SAR Report 3

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Report No.:AGC00338130401FH01 Page 90 of 117 Appendix D. Probe Calibration Data

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(G. N contosaz E—FiztD rrose catization rezont me acnsiennsarua SATrIMG TABLE OF CONTENTS 1 Device Under Test .. . ons . a 2 Product Description....... . mss . a 2.1— General Information a 3. Measurement Method.... . mss . a 3.1. Lineasity a 32— Sensitivity 5 3.3 Lower Detection Limit 5 34— Isotropy 5 35— BoundaryEffect 5 4. Measurement Uncertainty . mss . s 5. Calibration Measurement Results ons . 6 5.1 Sensitivityin air 6 5.2 Lineasity 7 53— Sensitivityin liquid 7 54— Isotropy 8 6. List of Equipment . . ons . 10 Page: 200 Midamesiotln reprodint eos in fill on t par uhoie io cppreiof LTRYO Te iformanonconcind heun a t be wied onb o reprrpnco il n berelacaiviolor privatonr iceppreval utitio

(G » conosar £—FtEtDrrose carration reront me sensisin smcs 1 DEVICE UNDER TEST Device Under Test Deviee Tpe CoMOsAR DosIMETRIC E FTELD PROBE Mamafacturer Satimo Model sses Serial Number Sn 2272 EpiSo Product Condition (new/ used) new Frequency Range of Probe 03 onz3GHz Resistance of Three Dipoles at Connector Dipole 1: R1—0.228 MO Dipole 2: R2=0.227 M Dipole 3: R3—0.234 MC A. yearlycalibration intervalis recommended. 2 PRODUCT DESCRIPTION 21 GENERAL INFORMATION Satime‘s COMOSAR E field Probes are buil in accordance to the IEEE 1528, OET 65 Bulletin C and CELTEC 62209 standards. Figure 1 — Satima COMOS4R Dosimemric EfieldDipolo Probe Tenams 350 mm Length of Individual Dipoles 4.5 mm Maximum external diameter 8 mm Probe Tip External Diameter 5 mm Distance between dipoles probe extremity_| 2.7 mm 3 MEASUREMENT METHOD The IEEE 1528, OET 65 Bulletin C, CENELEC ENSO361 and CEMTEC 62209 standards provide recommended practices for the probe calibrations, including the performance charncteristics of interest and methods bywhich to assess their affect. All calibrations measurements performed meet the fore mentioned standards 31 LINEARY The evaluation of the linearitywas done in free space using the wavegnide, performing a power sweep to cover the SAR range 0.01Wike to 100%/ke Pose: 430 Ti docenanshllno o reprniond exoui Al o inpor uhothe ainen agpronalofSHTRMO Te foation consned heel is i be ud ut ir tpurpecefor vhich t is ciimized and s ross Bereisased n whole eyoruthiouuzen cppre l ofStTito

([ \ conosir Eriztp rrose carrerationreront neacuisnsarua 32. sENSTIVITY The sensitivity factors of the three dipoles were determinedusing a two step calibration method (air and tissue simulating liquid) using wavertiides as outlined in the standards 33| LOWER DETECTION LIMT The lower detection limit was assessed using the same measurement set up as used for the lineaity measurement. The required lower detection limit is 10 mWike 34 IsoTROPY The axial isotropywas evaluatedbyexposing the probe to a reférence wave from a standard dipole with the dipole mounted under the flat phantom in the test confieuration suggested. for system validations and checks. The probe was rotated along its main axis from0 — 360 degrees in 15 degree steps.. The hemispherical isotropyis determined by inserting the probe in a thin plastic box filled with tissue—equivalent liquid, with the plastic box illuminated with the fields from a halfwave dipole. The dipole is rotated about its axis (0°—180) in 15° increments. At each step the probe is rotated about its axis (0°—360%) 35 BOUNDARY EFFECT The boundaryeffect is definedas the deviation between the SAR measured data and the expected exponential decay in the liquid whenthe probe is oriented normal to the interface. To evaluate this effect, the liguid filled flat phantomis exposed to fields from either a reference dipole or waveguide With the probe normal to the phantom surface, the peak spatial average SAR is measured and compared to the analytical value at the surface a MEASUREMENT UNCERTAINTY The guidelines outlined in the TEEE 1528, OET 65 Bulletin C, CENELEC ENSO361 and CEDIEC 62209 standards were followed to generate the measurement uncertainty associated with an E—field probe calibration using the waveauide technique. All uncertainties listed: below represent an expanded uncertainty expressed at approximatelythe 95% confidence level using a coverage factor ofk=2. traceable to the Internationally Accepted Guides to Measurement Uncertainty: Uncertainty analysi of the probe calibration in waveguide Emmor sovrces Uncernainty Cncertsinns . Divisor ape; Stmdma Incident or rvardpouer 3006 Reunsu #1_o nz Refomedpone oo Resongom § Oc nz Tigued conmernay 5008| Reunmae $ O zse Tiguid permana 1006 Reuamme & ooo I zon Fiett homogeneity s00t Restangute A | _: rmam Fictd probe pooticnme soo Resongom & q _ Eid probe Imaario 5oo Recungom & ooo Pase: s10 Te docanerssal t berprodind, nc fl oipar. thour se neveprrroctorsirmio Th Infomaton conina heun reb ardond fr meparceor hoi e inimadandisronis Bereiel n uisteor previto en appreal ofsiimce

(¢ L conosar EriEtD rroscatmmration report nee cssa in sanun SArIMO Combined standard uncertainty seame Expanded uncercainty 5 5 confidence tevel i1sa2ee s CALIBRATION MEASUREMENT RESULTS Calibration Parameters Tiquid Temperatore °C Tab Temperature a°C Tab Hummdiey 45% 5.1 SENSTTIVITY INAIR Normz dipols Nommydipole Normz dipols 1 (uW/(¥im‘) 2 guVi(Wi®)| 3 (uViCVia)‘) san 468 sas DCP dipole 1 DCP dipale 2 DCP dipole 3 (oan‘ (mv) (ay 102 so 05 Calibration curves ei=fV) (i=1,2,3) allow to obtain H—field value using the formula Calibration curves zse— z00— soo— @se— = Dipcie1 s an— Dipcie2 & an— Dipcie3 200— 100— 14 : ‘ t 1 : odo obs are nis oze o2s os0 ols oso ols 05 Natage M Page: 610 Thdonamonchlt o t reprodund excae iuttpore wtiu she atoe epprovl efSATMO Th formatn comuizndhe int be uze onb o eporoseo which incubwizedonda rarto beveasednhuteor por vitouvrize spprealof 1i

S(L. contosar £—riErrose carrenation report n acesisna ATrIMGO Linearity o 100 200 ado ano sto sio s§3 EField (V/m) Linearity:1+/1.97% (+0.090B) 5.3 SENSTIIVITY NLiQUID Tiona Feume; Pemman Epica Sm C airte = ponin zoo s ose a5o 4250 0s s arse os1 son 4240 pea 175 25 75 156 1950 sase 155 1950 1085 2550 403 LOWER DETECTION LIMIT: 7mWke Page: 710 Ti docerenestalntbe epradicd, neegehit o s por onh uriee egprevcof TRA Th omm ton connined areh 5 s b usel ont fr tpuzotebrwiich i nindandinove berebonier dot opermation wixe eproaioftimie

(G. 5A+|MD contosir £FiEt» prope caumranonneront n acnus insarva 54 IsoTROPY 21.900 MBz — Axcal isotrapy — Hemispherical sotropy: H1.1800 MEHz — Arcal motropy a.05 aB — Hemispherical sotropy: 012 aB Page: 810 Th docomenechalsberepraticed cceiAlo e pos uin turine epprovetofS4RLO Thifomten connindhet is 1 S undonlor Semrparehtich isnnd sn bereensd in sholvor parvitine viten crpreval ofSATIIO

((1. h contosar —rizt» rrosecatimaation rerort nescrusinsirca H12450 MBz ~ Axal sotropy 0.07 aB —Hemispherical isotropy 0.14 4B Page: 210 Thi donanenchllnoe eprnducnt xotAler i pore ushou h uine cxpronelofSITMO The nformaner conniradbren s be medont dieparpaceoruit nie Eninad ant uce beveiasel i sholeor pornthou vrivenagprosal eSezI6O

( comosax E—riztp rrose carmrazion reroat nee acnsieo rosarva 6 LIST OF EQUIPMENT Equipment Summary Sheet Equipment Manufacturer / snn Current Next Calibration: Description Model Identificati0® NO—|. Coppration Date Date Fat Phantom Satimo sn—2009.sauy; |{aidated: No eal equred latdated. equired. No cal |cOMOSAR Test Sench] version 3 Na mldated. Noeal equred faidated. equired. No eal Netmork Analyzer Rhode $5¢hwaiz sh100132 var010 ozrzo13 Relerence Probe Satime Ep o4 sn aos —Charactenzed pror to |Gharactenzed pror to test. No eal required. Jtest, No cal required. Muttimeter Keithiey 2030 118556 12010 zons Signal Generator Agient Ea4zeo mvssarose1 122010 122013 Charactenzed pror to Gharactenzed pror to Ampifier Asthercomm babad test. No eal required. |test. No: cal required. Power Mete: me eastan ussazeiase 12010 zons Power Sensor Hp Ecp.ezsa usarieraso 112010 mvzons Characienzed pror to |Charactenzed prior to Directional Coupler Narda 421620 or3ss test. No eal required. |test. No cal required. Waveguide Mega Industies osev7—158.13.712 equred |/alidated. No eal lalidated. No cal equired. Wavequide Transition Mega Industies..| asev7—158—13.701. equred |falidated: No eal lalidated. No cal equired. Waveuide Termination] Mega industies asev—158—13:701 equred Waldated. No cal alidated. No cal equired. |remperature / Humidi®|. Control Company Sensor t1—561.9 a2012 arora Page: 1010 TBdvcsonchall ntberepradicnd excen s fll onpov.ithut theurime approval ofSATRMO Te ioi containdharan is o be us 000 /0 themrposefr itc itnniid ord is beveisand on chale operesitioe vee wmovalersiahio

Report No.:AGC00338130401FH01 Page 100 of 117 Appendix E. Dipole Calibration Data

sar rerexever prrote catteration rEzort neacumsi sarva Name Function Date Signature Preparedby : Tésome LUC Product Manager 1292011 Q/‘;S Checked by Jéxome LUC Product Manager 129201 ;,T%s Approved ty Kim RUTKOWSKI Quality Manager 1292011 Authnod Customer Name ATTESTATION Disvibution rstribution : or GLoBAL coelioe: co. 1t Issue Dare Modifications A mormon Initalrelense

. \ sar reerexce preors carmmation rezort neaossnsana Arimo TABLE OF CONT 1. Introduction... mome Device Under Test sls Product Description ... 3.1.— General Information 4. Measurement Method..... 41— Retum Loss Requirements 42— Mechanical Requirements s Measurement Uncertainty......... s s sz 51. Retum Loss s 5.2 Dimension Measurement 5 5.3 Validation Measurement 5 6. Calibration Measurement Results mss mss se 61. Retum Loss 6 62— Mechanical Dimensions 6 7. Validation measurement .. se se s 7.1— Measurement Condition 7 72— Head Liquid Measwement f 7.3 Measurement Resuh s 8 Listof Equipment mmmme Page 29 Biedame: roice! ace sfller npor utiou te ies ppronlefSRIO Te informotoncnnived Bdtt rhepepoeoi minatonticnorm berden

((t. saraeeenevce prore carmeaionzerort nexcossusimca 1 INTRODUCTION This document contains a summary of the requirements set forth by the TEEE 1528, OET 65 Bulletin C and CEITEC 62209 standards for reference dipoles used for SAR measurement system validations and the measurements that were performed to verify that the product complies with the fore mentioned standards 2 DEVICE UNDER TEST Device Under Test Device Tpe COMOSAR sss MHe REFERENCE DPOTE Manufacturer Satimo Model stDoo0 Serial Number sN 4611 DiP 600185 Product Condition Gew ) used) new A yearly calibration interval is recommended. 3 PRODUCT DESCRIPTION 31 GENERAL INFORMATION Satimo‘s COMOSAR Validation Dipoles are built in accordance to the TEEE 1528, OET 65 Bulletin C and CENTEC 62200 standards.. The product is designed for use with the COMOSAR test bench. only Figure 1 — Satimo COMOSAR Palidation Dipolo Page: 49 Tt dnanessiatnoberrecicnd evanifilloispore viton e wine exprmalofSITRIO Treinfoncaio conninlhaviis hndisfotherapecowac nistninndndserns berdmaiuiateryeruiionwim ayrelaind

f(L L swmmremoemeoncommonsens nesconsusima 4 MEASUREMENT METHOD The IEEE 1528, OET 65 Bulletin C and CEITEC 62209 standards provide requirements for reference dipoles used for system validation measurements.. The following measurements were performed to verify that the product complies with the fore mentionedstandards 41. RETURNLOSS REOURREMENTS The dipole used for SAR systemvalidation measurements and checks must have a retunloss of —20 dB or beter.. The retum loss measurement shall be performed againsta liquid filled flat phantom, with the phantom constucted as outlined in the fore mentioned standards 42— MECHANICAL REOUIREMENTS The IEEE Std. 1528 and CEVTEC 62209 standards specify the mechanical components and dimensions of the validation dipoles, with the dimensions frequencyand phantomshell thickness dependent. The COMOSAR test bench employs a 2 mm phantom shell thickness therefore the dipoles sold for use with the COMOSAR test bench comply with the requirements set forth for a 2 mm phantom shell thickness s MEASUREMENT UNCERTAINTY All uncertaintieslisted below represent an expanded uncertaintyexpressed at approzimately the 95% confidence level using a coverage factor of k=2, traceable to the Internationally Accepted Guides to Measurement Uncertainty: s1 RETURNLOSs The following uncertainties apply to the returm loss measurement Frequency band Expanded Uncertainty on Return Loss 400—6000MEz o1 as 52— DIMENSIONMEASUREMENT The following uncertainties apply to the dimension measurements Length (mm) Expanded Uncertainty on Length 3—300 0.05 mm 53. VAUIDATION MEASUREMENT The guidelines outlined in the IEEE 1528, OET 65 Bulletin C. CENELEC EN50361 and CEIEC 62209 stndards were followed. to generste the measurement. uncertainty: for. validation measurements Scan Volume Expanded Uncertainty Te 1619% 105 1586% Faze 59 Thidacmasclal w e repodica cce l oiporthotwrineexprmal fSITIOO Theivarmaton cnine en zt be ced ndstheeapocforsc nicstnine d enor o berdaacd i uhule oparvboawrinm qprealefstrnie

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surrerrrnvce orrote caummanonzeront nesrsosnsimca S(K/’rilvl\fl The IEEE S 1528, OE 65 Bullrin C and CEMIEC €209 standards stie that the sytem validation mensurementsmust be performed using a refrence dipole meeting the fre mentioned 1etirm loss and mechanicaldimension requirements. The valiation meastrement mastbeprformed againsa lquid filed fat phantom, witthe phantom constrited as outined in th fre mentioned stondards Per thestandards, the dipoleshall be poitined belowthe botom of the phantom, with the dipole length centered and parlll to th longest dimension of the fat phantom, wth the top surface o7 thdipele at thedescribed distance from the botom surfie of tphanton 71. Masurbyeyt Sete ommew Tawcn sw 200 umt Fute se rrons Ti Ms tines mir o3 upns oor DiimecEen Sgol counand ut ifome heeicinmoisice drbnmdnten oo Scin feotmen dcctnen 6iviearciom frspency womme Inapean To n Ligud Teopmance mve To Tempeince mve Toon in 72. eap clout veasurzvent Tess ntrrepermnteny is1 eonmeamytsin m ies sns omm on wens cem cwren wsox wows winx brek miew brax wony Leak sons hss mane Lows c rorms Bs omm mss Tows Hous rams Rihnrecroreelionn enb tevnetaeninndencteiiars Enegninopnmawvanaprdyiine

fit. san remennnce prowe caumanonzsrort nesooosisima 73 vevt Resurt The IEEE S1928 and CENTEC 62209 standards stotethatthe system validtion meastrements should produce the SAR valoes shown below (for phantom thickness of 2 mn), within the uncesiity for the system valiation All SAR values are normalized to 1 W fomeard power, In Iracke, the measured SAR is iven with tused mput power Te resemmnans wesnmnam es maud mant mawn Te omm terement Repinmaremen

Report No.:AGC00338130401FH01 Page 108 of 117

(//.\ SATIMO SAR Reference Dipole Calibration Report Ref: ACR.3137.LL.SATU.A ATTESTATION OF GLOBAL COMPLIANCE CO. LTD. 182r, No2 BUILDING, HUAFENG No.1 INDUSTRIALPARK, GUSHU COMMUNITY XIXTANG STREET BAOAN DISTRICT, SHENZHEN, P.R. CHINA SATIMO COMOSAR REFERENCE DIPOLE rrequency: 100 mnz seruat no.sn «61 pre rosun.te7 Calibrated at SA TIMO TS 2105 Barrett Park D. — Kennesaw, GA 30144 (accnesireo) 1209711 Sunmay: "This documentpresentsthe method andendtsiom an sceredted SAR rfivece diole calbnation pertomed inA 1MUSA uang te COMOSAX tesbenth. All extbrstion remile e trcele to natonal m rologyinstione

sir rererence prrove commnonneont neacroomnsirma Name Runction Date Propared by : Ttrime LUC Product Manager 12972011 Cheched by : Térme LUC Product Manager 12972011 Approved by Kim RUTROWSKT| Quality Manager |12909011 a & Customer Name ATTESTATION Distribation : orcromat comtinnce co Lm Icoue Date Modifications aA Tesron Tialrelemse Page: 22 To dsaimnt snb verntinnt ceinflor impon vitee t urme onclefSERIO Th nfrmntonnvennehidmlir ts meroeo tchviatranalit w Aerbond nvic o pavvitas wine apreal esititO

((o sur rerexence nrrore carmeationzeront meeacrooonsarva TABLE GF CONTENTS 1. Introduction — a 2. Device UnderTest . a 3. ProductDescription > a 311. General Information a 4. Measirement Method — 5 41 Retum Loss Requirements 5 42— Mechanical Requirements s 5. Measirement Uncertinty . $ 51. Retim Loss s 52— Dimension Measurement 5 53. Validation Measurement s 6. Calibration Meamirem ent Reailts 6 61. Retim Loss s 62— Mechanical Dimensions s 7. Validition measurement . s 71— Measurement Condition s 72. Head Liquid Measurement s 73— Measurement Result s 8. List ofEquipment . s Pase: 20 1e donintslinberaratiet ceuy infll o bpor vitins ta winmopronlofSIBIO Th itemaonenanadhsnl t by uedebfi t navo uhohis iainaradi orte devehosltivhle cperivithon wites aprera qsitidO

san reverence nieoue caummation rerort neacroonn serva 1 mropuction This document contains a summary of the requirements set forth by the TEEE 1528, OE 65 Bulletin C and CEVIEC 62209 standards for reference dipoles used for SAR measurement system validations and the measurements that were performed to very that the product complies with the fore mentioned standards 2 DEVICE UNDER TEST Device Under Test Device Tope Comosax 1900 MM: XEFERENCE DrFors Manufacturer Saumo Mode! smp 1900 Seri Nomber svasn1pm 16s0057 Product Condition (new J used) new A yearly calibeation interval is recommended 3 PRODUCT DESCRIPTION 21 GBMERAL mNFORMATION Satimo‘s COMOSAR Validation Dipoles are built in accordance to the IEEE 1528, OET 65 Bulletin C and CEUTEC 62209 standards,. The product is designed for use with the COMOSAR test bench caly pememe— Figure 1 —Satimo COMOSAR Validation Dipole Pags: 49 To drannsitieb vavatient cory mtll oion vitoa t vrnmcoproolo7SERYO Te rtrnanon rnanethven w e iedmde e meveo unchn i intranetnit tss deribnat vicle oprvviting winerapreca cserido

((oul, SArIMo sserremcnmrons commeanonnerort nescrooonsema 4 MEASUREMENE METHOD The TEEE 1508, OET 65 Bullstin C and CEVIEC 62209 stamdaeds provide requirements for reference dipoles used for system validation measurements, The following. measurements were performed to verify that the product complies with the Fore mentioned standards 41. RETURNMTossREOUIREMENTS "The dipele used for SAR system validation measurements and checks must have a return lose of —20 dB or beiter. The return loss measurement shall be performed against a liquid filled fat phantom, with the phantom constucted as outlined in the fore mmentioned standards 42. MECHANTCAL REOUIREMENTS The TEEE Std, 1528 and CEIIEC 62209 standards specify the mechanical components and dimensions of the validation dipoles, with the dmensions frequency and phantom shell thickness dependent The COMOSAR test bench employs a 2 mm phantom shell thickness therefore the dipeles eeld for use with the COMOSAR test bench comply with the requirem ente eet forth for a 2 ram phantom shell thickness s MEASUREMENE UNCERTAINTY All unvertdinties fisted below represent in expanided uncerluinly exprevsed ut approximately the 95% confidence level using a coverage factor of k=2, traceable to the Intemationally Accepted Guides to Measurement Uncertainty s1 RETURILOSS The fallowing uncertainties apply to the return oss measurement Frequency band Expanded Uncertainty on Return Loss 400—6000MMEiz 0.1 ds 52. prvEwstounastmnvent The following uncertainties apply to the dimension meacurements Tength Gam) Expanded Uncertainty on Length 3—%0 005 mm 53. VAUDATIONMEASUREMENT The guidelines outlined in the TEEE 1528, OET 65 Bulletin C, CENELEC ENSO361 and CEMEC 62209 standards were followed to generate the measurement uncertainty. for. validation mcasurements Scan Volume Expanded Tncertainty Ts Tess 102 1580% Fage: 59 TRdonmentlin e varotinet onl o io vitint urme oprolefSATBAG Th tmonhvan uin indmleirsh iepevtiviatmanaladla se dereboil n uids opatvites wineapraal oseriio

(t sir rererence neoue cameanionreport meacromonsamia SATIMO 6. CALIBRATION MEASUREMENT RESULTS s1 RETuRNLOSS C s Frequency (MHz) RetuLoss @B) Requirement @B) 1900 3525 20 62. MBohaicat DiMeWSiONS Feaneritie es hnn dn renares measied mquice measind mquied mensued xo smous moun snax o isoun meran sxan To weoux moun snax as imoax sean sean zo moun un sean wise siax srax sean e ssux woux seux To moun sram sean use meax asan sean io Roun sram sean To moun mss msan mss sn mss wse ssax msan sean zo asan preu sean o aoun wraw Foun zxo msan Reas sean se msan Raus sean zo msan meun Foun xo asax Boun sean o Foux waus sean Te un waus Sn Page: 09 P dhoinstlin t vavntinet on loion viea t urme opecciofSHTBAG Th ntmaton onl henl w e uede e meraeh tcht isinandd onl ners deviboil utds opervitos wineayrd serido

Report No.:AGC00338130401FH01 Page 115 of 117

Report No.:AGC00338130401FH01 Page 116 of 117

sur rererevcr preove caumnationreport meacronon samva 8 LIST OF EQUIPMENT Equipment Manufacturer / ineas Current Next Calibration Description Model [itentifie 2800 MO.| Copprarion Date Date Fiat Phantom Satmo ahdaten. Nocar sn20ms.cam71 YRluey Waidated— oreg No cal EONORR TedtSoral vaens m miaaed Nown Fardad mo c eaured equired Network Analyze« Rhote&Betwaor siioois c2zo10 ceron Calpers Carera cauperar 122010 reoos Aclrence Fove Sams EFGTz2 n 1 on 1 |Ghanctenaed prerto|Cnaractenzed pror to fest, No cal requie. test. No cal required inotimeter kerney 2000 11005 112010 meois Sanal Generator AglereEtI380 Mrasorose1 122010 reoos Ghamactenaed prerto|Cnaractnzed pror to Amplifer Astrercomm sn or test. No eal requied. tast. No cal required Pawer Meter ne cceion usseastace 112010 moos Power Sensor we ecmezsa ussrieieo 11200 reors WrectonaiCopm Nadsiztoco pyom Ghamactenaed prerto|Cnaractnzed pror to fest, No cal requied. rest. No cal required Temperatore HMEWWEAT anc Convel Company mssrs 22010 spor2 Pase: 20 T drnemensttts rarodiaet veurt bflo inporevitins thrermarorymels?ED10 Trigtnsionorarad hoii dnlei t eapeno uechin i nivatedendsreri Bberiband sls omeies wesrera orsetito


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