RF Exposure

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RF Exposure Info

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ntertek f e iquatydsn L ncomtomtonsin TT4, s _p_e_a _9 — cnmmonmowoe 00 Nt yoan ht thit is hgen lo9,.Caim mearismonam reuvioemmmast Pnbuibamton Iipremna Giossany: Tou tisoue simutating loud Con sensthity in TSL /NORMze Na not applcable or not measured Calbration is Performed According to the Following Stancards: a) IEEE S 1528—2013, EEE Recommandad Pracle for Dotomining the Paok SpatialAveraged SpecitcAbsorplon Rate (SAR n tHuman Head ftom Wroless Communicatons Devices: Measurement Techniques®, June 2013 b) 2C 62200—1, ‘Precedure to measure the SpecifeAbsorplon Rate (AR) For hand.haid devices used n lose provinity o the ea(requency range of 300Mz to 3GHtz, February 2008 e) C 622002, Procedir to measure he Specife Absorplion Rale (GAR) For wreloss cermmunication devicos use in close proxiniy to the human body (requency range of 30z to OGHte), March 2010 ) KBAGSGSA, SAR Mensurement Requremonts for 100 Mz to 6 Gite Additinal Documentaion: «) DASYAS System Handbook Mothods Appllad and Intrprotation of Paramotor + Measurement Condlons: Futhr detals are avalablefrom the Valdation Report atthe and of te carticale. Al fgures stated in the corificate are vald atth requency ndlealed. + Antorna Parameters with TSL: The dpole is mounted with the spacorto poton is fead point exacty below the centar marking ofthe fat phantom section, wih thearms orlented paralelto ho body wni. + Feed Polt Inpedance and Retum Loss: These parameters are measired with the cipolo postloned underthe qi ied phanton. The impedance stald is transtormed fom the measirement atthe SMconnector t the faed poln. The Return Loss ensuros low reflcted power. No uncertalnl equired + ElecticalDolay: One—way delaybotweenthe Scomector and the antonna feed poin No uncertainy required. + SAR mousured: SAR measured a the stated antenna input power + SAR nomalzed: SAR as measured, nommalized to an inut power of 1 W atthantomna comecior + SAR fornaninalTSL paramotars: The measured TSL paremetetsaused to calcuale the rominal SAR resul. The reported uncettainly of measurement is staled as tho standard uncertainy of Measuroment mulipled by the coverage factor k=2, which for a normal dstibuton Correspondsto a coverage probabily of approximately 95%. Coitcrentezi6ari4 Igeaots

ntertek T ol quaty Aesint Bev ner sns wom TTL 5_B_0 enimmonimonmoty 0d NastNohttite in e i9. im weaceemman reansenimae Fuuibmaaiee Iprevamea Measuromont Conditions nntomcofiunton, s oo cse on aoe 1 en DASYvoricn orove seanizse |Extapsiton Rtmrent accien _ | _ Franton Tesrstrranons o _ |. — itarcDss Canter—tst omm _ wnrecw Zoom Scan nesoinion dcanden tm Eremaney meouitcs t ime Hoad TSL paramotors Tefiparvnis oncatnto io avtnt Tenpontare remitiviy |_contebay |foninaHand Ts pronsten zoo wa ___| ismm roure tond T9L purmntes grosem‘e |_soosen tirntamaon HeadTsL tonpectrs ching aving on| _ <10%0__| _ SR rosultwith Hoad TSC sAtempedoret en‘ (ieiatimat Tsc Tiz stt noomes ZBonitineapowe momi‘ra stt io ronnaihens Tt roneien romiaite n eramiia200% on SAarmngedometo en‘ (omathandv9t maten Stnesues Zontinpapome soomure ie rorinalHad Tpoontos rormaiadto i_ 23 mt x204%ten Body TSL paramotore Thtotingpranatoricaainionn avsed Tenpontirs _|_Pernitivty |_Contucaty Nomial y T9. pranotos roe sar issmom ieasred Boty 5t paonoton wzosem>e |_seoren rarmtameon ioi TSt tanporstize charge satng en <10°0 a m SA result wBody TS [stravenedarer on‘ (tottoiyT9t Cmiin Sht nowed 2tomitinptpove somire Sh is ronmattosy T5 ornaine rommteie ow erammwinszo0% on SAamespnd ometo en ouicoty T5 Cmiten stt nemwed Zoomiivpapove summre s1 i nonia oi T9poancies romizite n 27 miina204% on ConicneNeziaritt messors

ntertek : ¢ 7, $_B_8_8_H . enimnnow Atonnon MMnXomme Ksttuit itc hagee1991c iarmeneran neinamman Entaidimetom Inptmudinia Appondix Antonna Paramotors with Hoad TSL [mmfestfeminmenes_ menamm [rowntor in — Antonna Paramoters with Body TSL inpatincetarsfometta rodpaet — sore> «240 reunion n Goneral Antonna Paramotors and Dosign [Geaziaariredeaee im _ Aerlong tm use wi 1000 radated poune,onla sighwaringofh ipleneath fecdplntcon bemensined. Te ipalis madeofatandartsaniigd coniaesbThconte conductor otfeeng n is rcty comcta o thesecand m f haipoln Theanlema herefare ahorrcuted for DCaignals on some of h pols amaland cape are added o e lpolum in rdar t nprove maleing wheneaded accordng thpostlon sxsd n h "Measirement Condlant"parranh The SAR dals e nct affcin y t chango,The ovealipla engs is s accordnd th Slandac. No ercosive o must e apladto h iple ams, bcausethey might ban o h sideed connectons near h fondplnt maybe danaged. Addtional EUT Data nondiciredty wero Coit netieonie P tots

intertek 7 oiquaty Acund 7, s p « eniimmon inontron AdL t yemuaRst tDavis agne1001Cim weaeoomeann hearseimme Enicatisioston lirwdwae DASN Vilidtion Report fr Head TSL bee oresanie Ts Laboaton: CTTL, Belig, Clina DUT: Diple 2450 MilsType: D2ASIV2; Seria: Drsova— sN: ies CommunicatonSystem: UID0, CW;Frequerey: 2150 MDaty Cyele Mediim paametosused 2480 M» 1267 tmz e =38.01; = 1000 kyint Phantomsctin: Right Secion Messwement Sindact;DASYS (BB smrcmisi ces 19200 DASYS Confiwation: +. Probe: EXSDVH— SNZOY Com(.36,736,730; Calbed:2192016; + ScisorSwices mm (MechunicalSuice Datecion) +. Hectonics DABI Sn77l; Caliratt: 220016 + Phantons Tple lt Phantom .1G;Type: D 000 PS1 CA; Seral:11611 + MeasirenentSW:DASYSP, Verion 528 (B;SEMCAD X Veion14.6.10 2372) Dipole CalibrationZToom Sca(7x7)xT¥Cube 0: Meosuement ic cSam, d—SmmdeSnm Reference Valu= 1065 V/n:Pover Dit= 002 t Posk SAlt (etapolted)=267 Wiko sard i = 13 Wigs SARGD ) = 606 We Maximun valueofSAR (neasurd) = 197 Whe w o aas mase m es |_~ .mneodommanse 9.7 Wh» 1294 dW Coitoreniczicons bagsurs

intertek 7 oiquaty Acund p cximmaon mmonow M NastXapuRattn i eivs 191,.Chim maeinoonmam hecosiecunenan Enicalgamiton liveadman Impodanco Monsurement Plotfor Head TSL i 1t mhos 030 sere oo tn orn | n romm on nonenmes angoer—— bmisnoe \:/—/ smomos s Corttoneneszicorite Pascors

intertek 7 oiquaty Acund 9 eximmownawonnom AMNn Sce tst Ds ning 909. Cinn meariemimam reursmnoian Enicotisinaieon Iiprenatnatia DASV Validtion Report for Rody TSL becoreszois "Test Latorton: CTTL,Beling, China DUT: Diple 2480 Mits Type: D2MS0VZ;Sri: Dedsova— 5No seo CommunicatonSysten: UID 0, CW;Frequency: 2430 Mlic;DatyCycle: s1 Mediin pecameteswsed:F= 2150 Mitea » 1972 Sin ,= 5292p = 1000 kyint Phaniomsection: CeteSecton Meastement Sundact DASV$ (EEENECANS! C sinzum DASVS Conuation: +. Prsbe: EDN » SN7I07Connt(22,722,722); Caliraid: 2192016; + SeisorStcfice: 2mm (MechunialSwtice Datesion) +. Hectonics DABH Sa77l; Cilibauat: 222016 +. Phintom: Triplel Phantom 5.1G; Type: QD 000 PS1 CA; Sei: 161 + Mearement SWDASY52, Version 528 (0; SEMCAD X Veion 14..10(372) Dipole CaltbrationZoomSean (7x?) (R7Cube C: Meascrcment rd dy=Snim,deSnm Refience Value= 939 Vin; Pover Drit «003 dB PeskSAR (xtapolted)=256 Whkp SARCi 13 WSARQT ) «18 We Maximun yalseofSAR (nemsued)= 193 Why w t on e ces o m Lress cnar L— io i ols 19a Wige« 1286 ie Coiteeniczicoms Poerots

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ntertek 7 mlouty Amnd. Justifcation for Extended SAR Dipolo Calibrations ome wl O| mm mes ces pa m ars ; a alifle was (w as se aa zs momm > m x: c Ns mermmionn Sm amre c sc se caher satvesmevertcaie e s mere snsescoteaion mss

Callbration r Laboratory of g. teimintertammrton Schmid & Partner deverniemdtamp Engneetng AG C seasoninus stemes tropimnmniinenturmens $ innrcmmmntons Aniny e Smtcmsuacn Svce 9 kndutsans: 5CS 0108 Th beinAccronmon evie isnn t veupmoten ionta Anitmen rprenantore ecoprmanot ooo cce cam (TovChibe(A0d60), 10 ,— ; cnmtimane:Dsoitivz—1200—Junto |CALIBRATION CERTIFICATE I oner psoiteve—snerzeo exemimsneten.. OACAL2RC Gaibraton procecurbfo dpclevaldaton kts beveen 3. Giiz Catraenoae June ; 2ors Th eaatncattealsdoanents B ncblorforntanacs atch ebe senbo nomenens 20 To mmnerctsant n rcanarts uccepenaty onpme o howng pgeid protecortcne Mcatsor h en contts o ctnthnomayy enanemat unpuain 2 70w um o xntesmet ns it oi rcuenion oi unsm or caoe cecaern) saonisCatezen Peww cau iae sc sureeion ercemsem Kew Ponemnennren | n ome oeagess oi erceem hew Pom wwe tecan atme ouneessni erceere hen rewese o t rtenme s temg) coneittlerircomn Ks ttinima conmmaie un orzrcmr outeittls arcem ww Avwe rae ncov ce w woreirto noum nein nen oare Imn o moatue ecnt.oomn o seonan Smss o« comsous mtune_ scemmcres Powenaw tricusk mc mm woms nomarsrts Inomnn cais rowmoe sarn se osmem cromsineseceatn0 intomana: ot1s Pomemmere some s uen . cromsimamanacem intommar css ie qmeneeras suros | sn omm thanis oo cus on 10 rameoes: cats |nmsn aniewieuse |scusimises moucr mmaeaes uin ntomavac use a2ize= ture /—~—~—— MMimoppersnapercs musaneemin |icnsnsmnorttneuitrettsneotoss oo t uie wam aevonte itoroy Cuitcas :smz20se Pagerorne

ntertek 7t aiquaty Aint ? Galibration Laboratory of & Scrmimicse tattrosem Schimid & Parner 2 o pnpinurenng Engineetng AG A C imientomeatioms Iropanamnss t turmiis w 8. smuncomnmcntennce HoomusyeSamrcaute torn s08) Aconstsenc: 5CS 0108 Te Svin ccntato uce sonote ngrmotero t ta Hntmes Agreneno h ecopiton t entvatoncestcans Glossary: TSL tissue simulating lquid Cone sensitvly in TSL/ NORM xycz Na not applieable onot measured Callbration is Performed According to the Following Standards: a) ICCC 3 1820—2019, NEEE Recommended Practiw for Deternining t Poak Spatia— Averaged Specife Absorption Rate (€AR)in the Human Head from Wirslss Communications Devices: Measuremont Techniques®, June 2013 b) 120 62200—1, ‘Measurement procedure for the assessment of Spociic Absorption Rate (SAP) from handheld and bocy—mounted devices used nextto e ear (requency rango of 300 Mz to 6 GH27, Juy 2016 ) 120 622002 ‘Procedureto determinethe Spacife Absorption Rate (SAR)for wreloss communication devices used in close proximiy t the human body (requency range of 30 Mz to 6 GHz}:, March 2010 ) KDB 865694,‘SAR Measurement Requiremonts for 100 VHz to 6 GHz" Addiional Documentation: 0) DASYA!s System Handbook Methos Applied and Interpretation of Parameters: * Measurement Conditons: Furtherdetals are availablefrom the Validaton Report at the end of the ceriicate. Aliures stated in the corificate are vald at ho fequency incicated. * Antemna Parameters with TSL: The dipol is mounted with the spacerto postion ts feed point exacty below the center markingofthe fat phantom section, with the arms oriented paralelto the body as. + Feed PointInpedance and Retum Loss: These parameters ate measured with ho cipolo postioned under the leulflled phantom. The impedance stated is ransformed from the measurement at e SHMA connectorto the fead point The Return Loss ensures low reflected power. No uncertainy raquired. + Electrcal Delay: One—way delay between the SMA connector and the antorna feed point No uncertainty required. + SAR measured: SAR measured atthe stated antomna input power. + SAR nomalzed: SAR as measured, nomalzed to an nput power of 1 W at the antenna connector. + SA fornominalTSL parameters: The measured TSL parameters are used to calculae the nominal SAR resutt. "The reported uncerainty of measurement siated as t standard uncertainy o measuremont mulipled by the coverage factork=2, which fora normaldstibution corresponds toa coverage probabity ofapproxmatoly 95%. Contemte:osciina00 u010 Pageaciis

intertek 7 oiquaty Acund Measurement Conditions DASYatam ecniuratonass no en on page 1 DASY verion were veeiea Exrapoition Adarcad Enasoaion Phariom We Praron ¥so Distance Diole Center= TSC o w oc Hoom Scan essaion . dy»£0 mm de = tA nm Graded Pato= 14@ eecton szco ies rine swootiea 1 ie Frequnney seco ie 1 ie secoins 1 mz seoomics 1 ie Head TSL parameters at $200 Mitz Te fotowing arenair and cacaators wr apled. Tenperatire Permitivy Conductiy Nominal Head TSt pranotare mo‘e o 486 mom Heasired read Tt pranotrs @zozon>e |_sezk0n aszmomes% Head TStonporatre change curngtst <esce SAR result with Head TSL at 5200 Mz SA avraged ovr en( otondTs Contion SA nassues 100mit netpover zerute SWt roninalHasd TS poanctos romaizaio iw Tewha s ta s ton SA arvaged ove toen?(1eg old rsc condten SW messins 100mit nstpouer zervite SWt roninal ind TS.sonctos romatzesio sw zaruhy ts (on centeaeto:osorr2:200.u0e Pageaotis

ntertek 71 iiquaty Amnt Head TSL parameters at 5300 Wtz Thatetoweg parnein andcalcuatons war apoted Tenparstre Perniiny Condvetviy Nominal Head TSt parametrs mo‘o se «zembom Mennure Head TSt pranoters @zo—om‘c sires ammtomass Head T9L enpertiechangedurng tet <esro — — SAR result with Head TSL at 5300 Mtiz SA averaged ove 1 on‘ 1o Head TS Cindton SWimesnees 160 mt ut powee sor who SWt romnalHed TSL seanmie romaeaio tw soa wika s 1i‘ toal h averaged o 10 en‘ 00 glotrend TS contizn SWimeazes 100 mt en power 220 w9 SW romnalHoad TSL swamirs romaizesi 1W z2swho a 13 % toa) Head TL parameters at 5600 Ntz T olowiny paranaie andcacuatons weraccted Tenporatre Pemitiiy Gonducthiy Nominl Head T9L pranotare mo‘e ase «90 mom Heasired haadTSprmete @zozom>o |_ssszen «ts momatn Hoad TStompratre changecaring test <esre % >z SAR result with Head TSL at 5500 Mtiz SA nvriged ove1 on‘ (1 o esd Tsc Contton SMRmemsd 160 mt nestsonee asewe S¥tr ominaHad TS peanains romaizedo tw sse wiae me% ton SA aveaged ore 10 n‘) ofi TS wraree SWmemmend 100 m nsomer zew SWt io romnalHod TSL soanatos romatindio tw mo wne s ton cuntcusho: boorva20.u018 Pageaotis

intertek 7 oiquaty Acund Head TSL paramotors at 5600 MKHz Thatolony onlandcalcuatons wr apoted Tenpersire Pemitinty Contccvaty NoninalHesd TStparemwirs zoc se sormam eesure Heaa Tt paranotors wzorom‘e |_seriss isimmamces Head TSL tenpertorchange surng en wosc = |__> SAR result with Head TSL at 5600 Wtz SA averaged ove1 on‘ 1 9 otiend To Condtcn SA mewsed 100 mil esover saaving SA¥ o rorinaHd TSparnsts romaizes iw seaune e ma ston SA veriged ove to en‘ o aiotrend ts crien ESm ooreuipower zooo SA¥lorrorinaHag TSpurmotes romaizedo iw zo wne «03 % ton Head TSL parameters at 5600 Mz Thalotomins pwamtosard clcaatons weraspied Tempersture remitity Conduaiy HominalHead TStpormnies ao se 527 mom ieasired ons Tt paanotors pzo—om—e |_seazen sismamzes Heag TStenporatorschange saing ton <ose > SAR result with Head TSL at 5000 Mite SARaveraged ome1 en‘ 1 9 otrend To Enitcn SMmemsued Toomit esower sooiite SHRiereninalHeasTSt sannoros romaizes tw soong e 00 s ton SA mvored ove toon? (1giotiessrst crormn 5i nessued 10 mwstpover zasving 5ioronieaHeas TSt paanotos romaizeat tw z2s uo t3 % (on cantcus : oriva 20008 Paposotrs

mntertek 7t aiquaty Ascent Body TSL parameters at 5200 Mz Te totowins panetorsan cacuatorswar appiec Tenpomire Contetiiy NominalBody TSL pwramaters mo‘e s30moin weasired Body TL pranoters @zoromre sA ntomae% Hody T9L tenperaore change duing ie <os‘e — — SAR result with Body TSL at 5200 Wtz SA averaged over 1 on (1 ) ofBods TSC Condton Anemind 160 npulpower Tiring Srrmalteiy TS poanctos romaizedo tw i wn m s ton Sn meriges ore t en‘ 10 g o Soay T5 wnston SAmessins T60 mneatsoner zoours SWt rorinalBasy TS poanaors romaizedi vw e wig a 05 s ton Body TSL parameters at 5300 MHKz Tatolong pwamtarsancalcatons war acpied Tenporare Pernitty Conductviy NominalBody TSt pranotere move wo 542 mom Measired Rody TSt porenotors @zozomre |_maren sstmomen Body TStemporstire change uingtost <esce — — SAR result with Body TSL at 5300 Mz SWt amverage ove 1 on ( o Body TS Gondicn Anamund 100 m npu sover Tssute SWiterreniealBoty TSL poanats romatiedo tw Tewhe s es oon S averaget ore 10 on‘ (10 o doty TS cndten SiR nessued 100 mnou pover zie SA o roninl tTSL pwanaien romaizedi N zoa who a 15 8 (on centemsto:psorvarae0.une Paossorre

aiguityAeuna Body TSL parameters at 5600 MHz Te folowey wamatesand clcators wr apotes Temporaire Pemitiiy Condsctviy Nominal BodyTSt paranatrs moc o sisntom Hessored BodyTSt pronoters @zo—om>c «se stimomae® BodyTSL tenperatre changeduring tent <es‘c — — SAR result with Body TSL at 5600 Mz SA avraged ore1 on‘ (1o Body TSL Czndton SA naasued To0nit n pover Tovwe SARiorrenieaBooy TS pannour: romaizedto tw mawige es ton Sn¥ averiget ore o on"(1o o tooy TS crdamn SWremses To restsove 2erme SW ernorina BeoyTSL paannoen romizedio 1w mnownge m3 % ton Body TSL parameters at 5600 MHz Te totoweng pwmetar an caaront war acoted Tenpurtre pemitiiy Contuctviy Nominalnody T9L pwranaters mo‘o as S7zmam Wemsured Body Tt pramotors @zozon>c |_ssaren sismomae® HodyTSXtongeratrs change curing tot «esc — SAR result with Body TSL at 5600 Mz SA mrraged ore 1 on‘ (1 orBody TSC Condtco SW messues 160m netpower zse who S¥erroriea Body T5 paanaien romaizeds tw mawiasma%ton h averaged ore t on‘ (1. o Hody TSC crdton SA nemued Toomitinstpover ezovito SA oc raninlBooy TGL paranmin romatzadio 1w ma we e ts ton Centewsto:oscrtvares0snte Pagerotis

mntertek T aiquary tsnnd Body TSL parameters at 5600 Mitz Thfotowing parunatnancatcuatons war apoted Tenporsture Peritiiy Conductviy Nominl BodyTSLparamnters mo‘e «2 toren ieasured BodyTS puanoters @zozon‘c |_ss—e% eremomts Body TSXtemperatirechange ringtet <es‘e — — SAR result with Body TL at 5000 Mz ht averaged ove 1 on‘ (1 io Body TS Gordten SA neawes 160 m neu pover Tseurs SA orevieaBety TSX arnaten romaizedia 1w 7so uy ma% ton SA averaged ove o on‘ (100) t Bd TSC wrdun SAR measses 160 m n sower zons SA¥orrerieal Snoy TSL paanaien romaizei tw mms ung e ts ston cuticue No: osorivae.ses ragesotis

Appondix (AddMonal assossments outsidethe seopo of SCS 0108) Antonna Parameters wth Head TSL at 5200 Mz Trpetwcewanomediuntsont minzcon Fasenion mom Antenna Parameters with Head TSL at 5300 M ingetiree ranometo hetsont wsn—rsp Rewnion soe Antenna Parametors wth Head TSL at 5500 Mz inpelircerandomoso rad sore asarize Retemion mm Antenna Paramoters wth Head TSL at 00 lz inpesirce raniomed i en sort Errem Reunion ie Antonna Paramoters with Head TSL at 5800 Wtz inpatarcevaniomed ind sore snvon Raven on creas Antonna Parametors wth Body TSL at 5200 kz inpesarce randomed s n sore won—cop Revemion —moee Antanna Parameters wth Body TSL at 5300 Mikz inpatirce vandomes o fndsore won—orm Resmicn —ore Antenna Parameters wth Body TSL at 800 tz ingedirce, variomat n fenipore asovzen Resenion —mac Antanna Parameters with Body TSL at 5600 Wtz inpesince vandomed o tns sore wravzen Revmion —sooee centaseno psovinat2euons rageactis

ntertek T alquaty Aint : Antenna Parameters with Body TSL at $800 Ntz insadarctaralomedt fentpart sisa—ssp Rewnions use General Antenna Parameters and Design [EifeaiBoay re recien | e Atarlongtor use wih 10 radaedpover, ul a sgrtwaring t h dcls nere fecdpatcanbe moamend ‘Thedclo is made o tandasenidg couiacateThe ceiercontictorofh feeng ne is recycomectd o ho wcort am ot ie pla, h arerna s hardore shrtcicute fo DCiz n aone ot polo l an cane an acsestame onl ame n rito inpom ratcin whenlovde accorig to tpostn w aplaned in the ‘WersronentConilonspwagach The SA ts e notafeced by s charg. Th oveal ol engh in ol accocin t e Surdas Mo encessve fose muntb apled t t plaame,becaune hy migh bndore ced commectonsnew the fnntpe may o uraged Addiional EUT Data Hendactumiby se Hondactedon Novmnceie. z017 centenehe:boosra120.s08 Page rocis

intertek 7 oiquaty Acund DASYS Validation Report for Head TSL bae:0s62018 Test Labortory: SPEAG, Zarch, Swizerlnd DUT: Dipote DSGHzN2; Type: DSGHeV2; Seri: DSGHzV2 — SN:t2s0 n Sytem: UD0— CW; Fequency $200 MitcFuncy: $200 Mc 00 MBEeqsency: 560 MBz Erequeny: 5800 Mite Medion porinetes use 5200 ts a 452 /n =362;p= 1000 kyin, Mediumperineen used: 13300 Mz a = 463 Smc= 3 1 p= 1000 in; Mediom pormetr use 5500 itc o 483 Stm: = 15p= 1000 ki Medionparaneer use> 5600 Mitca 494 Stm: t p= 1000 kytn‘ Medium pormeten use 5800 itc = 5.15 /nc = 14p= 1000 kat Phanton sesion: t Secion Messorement Suntact Das‘s arEEIECANSI 06 12011) DAS¥S2 Contpuaton +. Robe: Exapvs. sNasons Comit678,575,575) @200 Mc Coms5,55, 55@ $200 Mits ConnH(5a, 2. 2)@ ssoo it ComR05,505,0%) @ 5600 Mit, ConnRL96496 90& h00 t Cabraed: 30 12 2017 +. SemsorSieics L dn (Mechunicl Sufice Doissio) +. Hectonics DAB Snd0l; Calbeaet: 26102017 +. Phatom: HtPhamom 0 (lond; Type: QD 000 PSD AA; Sea: 1001 +. pasvin s101(70seweabx engas Dipote Callbrationfor Head Tissve[tin=100miWdst=10m, (—5200 MIMz/ZoomScan, dt=1tmm (bebTCube 0: Messurenentprid ut dyton, dzel.tom Heference Valve= 7508 VIn:Power Dit = 006 dB Pesk SAR (exmpolted 280 W SARC t =7.87 WhesSARGO ) 227 W Maxinan vale of SAR (neasred) = 179 Why Dipole Calibration for Head TisuePin=100nW, dist=10m,f—5300 MHz/ZoomScan, dit=1—4mm (bib¥Cube 0: Measrenentarid ditndb—tom, deel.trm Referece Vase= 74.Vin:Pover Drit Peak SAR (etapalant saRd p= Maximun l ofSAR (messund) Dipole Callbration for Head TosuePin=100nW, dst=10rm,f=5500 MIHzZoom Scands (BeBTCube D: Messrement id dcetrom, yetin,dreLArm ReferemValve= 7623 Vin:Power Dit=—008 0B Posk SAR (mpoln)=333 Why sard o 56 Wigs SARGD®) =2.42 Wia Masimun valee ofSAR (newsred)= 201 Why cnntean to: boovwases0u0e Page o is

ntertek T aiquaty tsnnd i ipele Catbrationfor Head Tsso/Pin=100mW, dit=10mm, f+5600 MILeTZoom Scan, dst=1.4mm (Rebe7)Cabe 0: Measrementgrid duwtran,dyeton,dr=L.tmm Reference Valse= 7602 Vin:Pover DoiX =—008 d Peak SAR (oumpolad) =323 Wig SARCE w 344 Whgs SARCO ) = 239 Whg Maximam valu of SAR (measred)«200 Wihy Dipole Calibration or Head TisueTPin«100nW, ist=10ram, f=5800 MHs/Zcom Scan, dist=1.rm (BebeTCabe 0:Measroment grid destrm,dy—tom, de=l Anen Refeence Valse = 7350 Vin: Pover Drit =—006 dB Peak SACextapoli n 317 Why SARG =8 Whes SARIO p= 228 Wiy Maxinumvalue of SAR (measond) »19.1 Wiy ea0 anan —2amn oan » 19 wig «2 aning cuntemn : Ascitere22 se Page seotre

Impodance Measurement Plot for Head TSL 3 an ane. svmice o0 on las 3 nr m n aasr se s amene mems orneies Tamiiut comme to I=d i¥ 71—z me L_L—f centemn : Osciire2t0.snte Pagesotse

intertek 7 oiquaty Acund DASYS Validation Reportfor Body TSL bae:os o62018 Test Laborato: SPEAG, Zurich, Switerlnd DUT: Dipole DSGHzV2; Type: DSGHeV2;Seria: DSGHtz¥2 — nemm Communication Snten: UID 0— CW;Fequecy $200 MFrequenc: 00 Mc Prquency: 3800 MIt, requency5600 MBFreqercy: 800 ite Mediomporanetonwd 200 Mc = 541 S¥nc, =47op 1000 /n‘ Mediam porneton wd «5300 M d6llp= 1000 in. Mediam porinete d(= 5800 Mz 465ip= 1000 i/. Medion pormetes used 3600 Mco 595 Sm = 46 2 p 1000 kyfn Medion perineir w 800 Mite a =622 Simce= 4; p= 1000 kyin‘ Phantomsectin: TSecion Measorement Sadad: DaS¥s (IEEEAECIANST C.102011) DASYS2 Continaton: +. bobe:CibV sNastn: Comt638,535,529 @ 520 Miic Comis15 515. 15 @ 5300 Mlie, ComRA7,47,47) @ sst it ComRCL5, 65. 4 65) @ 5600 MIi, ComR4 3,452,4.2)@ sG00: Calbaend: 2012.2017 +0 Seo Suric: 1i (Mectanica Srtce Deecion) +. Hecvonics DABE S100l; Caliaed: 26102017 + Phastom: Ha Phaniom 50 (hil); Type: OD 0 250 AA;Seral: tova «0 masvoe se oi0me;semicanx euignn ipole Calibrtionfor Rody Tisso/Pln=100mW, ist=10mim, 200 MiteZZoom Scan, dit=1.Arim (BebCabe 0: Measement d tm ymdz=Ltnm Refeerce Vave= 67.19 i: Pover Drit =—0.06 dB Peak SAR (cumpolas) 209 Why SARC1 =7.07 Wikys SARCO i Why Maxinum vaue of SAR (nessusd)= 168 Why Dipole Calbration for Body Thsueins100nW, dit=10mm, f=5300 MizZoom Scan,dit=1tmm (BeBCube 0: Measrement id dontondy—tn, dzel.amm HeferemcsValse 6762 Vim: Pover Drit=—008 dB Posk SAR (cmpolaed) 297 W SARQ 1 =7.53 WSARCIO m =2.1 We Maxinum valie ofSAR (neasured) = 127 Why Dipole Calbrationfr Body TissueTins100mW, dit=10mm,1=5500 MHzZoom Scan,dit=14mem (Beb¥Cube 0: Messrement gid denton,dtn,deel.Armn RefereceValse = 6479 Vim: Pover Dt =—008 iB Pek SAR (cunpoteed) =3.1 Wiy SARQ m =7.99 Wig SARCO g Masinm vlveofSAR (measured caricusNo: psovv 22008 Page reoio

intertek 7 oiquaty Acund Dipole Calibration for Bod TissueTPin=100mW, dist=10mm, f—5600 MHzZom Scan, i (bebeTYCube 0: Measrenent id dicotrimdyotin,drxL.tom Refeence Valoe= 618 Vin:Pover it =—008 d Peak SAR Cetapalaes)= 340 Why saRG a= 798 Whg: SAR00 2 wha Maximum value of SAR (measund) 193 wie Dipote Callbration for BodyTssuePine100nW, dit=10mim,f=5800 MH#/Zom Scan,d (BeBxZ)Cabe 0: Mesnrenentpriddi—trin,dptom, onl Reforence Valie= 6592 Vim Pover Drit =—007 B Peak SAR (cumpola) 220 Why SARG @) =7.56 WhasSARCO cos Wha Maxinum vale of SAR (neasured) s w «o o :00 200 1000 —2a00 anco on » tss Wig = 27 dbvng centeae : oscirecse0.unte Page iso is

mntertek 7t aiquaty Ascent i Impedance Measurement Plot for Body TSL + on m mtons m se ® 4 on on uon .o svenge <m m r m samane mm 14(4 | [ neunt in Centeme nosorterzcso.unte Pageise is


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