SAR report part 4

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RF Exposure Info

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Callbration Laboratory of Sermimicetamoertin Schnid & Partner & tevee mm tvuimvcom Engneering AG C snwomnmenon Inapronimoio ts Sermeins 8. smuncommemtonce AveouseyveSamn css Sevce tan Acvrmmazac: CS 0108 Te Sccnonstntaceison ate spinee wneta ts rrmmen erecpnito o cairatoncvicne Glossary: Tst eave simulatng l Cone senstiity in TSL / NORM xc Na not applcable or not measured Calloration is Performed According to the Following Standards: a) 1EEE Sid 1528—2013, 1EEE Recommended Practicnfor Detarmining the Poak Spatial— Averaged Speciic Absorion Rate (SA%) in the Human Head tom Wireloss Communieations Devices: Measuremert Tachniques‘, June 2013 b) 1EC 62200—1,‘Measurement procedurefor the assessmant of Spaciic Absorpton Rate (SAP) from handheld and bocy—mounted devices used next to the ear (requency range of 300 Mz to 6 Gizy, Juy 2016 e) 120 62200—2, Procedure to determine tne Speciic Absorption Rate (SAR) or wroless communication devices used in close proxinit o the human body (requency range of 30 it to 6 GHa)March 2010 ) KDB 865664,"SAR Measurement Requrements or 100 Mitzto 6 GHtz" Addonal Documentation: #) DASYAS System Handbook WW-mwdm Measurement Conditons: Furher datals are available rom the Validation Reportatthe end ofthe ceriicate. Alfgures stated in the corticate are vald at th feauency incicated. * Antenna Paramaters wi TSL: The cipol is mounted with the spacer to postion ts foed point exacty below the center marking ofthe fat phantom section, wth the arms oriented paralel to the bocy axis. * Feed Point Inpedance and Rturn Loss:Thase parametars are measured wi ho dipole positoned underthe iquid filed phantorm The impedance stated is ranstormed from the measurement at the SNMA connecto t th fead point. The Retum Loss ensures ow teflected power. No uncertainty requird. * Electical Dolay: One—way delay betweenthe SMA connector and the antenna feed poit. No uncentainty required. SAR measurect SAR measured atthe stated antenna input power. SA nomalized: SAR as measured, nomalized to an nput power of 1 W at the anterna comector + SAR for nominal TSL parameters: The measured TSL parameters are used to calculate the norinal SAR resutt o unceriainty of measurement is sisld as the siandard uncertainy of measurement mmrvmu-z which fora normal dstbution coreeponds to a coverage movinttyd prodmaty 9n cents ns oessoreoreare paperots

tarmerex se orove |___wene Anmreet Ennpomen Moite Fat Prari Dinance Dss Coner—Tot Tomn wnSpacr Bd ce «smm msountea rie Head TSL paramters Te loforng parotns andenedators wer apptes Tenporstre Pernitaty Contuctaty HominlHead TSL porenrs oc Hesuired Nead TSt poramatrs wz 1onzam Gzozon‘© |_wrazex iirmmmess Hesd TStemperatire change sringen <sc z > SAR result with Head TSL SA iveage ore 1 e i o otrmaatoc Giten SA nowues Homitweapone mewe SW¥rerinaand TS pannoinn remaizesis tw sisune 170z en hR avragn ove toem? 09 otreas vec wrdten StRmamzes mm roapone SW¥ rorina Hess TS poancun eiling romaizesto iw 2ewares in Body TSL parameters Thatotowngparinatos andenevatere wragptes Tenpersizs _|_Pemitiity Gonauaay Nominal BodyTS pramours o s7 Heasred Body TStparanmtrs 1 ntem azo—0n%© starex 2ptmomasn Boty TSL temperstre change surng es «esc — > SAR result with Body TSL SA veraud ove 1 on" t o orBoayTS Condton SW neased Zonit reapone 27 we SAR o raniealBody TS ponnoios romatzndio s w whe errasston SA verignd ove 10 on‘ 109\ orBoayTS cendten SA nessues Zonit reapome amm SW# oroninal Soty TSues romatzed in m3 wn s ts s on Cantcain cecsoreo0rese Papsots

Appendix (Adtional assessments outside the sco pe orscs a109) Antenna Parameters with Head TSL inoesienwersomas s ecaport aumions smenvzrm Em Antenna Parameters with Body TSL inpediren versomrd i eedpore asoriem T Lons usra General Antenna Parameters and Design [EesreaiDea one srecery | fisere t mevatve oce math Inodvitmaytedanagedesentc t te es ame,becunethy nig berd o t sidand comectors rew e Addiicnal EUT Data Herdiactredty Hondacuredon Emven Cuatcas ho passoreo0 rasie Papetors

DASY5 Validation Report for Head TSL Dare:0502.2018 Text Laboriton: SPEAG, Zurich, Swivertand DUT: Dipole 2450 Mite; Type: D2SOV2; Serta: Dassovz s 1000 Communication System: UID Medim parameton ied (= 0 —2450CW; Frequency: 2450 tz Mite :a = 17 S Phsntom section: Mat Secion 3789 1000in‘ Measurement Sundant DAS s aeeenecansiceaioa0 n) DASYS2 Confiquntion +. Probe: BX3DV— SNT3H; ConvFC.68, 7.8, 7: Calibraed: 3012 2017; + Sensor Surfic: 1tm (MechanicalSurfice Detectin) +. Blestonic: DABH Sn60l; Calbaed: 26 102017 +. Phantom Flt Phatom50(fond; Type: 90 000 PS0 AA:Serl: 1001 +. basvse sz i000400; semcabx ma o7 Dipole Calibration for Head Tissue/Pin=250 mW, d=1 Meassrementgrid:de=Soum, y 0mnZoom Scan (PTYCube 0: Referenc Value 111.8 V/m Power Drit Poak SAR Ceurmpolaed) = 266 We SARC @)= 122 Wige SARC Maximum value ofSAR Iw —1s00 —2000 —2s00 0B =203 Whg = 13.12aBwhg Centains cassore o0rere Papesots

Impedance Measurement Plot for Head TSL t l aum usiace me oe w sssces sceme Custcas ho possoreooresi Pagesors

DASY5 Validation Report for Body TSL Dae: usor2018 Test Laboratoo: SPEAG, Zurich, izerand DUT: Dipole 2450 mt : Thpe: D24S0V2; Seri: Dadsov2— sN:to0s Communicaton System: UID 0 — CW Frequency 2 so uie Mediumparameters ied 04 Sima=Sldip 1000 /n‘ Phuntonsction: MatSection Measurement Sundart DASYS (EEEAECANSI ce2.19—2011) DASYS2 Confiqwation +. Probe: EX3DV — SN7349%; ConsFO0L, $01, 80D; Calibared: 30.12.2017; +. SensorSurfic: L Anim(Mechanicl SrfaceDatection) +. Elecronics DAEH Sn60l; Calibeied: 26 102017 +. Phantom Flt Phantom 5.0 buck) Type: QD000 PS0 AA:Seril: 1002 + pasysrsm00u40; semcan x e 00417 Dipole Calbration for Body Tissue/Pin=250 mW, d=10mmZoom Scan (7x7 Meamurement grid: de=Soim,dymSmm,de=Som x7Cabe 0; Reference Value = 1042 Vim; Power Drf =—0.00aB Pak SAR Courpolate SARC g= 1227 Whgs d SARCI28‘ OWe » = 582 Maximum valueofSAR (measurmd) 197 Wiy Wig a2ze —arse —z200 0d = 197 Wig = 1294 dawny Cuitcas ho oossore ooresis Pagerors

Impedance Measurement Plot for Body TSL en l aum on oe to wan vescaonssenc Cuntcas ho pzssorecesreris Papesors

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Callbration Laboratory of sovmimiete mssn Schmid & Parner $ porimariamen Engineering AG 5. intenimesinus teapomien 0 iorch Sermins 8. smuecamemnsonr Acvmausoy on Same rrsusmSevce ind Acrmsttorto: 5CS 0108 TheS Acertatontece onteigntseni t ta Asanen rrmant encsprto tcamntoncertcaee Glossary: TSL tissue simulaing loud Come senstivty in TSL / NORM xy.z Na not appleable onot measured Callbration is Performed According to the Following Standards: a) IEEE S1528—2013, 1EEE Recommended Practce for Determining the Poak Spatil: Averaged Speciic Absoriton Rate (SAR) in the Human Head fom Wireloss Communieations Devices: Measurement Techniques‘, June 201 b) 1G 62200—1,‘Measurement procedure for the assassmeant of Speciic Absorpton Rate (SAP) from hand—held and body—mounted devices used next to the ear (requency rango of 300 Mz to 6 Giiz), Juy 2016 e) 120 62200—2, Procedureto determine tre Specific Absorption Rate (GAR)for wreloss communication devieas used in clase proximity o the human bocy (tequency range of 30 Miz to 6 GHz)Mareh 2010 0) KDB 865654, "SAR Measurement Requrements for 100 MHz to 6 GHz® Addional Documentation: ) DASYAS Systm Handbook Methode Applied and Interpretation of Parameters: Measurement Condions:Furher details aro available from the Validation Report at the end of the coriicate.Alfqures stated ithe contficate are vaid at the frequency nclcated. + Anterna Parameters wih TSL: The dipdle is mounted with tspacert postion ts fead point exacty below the center markingo the Nat phantom section, wih the arms oriented paralelto the body axis * Feed PointInpedance and Return Loss: These parameters are measured wih the dipole positoned underthe iquid filed phanton. The impedance stated is ransformed from the measurement at the SMA connectoto e feed pointThe Return Loss ensures ow reflected power. No uncertainty required. * Electical Dolay: One—way delay between the SMA connector and the antonna feed poin. No uncertaint required SAR measuredt SAR measured at the sated antenna input power. SAR nomalizet SAR as measured, nommalized t an input power of 1 W at the anterna comector + SAR for nominal TSL paramaters: The measured TSL paramaters are used to calculate the nominal SAresut. "The reported unceriainty of measurement is stated as the standard uncertainy of measuremont mulipled by the coverage factor k=2, which fr a normal distibution correspondsto a coverage probabily o approsmatey 95%. centcae ns oscreter ons Papzotis

Measurement Conditions DASY nntecoriraton, s t as ns en on pag 1 OASY ¥erion wen vereo Exripoaton Aarees Enmpsaion Prenon Wosiw P Prarin vs0 binance Doi Gener—TSt Tomn w Spacer ZToom Scan esoiuton 60— 40mm. d =1anm ndeiPato= 14 @aneinn smomicer ie smomntes t uste Frevency somune t unte sio ts t ite swounic tuate Head TSL parameters at 5200 Mz iotoung par netus ardcaevaters w arpiot Tenpersize _|_Permitty Conductriy HomiaiHead TSt poramators oo se asemtom Hesvurmd Head TSt poanators mrozon‘c |_serex «samomesn Haad TStmperatirechange duing tet «se — — SAR result with Hoad TSL at 5200 Mz SA arragn o1 en‘ 1 3 otrama Tsc Gonton SW neswes 100 mW reapore 7oavins io remwalvand TS paanain romatzesio tw Tes wie a we s ien SA mrvagnd ome toon? 09 ottend Tsc woge S neswed 100 mt n pone zmving oraniaivead TSt pannain romaiesio sw Feawha m on Centcano: osomarersreo Papsots

Head TSL parameters at 5300 Mz Tratotoungswanetor on eaettors w acotet Tenpetire _|_Parmithiy _|_Gontucbay Nominafesa TS pranors noo e aZenbom ioasred Head TSL poamaiers @zoron‘c |_ssren astntemesn Head TS temporatir chnge durng en <ese > % SAR result with Head TSL at 5300 Mite SA averod ove 1 on" t aiattead TS Cordton SA nosved 100retpowe se Siio ravina Haad T5t pwantes romaiesio n eawhe s es ien SA meraged ove 10 en" 0 aiottend TS SA neswed 100 it vestponer zorme SAo renina Vead TS uremairs remaizeas tw Fma whe c masnn Head TSL parameters at 5600 Wtz Te ofi sranotos n clevatere wr acuiot Tenporstie _|_Pemnitviy _|_Gendvcbily HominalHead TSporenatre rore se tomen Wesvred ead TSt poanaters @rozome |_mores astnromaen Head TS temperatie change during en «esc — o SAR result with Head TSL at 5600 Mitz ht meriged ove 1 on‘1 otHead TSC Gcrdton SA nossund 1oonit reapone asowne SWls renivaaad TS pannain remazeni tw seo wne s ma en SA veriand ove 10 en(09)atHead TSC en SMnaswed 100nW reapone prom oc raninaviend TS paanins remaizenia n mea wing a o5 % tm Cantcneneosorevetersrevi Papractis

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Body TSL parameters at 5200 Mitz Te totoueg parrnton andealeaters w acaied enparises _|__Pemithay condubity Nominl Body TS pramcrs mc wo s30mom Moasred Bots TSt poramatrs @zozon‘c |_arsien samtamesn SBodyTStenperstire change suring tet <esre > 2 SAR result with Body TSL at 5200 ltz SA meragd ov 1 on" t notBoarTsc Cordten SR nessed To neatpover raowno SAe reninalBody TS pannaons romatzesio vw ras w a o sten SA nerand ove 10 on" 10a ofBody TS endton SA nessued oorepone zoovite SA roninaBod TS sennoins remaizes tw toa w« ts tm Body TSL parameters at 5300 Mz iotcwngpraneienandcacuators wer aspiot Tenpanre |_remmay conebiy Noninal Body Tst pramcons row Eo siznom ieauired BotyTSt poremntrs wzoron‘e |_wsies Ssimtomesn Body TStenperstre change arng en «esc a: z SAR result with Body TSL at 5300 itz SA morigd ove 1 on‘ (1got Body TSt Conton SA nesses 100 mt noapone Zeving SAie reninalBody TSswanos romatzesio tw Tss w a ts t SA veraged ove 10 on‘ 109 orBoay T. S nessed 100 mit nputpover zue SAo raninlBody TS saanatos romaimaio nw T wha e mas tm cantcaine osovnzizmrase Papects

Body TSL parameters at 5500 MHz Thatotoung paaneton icaevatere wr acoiot enpurmas _|_Pemimty _|__Gontctaty Noninal Body TSt ponctoe o‘ «s sesntom Wemred BodtTSt poremeirs wzoron‘c |_aores stontemeen BotyTStenpersirecrange auing en <ase — Z SAR result with Body TSL at 5500 Kz SA mreriged ore 1 on 1 u t B TSC Conitn SA nessue 100 m e pooe sorvine Sho roninalBody T9 suanstos romaizesio vw w whe a maston SAR mraged ore 1%on‘ 09 orBoay TS css Sth neswses on reapoee omm S i ranina boty TS ons romazen in Fmwe essnn Body TSL parameters at 5600 Mz Te istoang paranetesandcalcvatorear arciot Tempentire _|_remmimaty _|_contveriy oaaem nc m s7zatem Mesvred Bots TSt parmairs wzozon‘e |_sssew smntomees Body T5 enperstr changs trng es <ese SAR result with Boay TSL at 5600 ttktz SA8 averad ove 1 on‘ (1g o Boy TS Cinton BM neswed 1tm reapone Tovite S i ramialBotr T5 pannaes romaizesio rw maving e in 3MRereaged ore 10 on" (0 9otBoar TS wrom S newwed 1 mt reasom zzmke SAo ranina Boty T5 nnares romaizens n T we eresston centcne ns osovveiersrevie raprotis

Body TSL parameters at 5800 Wtz Thtotonng ownotos an ators wr apptet Tenpesire Pernitvty _|_Contucbaty Nominal Body TS prancors oo «2 tomm ionnred Bods TSL poremnirs @zozon‘e |_wares emmmmess BodyTStenporatire change durng en <ose — SAR result with Body TSL at 5800 Mz SA neraod ove 1 on" t o otBoiyTSL Contion SA nowved 100mW roatporer 7rows Shiorronina BTS sornows remazedo tw 7es wig a e » ton SA¥ mveriged ove 10 on‘ 109of BodyTSC cendten Shi messes 100miW neapone 29w SAie renialBody TSenncios romaizedto tw m wa m s ton Centcneneosonerezmsrevie Paosnct is

Appendix (Addiional assessments outside the scope of SCS 0108) Antennsa Parameters with Head TSL at 5200 Mitz inpedarcnvarsomed eedpare aso—sap Fagimtows —msm Antenna Parameters with Head TSL at $300 Mz inpedarcn varsomad nfeedpore #sn—ome Cmen —suses Antenna Parameters with Head TSL at 5500 Mz ingdirce warslomad i on sore aeavrion newntase —mze Antenna Parameters with Head TSL at $600 Mz ingedircevenomad en sore szn—ere FownLons —mra Antenna Parameters with Head TSL at 000 kz inposiceveriomas i on part ssa—sce Fasemtow —mram Antenna Parameters with Body TSL at 200 Mz inpedurenvarsomad io eedport asn—sie Fawumion —msm Antenn Parameters with Body TSL at 5300 Mz incedince wardlormat i end sore Errvemm Rewnions —mew Antenna Parameters with Body TSL at 800 Wz inpedircnversomed s ieedpore man—zom Fasemioss se Cuntcreno osomzzrsree Paprootis

Antenna Parameters with Body TSL at 5600 Mz inpedircnvarsomad endpare wraviem FasemLoss cesc Antenna Parameters with Body TS at 5000 Mz inpedarcevarsomed iontport sansem rauemion msres General Antenna Parameters and Design [Einireaon on sreien I 1isore Aaclngtorm use w1000 radaed power,.culyasightwarmng o h decl en t fedpsin cn b measend ‘he ols mad t ardurs seriige couslcatn Th cericontetor t h fendng in i nc comecnho secon am ot h igle Th uts mm shrtcmsand o 0aigrais on sone o t ieanaen cape am addedto e dpal arme n oi 1o inprom matting on nds accoing o h postan ns onianetin m "Meamznnent Corttont paragach. Th SA dte e nct c ty is chang. Th oveal ol langh in t accong t hn Surdurt No aseessve oo mont b appla o e dpeame,becis hy migh brd or e saiend comectonsror ha feeceont maytecanaged Addional EUT Data rendacwrsts were Rendtacron Sor sor centne neosonerezmreve Paperootis

DASY5 Valdation Report for Head TSL Due: 21022018 es Labortor:SPEAG, ZarichSuivertnd DUT: Dipole DSGHzV2; Type: DSGHIzN2; Seria; DSGHeY2— SN:tar3 Communiaton Sn UID 0 CW; Frgency S200MI, Fequensy: 300 e Freqmensy3300 Mtc Euenc0 Mitc Froqueny: 3800 MIte Mediun parinters wid: 200 Mea 453 Stmce,= 364 = 1000 katn‘; Mediun parietor ids(« 300 MB Medium poranctes ied Medion poranctes ied Metion poraneten wet Fhastom wecion P Secion Measrenent Sunduc: DaS¥s (ieeenB N1 c2 2011) DASYS2 Contuation + hoke:ODVE— $N080X; ComFS78,575,579; Clbeaed20122017, Con§5,55,55;Calbad: 30122017ConBI42,$2,$2; Calhrant 30.12.2017, ComC08,505, 5.05Calivad: .12 2017 ComFA%, 496. 4961 Caloats:30.12 2017; +. SemorSurhe: 1tm(Mechinicl Suric Deection) +. Besvonics DA So601; Calbed: 2102077 + Panton: FatPhastom 0 onTpe: QD O P50 AA: Serit: 1001 +. pasvsnse ino(ia0; semcanx eaocm Dipole Calibration for Head Tissue/Pin=100mW, dist=10mm, f=5200 MHz"Zcom Scan, ist=L.Amm (blZWCuibe 0; Meansomentgrid dectinn dyotri,dzel Arn Hefomnce Valu = 7007 Vin:Pover Drit=—0.06 4B Pea SAR (ourpolatd)= 289 Wiy SARCE ) =7.98 We SARCIO ) =2.28 W Maximum valse of SAR (measrnd) 18. 1 Wiag Dipole Calibration for Head Tissue/Pin=100mW, dist=10mm, f=5300 MItzZcom Scan, dist=L.Amm (BeixZ/Culbe 0: Meassrnent griddrctrin dyotoi.dzel.Anmn Helrence Vali«7058 Vin:Pover Dit 003 d Peak SAR (orpoltd) = 208 Why SARCT ) = 813 WSARCIO ) =2.34 Wige Masinum valueof SA(nemumd) 187 Whg Dipele Calibration for Head Tissue/Pin—=100mW, dist=10mm, f=5500 MHz/Zeom Scan, dist=1.Amm (BeixZ).Cube 0: Messremengrid destrim dyotr,dzeL.tnm Hefrenc Vali = 7124 Vim: Pover Dt =—0.08 dB Peak SA(orpoltd = 237 W SARCE ) = 59 Wkis SARCIO u) 244 Wige Maximum valoe of SA esn =201 W Centeano:psovvetzrsrevis Pagerroie

Dipele Calibration for Head Tissue/Pin=100mW, dist=10mm, (—5600 MHz/Zoom Scan, Arim (Be7/Cube 0: Mensurenent id dontoun Heferenc Valo 7041 Vim Power oit=0.0d Peak SAR Courpoladi SARCE ) 39 Wikis SARCIO ) = 24 We Maxinunvalue ofSAR (measrnd) 198 Waa Dipole Calibrs 5800 MItz/Zoom Scan, Arum (BR7YCube 0: Memsrenent id dvntom, 0 idom Heferenc Valo «6842 Vim: Pover Dit =— 00 dB PeaSAl (onpolnd 213 Wiy SARCT ) 794 Wkes SARCIO u) 2.25 We Maximon valee of SAR (measind 188 Wz «w o s 1e —n00 2un anoe o dn » s1 w« 1258 dnwig Contcain oroveva zmreve Pagereots

Impedance Measurement Plot for Head TSL m ne me wmem we x \ § . Pa / «hild on on uon mengr omm cenmpon spmenemen t t | P it {—i—t—i~<(—= 1——————————— oc onneiens [__|__] 048 1 { reant « t 1 slrraniencks imnmam centeae ho sorveersreois Papesos

DASY5 Validation Reportfor Boy TSL bae: 20022018 Tou Labotog: SPEAG. ZrichSwivertnd DUT: Dipole DSGHzV2; Type: DSGHzN2; Serls DSGHzV2 — SN:tar3 Cormmunicaton Sywtem UID O— CW; Frequene:$20 Mfi Fequency: 5300 Mils Pequensy880 MHl Frsquency10 it Fropueny: 800 Mite Mediomparanetes ind = 200 Mc a = 341 Simce, 47 Medion pranctes ned: + 5200 Mite o 554 Sm » 47 Metionpranctes ied Medionpranetos id (= 3000 ltz o 395 Since, 468 = 1000 kpin‘s Medionpranctes d 800 ic a «623 Simce » 464 = 1000 ki‘ Phamiom secionP Secton MessremenSundint DASYS (IEEARCANSI 6t 19 2011 DASYS2 Contiunton: + Pobec BODVE N80Com$38,528, 329 Calbemnd:3012.2017, Contcis, s 5is 17. ComR7,47,471 Calioid: 20122017 ComRk4654681 Catbaned: 20122017Com@34543 Calibend: 30122017; + SemorSuric: 1nm (Mechinicl Sutice Dtecion) + Hectonics DAE So601; Cabatc: 2102017 + Pastons FatPhatom 0 hoType: D 00 P50 AA: Seri: tovn +. pasvsase 1000 400; semcanx eaoouin Dipele Calibraton for Body Tisue/Pin=100m, dist=10mm, f=5200 MHtzZoom Scan, dist1.tmim (BeBCTVCube 0: Measrementgrid dcotrindyotri,dzeL.tom Referenc Valo 6897 Vim: Pover Drit =—003 d Peak SAR (otapolad) = 280 Wiy SARC w) =74 Wha SARTO x) =2.08 Wz Maximum valse ofSAR (neaurnt 172 Wiag Dipote Calibration for Body Tssue/Pin=100mW, dist=10mm, =5300 MHz/Z0om Scan, dist=1.Amim (BeeZYICulbe 0: Meansment grid dcntonndyotn,dz=L.Anm Refence Val= 63 15 Vin: Pover Doi=—0.0 0B Peak SAR (erpolaed) 2938 Why SARC ) =7.61 Wkis SARCIO ) =2.13 Wz Maxinun valseof SAK (measornt= 179 Wig Dipete Calibration for Body Tissue/Pin=100mW, dist=10mm,3500 MIzZoom Scan, dist=1.tmim (bBeZICulbe 0: Measremengriddentron dy—t,dz=1tom Referens Valie » .13 Vim: Pover Dit =—0.06 d Peak SAR (ourpoland) 23. W SARCa) = 808 Wiki: SARCIO ) =2.23 We Maximum valse of SA(nesuend) = 198 Wag cantcaene osovevetemsrevi Papis

dist=1.dmm (Rix7Cube 0: Refernce Vali 6836Vim Pover Dit=—0.06 4B Pek SAR (xtmpold) 337 Wt SARCI ) = 789 Wikis SARCIO ) =2.23 Wige Masimomvlue of SAR (measrnd 192 We Dipole Calibration for Body Tissue/Pin=100mW,dist ham, {=5800 MHz/Zoom Scan, dist=L.dmm (beBx7VCubbe 0: Measuronent rid dcctrin, dyotrn onl Aren Refernce Valo 637 ViPoverDoi=—0.08 dB Pek SAl (xmpol= 336 Why ARCG a=7.7 WSARC a Maximonvalue oSAR (messust) = sn azo0 2use ance odn » 172 wag« 1236 dBbwhe centcre n osoneetemsrevie Pap tsotre

Impedance Measurement Plot for Body TSL a re me ence \A + 19")1 n —rmog m _, porogac simmpame .. ETL C——ft 14 Ets —{——~—4—+— Clfi y |—4—1 E3 &1A {T]. reun taane +—IL—L—1 «e 1 1C4At—tei—A—t— imervescomrsse * irercmemrnsene Cusicas n osonevetersse Pagereot is


Document Created: 2018-11-02 15:10:44
Document Modified: 2018-11-02 15:10:44
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