G0M TFC95IMR2-V01. Eurofins Product Service GmbH Reichenwalde Germany

Transcription

1 FCC TEST REPORT FCC 47 CFR Part 95I Medical Device Radio communication Service (MedRadio) Industry Canada RSS-243 Medical Devices Operating in the MHz Frequency Band Report Reference No.... : Testing Laboratory... : Address... : G0M TFC95IMR2-V01 Storkower Str. 38c Reichenwalde Germany Accreditation... : Applicant s name... : A2LA Accredited Testing Laboratory, Certificate No.: FCC Filed Test Laboratory, Reg.-No.: IC OATS Filing assigned code: 3470A Address... : Woermannkehre Berlin GERMANY Test specification: Standard... : Test scope..... : Equipment under test (EUT): Product description Model No. Additional Model(s) Brand Name(s) 47 CFR Part 95E 47 CFR Part 95I 47 CFR Part 15C RSS-243, Issue 3, RSS-Gen, Issue 4, ANSI C63.4:2014 EN V1.3.1: complete Radio compliance test see page4: List of Models to be included in the family Biotronik Hardware version ASM-0474_0A (See model matrix on page 4 to 6) Firmware / Software version Test result 7801RomRev_02.02 / 7801RamRev_02.03 FCC-ID: QRIPNP Passed IC: 4708A-PNP Page 1 of 96

2

3 Additional comments: Family Explanation All devices feature the two RF-Telemetry functions Home Monitoring and wireless Wand. RF-Telemetry functions are using the MICS-Band (402MHz 405MHz). A -T inside the name of the device represents a device containing RF-Telemetry. HF-T are triple-chamber devices. (Master for all tests) HF-T QP are triple chamber quadro polar DR-T are dual-chamber devices. SR-T are single-chamber devices with additional atrial detection. DR are dual-chamber without home monitoring software. SR are single-chamber without home monitoring software. D are dual-chamber with no radio, only coil communication. S are single-chamber with no radio, only coil communication. All of these differences are only relevant in terms of medical aspects. They do not interfere with the RF-performance. Evaluation measurements were performed for worst case antenna selection and the Edora 8 HF-T ProMRI was selected. The model, as the most complex model, was selected for the measurements. Page 3 of 96

4 Family Certification List of Models to be included in the family (1) BIOTRONIK SE & CO. KG (2) Certification Number: No. Model Number Description of Differences 1 (Master) (Master configuration), 3 chamber, 3x IS-1 Connector, BOM-0296, SCH-0185, ASM-0474 Software Features (Brand 1) With Home Monitoring and MRI Software 2 Edora 8 HF-T QP ProMRI 3 chamber, 2x IS-1, 1x IS-4 Connector, BOM-0296, SCH-0185, ASM-0474 Software Features (Brand 1) With Home Monitoring and MRI Software 3 Evity 8 HF-T ProMRI 3 chamber, 3x IS-1 Connector, BOM-0296, SCH-0185, ASM-0474 Software Features (Brand 2) With Home Monitoring and MRI Software 4 Evity 8 HF-T QP ProMRI 3 chamber, 2x IS-1, 1x IS-4 Connector, BOM-0296, SCH-0185, ASM-0474 Software Features (Brand 2) With Home Monitoring and MRI Software 5 Enitra 8 HF-T ProMRI 3 chamber, 3x IS-1 Connector, BOM-0296, SCH-0185, ASM-0474 Software Features (Brand 3) With Home Monitoring and MRI Software 6 Enitra 8 HF-T QP ProMRI 3 chamber, 2x IS-1, 1x IS-4 Connector, BOM-0296, SCH-0185, ASM-0474 Software Features (Brand 3) With Home Monitoring and MRI Software 7 Enticos 8 HF-T 3 chamber, 3x IS-1 Connector, BOM-0296, SCH-0185, ASM-0474 Software Features (Brand 4) With Home Monitoring 8 Enticos 8 HF-T QP 3 chamber, 2x IS-1, 1x IS-4 Connector, BOM-0296, SCH-0185, ASM-0474 Premium-Tier Software Features (Brand 4) With Home Monitoring 9 Edora 8 DR-T ProMRI 2 chamber, 2x IS-1 Connector, BOM-0294, BOM-0295, SCH-0186, ASM-0476 Software Features (Brand 1) With Home Monitoring and MRI Software 10 Edora 8 SR-T ProMRI 1 chamber, 1x IS-1 Connector, BOM-0294, BOM-0295, SCH-0186, ASM-0476 Software Features (Brand 1) With Home Monitoring and MRI Software 11 Edora 8 DR ProMRI 2 chamber, 2x IS-1 Connector, BOM-0294, BOM-0295, SCH-0186, ASM-0476 Software Features (Brand 1) Without Home Monitoring, With MRI Software Page 4 of 96

5 12 Edora 8 SR ProMRI 1 chamber, 1x IS-1 Connector, BOM-0294, BOM-0295, SCH-0186, ASM-0476 Software Features (Brand 1) Without Home Monitoring, With MRI Software 13 Evity 8 DR-T ProMRI 2 chamber, 2x IS-1 Connector, BOM-0294, BOM-0295, SCH-0186, ASM-0476 Software Features (Brand 2) With Home Monitoring and MRI Software 14 Evity 8 SR-T ProMRI 1 chamber, 1x IS-1 Connector, BOM-0294, BOM-0295, SCH-0186, ASM-0476 Software Features (Brand 2) With Home Monitoring and MRI Software 15 Enitra 8 DR-T ProMRI 2 chamber, 2x IS-1 Connector, BOM-0294, BOM-0295, SCH-0186, ASM-0476 Premium-Tier Software Features (Brand 3) With Home Monitoring and MRI Software 16 Enitra 8 SR-T ProMRI 1 chamber, 1x IS-1 Connector,, BOM-0294, BOM-0295_0B, SCH-0186, ASM-0476 Software Features (Brand 3) With Home Monitoring and MRI Software 17 Enticos 8 DR-T 2 chamber, 2x IS-1 Connector, BOM-0294, BOM-0295, SCH-0186, ASM-0476 Software Features (Brand 4) With Home Monitoring 18 Enticos 8 SR-T 1 chamber, 1x IS-1 Connector, BOM-0294, BOM-0295, SCH-0186, ASM-0476 Software Features (Brand 4) With Home Monitoring 19 Evity 6 DR-T ProMRI 2 chamber, 2x IS-1 Connector, BOM-0294_0A, BOM-0295_0B, SCH-0186_0B, ASM-0476_0B Mid-Tier Software Features (Brand 2) With Home Monitoring and MRI Software 20 Evity 6 SR-T ProMRI 1 chamber, 1x IS-1 Connector BOM-0294, BOM-0295, SCH-0186, ASM-0476 Software Features (Brand 2) With Home Monitoring and MRI Software 21 Enitra 6 DR-T ProMRI 2 chamber, 2x IS-1 Connector, BOM-0294, BOM-0295, SCH-0186, ASM-0476 Software Features (Brand 3) With Home Monitoring and MRI Software 22 Enitra 6 SR-T ProMRI 1 chamber, 1x IS-1 Connector, BOM-0294, BOM-0295, SCH-0186, ASM-0476 Software Features (Brand 3) With Home Monitoring and MRI Software 23 Enitra 6 DR ProMRI 2 chamber, 2x IS-1 Connector, BOM-0294, BOM-0295, SCH-0186, ASM-0476 Software Features (Brand 3) Without Home Monitoring, With MRI Software 24 Enitra 6 SR ProMRI 1 chamber, 1x IS-1 Connector, BOM-0294, BOM-0295, SCH-0186, ASM-0476 Software Features (Brand 3) Without Home Monitoring, With MRI Software Page 5 of 96

6 25 Enticos 4 DR 2 chamber, 2x IS-1 Connector, BOM-0297, BOM-0298, SCH-0186, ASM-0476 Software Features (Brand 4) No Radio Circuit or Antenna, Coil Only 26 Enticos 4 SR 1 chamber, 1x IS-1 Connector, BOM-0297, BOM-0298, SCH-0186, ASM-0476 Software Features (Brand 4) No Radio Circuit or Antenna, Coil Only 27 Enticos 4 D 2 chamber, 2x IS-1 Connector, BOM-0297, BOM-0298, SCH-0186, ASM-0476 Software Features (Brand 4) No Radio Circuit or Antenna, Coil Only 28 Enticos 4 S 1 chamber, 1x IS-1 Connector, BOM-0297, BOM-0298, SCH-0186, ASM-0476 Software Features (Brand 4) No Radio Circuit or Antenna, Coil Only Page 6 of 96

7 Version History Version Issue Date Remarks Revised by Initial Release Page 7 of 96

8 REPORT INDEX 1 EQUIPMENT (TEST ITEM) DESCRIPTION Photos - Equipment external Photos - Equipment internal Photos Test setup Photos Auxiliary/Associated Equipment Supporting Equipment Used During Testing Test Modes Test Equipment Used During Testing Sample emission level calculation Simulated human body 25 2 RESULT SUMMARY 26 3 TEST CONDITIONS AND RESULTS Test Conditions and Results Occupied Bandwidth Test Conditions and Results Emission Bandwidth Test Conditions and Results Frequency stability Test Conditions and Results Transmitter output power Test Conditions and Results Band-edge and In-band Emissions Test Conditions and Results Transmitter unwanted emissions Test Conditions and Results Receiver spurious emissions 43 Page 8 of 96

9 1 Equipment (Test item) Description Description Model Additional Model(s) Brand Name(s) Serial number Hardware version Software / Firmware version FCC-ID IC Equipment type Radio type Number of Radios 1 Radio technology Operating frequency range Assigned frequency band Main test frequencies Modulations Emission designator Number of channels 9 Channel spacing Spectrum access Number of antennas 1 Antenna Manufacturer see page4: List of Models to be included in the family Biotronik (for master) additional see model matrix on page 4 to 6 ASM-0474_0A (for master) additional see model matrix on page 4 to RomRev_02.02 / 7801RamRev_02.03 QRIPNP 4708A-PNP End product Transceiver MedRadio (MICS) active medical implant MHz MHz F LOW F MID F HIGH FSK F1D 300 khz MHz MHz MHz LBT/AFA (channel access controlled by ULP-AMI-P device outside the human body) Type Model Manufacturer Gain integrated Woermannkehre Berlin GERMANY PNP Mini Rings dbi (Determined by measurements) Page 9 of 96

10 Power supply Temperature AC/DC-Adaptor V NOM V MIN V MAX 3.0 VDC 2.0 VDC 3.5 VDC T NOM 37 C T MIN 25 C T MAX 45 C Model N/A Vendor N/A Input N/A Output N/A Page 10 of 96

11 1.5 Supporting Equipment Used During Testing Product Type* Device Manufacturer Model No. Comments AE Programer Biotronik USB TelBox 64kHz system AE Programer Biotronik 405 TELBOX II 400MHz system *Note: Use the following abbreviations: AE : Auxiliary/Associated Equipment, or SIM : Simulator (Not Subjected to Test) CABL : Connecting cables Page 21 of 96

12 1.6 Test Modes Mode # Unmodulated Modulated Receive Description General conditions: EUT powered by fully charged battery Radio conditions: Mode = standalone transmit Spreading = None Modulation = None Duty cycle = 100 % Power level = Maximum General conditions: EUT powered by fully charged battery Radio conditions: Mode = standalone transmit Modulation = FSK Duty cycle = 100 % Power level = Maximum General conditions: EUT powered by fully charged battery Radio conditions: Mode = standalone receive Modulation = FSK Page 22 of 96

13 1.7 Test Equipment Used During Testing Measurement Software Description Manufacturer Name Version EMC Test Software Dare Instruments Radimation Occupied Bandwidth Description Manufacturer Model Identifier Cal. Date Cal. Due Spectrum Analyzer R&S FSIQ26 EF Emission Bandwidth Description Manufacturer Model Identifier Cal. Date Cal. Due Spectrum Analyzer R&S FSIQ26 EF Frequency Stability Description Manufacturer Model Identifier Cal. Date Cal. Due Spectrum Analyzer R&S FSIQ26 EF Effective radiated power Description Manufacturer Model Identifier Cal. Date Cal. Due Anechoic chamber Frankonia AC 2 EF Spectrum Analyzer R&S FSIQ26 EF LPD Antenna R&S HL 223 EF Radiated spurious emissions Description Manufacturer Model Identifier Cal. Date Cal. Due Anechoic chamber Frankonia AC 2 EF Spectrum Analyzer R&S FSIQ26 EF Biconical Antenna R&S HK 116 EF LPD Antenna R&S HL 223 EF LPD Antenna R&S HL 025 EF Page 23 of 96

14 1.8 Sample emission level calculation The following is a description of terms and a sample calculation, as appears in the radiated emissions data table. The numbers used in the calculation are for example only. There is no direct correlation to the specific data taken for the product described in this document: Reading: This is the reading obtained on the spectrum analyzer in dbµv. Any external preamplifiers used are taken into account through internal analyzer settings. A.F.: This is the antenna factor for the receiving antenna. It is a conversion factor, which converts electric fields strengths to voltages, which can be measured directly on the spectrum analyzer. It is treated as a loss in db. Cable losses have been included with the A.F. to simplify the calculations. The antenna factor is used in calculations as follows: Net: Reading on Analyzer (dbµv) + A.F. (db) = Net field strength (dbµv/m) This is the net field strength measurement (as shown above). Limit: This is the FCC Class B radiated emission limit (in units of dbµv/m). The FCC limits are given in units of µv/m. The following formula is used to convert the units of µv/m to dbµv/m: Margin: Limit (dbµv/m) = 20*log (µv/m) This is the margin of compliance below the FCC limit. The units are given in db. A negative margin indicates the emission was below the limit. A positive margin indicates that the emission exceeds the limit. Example only: Reading + AF = Net Reading : Net reading - FCC limit = Margin 21.5 dbµv + 26 db = 47.5 dbµv/m : 47.5 dbµv/m dbµv/m = -9.5 db Page 24 of 96

15 1.9 Simulated human body For radiated tests the implant was placed in a simulated human body. Liquid components Component percentage per weight Deionized water 52.4 Bactericide 0.08 Hydroxy ethyl cellulose (HCE) 1.0 Sodium chloride 1.4 Sucrose 45.0 Measured tissue parameters: Tissue parameters 403.5MHz Component Target Measured Tolerance [%] Dielectric constant ε Conductivity σ [ms/cm] Page 25 of 96

16 2 Result Summary FCC 47 CFR Part 95E, 95I, 15C, IC RSS-243, IC RSS-Gen Product Specific Standard Section Requirement Test Reference Method Result Remarks IC RSS IC RSS-Gen 6.6 FCC (d) FCC (e) IC RSS , 5.1 FCC (e) IC RSS , 5.3 RSS-Gen 8.11 FCC (f) IC RSS FCC (d) IC RSS , 5.5 FCC (d) IC RSS , 5.5 RSS-Gen 6.13 IC RSS , 5.6 IC RSS-Gen 7.1 FCC IC RSS-Gen 8.8 Occupied bandwidth RSS-Gen 6.6 N/A Informational only Emission bandwidth FCC (a)(6)(i) FCC (e)(3) PASS Frequency stability EN PASS Transmitter output power EN PASS Band edge compliance Transmitter unwanted emissions FCC (d) ANSI C63.4 FCC (d) ANSI C63.4 PASS PASS Receiver spurious emissions ANSI C63.4 PASS AC power line conducted emissions ANSI C63.4 N/A EUT battery powered FCC (a)(3) IC RSS , FCC (a)(1) IC RSS , FCC (a)(2) IC RSS , FCC (a)(2) IC RSS , FCC (a)(4) IC RSS , System threshold power levels EN N/A Monitoring system bandwidth EN N/A Scan cycle time EN N/A Minimum channel monitoring period EN N/A Channel Access EN N/A Applies only to equipment by which LBT is performed Applies only to equipment by which LBT is performed Applies only to equipment by which LBT is performed Applies only to equipment by which LBT is performed Applies only to equipment by which LBT is performed FCC (a)(4) IC RSS , Discontinuation of MICS or MEDS session EN N/A Applies only to equipment by which LBT is performed FCC (a)(5) IC RSS , Use of the pre-scanned alternate channel EN N/A Not used Remarks: Page 26 of 96

17 3 Test Conditions and Results 3.1 Test Conditions and Results Occupied Bandwidth Occupied Bandwidth acc. to IC RSS-243 Verdict: PASS Test according to measurement reference Test frequency range EUT test mode Reference Method RSS-Gen 6.6 Tested frequencies F LOW / F MID / F HIGH Modulated Limits None (Informational only) Test setup Spectrum Analyzer EUT Test procedure 1. EUT set to test mode (Communication tester is used if needed) 2. Span set to at least twice the emission spectrum 3. Resolution bandwidth set to 1 % of span 4. Occupied Bandwidth (99 %) measurement with spectrum analyzer built in measurement function Test results Channel Frequency [MHz] Occupied Bandwidth [khz] Comments: F LOW F MID F HIGH Page 27 of 96

18 Occupied Bandwidth acc. to RSS-Gen Occupied Bandwidth F LOW Project Number: G0M Wilfried Treffke Test Conditions: Tnom / Vnom Tx MHz, 2FSK Test Date: Verdict: NONE (INFORMATION ONLY) Note 1: A spectrum analyzer with an integrated 99% power bandwidth function is used * RBW 3 khz Marker 1 [T1 ] * VBW 10 khz dbm Ref 10 dbm Att 15 db SWT 100 ms MHz 10 OBW khz Temp 1 [T1 OBW] 1 PK VIEW dbm MHz Temp 2 [T1 OBW] dbm MHz A -20 T1 T EXT 3DB Center MHz 90 khz/ Span 900 khz Date: 30.SEP :48:21 Page 28 of 96

19 Occupied Bandwidth acc. to RSS-Gen Occupied Bandwidth - F MID Project Number: G0M Wilfried Treffke Test Conditions: Tnom / Vnom Tx MHz, 2FSK Test Date: Verdict: NONE (INFORMATION ONLY) Note 1: A spectrum analyzer with an integrated 99% power bandwidth function is used * RBW 3 khz Marker 1 [T1 ] * VBW 10 khz dbm Ref 10 dbm Att 15 db SWT 100 ms MHz 10 OBW khz Temp 1 [T1 OBW] 1 PK VIEW dbm MHz Temp 2 [T1 OBW] dbm MHz A T1 T2-40 EXT 3DB Center MHz 90 khz/ Span 900 khz Date: 30.SEP :42:07 Page 29 of 96

20 Occupied Bandwidth acc. to RSS-Gen Occupied Bandwidth - F HIGH Project Number: G0M Wilfried Treffke Test Conditions: Tnom / Vnom Tx MHz, 2FSK Test Date: Verdict: NONE (INFORMATION ONLY) Note 1: A spectrum analyzer with an integrated 99% power bandwidth function is used * RBW 3 khz Marker 1 [T1 ] * VBW 10 khz dbm Ref 10 dbm Att 15 db SWT 100 ms MHz 10 OBW khz Temp 1 [T1 OBW] 1 PK VIEW dbm MHz Temp 2 [T1 OBW] dbm MHz A T1 T2-40 EXT 3DB Center MHz 90 khz/ Span 900 khz Date: 30.SEP :46:39 Page 30 of 96

21 3.2 Test Conditions and Results Emission Bandwidth Emission Bandwidth acc. to FCC Part 95 / IC RSS-243 Verdict: PASS EUT requirement rule parts and clause Test according to measurement reference Test frequency range EUT test mode Reference FCC (d) / FCC (e) / IC RSS Reference Method FCC (a)(6)(i) / FCC (e)(3) Tested frequencies F LOW / F MID / F HIGH Modulated Limits 300 khz Test setup Spectrum Analyzer EUT Test procedure 1. EUT set to test mode 2. Span set to at least twice the emission spectrum 3. Detector set to peak and max hold 4. Envelope peak value of emission spectrum is selected 5. Marker on envelope of spectrum is set to level of -20 db to the left of the peak 6. Marker on envelope of spectrum is set to level of -20 db to the right of the peak db Emission Bandwidth is determined by marker frequency separation Test results Channel Frequency [MHz] Emission Bandwidth [khz] Limit [khz] Result F LOW PASS F MID PASS F HIGH PASS Comments: Page 31 of 96

22 Emission Bandwidth F LOW Emission Bandwidth acc. to FCC Part Project Number: G0M Wilfried Treffke Test Conditions: Tnom / Vnom Tx MHz, 2FSK Test Date: Verdict: PASS Note 1: 20 db bandwidth * RBW 3 khz Delta 1 [T1 ] * VBW 3 khz db Ref 0 dbm Att 25 db SWT 170 ms khz 0-10 Marker 1 [T1 ] dbm MHz A 1 PK VIEW TH dbm EXT 3DB Center MHz 90 khz/ Span 900 khz Date: 30.SEP :12:00 Page 32 of 96

23 Emission Bandwidth F MID Emission Bandwidth acc. to FCC Part Project Number: G0M Wilfried Treffke Test Conditions: Tnom / Vnom Tx MHz, 2FSK Test Date: Verdict: PASS Note 1: 20 db bandwidth * RBW 3 khz Delta 1 [T1 ] * VBW 3 khz db Ref 0 dbm Att 25 db SWT 170 ms khz 0-10 Marker 1 [T1 ] dbm MHz A 1 PK VIEW TH dbm EXT 3DB Center MHz 90 khz/ Span 900 khz Date: 30.SEP :05:32 Page 33 of 96

24 Emission Bandwidth 1 F HIGH Emission Bandwidth acc. to FCC Part Project Number: G0M Wilfried Treffke Test Conditions: Tnom / Vnom Tx MHz, 2FSK Test Date: Verdict: PASS Note 1: 20 db bandwidth * RBW 3 khz Delta 1 [T1 ] * VBW 3 khz db Ref 0.5 dbm Att 25 db SWT 170 ms khz 0-10 Offset 0.5 db Marker 1 [T1 ] dbm MHz A 1 AP VIEW -20 LVL -30 TH dbm EXT 3DB Center MHz 90 khz/ Span 900 khz Date: 30.SEP :57:01 Page 34 of 96

25 3.3 Test Conditions and Results Frequency stability Frequency stability acc. to FCC Part 95 / IC RSS-243 Verdict: PASS EUT requirement rule parts and clause Test according to measurement reference Test frequency range EUT test mode Reference FCC (e) / IC RSS / RSS-Gen 4.7 Reference Method EN Tested frequencies F LOW / F MID / F HIGH Unmodulated Limits ±100 ppm Test setup Spectrum Analyzer Rubidium Reference Power EUT (Test fixture) Climatic Chamber Test procedure 1. EUT set to test mode with supply voltage and temperature set to nominal conditions 2. EUT transmits without modulation 3. Detector set to peak and max hold 4. Peak of emission is measured using a frequency counter 5. The frequency error is determined as the deviation of the emission frequency from the nominal frequency stated by the customer. Page 35 of 96

26 Channel Nominal Frequency [MHz] Temperature Test results Supply voltage Frequency [MHz] Drift [ppm] F LOW T NOM = 37 C V NOM = 3.0 VDC F LOW T MIN = 25 C V NOM = 3.0 VDC F LOW T MAX = 45 C V NOM = 3.0 VDC F MID T NOM = 37 C V NOM = 3.0 VDC F MID T MIN = 25 C V NOM = 3.0 VDC F MID T MAX = 45 C V NOM = 3.0 VDC F HIGH T NOM = 37 C V NOM = 3.0 VDC F HIGH T MIN = 25 C V NOM = 3.0 VDC F HIGH T MAX = 45 C V NOM = 3.0 VDC Comments: Page 36 of 96

27 3.4 Test Conditions and Results Transmitter output power Transmitter output power acc. to FCC Part 95 / IC RSS-243 Verdict: PASS EUT requirement rule parts and clause Test according to measurement reference Test frequency range EUT test mode Reference FCC (f) / IC RSS Reference Method EN Tested frequencies F LOW / F MID / F HIGH Modulated Limits 25 µw (-16 dbm) e.i.r.p. Test setup Fully anechoic chamber EUT Amplifier Matrix Measurement Receiver Test procedure 1. EUT set to test frequency with modulation 2. Measurement polarization is set to vertical 3. Span it set according to measurement range and detector is set to peak and max hold 4. Resolution bandwidth is set two be at least twice the emission bandwidth 5. During the sweep the EUT is rotated to obtain maximum emission level 6. Measurement is repeated with horizontal measurement polarization Page 37 of 96

28 Comments: Channel Frequency [MHz] Test results Emission Level [dbm e.i.r.p.] Detector Limit [dbm e.i.r.p.] Margin [db] F LOW pk F MID pk F HIGH pk Page 38 of 96

29 3.5 Test Conditions and Results Band-edge and In-band Emissions Band-edge and in-band emission compliance acc. to FCC Part 95 / IC RSS-243 EUT requirement rule parts and clause Test according to measurement reference Test frequency range EUT test mode Frequency range Reference Verdict: PASS FCC (d) / IC RSS / RSS-Gen 4.9 Limits - FCC Reference Method FCC (d) / ANSI C 63.4 Tested frequencies F LOW / F MID / F HIGH Modulated Limit 402 MHz 250 khz f 402 MHz 20 db below maximum permitted output power 402 MHz < f < 150 khz - f C 20 db below transmitter output power 150 khz + f C < f < 405 Mhz 20 db below transmitter output power 405 MHz f 405 MHz khz 20 db below maximum permitted output power Frequency range Limits - IC 402 MHz 250 khz < f < 150 khz-f C 20 db below maximum permitted output power 150 khz+f C < f < 405 MHz khz 20 db below maximum permitted output power Because the FCC limits are more stringent than the Industry Canada limits, the FCC limits are used to show compliance with the band-edge emission requirements. Test setup Limit Semi-anechoic Chamber EUT Turn table Ground Plane Amplifier Matrix Measurement Receiver Page 39 of 96

30 Test procedure 1. EUT set to test frequency with modulation 2. Measurement polarization is set to vertical 3. Span it set according to measurement range 4. Resolution bandwidth is set to 1% of the emission bandwidth and detector is set to peak 5. During the sweep the EUT is rotated to obtain maximum emission level 6. Measurement is repeated with horizontal measurement polarization Channel Frequency [MHz] Max. Emission Level [dbµv/m] Test results Max. Carrier Level [dbµv/m] In-band Limit [dbµv/m] Result F LOW PASS F LOW PASS F HIGH PASS F HIGH PASS Comments: see attached diagrams Page 40 of 96

31 3.6 Test Conditions and Results Transmitter unwanted emissions Transmitter unwanted emissions acc. to FCC Part 95 / IC RSS-243 Verdict: PASS Test according referenced standards Test according to measurement reference Test frequency range Reference Method FCC (d) / IC RSS / IC RSS-Gen 4.9 Reference Method FCC (d) / ANSI C 63.4 Tested frequencies 30 MHz 10 th Harmonic Limits Frequency range [MHz] Detector Limit [µv/m] Limit [dbµv/m] Limit Distance [m] Quasi-Peak Quasi-Peak Quasi-Peak Quasi-Peak > 1000 Average Test setup Semi-anechoic Chamber EUT Turn table Ground Plane Amplifier Matrix Measurement Receiver Page 41 of 96

32 Test procedure 1. EUT set to test mode 2. Span it set according to measurement range 3. Resolution bandwidth below 1 GHz is set according to CISPR 16 with peak/quasi-peak detector and RBW of 1 MHz with peak/average detector is used above 1 GHz 4. Markers are set to peak emission levels within restricted bands Channel Frequency [MHz] Mode Emission [MHz] Test results Level [dbµv/m] Det. Pol. Limit [dbµv/m] Limit dist. [m]* Margin [db] F LOW Modulated pk ver m F LOW Modulated pk hor m F LOW Modulated pk ver m F LOW Modulated pk hor m F LOW Modulated pk ver m F HIGH Modulated pk hor m F HIGH Modulated pk ver m F HIGH Modulated pk hor m F HIGH Modulated pk ver m F HIGH Modulated pk hor m F HIGH Modulated pk ver m Comments: * Physical distance between EUT and measurement antenna. Page 42 of 96

33 3.7 Test Conditions and Results Receiver spurious emissions Receiver spurious emissions acc. to IC RSS-243 Verdict: PASS Test according referenced standards Test according to measurement reference Test frequency range EUT test mode Reference Method IC RSS / IC RSS-Gen Limits Reference Method ANSI C 63.4 Tested frequencies 30 MHz 5 th Harmonic Receive Frequency range [MHz] Detector Limit [µv/m] Limit [dbµv/m] Limit Distance [m] Quasi-Peak Quasi-Peak Quasi-Peak Quasi-Peak > 1000 Average Test setup Semi-anechoic Chamber EUT Turn table Ground Plane Amplifier Matrix Measurement Receiver Page 43 of 96

34 Test procedure 1. EUT set to receive mode (Communication tester is used if needed) 2. Span it set according to measurement range 3. Resolution bandwidth below 1 GHz is set according to CISPR 16 with peak/quasi-peak detector and RBW of 1 MHz with peak/average detector is used above 1 GHz 4. Markers are set to peak emission levels Channel Frequency [MHz] Emission [MHz] Test results Emission Level [dbµv/m] Det. Pol. Limit [dbµv/m] Margin [db] F MID pk ver F MID pk hor F MID pk ver F MID pk hor F MID pk hor Comments: Page 44 of 96

35 ANNEX A Transmitter radiated power Radiated power according to FCC Part 95; Subpart E Order number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m Tx; MHz Test Date: Note: Tx Power EIRP Index FCC µW RBW: 300 khz, Horizontal Max Peak Power (dbm) M 402 M M 403 M M 404 M M 405 M M 406 M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz -36 dbm -16 dbm db Pass Page 45 of 96

36 Radiated power according to FCC Part 95; Subpart E Order number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Vertical Measurement distance: 3 m Tx; MHz Test Date: Note: Tx Power EIRP Index FCC µW RBW: 300 khz, Vertical Max Peak Power (dbm) M 402 M M 403 M M 404 M M 405 M M 406 M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz dbm -16 dbm db Pass Page 46 of 96

37 Radiated power according to FCC Part 95; Subpart E Order number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m Tx; MHz Test Date: Note: Power dbµv/m ERP Index 56 RBW: 100 khz, Horizontal Max Peak Electrical Field (dbµv/m) M 402 M 403 M 404 M 405 M 406 M Frequency (Hz) Frequency Peak MHz dbµv/m Page 47 of 96

38 Radiated power according to FCC Part 95; Subpart E Order number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Vertical Measurement distance: 3 m Tx; MHz Test Date: Note: Power dbµv/m ERP Index 55 RBW: 100 khz, Vertical Max Peak Electrical Field (dbµv/m) M 402 M 403 M 404 M 405 M 406 M Frequency (Hz) Frequency Peak MHz dbµv/m Page 48 of 96

39 Radiated power according to FCC Part 95; Subpart E Order number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m Tx; MHz Test Date: Note: Tx Power EIRP Index FCC µW RBW: 300 khz, Horizontal Max Peak Power (dbm) M 402 M M 403 M M 404 M M 405 M M 406 M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz dbm -16 dbm db Pass Page 49 of 96

40 Radiated power according to FCC Part 95; Subpart E Order number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Vertical Measurement distance: 3 m Tx; MHz Test Date: Note: Tx Power EIRP Index FCC µW RBW: 300 khz, Vertical Max Peak Power (dbm) M 402 M M 403 M M 404 M M 405 M M 406 M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz dbm -16 dbm db Pass Page 50 of 96

41 Radiated power according to FCC Part 95; Subpart E Order number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m Tx; MHz Test Date: Note: Tx Power EIRP Index FCC µW RBW: 300 khz, Horizontal Max Peak Power (dbm) M 402 M M 403 M M 404 M M 405 M M 406 M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz dbm -16 dbm db Pass Page 51 of 96

42 Radiated power according to FCC Part 95; Subpart E Order number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Vertical Measurement distance: 3 m Tx; MHz Test Date: Note: Tx Power EIRP Index FCC µW RBW: 300 khz, Vertical Max Peak Power (dbm) M 402 M M 403 M M 404 M M 405 M M 406 M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz dbm -16 dbm db Pass Page 52 of 96

43 Radiated power according to FCC Part 95; Subpart E Order number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m Tx; MHz Test Date: Note: Power dbµv/m ERP Index 60 RBW: 100 khz, Horizontal Max Peak Electrical Field (dbµv/m) M 402 M 403 M 404 M 405 M 406 M Frequency (Hz) Frequency Peak MHz dbµv/m Page 53 of 96

44 Radiated power according to FCC Part 95; Subpart E Order number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Vertical Measurement distance: 3 m Tx; MHz Test Date: Note: Power dbµv/m ERP Index 59 RBW: 100 khz, Vertical Max Peak Electrical Field (dbµv/m) M 402 M 403 M 404 M 405 M 406 M Frequency (Hz) Frequency Peak MHz dbµv/m Page 54 of 96

45 ANNEX B Transmitter radiated spurious emissions Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HK116, Horizontal Measurement distance: 3 m TX; MHz Test Date: Note: Index FCC (d) Q-Peak RBW: 100 khz, Horizontal Max Peak Electrical Field (dbµv/m) M 40 M 60 M 80 M 100 M 120 M 140 M 160 M 200 M Frequency (Hz) Page 55 of 96

46 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HK116, Vertical Measurement distance: 3 m TX; MHz Test Date: Note: Index FCC (d) Q-Peak RBW: 100 khz, Vertical Max Peak Electrical Field (dbµv/m) M 40 M 60 M 80 M 100 M 120 M 140 M 160 M 200 M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz dbµv/m 40 dbµv/m db Pass Page 56 of 96

47 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m TX; MHz Test Date: Note: Index 66 FCC (d) Q-Peak RBW: 100 khz, Horizontal Max Peak Electrical Field (dbµv/m) M 250 M 300 M 350 M M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz dbµv/m 46 dbµv/m db Pass Page 57 of 96

48 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m TX; MHz Test Date: Note: Index 67 FCC (d) Q-Peak RBW: 100 khz, Horizontal Max Peak Electrical Field (dbµv/m) M 250 M 300 M 350 M M Frequency (Hz) Page 58 of 96

49 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m TX; MHz Test Date: Note: Band-edge Index FCC band-edge RBW: 3 khz, Horizontal Max Peak Electrical Field (dbµv/m) M 402 M M 403 M M 404 M M 405 M M Frequency (Hz) Page 59 of 96

50 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Vertical Measurement distance: 3 m TX; MHz Test Date: Note: Band-edge Index FCC band-edge RBW: 3 khz, Vertical Max Peak Electrical Field (dbµv/m) M 402 M M 403 M M 404 M M 405 M M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz 1.24 dbµv/m 59.4 dbµv/m db Pass Page 60 of 96

51 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m TX; MHz Test Date: Note: In-band emissions Index 70 FCC in-band RBW: 3 khz, Horizontal Max Peak Electrical Field (dbµv/m) M M 403 M M 404 M M 405 M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz dbµv/m 47.8 dbµv/m db Pass MHz dbµv/m 47.8 dbµv/m db Pass MHz dbµv/m 47.8 dbµv/m db Pass MHz dbµv/m 47.8 dbµv/m db Pass Page 61 of 96

52 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Vertical Measurement distance: 3 m TX; MHz Test Date: Note: In-band emissions Index 71 FCC in-band RBW: 3 khz, Vertical Max Peak Electrical Field (dbµv/m) M M 403 M M 404 M M 405 M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz 21.9 dbµv/m 47.8 dbµv/m db Pass MHz dbµv/m 47.8 dbµv/m db Pass MHz dbµv/m 47.8 dbµv/m db Pass MHz dbµv/m 47.8 dbµv/m db Pass MHz dbµv/m 47.8 dbµv/m db Pass Page 62 of 96

53 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m TX; MHz Test Date: Note: Index 73 FCC (d) Q-Peak RBW: 100 khz, Horizontal Max Peak Electrical Field (dbµv/m) M 500 M 600 M 700 M 800 M 900 M 1 G Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz dbµv/m 46 dbµv/m db Pass Page 63 of 96

54 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Vertical Measurement distance: 3 m TX; MHz Test Date: Note: Index 72 FCC (d) Q-Peak RBW: 100 khz, Vertical Max Peak Electrical Field (dbµv/m) M 500 M 600 M 700 M 800 M 900 M 1 G Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz 14.3 dbµv/m 46 dbµv/m db Pass Page 64 of 96

55 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL025, Horizontal Measurement distance: 3 m TX; MHz Test Date: Note: Index 61 FCC (d) Av RBW: 1 MHz, Horizontal Max Peak Electrical Field (dbµv/m) G 1.5 G 2 G 2.5 G 3 G 3.5 G 4.05 G Frequency (Hz) Page 65 of 96

56 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL025, Vertical Measurement distance: 3 m TX; MHz Test Date: Note: Index 62 FCC (d) Av RBW: 1 MHz, Vertical Max Peak Electrical Field (dbµv/m) G 1.5 G 2 G 2.5 G 3 G 3.5 G 4.05 G Frequency (Hz) Page 66 of 96

57 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HK116, Horizontal Measurement distance: 3 m TX; MHz Test Date: Note: Index FCC (d) Q-Peak RBW: 100 khz, Horizontal Max Peak Electrical Field (dbµv/m) M 40 M 60 M 80 M 100 M 120 M 140 M 160 M 200 M Frequency (Hz) Page 67 of 96

58 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HK116, Vertical Measurement distance: 3 m TX; MHz Test Date: Note: Index FCC (d) Q-Peak RBW: 100 khz, Vertical Max Peak Electrical Field (dbµv/m) M 40 M 60 M 80 M 100 M 120 M 140 M 160 M 200 M Frequency (Hz) Page 68 of 96

59 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m TX; MHz Test Date: Note: Index 74 FCC (d) Q-Peak RBW: 100 khz, Horizontal Max Peak Electrical Field (dbµv/m) M 250 M 300 M 350 M M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz dbµv/m 46 dbµv/m db Pass Page 69 of 96

60 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Vertical Measurement distance: 3 m TX; MHz Test Date: Note: Index 75 FCC (d) Q-Peak RBW: 100 khz, Vertical Max Peak Electrical Field (dbµv/m) M 250 M 300 M 350 M M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz 23.3 dbµv/m 46 dbµv/m db Pass Page 70 of 96

61 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m TX; MHz Test Date: Note: Band-edge Index FCC band-edge RBW: 3 khz, Horizontal Max Peak Electrical Field (dbµv/m) M 402 M M 403 M M 404 M M 405 M M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz dbµv/m 59.4 dbµv/m db Pass Page 71 of 96

62 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Vertical Measurement distance: 3 m TX; MHz Test Date: Note: Band-edge Index FCC band-edge RBW: 3 khz, Vertical Max Peak Electrical Field (dbµv/m) M 402 M M 403 M M 404 M M 405 M M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz dbµv/m 59.4 dbµv/m db Pass Page 72 of 96

63 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m TX; MHz Test Date: Note: In-band emissions Index 78 FCC in-band RBW: 3 khz, Horizontal Max Peak Electrical Field (dbµv/m) M M 403 M M 404 M M 405 M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz 9.36 dbµv/m 40.5 dbµv/m db Pass MHz 8.97 dbµv/m 40.5 dbµv/m db Pass MHz dbµv/m 40.5 dbµv/m db Pass Page 73 of 96

64 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Vertical Measurement distance: 3 m TX; MHz Test Date: Note: In-band emissions Index 79 FCC in-band RBW: 3 khz, Vertical Max Peak Electrical Field (dbµv/m) M M 403 M M 404 M M 405 M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz 11.5 dbµv/m 56.6 dbµv/m db Pass MHz 10.4 dbµv/m 56.6 dbµv/m db Pass MHz dbµv/m 56.6 dbµv/m db Pass MHz dbµv/m 56.6 dbµv/m db Pass Page 74 of 96

65 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m TX; MHz Test Date: Note: Index 81 FCC (d) Q-Peak RBW: 100 khz, Horizontal Max Peak Electrical Field (dbµv/m) M 500 M 600 M 700 M 800 M 900 M 1 G Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz dbµv/m 46 dbµv/m db Pass Page 75 of 96

66 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Vertical Measurement distance: 3 m TX; MHz Test Date: Note: Index 80 FCC (d) Q-Peak RBW: 100 khz, Vertical Max Peak Electrical Field (dbµv/m) M 500 M 600 M 700 M 800 M 900 M 1 G Frequency (Hz) Frequency Peak Peak Limit Peak Difference Peak Status MHz dbµv/m 46 dbµv/m db Pass Page 76 of 96

67 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL025, Horizontal Measurement distance: 3 m TX; MHz Test Date: Note: Index 87 FCC (d) Av RBW: 1 MHz, Horizontal Max Peak Electrical Field (dbµv/m) G 1.5 G 2 G 2.5 G 3 G 3.5 G 4.05 G Frequency (Hz) Page 77 of 96

68 Spurious emissions according to FCC Part 95; Subpart E Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL025, Vertical Measurement distance: 3 m TX; MHz Test Date: Note: Index 86 FCC (d) Av RBW: 1 MHz, Vertical Max Peak Electrical Field (dbµv/m) G 1.5 G 2 G 2.5 G 3 G 3.5 G 4.05 G Frequency (Hz) Page 78 of 96

69 ANNEX C Receiver radiated spurious emissions Spurious emissions according to RSS-Gen Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HK116, Horizontal Measurement distance: 3 m RX; MHz Test Date: Note: Index RSS-Gen Rx QP RBW: 100 khz, Horizontal Max Peak Electrical Field (dbµv/m) M 40 M 60 M 80 M 100 M 120 M 140 M 160 M 200 M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Status MHz dbµv/m 43.5 dbµv/m db Pass Page 79 of 96

70 Spurious emissions according to RSS-Gen Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HK116, Vertical Measurement distance: 3 m RX; MHz Test Date: Note: Index RSS-Gen Rx QP RBW: 100 khz, Vertical Max Peak Electrical Field (dbµv/m) M 40 M 60 M 80 M 100 M 120 M 140 M 160 M 200 M Frequency (Hz) Frequency Peak Peak Limit Peak Difference Status MHz dbµv/m 40 dbµv/m db Pass Page 80 of 96

71 Spurious emissions according to RSS-Gen Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Horizontal Measurement distance: 3 m RX; MHz Test Date: Note: Index 53 RSS-Gen Rx QP RBW: 100 khz, Horizontal Max Peak Electrical Field (dbµv/m) M 300 M 400 M 500 M 600 M 700 M 800 M 1 G Frequency (Hz) Page 81 of 96

72 Spurious emissions according to RSS-Gen Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL223, Vertical Measurement distance: 3 m RX; MHz Test Date: Note: Index 54 RSS-Gen Rx QP RBW: 100 khz, Vertical Max Peak Electrical Field (dbµv/m) M 300 M 400 M 500 M 600 M 700 M 800 M 1 G Frequency (Hz) Frequency Peak Peak Limit Peak Difference Status MHz dbµv/m 46 dbµv/m db Pass Page 82 of 96

73 Spurious emissions according to RSS-Gen Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL025, Horizontal Measurement distance: 3 m RX; MHz Test Date: Note: Index 55 RSS-Gen Rx AV RBW: 1 MHz, Horizontal Max Peak Electrical Field (dbµv/m) G 1.5 G 2 G 2.5 G 3 G 3.5 G 4 G Frequency (Hz) Frequency Peak Peak Limit Peak Difference Status GHz dbµv/m dbµv/m db Pass 3.94 GHz dbµv/m dbµv/m db Pass Page 83 of 96

74 Spurious emissions according to RSS-Gen Project number: G0M Treffke Test Conditions: Tnom: 23 C, Vnom: 3.0 V DC battery Antenna: HL025, Vertical Measurement distance: 3 m RX; MHz Test Date: Note: Index 56 RSS-Gen Rx AV RBW: 1 MHz, Vertical Max Peak Electrical Field (dbµv/m) G 1.5 G 2 G 2.5 G 3 G 3.5 G 4 G Frequency (Hz) Page 84 of 96

75 ANNEX D Evaluation measurements for sample selection Antenna Pattern Project Number: G0M Product: DR-T EUT Position: vertical, without leads EUT Antenna: integral Operating Conditions: Tnom / Vnom Operating Frequency: MHz Detector: Peak RBW: 1 MHz VBW: 3 MHz Sweep Time: 100 ms Conducted Power: -6.5 dbm Mr. Treffke Date: Result Summary Antenna Polarization Turn table Angle [ ] Max. rad. power [dbm e.i.r.p.] Max. antenna gain [dbi] Vertical Horizontal Page 85 of 96

76 Page 86 of 96

77 Page 87 of 96

78 Antenna Pattern Project Number: G0M Product: HF-T QP EUT Position: vertical, without leads EUT Antenna: integral Operating Conditions: Tnom / Vnom Operating Frequency: MHz Detector: Peak RBW: 1 MHz VBW: 3 MHz Sweep Time: 100 ms Conducted Power: -6.5 dbm Mr. Treffke Date: Result Summary Antenna Polarization Turn table Angle [ ] Max. rad. power [dbm e.i.r.p.] Max. antenna gain [dbi] Vertical Horizontal Page 88 of 96

79 Page 89 of 96

80 Page 90 of 96

81 Antenna Pattern Project Number: G0M Product: HF-T EUT Position: vertical, without leads EUT Antenna: integral Operating Conditions: Tnom / Vnom Operating Frequency: MHz Detector: Peak RBW: 1 MHz VBW: 3 MHz Sweep Time: 100 ms Conducted Power: -6.5 dbm Mr. Treffke Date: Result Summary Antenna Polarization Turn table Angle [ ] Max. rad. power [dbm e.i.r.p.] Max. antenna gain [dbi] Vertical Horizontal Page 91 of 96