Test Report 2

FCC ID: ZNFE465G

Test Report

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FCCID_1981391

rerenam Test Plots (GFSK) 20 dB Bandwidth & Occupied Bandwidth (Low—CH) Agient ROT [Freq/Channel Center Freq Ch Freq 2402 6e Trig Free 240200000 Giiz Occupted Bandeidth Start Freq 240050000 Clz Stop Freq 240350000 CHlz CF Step 300,000000 We A HMen Freq Offset 2.00000000 Uz Signal Track Occupied Bandvidth c 0n of ccee w Lo oc ces x dB Bandbidth Ritiaile Test Plots (GFSK) 20 dB Bandwidth & Occupied Bandwidth (Mid—CH) #% Aglent ROT [Freq/thannel Center Freq Ch Freq 22041 oHe Trig Free 2.40100000 Giiz Occusted Bandeidth _____O Start Freq 243050000 Clz ce on Atton 20 dB Stop Freq 244250000 CHz CF Step 300000000 Wez Bute Hen Freq Offset 2.00000000 Uz Signal Track [WesTeCE cesiol c 0n of BoccheS uc wi@B Transnit Freq Error x dB Bandhidth Operation Status, CWHCT.91F file saved reermnar ree cennricanon rerort testreront TestRepor io: Dnicatfowe: EuT ime nermroosna mayan 2018 esmmcomarhone wtliteems o witioo2 1 mign Fase ar creo

reteaam Test Plots (GFSK) 20 dB Bandwidth & Occupied Bandwidth (High—CH) Aglent [Freq/Channel Center Freq Ch Freq 248 GHz 242000000 Clz Occupted Bandeidth Start Freq 247050000 Clte Stop Freq 248150000 Clz CF Step 300,000000 We Aute Mn Freq Offset 2.00000000 Uz Elc Tc on 1 pur oo0o7| Wnn eE cus CAeadc _ Transnit Freq Error dbaes Cool Test Plots (GDPSK) 20 dB Bandwidth & Occupied Bandwidth (Low—CH) Aglent [Freq/channel Center Freq Ch Freq 24402 Clz 240200000 Clz Occusied Bandwidth Start Freq 240050000 GHz Stop Freq 240350000 Clz CF Step 300,000000 We A HMen Freq Offset ©,00000000 Uz h " Signal Track Occupied Bandvidth Bd 0n off 1.1588 MHz oc dtlaescocl 1 Operation Status, CWCT.91F file saved reermnar ree cennricanon rerort rest neronr TestRepor io: Dnicatfowe: EuT ime nermroosna mayan 2018 esmmcomarhone wtliteems o witioo2 1 mign Fase assreo

reteaam Test Plots (GDPSK) 20 dB Bandwidth & Occupied Bandwidth (Mid—CH) Aglent [Freq/Channel Ch Freq 2.441 Giz Wrotn Gccusted Bandiicth I Start Freq 243950000 Clz Stop Freq 244250000 Clte CF Step 300,000000 We Aute Mn Freq Offset 2.00000000 Uz s " Signal Track ied Bandvidth Oce BH 7 Pur 0n off 1.1460 MHz id Transnit Freq Error dblaes Coold e saved Test Plots (GDPSK) 20 dB Bandwidth & Occupied Bandwidth (High—CH) Aglent [Freq/channel Ch Freq 248 GHz hosage Occugied Bandidth e Start Freq 247850000 GHz Stop Freq 248150000 Clz CF Step 300,000000 We A HMen Freq Offset ©,00000000 Uz h " Signal Track Occupied Bandvidth Bd 0n off 11593 MHz oc dtlaescocl 1 Operation Status, CWCT.91F file saved reermnar ree cennricanon rerort rest neronr TestRepor io: Dnicatfowe: EuT ime nermroosna mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign Fase avoreo

rerensm Test Plots (MDQPSK) 20 dB Bandwidth & Occupied Bandwidth (Low—CH) Aglent [Freq/Channel Center Freq Ch Freq 2402 Cz 240200000 Clz Occupted Bandeidth Start Freq 240050000 Clz Stop Freq 240350000 Clz CF Step 300,000000 We Aute Mn Freq Offset Signal Track ied Bandvidth of 1.1540 MHz Transnit Freq Error dbaes Cool Test Plots (mMDQPSK) 20 dB Bandwidth & Occupied Bandwidth (Mid—CH) Aglent [Freq/channel Center Freq Th Freq 2441 Clz 2.44100000 Clz Occusied Bandwidth Start Freq 243950000 CHz Stop Freq 244250000 Clz CF Step 300,000000 We A HMen Freq Offset ©,00000000 Uz h " Signal Track Occupied Bandvidth Bd 0n off 1.1553 MHz oc dtlaescocl reermazr ree cennricanon rerort testreront TestRepor io: Dnicatfowe: EuT ime nermroosna mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign Fase svreo

verestm Test Plots (MDQPSK) 20 dB Bandwidth & Occupied Bandwidth (High—CH) R T [Freq/Channel Center Freq Ch Freq 244 Gitz Trig TS\ oisond000 Clic Occupted Bandeidth Start Freq 247050000 Clte Stop Freq 248150000 Clz CF Step 300,000000 We Aute Mn Freq Offset 2.00000000 Uz Invenenenirnnmennrenmmnnnnnnnnrsnnmesrmmmenmyranyg Signal Track Occupied Bandvidt! ic ce 0n off 1.1547 MHz id Transnit Freq Error dbaes Cool reermnar Weteedeet ree cennricanon rerort — wourke TextRepor No: DateorTeaae: EuT Inc nemmnsosme mayan 2018 esmmcomarhone wtliteems o witioo2 1 mign Fage r oreo

LiCT rereagm 8.4 NUMBER OF HOPPING FREQUENCY LIMIT According to §15.247(a)(1)(i), Frequency hopping systems operating in the 2400 MHz ~ 2483.5 MHz bands shall use at least 15 hopping frequencies. Test Configuration Bluetooth Tester oo Spectrum Analyzer Eut _| Power Spliter TEST PROCEDURE The Bluetooth frequency hopping function of the EUT was enabled. The Spectrum Analyzer is set to ( DA 00—705 ) Span = the frequency band of operation RBW = 1% of the span VBw = R&W Sweep = Auto Detector = Peak Trace = Max hold The trace was allowed to stabilize. TEST RESULTS No non—compliance noted Test Data Result (No. of CH} Limit Result GFSK BDPSK TiADGPSK 79 79 79 >15 Pass Note : In case of AFH mode, minimum number of hopping channels is 20. reermnar Weteedeet ree cennricanon rerort wourke TextRepor No: DateorTeaae: EuT Inc reew: nemmnsosme mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign mnreasso Fage srorso

LiCT rerenam Test Plots (GFSK) Number of Channels (2.4 GHz — 2441 GHz) Aglent R T [Freq/Channel C Blucto Ref15 ctn Center Freq Un 242050000 Cz Eo M m.“w’wwu ullluiUiuUU s3 ELCC Stop Freq 244100000 CHte CF Step 410000000 Mite Aute HMen Freq Offset 2.00000000 Uz Signal Track 0n of Test Plots (GFSK) Number of Channels (2441 GHz — 24835 GHz) Aglent [Freq/channel Center Freq 246205000 Gliz Start Freq 244100000 GHz Stop Freq 248350000 Clz CF Step 425000000 iz Aute HMen Freq Offset ©,00000000 Uz Signal Track 0n off AeNel reermnar ree cennricanon rerort www het co k testreront TextReport io: Bawotiones uT pa nemmnsosme mayan 2018 esmmcomarhone wtliteems o witioo2 1 mign Fage avoreo

rerenam Test Plots (GDPSK) Number of Channels (2.4 GHz — 2441 GHz) Aglent req/channel Mn oemeee [RBoesd l J Center Freq l 242050000 Clz Start Freq 240000000 CHte Stop Freq 244100000 CHte CF Step 410000000 Mite Aute HMen Freq Offset 2.00000000 Uz Signal Track 0n of Test Plots (GDPSK) Number of Channels (2441 GHz — 24835 GHz) % Aglent R T [Freq/channel k Reseol nSp LOeoeed f Atten ied 20 Center Freq 246205000 Giiz Start Freq 244100000 GHz Stop Freq 248350000 Clz CF Step 425000000 iz HMen J Freq Offset ©,00000000 Uz Signal Track 0n off AeNel reermnar ree cennricanon rerort testreront TextReport io: Bawotiones uT pa nemmnsosme mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign Fage seorso

rerenam Test Plots (MDQPSK) Number of Channels (2.4 GHz — 2441 GHz) Aglent req/channel n oeae ce "su Loeoced L es d Center Freq »ifgciine ahe Start Freq 240000000 CHte Stop Freq 244100000 CHte CF Step 410000000 Mite Aute HMen Freq Offset 2.00000000 Uz Signal Track 0n of Test Plots (mMDQPSK) Number of Channels (2441 GHz — 24835 GHz) % Aglent R T [Freq/channel k Reseol nSp LOeoeed f Atten ied 20 Center Freq 246205000 Giiz Start Freq 244100000 GHz Stop Freq 248350000 Clz CF Step 425000000 iz HMen Freq Offset ©,00000000 Uz Signal Track 0n off AeNel reermnar ree cennricanon rerort testreront TextReport io: Bawotiones uT pa nemmnsosme mayan 2018 esmmcomarhone wtliteems o witioo2 1 mign Fase sssreo

LiCT rereagm 8.5 TIME OF OCCUPANCY (DWELL TIME) LIMIT According to §15.247(a)(1)(i), Frequency hopping systems operating in the 2400 MHz ~ 2483.5 MHz bands. The average time of occupancy on any channels shall not greater than 0.4 s within a period 0.4 s multiplied by the number of hopping channels employed. Test Configuration Bluetooth Tester 00 Spectrum Analyzer sur [1 [A Power sptiter TEST PROCEDURE This test is performed with hopping off. EUT was set to transmit the longest packet type (DHS) The Spectrum Analyzer is set to ( DA 00—705 ) Span = Zero span, Centered on a hopping channel RBW = 1 MHz vBw RBW Sweep = as necessary to capture the entire dwell time per hopping channel Detector = Peak Trace = Max hold The marker—delta function was used to determine the dwell time. Normal Mode / EDR Mode DH 5(The longest packet type for GFSK) CH Mid : 2.875 * (1600/6)/79 * 31.6 = 306.67 (ms) 2—DH 5(The longest packet type for mMDOPSK) CH Mid : 2.875 * (1600/6)/79 * 31.6 = 306.67 (ms) 3—DH 5(The longest packet type for BDPSK) CH Mid : 2.875 * (1600/6)/79 * 31.6 = 306.67 (ms) AFH Mode DH 5(The longest packet type for GFSK) CH Mid : 2.875 * (800/6)/20 * 8.0 = 153.33 (ms) 2—DH 5(The longest packet type for mMDOPSK) reermnar ree cennricanon rerort www het co k testreront TextReport io: Bacotine Eut twe reow: nemmnsosme mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign mnrcasso Fages sreo

LiCT rereagm CH Mid : 2.875 * (800/6)/20 * 8.0 = 153.33 (ms) 3—DH 5(The longest packet type for SDPSK) CH Mid : 2.875 * (800/6)/20 * 8.0 = 153.33 (ms) Note : A DH5 Packet need 5 time slot for transmifting and 1 time slot for receiving. Then the system makes worst case 1600/6 hops per second with 79 channels. So the system have each channel 3.3755 times per second and so for 31.6 seconds the system have 106.7 times of appearance. Each tx—time per appearance of DHS is 2.883 ms. Dwell time = Txctime * 106.7 TEST RESULTS See the table. Pulse Time (ms) Total of Dwell (ms) Period Time Limit Channel Result GFSK BDPSK GFSK BDPSK (s) (ms) Low 2.875 2.883 306.67 307.52 31.6 PASS Mid 2.875 2.875 306.67 306.67 31.6 400 PASS High 2.875 2.875 306.67 306.67 31.6 PASS Pulse Total of Period Time Limit Channel Time (ms) Dwell (ms) Result (s) (ms) TidDOPSK Low 2.883 307.52 31.6 PASS Mid 2.875 306.67 31.6 400 PASS High 2.875 306.67 31.6 PASS sn ree cennricanon rerort www het co k TextRepor No: DateorTeaae: EuT Inc reow: nemmnsosme mayan 2018 esmmcomarhone wtliteems o witioo2 1 mign mnreasso Fase ar creo

rerenam Test Plots (GFSK) Dwell Time (Low—CH) Aglent req/channel n 3 esnc acos : ns (ase Center Freq Atten d ENAE>czov000 ie o Start Freq 240200000 CHte Stop Freq 240200000 CHte CF Step 100000000 Mz Auto HMen Freq Offset 2.00000000 Uz BGs io Eonl IF Tur Signal Track Test Plots (GFSK) Dwell Time (Mid—CH) Aglent R T [Freq/channel k Resucaco ns nSp Ref 15 cBn E j Atten20 dB Center Freq BdEA >oc ce o T Start Freq 244100000 GHz Stop Freq 244100000 Clz CF Step 100000000 iz A HMen Freq Offset ©,00000000 Uz M aast ues 1 W Lmie reermnar ree cennricanon rerort testreront TestRepor io: Dnicatfowe: EuT ime nermroosna mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign Fage sesreo

rerenam Test Plots (GFSK) Dwell Time (High—CH) Aglent req/channel n wan esnc acos ns (MECETm Center Freq : ENSE>iscov000 onz Start Freq 248000000 CHte Stop Freq 248000000 CHtz CF Step 100000000 Mz Auto HMen Freq Offset 2.00000000 Uz Signal Track Test Plots (GDPSK) Dwell Time (Low—CH) Aglent R T [Freq/channel k Resucaco isti8 (Maoe # Aten 20j d8 .02 io § Wivestianiiel Center Freq Start Freq 240200000 Clz Stop Freq 240200000 Clz CF Step 100000000 iz A HMen Freq Offset ©,00000000 Uz Lmie reermnar ree cennricanon rerort testreront TestRepor io: Dnicatfowe: EuT ime nermroosna mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign Fage svoreo

rerenam Test Plots (GDPSK) Dwell Time (Mid—CH) Aglent req/channel n 83+ esnc acos l (oebed § Center Freq ut © B 240100000 Clz Start Freq 244100000 Cite Stop Freq 244100000 CHte CF Step 100000000 Mz Auto HMen Freq Offset s : 2.00000000 Uz Pd oaccal uesnt m Signal Track Test Plots (GDPSK) Dwell Time (High—CH) Aglent R T [Freq/channel k Resucaco isti8 (Maoe # Aten 20j d8 .3 o § Wivesimniiel Center Freq Start Freq 243000000 GHz Stop Freq 245000000 Clz CF Step 100000000 iz A HMen Freq Offset ©,00000000 Uz »Jhu,".“\..““\J\m‘ ("L«'”W ues Lmie reermnar ree cennricanon rerort testreront TestRepor io: Dnicatfowe: EuT ime nermroosna mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign Fame soorse

rerenam Test Plots (TADOPSK) Dwell Time (Low—CH) Aglent req/channel n 83+ esnc acos l (oebed § Center Freq ut © B 240000000 Clz Start Freq 240200000 CHte Stop Freq 240200000 CHte CF Step 100000000 Mz Auto HMen Freq Offset 2.00000000 Uz \i,"‘,\"ww" Signal Track Test Plots (mMDQPSK) Dwell Time (Mid—CH) Aglent R T [Freq/channel k Resucaco isti8 LOeoeed # Atten j d 20 M § >ueracone Center Freq cue Start Freq 244100000 GHz Stop Freq 244100000 Clz CF Step 100000000 iz A HMen Freq Offset ©,00000000 Uz ues 1 W Lmie reermnar ree cennricanon rerort testreront TestRepor io: Dnicatfowe: EuT ime nermroosna mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign Fage n creo

rerenam Test Plots (MDQPSK) Dwell Time (High—CH) R T [Freq/Channel Ecommares (Maoen § Center Freq 245000000 Clz wPoak Start Freq 248000000 CHte Stop Freq 248000000 CHtz CF Step 100000000 Mz futo HMen Freq Offset 2.00000000 Uz reermnar ree cennricanon rerort www het co k testreront TextReport io: Bawotiones uT pa nemmnsosme mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign Fage azoreo

LiCT rerenam 8.6 SPURIOUS EMISSIONS 8.6.1 CONDUICTED SPURIOUS EMISSIONS Test Requirements and limit, §15.247(d) In any 100 kHz bandwidth outside the frequency band in which the spread spectrum or digitally modulated intentional radiator is operating, the radio frequency power that is produced by the intentional radiator shall be at least 20 dB below that in the 100 kHiz bandwidth within the band that contains the highest level of the desired power, based on either an RF conducted or a radiated measurement, provided the transmifter demonstrates compliance with the peak conducted power limits. If the transmitter complies with the conducted power limits based on the use of RMS averaging over a time interval, as permitted under paragraph (b)(3) of this section, the attenuation required under this paragraph shall be 30 dB instead of 20 dB. Attenuation below the general limits specified in § 15.209(a) is not required. In addition, radiated emissions which fall in the restricted bands, as defined in § 15.205(a), must also comply with the radiated emission limits specified in § 15.209(a) (see § 15.205(c)). Limit : 20 dBc Test Configuration Bluetooth Tester Test Set felel Spectrum Analyzer Eut _| Power Spliter TEST PROCEDURE Conducted RF measurements of the transmitter output were made to confirm that the EUT antenna port conducted emissions meet the specified limit and to identify any spurious signals that require further investigation or measurements on the radiated emissions site. The transmifter output is connected to the spectrum analyzer. The Spectrum Analyzer is set to ( DA 00—705 ) 1. Span = wide enough to capture the peak level of the in—band emission and all spurious emissions(e.g..harmonics) from the lowest frequency generated in the EUT up through the 10" harmonic. 2. RBW = 100 kHz(Upon 1 GHz = 1 MHz) 3. VBW 2 300 kHz(Upon 1 GHz = 3 MHz) 4. Sweep = auto 5. Sweep point 2 2‘span/RBW 5. Detector function = peak reermnar Weteedeet ree cennricanon rerort wourke TextRepor No: DateorTeaae: EuT Inc reew: nemmnsosme mayan 2018 esmmcomarhone wtliteems o witioo2 1 mign mnreasso Fase arerco

LiCT rereagm 6. Trace =max hold Measurements are made over the 30 MHz to 26 GHz range with the transmitter set to the lowest, middle, and highest channels. This test is performed with hopping off. TEST RESULTS No non—compliance noted. FACTORS FOR FREQUENCY Freq(MHz) Factor(dB) 30 Toor T00 1002 200 T070 300 Toos 400 T073 500 1021 s00 1073 Too T037 s00 Toe soo T030 1000 T077 2000 ass 2a00" Tis 2500 e 3000 aso 4000 1002 5000 es e000 510 Tooo 1027 so00 on soo0 67e 10000 1246 T1000, en 12000 os> 13000 5se 12000 6n 15000 ite? 16000 6s> 17000 is2 13000 1025 19000 102 20000 a10 21000 es 22000 ues 25000 aar 22000 TT 25000 37 26000 as Note " is fundamentalfrequency range 2. Factor= Cablefoss + Spliter loss reermnar ree cennricanon rerort www het co k testreront TextReport io: Bawotiones uT pa ree nemmnsosme mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign mnrcasso Fageatreo

Test Plots (GFSK) — 30 MHz — 1 GHz Spurious Emission (Low—CH) € Sss meteene dhatpenc Anbolin ‘,.,.- M TBNE 2e8 a AutoTure Ereneed Ret 1720 dn Gentertreq s neoworo ie SurtFreq stopreq roommetom ns erstep e } Freaoitse| Enc DEEmus Lodesudaty Test Plots (GFSK) — 30 MHz — 1 GHz Spurious Emission (Mid—CH) m c.0.00, Tess CCC popmmmaun AitoTune rher GenerFieq smnoum surtereq somemoue StopFreq tavoesos one crsies ermmoua uce w Freqoitse one Eced PeEdes Eemacane reermnar ree cennricanon rerort testreront TextReport io: Bawotiones uT pa nemmnsosme mayan 2018 esmmcomarhone wtliteems o witioo2 1 mign Fage ts orse

@ Test Plots (GFSK) — 30 MHz — 1 GHz Spurious Emission (High—CH) mm (ommmmnnmmenmemerememem more Ieteetin thatpereous ankul n s wl a AutoTure Ereneed Ret 1720 dn Gentertreq sisomoso ie SurtFreq coremo un stopFreq rosmmenm one cretp srasemowa es Freqoitses ove Crammcr Peedes Cedesmdutne Test Plots (BDPSK) — 30 MHz — 1 GHz Spurious Emission (Low—CH) — m ropmmmnmaree . _ e netene dhateens MdoiH hies TE Auto tune td Ret 1720 dn ConterFreq sisomosoinc surttreq somemoue StopFreq tavoesos one crsies ermmoua uce w Freqoitse one PeEdes Eemacane reermnar ree cennricanon rerort testreront TextReport io: Bacotine Eut twe nemmnsosme mayan 2018 esmmcomarhone wtliteems o witioo2 1 mign Fage as orse

Test Plots (GDPSK) — 30 MHz — 1 GHz Spurious Emission (Mid—CH) thatpereous mm *flm neteen.. Adboiin EL wl a AutoTure Ereneed Ret 1720 dn Gentertreq sisomoso ie SurtFreq coremo un stopFreq rosmmenm one cretp srasemowa es Freqoitses ove Crammcr Peedes Cedesmdutne Test Plots (BDPSK) — 30 MHz — 1 GHz Spurious Emission (High—CH) — m ropmmmmemrree dn tsn on . mssn _ e netene MdoiH io TE Auto tune td Ret 1720 dn ConterFreq sisomosoinc surttreq somemoue StopFreq tavoesos one crsies ermmoua uce w Freqoitse one PeEdes Eemacane reermnar ree cennricanon rerort testreront TextReport io: Bacotine Eut twe nemmnsosme mayan 2018 esmmcomarhone wtliteems o witioo2 1 mign Fage ar orse

Test Plots (T4DOPSK) — 30 MHz — 1 GHz Spurious Emission (Low—CH) mtc tistanw thatpereous wibul‘in Wls nocta AutoTure Ereneed Ret 1720 dn Gentertreq sisomoso ie SurtFreq coremo un stopFreq rosmmenm one cretp srasemowa es Freqoitses ove Crammcr Peedes Cedesmdutne Test Plots (TMDQPSK) — 30 MHz — 1 GHz Spurious Emission (Mid—CH) — mz in ts ropmmmmnmaree Seoug 0 . mssn TE Auto tune td Ret 1720 dn ConterFreq sisomosoinc surttreq somemoue StopFreq tavoesos one crsies ermmoua uce w Freqoitse one Eced PeEdes Eemacane reermnar oi ree cennricanon rerort TestRepor io: Dnicatfowe: EuT ime nermroosna mayan 2018 esmmcomarhone wtliteems o witioo2 1 mign Fage asorse

rerenam Test Plots (MDQPSK) — 30 MHz — 1 GHz Spurious Emission (High—CH) dhatpe en oomm s tistanaw mtc noct wibul‘in T B Wls Eommia raouce oR PEedes Ends reermnar Weteedeet ree cennricanon rerort wourke TextReport : Date o Tewae:— EUT Typ reow nemmnsosme mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign mnreasso Fase avsreo

Test Plots (GFSK) — 1 GHz — 10 GHz Spurious Emission (Low—CH) Merestt mernanin tha Aubeteeitnecu . «> Te oi TBNE 2e8 a AutoTure Eeneed Ret 1720 dn Gentertreq smemoom ie SurtFreq tamooecos on Ecce Ees Eesns Test Plots (GFSK) — 1 GHz — 10 GHz Spurious Emission (Mid—CH) mm is wram. :; );[=0© magen Tess Auto Tune eeterd Ret 1720 dn GenterFieg ssresmom ovel surttreq rommoes on StopFreq restomens one o aeees crsies soonmoroiiie lucs w Freqoitse one Eeaied Peedne Ece reermnar oi ree cennricanon rerort TestRepor io: Dnicatfowe: EuT ime nermroosna mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign Fame svorse

Test Plots (GFSK) — 1 GHz 10 GHz Spurious Emission (High—CH) (ommmmnnmmenmemerememem m uy cl.000, tm toctoone *amne Mimeadi 10000 e + AutoTure Ereneed Ret 1720 dn Gentertreq smemoom ie SurtFreq tamooecos on Ecce Ees Eesns Test Plots (BDPSK) — 1 GHz — 10 GHz Spurious Emission (Low—CH) mm is wram. :; );[=0© magen Tess Auto Tune eeterd Ret 1720 dn GenterFieg ssresmom ovel surttreq rommoes on StopFreq restomens one Bs ersiep soonmoroiiie uts w |nssmmmmms Freqoitse one Eeaied Peedne Ece reermnar ree cennricanon rerort testreront TextReport io: Bawotiones uT pa nemmnsosme mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign Fage st orse

Test Plots (BDPSK) — 1 GHz — 10 GHz Spurious Emission (Mid—CH) mmM® :. nuu.. c)c¢0 MHCC Cjig ocCc nverate‘ 5 Autoture en Ret 1720 dn l Gentertreq smemoom ie SurtFreq tamooecos on Ecce Ees Eesns Test Plots (BDPSK) — 1 GHz — 10 GHz Spurious Emission (High—CH) oo n mm is wram narpfe®s magen > Tess Auto Tune eeterd Ret 1720 dn GenterFieg ssresmom ovel surttreq rommoes on StopFreq restomens one crsies soonmoroiiie uce w Freqoitse one Eeaied Peedne Ece reermnar ree cennricanon rerort testreront TextReport io: Bawotiones uT pa nemmnsosme mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign Fage s orse

Test Plots (TMDQPSK) — 1 GHz — 10 GHz Spurious Emission (Low—CH) neteen.. thatpereous Adboiin RTC s Wl a AutoTure Ereneed Ret 1720 dn Gentertreq smemoom ie SurtFreq tamooecos on Ecce Dds Eesns Test Plots (mMDGPSK) — 1 GHz — 10 GHz Spurious Emission (Mid—CH) pcarexs — thatpe Tefi Anbul wneous We a Auto Tune GenterFieg ssresmom ovel surttreq rommoes on StopFreq restomens one crsies soonmoroiiie uts w Freqoitse one CX Coed Peedne Ece reermnar ree cennricanon rerort testreront TextReport io: Bawotiones uT pa nemmnsosme mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign Fage ssorse

LiCT rereagm Test Plots (TMDQPSK) — 1 GHz — 10 GHz Spurious Emission (High—CH) en o en thatpees .( bamaa sess nerane MbiBin Ti nverat e‘ Eopmocr Ecce M ces Dds Eesns reermnar Weteedeet ree cennricanon rerort wourke TextReport : Date o Tewae:— EUT Typ reow nemmnsosme mayan 2018 esmmcomarhone wBliteems o witioo2 1 mign mnreasso Fase scorco


Document Created: 2019-11-17 01:54:38
Document Modified: 2019-11-17 01:54:38
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