Test Report

FCC ID: AJK5972410

Test Report

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FCCID_3726020

RR051-17-100875-1-A Ed. 0 Certification Radio test report According to the standard: CFR 47 FCC PART 15 Equipment under test: PERIMETER SURVEILLANCE RADAR FCC ID: AJK5972410 Company: ROCKWELL COLLINS FRANCE Distribution: Mr DE PABLO (Company: ROCKWELL COLLINS FRANCE) Number of pages: 32 with 4 appendixes Technical Verification and Ed. Date Modified Quality Approval Page(s) Name and Function Visa 0 1-Sep-17 Creation M. DUMESNIL, Radio Technical Manager Duplication of this document is only permitted for an integral photographic facsimile. It includes the number of pages referenced here above. This document is the result of testing a specimen or a sample of the product submitted. It does not imply an assessment of the conformity of the whole manufactured products of the tested sample. Siège Social : Emitech - 3, rue des Coudriers - Z.A. de l’Observatoire - 78180 MONTIGNY LE BX - France Siret : 344 545 645 00022 - Tél. : 33 (0)1 30 57 55 55 - Fax : 33 (0)1 30 43 74 48 - E-mail : contact@emitech.fr - URL : www.emitech.fr ACCREDITATIONS N° 1-0107, 1-0826, S.A. au capital de 1 560 000 € - R.C.S. VERSAILLES 344 545 645 - APE 7112B 1-0827,1-1925, 1-2069,1-2070, 1-2376 & 1-6086 LISTE DES SITES ACCREDITES ET PORTEES DISPONIBLES SUR WWW.COFRAC.FR

RR051-17-100875-1-A Ed. 0 DESIGNATION OF PRODUCT: PERIMETER SURVEILLANCE RADAR Serial number (S/N): TRN005 Reference / model (P/N): PSR-500 Software version: MANUFACTURER: ROCKWELL COLLINS FRANCE COMPANY SUBMITTING THE PRODUCT: Company: ROCKWELL COLLINS FRANCE Address: 6, AVENUE DIDIER DAURAT PARC INDUSTRIEL AEROPORTUAIRE 31707 BLAGNAC CEDEX 01 FRANCE Responsible: Mr DE PABLO Person present during the tests: Mr GAYRAUD DATES OF TEST: From 3-Jul-17 to 4-Jul-17 TESTING LOCATION: EMITECH ANGERS laboratory at JUIGNE SUR LOIRE (49) FRANCE FCC Accredited under US-EU MRA Designation Number: FR0009 Test Firm Registration Number: 873677 TESTED BY: S. LOUIS VISA: WRITTEN BY: S. LOUIS Page 2/32

RR051-17-100875-1-A Ed. 0 CONTENTS TITLE PAGE 1. INTRODUCTION ....................................................................................................................................... 4 2. PRODUCT DESCRIPTION ....................................................................................................................... 4 3. NORMATIVE REFERENCE ...................................................................................................................... 4 4. TEST METHODOLOGY ............................................................................................................................ 5 5. TEST EQUIPMENT CALIBRATION DATES ............................................................................................ 6 6. TESTS AND CONCLUSIONS ................................................................................................................... 7 7. MEASUREMENT UNCERTAINTY ...........................................................................................................10 8. MEASUREMENT OF THE CONDUCTED DISTURBANCES ..................................................................11 9. RADIATED EMISSION LIMITS ................................................................................................................15 10. MEASUREMENT OF THE CONDUCTED DISTURBANCES ..................................................................17 11. ADDITIONAL PROVISIONS TO THE GENERAL RADIATED EMISSION LIMITATIONS ......................21 12. FUNDAMENTAL AND HARMONICS FIELD STRENGTH ......................................................................22 13. OUT-OF-BAND EMISSIONS ...................................................................................................................24 APPENDIX 1: PHOTOS OF THE EQUIPMENT UNDER TEST........................................................................................ 26 APPENDIX 2: TEST SET UP ............................................................................................................................................ 27 APPENDIX 3: TEST EQUIPMENT LIST ........................................................................................................................... 28 APPENDIX 4: BAND EDGE .............................................................................................................................................. 31 Page 3/32

RR051-17-100875-1-A Ed. 0 1. INTRODUCTION This document presents the result of RADIO test carried out on the following equipment: Perimeter Surveillance Radar PSR-500, in accordance with normative reference. 2. PRODUCT DESCRIPTION Class: B Utilization: Perimeter Surveillance Radar Antenna type and gain: Network Patch Antenna with a gain of 10dBi Operating frequency range: From 5.750GHz to 5.850GHz Number of channels: Continuous sweep between 5750MHz and 5850MHz Modulation: None (FMCW) Power source: 48Vdc by POE supplied with 120Vac / 60Hz Power level, frequency range and channels characteristics are not user adjustable. The details pictures of the product and the circuit boards are joined with this file. 3. NORMATIVE REFERENCE The standards and testing methods related throughout this report are those listed below. They are applied on the whole test report even though the extensions (version, date and amendment) are not repeated. CFR 47 FCC Part 15 (2017) Radio Frequency Devices ANSI C63.4 2014 Methods of measurement of Radio-Noise Emissions from low-voltage Electrical and Electronic Equipment in the Range of 9 kHz to 40 GHz. ANSI C63.10 2013 Testing Unlicensed Wireless Devices. Page 4/32

RR051-17-100875-1-A Ed. 0 4. TEST METHODOLOGY Radio performance tests procedures given in CFR 47 part 15: Subpart A –General Paragraph 19: labelling requirements Paragraph 21: information to user Subpart B –Unintentional Radiators Paragraph 105: information to the user Paragraph 107: Conducted limits Paragraph 109: Radiated emission limits Paragraph 111: Antenna power conduction limits for receivers Subpart C – Intentional Radiators Paragraph 203: Antenna requirement Paragraph 205: Restricted bands of operation Paragraph 207: Conducted limits Paragraph 209: Radiated emission limits; general requirements Paragraph 215: Additional provisions to the general radiated emission limitations Paragraph 249: Operation within the bands 902-928 MHZ, 2400-2483.5 MHz, 5725-5850 MHz and 24.0-24.25 GHz. Page 5/32

RR051-17-100875-1-A Ed. 0 5. TEST EQUIPMENT CALIBRATION DATES Next Emitech Last Calibration Model Type calibration Number calibration interval due (1) 0000 BAT-EMC V3.6.0.32 Software / / / 1406 EMCO 6502 Loop antenna 13/04/2017 2 years 13/06/2019 Microwave DB 1922 Low-noise amplifier 21/12/2016 1 year 21/02/2018 C020180F-4B1 4087 Filtek LP03/1000-7GH Low Pass Filter 05/04/2016 2 years 05/06/2018 4088 R&S FSP40 Spectrum Analyzer 29/10/2015 2 years 29/12/2017 4354 ALC ALS2640-30-10 Low-noise amplifier 18/11/2016 1 year 18/01/2018 Microtronics LPM 6606 Low Pass Filter 12/05/2015 2 years 12/07/2017 15601 Microtronics HPM 6607 High Pass Filter 12/05/2015 2 years 12/07/2017 15600 7190 R&S HL223 Antenna 15/03/2016 3 years 15/05/2019 7240 Emco 3110 Biconical antenna 15/03/2016 3 years 15/11/2019 7566 Testo 608-Hi Meteo station 15/02/2016 2 years 15/04/2018 California instruments 8508 Power source 12/12/2016 1 year 12/02/2018 1251RP 8635 R&S EZ-25 High-pass filter 27/10/2016 2 years 27/12/2018 8676 ISOTECH IDM106N Multimeter 21/05/2015 2 years 21/07/2017 LUCIX Corp 8704 Low-noise amplifier 02/05/2017 1 year 02/07/2018 S180265L3201 LNA Thurbly Thandar 8719 LISN 06/04/2016 2 years 06/06/2018 Instruments 1600 8720 R&S ESH3-Z5 LISN 28/11/2016 2 years 28/01/2019 La Crosse Technology 8750 Meteo station 23/09/2016 2 years 23/11/2018 WS-9232 Satellite synchronized 8896 ACQUISYS GPS8 / / / frequency standard 9266 Pasternack PE7004-10 Attenuator 10dB 12/04/2016 2 years 12/06/2018 9403 R&S ESU8 Spectrum Analyzer 11/08/2016 2 years 11/10/2018 Absorber sheath 9489 Emitech 21/04/2016 2 years 21/06/2018 current Mini Circuit ZFL- 10730 Low-noise amplifier 21/11/2016 1 year 21/01/2018 1000LN LUCIX Corp 10739 Low-noise amplifier 29/03/2017 1 year 29/05/2018 S005180M3201 10759 SIDT Cage 3 Anechoic chamber / / / 10771 EMCO 3117 Antenna 23/11/2016 3 years 23/01/2020 10788 Emitech Outside room Hors cage / / / / GPIB SHOT Software / / / (1) according tolerance of ±2 months apply for all equipments. Page 6/32

RR051-17-100875-1-A Ed. 0 6. TESTS AND CONCLUSIONS 6.1 general Test Description of test Respected criteria? Comment procedure Yes No NAp NAs FCC Part 15.19 LABELLING REQUIREMENTS See certification X documents See certification FCC Part 15.21 INFORMATION TO USER X documents NAp: Not Applicable NAs: Not Asked LABEL SHALL CONTAIN The label shall be located in a conspicuous location on the device The label shall not be a stick-on, paper label. The label on these products shall be permanently affixed to the product and shall be readily visible to the purchaser at the time of purchase §15.19: (can be placed in the user manual if the product is too small) This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. USER NOTICE SHALL CONTAIN The user notice, not provided during tests, shall include the following informations: §15.21: Any changes or modifications to this equipment not expressly approved by ROCKWELL COLLINS FRANCE may cause, harmful interference and void the FCC authorization to operate this equipment Page 7/32

RR051-17-100875-1-A Ed. 0 6.2 unintentional radiator (subpart B) Test Description of test Respected criteria? Comment procedure Yes No NAp NAs See certification FCC Part 15.105 INFORMATION TO THE USER X documents FCC Part 15.107 CONDUCTED LIMITS X Class B FCC Part 15.109 RADIATED EMISSION LIMITS X Class B FCC Part 15.111 ANTENNA POWER CONDUCTED LIMITS FOR X RECEIVER NAp: Not Applicable NAs: Not Asked USER NOTICE SHALL CONTAIN The user notice, not provided during tests, shall include the following informations: § 15.105: NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference's by one or more of the following measures: -Reorient or relocate the receiving antenna. -Increase the separation between the equipment and the receiver. -Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. -Consult the dealer or an experienced radio/TV technician for help. Page 8/32

RR051-17-100875-1-A Ed. 0 6.3 intentional radiator (subpart C) Test Description of test Respected criteria? Comment procedure Yes No NAp NAs FCC Part 15.203 ANTENNA REQUIREMENT X Note 1 FCC Part 15.205 RESTRICTED BANDS OF OPERATION X FCC Part 15.207 CONDUCTED LIMITS X FCC Part 15.209 RADIATED EMISSION LIMITS; general Note 2 X requirements FCC part 15.215 ADDITIONAL PROVISIONS TO THE GENERAL RADIATED EMISSION LIMITATIONS (a) Alternative to general radiated emission limits X (b) Unwanted emissions outside of §15.249 Note 3 X frequency bands (c) 20 dB bandwidth and band-edge compliance X FCC Part 15.249 OPERATION WITHIN THE BANDS 902-928 MHZ, 2400-2483.5 MHz, 5725-5850 MHz AND 24.0- 24.25 GHz (a) Fundamental and harmonics field strength X (b) Fixed point-to-point operation X (c) Measurement distance X (d) Out-of-band emissions X (e) Field strength limits above 1 GHz X NAp: Not Applicable NAs: Not Asked Note 1: dedicated antenna. Note 2: See FCC part 15.249 (d). Note 3: See FCC part 15.209. Unwanted emissions levels are all below the fundamental emission field strength level. Page 9/32

RR051-17-100875-1-A Ed. 0 RF EXPOSURE: Maximum measured power = 108.05 dBµV/m = 19.15mW at 5800 MHz with P = (E×d)2 / (30×Gp) with d = 3 m and Gp = 1 In accordance with KDB 447498 D01 General RF Exposure Guidance v06: PSD= EIRP/(4*π*R2)  19.15/(4*π*(20 cm)²)= 0.00381 mW/cm² (limit = 1mW/cm²) The equipment fulfils the requirements on power density for general population/uncontrolled exposure and therefore fulfils the requirements of 47 CFR §1.1310. 7. MEASUREMENT UNCERTAINTY To declare, or not, the compliance with the specifications, it was not explicitly taken into account of uncertainty associated with the result(s). The reported expanded uncertainty of measurement is stated as the standard uncertainty of measurement multiplied by the coverage factor k=2, which for normal distribution corresponds to a coverage probability of approximately 95%. Emitech Parameter Uncertainty RF power, conducted  0.75dB Radiated emission valid to 26 GHz F < 62.5 MHz:  5.14 dB 62.5 MHz < F < 1 GHz:  5.13 dB 1 GHz < F < 26 GHz:  5.16 dB AC Power Lines conducted emissions  3.38 dB Temperature  1 °C Humidity 5% Page 10/32

RR051-17-100875-1-A Ed. 0 8. MEASUREMENT OF THE CONDUCTED DISTURBANCES Standard: FCC Part 15 Test procedure: Paragraph 15.107 Limits: Class B Software used: BAT-EMC V3.6.0.32 Test set up: The EUT is isolated and placed on a wooden table, 0.8 m over an horizontal reference plane and 0.4 m from a vertical reference plane. It is powered by an artificial main network placed on the ground reference plane. The equipment is powered with the AC power operating voltage of 120 V / 60 Hz. See photos in appendix 2 Frequency range: 150 kHz - 30 MHz Detection mode: Peak / Quasi-peak / Average Bandwidth: 10 kHz / 9 kHz Equipment under test operating condition: The equipment is blocked in Mute mode. Page 11/32

RR051-17-100875-1-A Ed. 0 Results: Ambient temperature (°C): 26.2 Relative humidity (%): 51 Power source: We used for power source the POE provided by the customer supplied with 120Vac / 60Hz. Sample N° 1: Measurement on the mains power supply: The measurement is first realized with Peak detector. Curve N° 1: measurement on the Neutral with peak detector FCC part 15 : 10 §107 - Classe:B - Moyenne/ FCC part 15 : 10 §107 - Classe:B - QCrête/ Mes.Peak (Neutre) (Neutre) 90 dBµV 80 70 60 50 40 30 20 10 0 150kHz 30MHz Fréquence (MHz) Ligne: Neutre Page 12/32

RR051-17-100875-1-A Ed. 0 Curve N° 2: measurement on the Line with peak detector FCC part 15 : 10 §107 - Classe:B - Moyenne/ FCC part 15 : 10 §107 - Classe:B - QCrête/ Mes.Peak (Phase 1) (Phase 1) 90 dBµV 80 70 60 50 40 30 20 10 0 150kHz 30MHz Fréquence (MHz) Ligne: Phase 1 The frequencies which are not 6 dB under the Average limit are then analyzed with Average detector and Quasi-peak detector: Table N° 1: average measurement on the Neutral, for the frequency range: Frequency Quasi- QP Limit QP margin Frequency Average Average Average (MHz) peak (dBµV) (dB) (MHz) (dBµV) Limit margin (dBµV) (dBµV) (dB) 0.508275 49.6 56.000 6.400 0.508275 38.09 46.000 7.910 0.684905 40.73 56.000 15.270 0.684905 29.31 46.000 16.690 0.726725 39.47 56.000 16.530 0.726725 27.5 46.000 18.500 1.0495 37.560 56.000 18.440 1.0495 29.37 46.000 16.630 1.1764 37.020 56.000 18.980 1.1764 24.7 46.000 21.300 1.8172 39.930 56.000 16.070 1.8172 26.96 46.000 19.040 1.8685 41.46 56.000 14.540 1.8685 29.57 46.000 16.430 1.9522 42.41 56.000 13.590 1.9522 31.55 46.000 14.450 2.0566 41.42 56.000 14.580 2.0566 30.33 46.000 15.670 2.2366 40.55 56.000 15.450 2.2366 27.32 46.000 18.680 2.3527 39.53 56.000 16.470 2.3527 29.62 46.000 16.380 4.6864 37.94 56.000 18.060 4.6864 31.72 46.000 14.280 5.3884 41.5 60.000 18.500 5.3884 35.12 50.000 14.880 5.608 43.91 60.000 16.090 5.608 37.54 50.000 12.460 5.9905 41.83 60.000 18.170 5.9905 34.93 50.000 15.070 23.518 39.98 60.000 20.020 23.518 34.93 50.000 15.070 24.108 42.56 60.000 17.440 24.108 38.24 50.000 11.760 Page 13/32

RR051-17-100875-1-A Ed. 0 Table N° 2: average measurement on the Line, for the frequency range: Frequency Quasi- QP Limit QP margin Frequency Average Average Average (MHz) peak (dBµV) (dB) (MHz) (dBµV) Limit margin (dBµV) (dBµV) (dB) 0.50632 48.69 56.000 7.310 0.50632 37.03 46.000 8.970 0.54117 45.02 56.000 10.980 0.54117 32.42 46.000 13.580 0.68329 40.62 56.000 15.380 0.68329 28.88 46.000 17.120 0.724855 39 56.000 17.000 0.724855 26.43 46.000 19.570 1.036 36.88 56.000 19.120 1.036 22.74 46.000 23.260 1.1008 38.35 56.000 17.650 1.1008 25.84 46.000 20.160 1.1341 37.82 56.000 18.180 1.1341 25.65 46.000 20.350 1.8136 39.72 56.000 16.280 1.8136 27.15 46.000 18.850 1.8685 41.69 56.000 14.310 1.8685 29.62 46.000 16.380 2.0008 42.95 56.000 13.050 2.0008 31.78 46.000 14.220 2.0845 39.83 56.000 16.170 2.0845 28.52 46.000 17.480 2.2645 41.19 56.000 14.810 2.2645 28.62 46.000 17.380 5.0347 38.62 60.000 21.380 5.0347 32.5 50.000 17.500 5.7115 42.15 60.000 17.850 5.7115 35.42 50.000 14.580 24.11 42.44 60.000 17.560 24.11 38.4 50.000 11.600 Test conclusion: RESPECTED STANDARD Page 14/32

RR051-17-100875-1-A Ed. 0 9. RADIATED EMISSION LIMITS Standard: FCC Part 15 Test procedure: Paragraph 109 Limit class: Class B Test set up: The final measurement is realized with the product placed in his normal orientation. The measure is realized on open area test site under 1 GHz and in anechoic chamber above 1 GHz. When the system is tested in an open area test site (OATS), the EUT is placed on a rotating table, 0.8m from a ground plane. When the system is tested in anechoic chamber, the EUT is placed on a rotating table, 1.65m from a ground plane. Zero degree azimuths correspond to the front of the device under test. See photos in appendix 2. Frequency range: From 30 MHz to 40 GHZ. Detection mode: Quasi-peak (F < 1 GHz) Average (F > 1 GHz) Bandwidth: 120 kHz (F < 1 GHz) 1 MHz (F > 1 GHz) Distance of antenna: 10 meters (in open area test site) / 3 meters (in anechoic room) Antenna height: 1 to 4 meters (in open area test site) / 1.65 meter (in anechoic room) Antenna polarization: vertical and horizontal (only the highest level is recorded) Equipment under test operating condition: The equipment is blocked in mute mode. Page 15/32

RR051-17-100875-1-A Ed. 0 Results: Ambient temperature (°C): 23.7 Relative humidity (%): 38 Power source: We used for power source the POE provided by the customer supplied with 120Vac / 60Hz. Sample N° 1: Low, Central and High Channel Frequencies Detector Antenna Azimuth RBW Polarization Field Field Limits Margin (MHz) P height (degree) (kHz) H: Horizontal strength strength (dBV/m) (dB) QP (cm) V: Vertical Measured Computed or Av at 10 m at 3 m (dBm) (dBV/m) (dBV/m) 70.53 QP 400 92 120 V 14.07 24.47 40 15.53 83.36 QP 100 0 120 V 29.26 39.66 40 0.34 110 QP 100 102 120 V 27.63 38.03 43.5 5.47 159.27 QP 100 343 120 V 28.85 39.25 43.5 4.25 218.06 QP 381 0 120 H 32.94 43.34 46 2.66 500 QP 274 117 120 H 28.48 38.88 46 7.12 2500 P — — 1000 V — 43.6 (1) 74 30.4 P= Peak, QP=Quasi-peak, Av=Average (1) The peak level is lower than the average limit Applicable limits: for 30 MHz ≤ F ≤ 88 MHz : 40 dBµV/m at 3 meters for 88 MHz < F ≤ 216 MHz : 43.5 dBµV/m at 3 meters for 216 MHz < F ≤ 960 MHz : 46 dBµV/m at 3 meters Above 960 MHz : 54 dBµV/m at 3 meters Test conclusion: RESPECTED STANDARD Page 16/32

RR051-17-100875-1-A Ed. 0 10. MEASUREMENT OF THE CONDUCTED DISTURBANCES Standard: FCC Part 15 Test procedure: Paragraph 15.207 Software used: BAT-EMC V3.6.0.32 Test set up: The EUT is isolated and placed on a wooden table, 0.8 m over an horizontal reference plane and 0.4 m from a vertical reference plane. It is powered by an artificial main network placed on the ground reference plane. The equipment is powered with the AC power operating voltage of 120 V / 60 Hz. See photos in appendix 2 Frequency range: 150 kHz - 30 MHz Detection mode: Peak / Quasi-peak / Average Bandwidth: 10 kHz / 9 kHz Equipment under test operating condition: The equipment under test is blocked in continuous modulated transmission mode, at the highest output power level at which the transmitter is intended to operate. Page 17/32

RR051-17-100875-1-A Ed. 0 Results: Ambient temperature (°C): 26.2 Relative humidity (%): 51 Power source: We used for power source the POE provided by the customer supplied with 120Vac / 60Hz. Sample N° 1: Measurement on the mains power supply: The measurement is first realized with Peak detector. Curve N° 3: measurement on the Neutral with peak detector FCC part 15 : 10 §107 - Classe:B - Moyenne/ FCC part 15 : 10 §107 - Classe:B - QCrête/ Mes.Peak (Neutre) Suspect CISPR25 3ème (Neutre) 90 dBµV 80 70 60 50 40 30 20 10 0 150kHz 30MHz Fréquence (MHz) Ligne: Neutre Page 18/32

RR051-17-100875-1-A Ed. 0 Curve N° 4: measurement on the Line with peak detector FCC part 15 : 10 §107 - Classe:B - Moyenne/ FCC part 15 : 10 §107 - Classe:B - QCrête/ Mes.Peak (Phase 1) Suspect CISPR25 3ème (Phase 1) 90 dBµV 80 70 60 50 40 30 20 10 0 150kHz 30MHz Fréquence (MHz) Ligne: Phase 1 The frequencies which are not 6 dB under the Average limit are then analyzed with Average detector and Quasi-peak detector: Table N° 3: average measurement on the Neutral, for the frequency range: Frequency Quasi- QP Limit QP margin Frequency Average Average Average (MHz) peak (dBµV) (dB) (MHz) (dBµV) Limit margin (dBµV) (dBµV) (dB) 0.46569 39.62 56.590 16.970 0.46569 28.5 46.590 18.090 0.508105 49.66 56.000 6.340 0.508105 37.62 46.000 8.380 0.538705 45.19 56.000 10.810 0.538705 31.87 46.000 14.130 0.685755 40.99 56.000 15.010 0.685755 28.88 46.000 17.120 0.72613 39.58 56.000 16.420 0.72613 27.14 46.000 18.860 1.0927 37.94 56.000 18.060 1.0927 25.45 46.000 20.550 1.9045 41.78 56.000 14.220 1.9045 30.43 46.000 15.570 2.008 42.49 56.000 13.510 2.008 30.98 46.000 15.020 2.2375 40.29 56.000 15.710 2.2375 26.86 46.000 19.140 4.6045 38.71 56.000 17.290 4.6045 31.38 46.000 14.620 5.5585 43.28 60.000 16.720 5.5585 36.63 50.000 13.370 6.0841 41.81 60.000 18.190 6.0841 34.3 50.000 15.700 24.102 42.77 60.000 17.230 24.102 38.29 50.000 11.710 Page 19/32

RR051-17-100875-1-A Ed. 0 Table N° 4: average measurement on the Line, for the frequency range: Frequency Quasi- QP Limit QP margin Frequency Average Average Average (MHz) peak (dBµV) (dB) (MHz) (dBµV) Limit margin (dBµV) (dBµV) (dB) 0.46654 37.07 56.575 19.505 0.46654 25.51 46.575 21.065 0.508785 48.76 56.000 7.240 0.508785 35.59 46.000 10.410 0.546355 44.43 56.000 11.570 0.546355 32.33 46.000 13.670 0.685415 40.9 56.000 15.100 0.685415 28.39 46.000 17.610 1.054 38.09 56.000 17.910 1.054 25.8 46.000 20.200 1.8622 41.58 56.000 14.420 1.8622 29.49 46.000 16.510 1.9612 42.41 56.000 13.590 1.9612 31.35 46.000 14.650 2.2897 41.28 56.000 14.720 2.2897 29.86 46.000 16.140 5.0176 38.5 60.000 21.500 5.0176 31.74 50.000 18.260 5.6845 42.41 60.000 17.590 5.6845 35.13 50.000 14.870 24.102 41.87 60.000 18.130 24.102 35.59 50.000 14.410 Test conclusion: RESPECTED STANDARD Page 20/32

RR051-17-100875-1-A Ed. 0 11. ADDITIONAL PROVISIONS TO THE GENERAL RADIATED EMISSION LIMITATIONS Standard: FCC Part 15 Test procedure: Paragraph 15.215 Test set up: Test realized in near field. All field strength measurements are correlated with the radiated maximum peak output power Test operating condition of the equipment: The equipment under test is blocked in continuous transmission mode, modulated by internal data signal, at the highest output power level which the transmitter is intended to operate. Results: Ambient temperature (°C): 21.3 Relative humidity (%): 46 Power source: We used for power source the POE provided by the customer supplied with 120Vac / 60Hz. Lower Band Edge: band from 5723 MHz to 5725 MHz Upper Band Edge: band from 5875 MHz to 5877 MHz Sample N° 1: Low Channel: Fundamental Field Strength Detector Frequency Delta Calculated Limit Margin frequency Level of (Peak or of maximum Marker Max Out-of- (dBµV/m) (dB) (MHz) fundamental Average) Band-edges (dB) (1) Band (dBµV/m) Emission Emission (MHz) Level (dBµV/m) 5750 107.75 Peak 5724.92 36.45 71.3 74 2.7 5750 107.75 Av 5724.92 67.61 40.14 54 13.86 5850 107.64 Peak 5875.07 36.50 71.14 74 2.86 5850 107.64 Av 5875.07 68.71 38.93 54 15.07 (1) Marker-Delta method Band-edge curves are given in appendix 4. Test conclusion: RESPECTED STANDARD Page 21/32

RR051-17-100875-1-A Ed. 0 12. FUNDAMENTAL AND HARMONICS FIELD STRENGTH Standard: FCC Part 15 Test procedure: paragraph 15.249 (a) Test set up: The final measurement is realized with the product placed in his normal orientation. The system is tested in anechoic chamber, the EUT is placed on a rotating table, 1.65m from a ground plane. Zero degree azimuths correspond to the front of the device under test. See photos in appendix 2. Frequency range: From 1 GHz to 40 GHz. Detection mode: Peak / Average (F > 1 GHz) Bandwidth: 1 MHz (F > 1 GHz) Distance of antenna: 3 meters (in anechoic room) Antenna height: 1.65 meter (in anechoic room) Antenna polarization: vertical and horizontal (only the highest level is recorded) Equipment under test operating condition: The equipment under test is blocked in continuous transmission mode, modulated by internal data signal, at the highest output power level which the transmitter is intended to operate. Page 22/32

RR051-17-100875-1-A Ed. 0 Results: Ambient temperature (°C): 21.3 Relative humidity (%): 46 Power source: We used for power source the POE provided by the customer supplied with 120Vac / 60Hz. Sample N° 1 Low Channel Frequencies Detector Antenna Azimuth RBW Polarization Field Limits Margin (MHz) P height (degree) (kHz) H: Horizontal strength (dBV/m) (dB) QP (cm) V: Vertical Measured or Av at 3 m (dBm) (dBV/m) 5750* P 165 355 1000 V 107.75 114 6.25 P= Peak, QP=Quasi-peak, Av=Average *Fundamental emission Sample N° 1 Central Channel Frequencies Detector Antenna Azimuth RBW Polarization Field Limits Margin (MHz) P height (degree) (kHz) H: Horizontal strength (dBV/m) (dB) QP (cm) V: Vertical Measured or Av at 3 m (dBm) (dBV/m) 5800* P 165 355 1000 V 108.05 114 5.95 P= Peak, QP=Quasi-peak, Av=Average *Fundamental emission Sample N° 1 High Channel Frequencies Detector Antenna Azimuth RBW Polarization Field Limits Margin (MHz) P height (degree) (kHz) H: Horizontal strength (dBV/m) (dB) QP (cm) V: Vertical Measured or Av at 3 m (dBm) (dBV/m) 5850* P 165 353 1000 V 107.64 114 6.36 P= Peak, QP=Quasi-peak, Av=Average *Fundamental emission Applicable limits: table 15.249 a) Test conclusion: RESPECTED STANDARD Page 23/32

RR051-17-100875-1-A Ed. 0 13. OUT-OF-BAND EMISSIONS Standard: FCC Part 15 Test procedure: paragraph 15.205 paragraph 15.209 paragraph 15.249 (d) Test set up: The final measurement is realized with the product placed in his normal orientation. The measure is realized on open area test site under 1 GHz and in anechoic chamber above 1 GHz. When the system is tested in an open area test site (OATS), the EUT is placed on a rotating table, 0.8m from a ground plane. When the system is tested in anechoic chamber, the EUT is placed on a rotating table, 1.65m from a ground plane. Zero degree azimuths correspond to the front of the device under test. See photos in appendix 2. Frequency range: From 9 kHz to 40 GHz. Detection mode: Quasi-peak (F < 1 GHz) Peak / Average (F > 1 GHz) Bandwidth: 200Hz (9 kHz < F < 150kHz) 9 kHz (150 kHz < F < 30MHz) 120 kHz (30 MHz < F < 1 GHz) 1 MHz (F > 1 GHz) Distance of antenna: 10 meters (in open area test site) / 3 meters (in anechoic room) Antenna height: 1 to 4 meters (in open area test site) / 1.65 meter (in anechoic room) Antenna polarization: vertical and horizontal (only the highest level is recorded) Equipment under test operating condition: The equipment under test is blocked in continuous transmission mode, modulated by internal data signal, at the highest output power level which the transmitter is intended to operate. Page 24/32

RR051-17-100875-1-A Ed. 0 Results: Ambient temperature (°C): 27.5 Relative humidity (%): 44 Power source: We used for power source the POE provided by the customer supplied with 120Vac / 60Hz. Sample N° 1: Low, Central and High Channel Frequencies Detector Antenna Azimuth RBW Polarization Field Field Limits Margin (MHz) P height (degree) (kHz) H: Horizontal strength strength (dBV/m) (dB) QP (cm) V: Vertical Measured Computed or Av at 10 m at 3 m (dBm) (dBV/m) (dBV/m) 70.53 QP 400 92 120 V 14.07 24.47 40 15.53 83.36 QP 100 0 120 V 29.26 39.66 40 0.34 110 QP 100 102 120 V 27.63 38.03 43.5 5.47 159.27 QP 100 343 120 V 28.85 39.25 43.5 4.25 218.06 QP 381 0 120 H 32.94 43.34 46 2.66 500 QP 274 117 120 H 28.48 38.88 46 7.12 2500 P — — 1000 V — 43.6 (1) 74 30.4 P= Peak, QP=Quasi-peak, Av=Average (1) The peak level is lower than the average limit Applicable limits: for 9 kHz ≤ F ≤ 490 kHz : 2400/F(kHz) at 300 meters for 490 kHz < F ≤ 1.705 MHz : 24000/F(kHz) at 30 meters for 1.705 MHz < F ≤ 30 MHz : 29.5 dBµV/m at 30 meters for 30 MHz < F ≤ 88 MHz : 40 dBµV/m at 3 meters for 88 MHz < F ≤ 216 MHz : 43.5 dBµV/m at 3 meters for 216 MHz < F ≤ 960 MHz : 46 dBµV/m at 3 meters Above 960 MHz : 54 dBµV/m at 3 meters Test conclusion: RESPECTED STANDARD  End of report, 4 appendixes to be forwarded  Page 25/32

RR051-17-100875-1-A Ed. 0 APPENDIX 1: Photos of the equipment under test CONFIDENTIAL Page 26/32

RR051-17-100875-1-A Ed. 0 APPENDIX 2: Test set up CONFIDENTIAL Page 27/32

RR051-17-100875-1-A Ed. 0 APPENDIX 3: Test equipment list Measurement of the conducted disturbances TYPE MANUFACTURER EMITECH NUMBER Outside room Hors cage Emitech 10788 Satellite synchronized frequency standard ACQUISYS 8896 GPS8 Test receiver ESU8 Rohde & Schwarz 9403 LISN 1600 Thurbly Thandar Instruments 8719 LISN ESH3-Z5 Rohde & Schwarz 8720 High-pass filter EZ-25 Rohde & Schwarz 8635 Absorber sheath current Emitech 9489 Power source 1251RP California instruments 8508 Multimeter IDM106N ISOTECH 8676 Meteo station WS-9232 La Crosse Technology 8750 Radiated emission limits; general requirements TYPE MANUFACTURER EMITECH NUMBER Full Anechoic Chamber EMITECH 10759 Satellite synchronized frequency standard ACQUISYS 8896 GPS8 Spectrum Analyzer FSP40 Rohde & Schwarz 4088 Biconical antenna 3110 EMCO 7240 Log periodic antenna HL223 Rohde & Schwarz 7190 Antenna 3117 EMCO 10771 Low-noise amplifier ZFL-1000LN Mini Circuit 10730 Low-noise amplifier S005180M3201 LUCIX Corp 10739 Low-noise amplifier C020180F-4B1 Microwave DB 1922 Low-noise amplifier S180265L3201 LUCIX Corp. 8704 Low-noise amplifier ALS2640-30-10 ALC 4354 Attenuator 10dB Pasternack 9266 Low pass filter LP03/1000-7GH Filtek 4087 Low Pass Filter LPM15601 Microtronics 6606 High Pass Filter LPM15600 Microtronics 6607 Power source 1251RP California instruments 8508 Multimeter IDM106N ISOTECH 8676 Meteo station 608-Hi Testo 7566 Software BAT-EMC V3.6.0.32 0000 Page 28/32

RR051-17-100875-1-A Ed. 0 Additional provisions to the general radiated emission limitations TYPE MANUFACTURER EMITECH NUMBER Full Anechoic Chamber EMITECH 10759 Satellite synchronized frequency standard ACQUISYS 8896 GPS8 Spectrum Analyzer FSP40 Rohde & Schwarz 4088 Antenna 3117 EMCO 10771 Power source 1251RP California instruments 8508 Multimeter IDM106N ISOTECH 8676 Meteo station 608-Hi Testo 7566 Software GPIBShot V2.4 - Fundamental and harmonics field strength TYPE MANUFACTURER EMITECH NUMBER Full Anechoic Chamber EMITECH 10759 Satellite synchronized frequency standard ACQUISYS 8896 GPS8 Spectrum Analyzer FSP40 Rohde & Schwarz 4088 Antenna 3117 EMCO 10771 Low-noise amplifier S005180M3201 LUCIX Corp 10739 Low-noise amplifier C020180F-4B1 Microwave DB 1922 Low-noise amplifier S180265L3201 LUCIX Corp. 8704 Low-noise amplifier ALS2640-30-10 ALC 4354 Attenuator 10dB Pasternack 9266 Low Pass Filter LPM15601 Microtronics 6606 High Pass Filter LPM15600 Microtronics 6607 Power source 1251RP California instruments 8508 Multimeter IDM106N ISOTECH 8676 Meteo station 608-Hi Testo 7566 Software BAT-EMC V3.6.0.32 0000 Page 29/32

RR051-17-100875-1-A Ed. 0 Out-of-band emissions TYPE MANUFACTURER EMITECH NUMBER Full Anechoic Chamber EMITECH 10759 Satellite synchronized frequency standard ACQUISYS 8896 GPS8 Spectrum Analyzer FSP40 Rohde & Schwarz 4088 Loop antenna 6502 EMCO 1406 Biconical antenna 3110 EMCO 7240 Log periodic antenna HL223 Rohde & Schwarz 7190 Antenna 3117 EMCO 10771 Low-noise amplifier ZFL-1000LN Mini Circuit 10730 Low-noise amplifier S005180M3201 LUCIX Corp 10739 Low-noise amplifier C020180F-4B1 Microwave DB 1922 Low-noise amplifier S180265L3201 LUCIX Corp. 8704 Low-noise amplifier ALS2640-30-10 ALC 4354 Attenuator 10dB Pasternack 9266 Low pass filter LP03/1000-7GH Filtek 4087 Low Pass Filter LPM15601 Microtronics 6606 High Pass Filter LPM15600 Microtronics 6607 Power source 1251RP California instruments 8508 Multimeter IDM106N ISOTECH 8676 Meteo station 608-Hi Testo 7566 Software BAT-EMC V3.6.0.32 0000 Page 30/32

RR051-17-100875-1-A Ed. 0 APPENDIX 4: Band Edge Lower Band Edge – Worst case measurement Page 31/32

RR051-17-100875-1-A Ed. 0 Upper Band Edge – Worst case measurement Page 32/32


Document Created: 2018-01-23 12:34:40
Document Modified: 2018-01-23 12:34:40
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