: Limit: FCC CFR47 Part15B (H+V) – Pos Z Class: B Frequency range: [1GHz - 2GHz] Antenna polarization: Horizontal & Vertical RBW : 1MHz Azimuth: 0° - 360° VBW : 3MHz FCC/FCC CFR47 Part15B - Classe:B - Moyenne/3.0m/ FCC/FCC CFR47 Part15B - Classe:B - QCrête/3.0m/ FCC/FCC CFR47 Part15B - Classe:B - Crête/3.0m/ Niveau (Finaux Manuel) (Verticale) Mes.Peak (Horizontale) Mes.Peak (Verticale) Mes.Avg (Horizontale) Mes.Avg (Verticale) Peak (Peak/LimAvg) (Horizontale) 100 dBµV/m Peak (Peak/LimAvg) (Verticale) 0 1GHz 2GHz Fréquence (MHz) Spurious emissions Frequency Peak Level (dBµV/m) Position (MHz) 1956.6 54.13 Polarisation horizontale 1956.8 53.02 Polarisation verticale 1451.6 46.67 Polarisation verticale 1659.7 48.41 Polarisation verticale

TEST REPORT N°838096-R1-E Page 27/31 CONDUCTED EMISSIONS Graph name: Emc#1 Test configuration: Limit: EN 55022 Phase Class: B Frequency range: [150kHz - 30MHz] Voltage / Frequency: 110VAC / 60Hz RBW : 10kHz Line: Phase VBW : 30kHz Civile/EN 55022 - Clas s e:B - Moyenne/ Civile/EN 55022 - Clas s e:B - QCrête/ Mes .Peak (SR 550xx) (Phas e 1) Mes .QPeak (SR 550xx) (Phas e 1) Mes .Avg (SR 550xx) (Phas e 1) Mes .Peak (Phas e 1) 100 Mes .Avg (Phas e 1) dBµV 0 150kHz 30MHz Fréquence (MHz) Spurious emissions Frequency Mes.Peak Mes.QPeak LimQP Mes.QPeak- Mes.Avg LimAvg Mes.Avg- (MHz) (dBµV) (dBµV) (dBµV) LimQP (dB) (dBµV) (dBµV) LimAvg (dB) 0.15 65 61.93 66 -4.07 40.23 56 -15.77 5.124 36.5 30.98 60 -29.02 21.68 50 -28.32 13.56 69.23 58.02 60 -1.98 29.42 50 -20.58 13.704 47.19 36.84 60 -23.16 25.12 50 -24.88 27.12 50.17 37.79 60 -22.21 33.66 50 -16.34

TEST REPORT N°838096-R1-E Page 28/31 CONDUCTED EMISSIONS Graph name: Emc#2 Test configuration: Limit: EN 55022 Neutral Class: B Frequency range: [150kHz - 30MHz] Voltage / Frequency: 110VAC / 60Hz RBW : 10kHz Line: Neutre VBW : 30kHz Civile/EN 55022 - Clas s e:B - Moyenne/ Civile/EN 55022 - Clas s e:B - QCrête/ Mes .Peak (Finaux 55022) (Phas e 1) Mes .QPeak (Finaux 55022) (Phas e 1) Mes .Avg (Finaux 55022) (Phas e 1) Mes .Peak (SR 550xx) (Phas e 1) Mes .QPeak (SR 550xx) (Phas e 1) Mes .Avg (SR 550xx) (Phas e 1) Mes .Peak (Phas e 1) 100 Mes .Avg (Phas e 1) dBµV 0 150kHz 30MHz Fréquence (MHz) Frequency Mes.Peak Mes.QPeak LimQP Mes.QPeak- Mes.Avg LimAvg Mes.Avg- (MHz) (dBµV) (dBµV) (dBµV) LimQP (dB) (dBµV) (dBµV) LimAvg (dB) 0.15 64.89 61.49 66 -4.51 39 56 -17 0.398 46.22 40.08 57.9 -17.82 29.71 47.9 -18.18 4.248 37.18 32.38 56 -23.62 22.74 46 -23.26 13.56 * 69.28 66.92 60 6.92 58.31 50 8.31 13.704 46.7 35.38 60 -24.62 27.52 50 -22.48 * : RFID carrier frequency

TEST REPORT N°838096-R1-E Page 29/31 CONDUCTED EMISSIONS Graph name: Emc#3 Test configuration: Limit: EN 55022 Phase – Dummy load Class: B Frequency range: [150kHz - 30MHz] Voltage / Frequency: 110VAC / 60Hz RBW : 10kHz Line: Phase VBW : 30kHz Civile/EN 55022 - Clas s e:B - Moyenne/ Civile/EN 55022 - Clas s e:B - QCrête/ Mes .Peak (SR 550xx) (Phas e 1) Mes .QPeak (SR 550xx) (Phas e 1) Mes .Avg (SR 550xx) (Phas e 1) Mes .Peak (Phas e 1) 100 Mes .Avg (Phas e 1) dBµV 0 150kHz 30MHz Fréquence (MHz) Frequency Mes.Peak Mes.QPeak LimQP Mes.QPeak- Mes.Avg LimAvg Mes.Avg- (MHz) (dBµV) (dBµV) (dBµV) LimQP (dB) (dBµV) (dBµV) LimAvg (dB) 0.15 63.17 60.94 66 -5.06 39.75 56 -16.25 13.56 50.66 47.37 60 -12.63 41.54 50 -8.46

TEST REPORT N°838096-R1-E Page 30/31 CONDUCTED EMISSIONS Graph name: Emc#4 Test configuration: Limit: EN 55022 Neutral – Dummy load Class: B Frequency range: [150kHz - 30MHz] Voltage / Frequency: 110VAC / 60Hz RBW : 10kHz Line: Neutral VBW : 30kHz Civile/EN 55022 - Clas s e:B - Moyenne/ Civile/EN 55022 - Clas s e:B - QCrête/ Mes .Peak (SR 550xx) (Phas e 1) Mes .QPeak (SR 550xx) (Phas e 1) Mes .Avg (SR 550xx) (Phas e 1) Mes .Peak (Phas e 1) 100 Mes .Avg (Phas e 1) dBµV 0 150kHz 30MHz Fréquence (MHz) Frequency Mes.Peak Mes.QPeak LimQP Mes.QPeak- Mes.Avg LimAvg Mes.Avg- (MHz) (dBµV) (dBµV) (dBµV) LimQP (dB) (dBµV) (dBµV) LimAvg (dB) 0.15 64.04 60.95 66 -5.05 38.73 56 -17.27 0.47 46.38 40.73 56.51 -15.78 27.7 46.51 -18.82 1.24 37.57 33.44 56 -22.56 22.53 46 -23.47 13.56 51.85 47.79 60 -12.21 41.86 50 -8.14

TEST REPORT N°838096-R1-E Page 31/31 9. UNCERTAINTIES CHART Incertitude élargie Incertitude laboratoire / limite du CISPR Type de mesure / Kind of measurement Wide uncertainty / CISPR laboratory uncertainty limit (k=2)  x y Mesure des perturbations conduites en tension sur le réseau d’énergie 3.57 dB 3.6 dB Measurement of conducted disturbances in voltage on the power port Mesure des perturbations conduites en tension sur le réseau de télécommunication A l’étude / 3.28 dB Measurement of conducted disturbances in voltage on the telecommunication port. Under consid. Mesure des perturbations discontinues conduites en tension 3.47 dB 3.6 dB Measurement of discontinuous conducted disturbances in voltage Mesure des perturbations conduites en courant A l’étude / 2.90 dB Measurement of conducted disturbances in current Under consid. Mesure du champ électrique rayonné sur le site en espace libre de Moirans 5.07 dB 5.2 dB Measurement of radiated electric field on the Moirans open area test site Les valeurs d’incertitudes calculées du laboratoire étant inférieures aux valeurs d’incertitudes limites établies par la norme, la conformité de l’échantillon est établie directement par les niveaux limites applicables. / The uncertainty values calculated by the laboratory are lower than limit uncertainty values defined by the standard. The conformity of the sample is directly established by the applicable limits values.


Document Created: 2015-12-11 16:48:47
Document Modified: 2015-12-11 16:48:47
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