SAR Probe Certificate

FCC ID: BCG-E2407

RF Exposure Info

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FCCID_1336227

Calibration Laboratory of Schmid & Partner g Servce se outiomage Engineering AG Sendnonvzzer i armtun Hughaunstranse 131004 2arch, Sntztand 8. Suiss Catorrton Senice Aecndtn o e Sss Acrndtatn Seice (GA5) Accreitaton io: SCS 108 The Swss AccedtationServce i on otthesinatones to e EA Motitanarat Agreement for tharecogniionot cattraton certicaes cien (CCS conteaiene: EX3—3531_Fob10 CALIBRATION CERTIFICATE |owee exsove svasst Caterton pocesuets OA CALO146, OA CAL—12¥6, OA CAL—1443; OACAL—23v3 and CA CaL2sv2 Calbration procedurefordosimetrc E—fld probes Cataton ue February 23, 2010 vatn cdctedocmenia h vaceaty i natoasantwss uch eain h Auca ds o mmasremanis ) rnnts ah unceiantewcotdence motantyaegvan on t fotomnysageand e par of h cce Acstratons hav ben contaca in e cosed aortoyfiity ervroonantenperaiae 2 1 °C an uty To% CaitatonEavenent es (HATE emattrcaivaton PreaySnss o« caioue Centere ts) serenies casraton Pover neus Exerss | osnssire taseon e 2romn Asero Poversense ceaizh }mmnszn 1p0 ie arrorso Agero Poweisemee ces1z |nveressosr rapeon ie arroiso Ageno Rutrerce 308 atenoace sn ssese on sramzcn ie 2rroromm mero Reteence 20 o8 Aderouce | sw stoie aon n aueos oi 2rrerten maeso Rnteence 3008Ateroace sn serzs oo.. onamecsne rroron meso |retvence proe eszove sw son sopeesenie esszon ceon ces s sn oo zesee00 01e oazcasoSeon Seae | |secontan Stantwss_ o# ow one ntase sennsues cres |ntgoremorse sorsc vestmarce axpesinremecencaon inroume ea oarn |nework mrmze ue atsse |ussrososss 180901 nrowe ces oa00 inrouse crea aro hane reeawss Soraize Caaesty rampaove Tecicaiianigec ; Ansromdty Noi kuatr uyMimige: hived Feoman27. 2010 Cerifeate No £x3.381_Fanro Page t ot 11

Calibration Laboratory of SchwoisrchorKattnertont Schmid & Partner Strvice susse tatlonnage Engineering AG Servizlo svezeri umt Houghainstramse i5 6004 2urch, Sutzerand Swian Caitvaton Servce Acerntte y tneSusAcuestatonServee (s15) Accredtatono: SCS 108 The Sss AccredtaionServce is one of thesignatones t the EA MoblatntAgroement o tharecogntionot attraton certicates Glossary: Ts ssue smulatng laud NORMxy. sensitvit in ree space ConF senstiviy in TSL / NORMxy.z bor tode compression pait or erest factor(Tuty_cycle) ofthe RF signal A.c modiation dependont Inearzation parameters Polanzaton o « rotationaround probe aus Polatiation 8 1 retation around an ans tt i in the plane normalto probe ax‘s(at measurementcontor), te. i = 0is normalto probe aus Calibration is Performed According to the Following Standards: a) 1EEE Sid 1628—2003,1EEE Recommended Practice for Determining tPeak Spatia—Averaged Specifc Absorption Rate (SAR) in the Human Head rom Wroless Communicatons Devices. Measuremont Techniques‘, December 2003 ): 120 62200—1,‘Procedure to measurethe Speciic Absorption Rate (SAR)for handheld devices used in close proxinity o e ear (requency range o 300 NHtz to 3 GHtz February 2005 Methods Applied and Interpretation of Parameters: +. NORhi3.a: Assossed forE—feld polarzation & 0 (1= 900 MEtz in TEM—cel; > 1800 MHz: RZ2 waveguide) NORM3 2 are onl nformedate values. .. the uncertaintes of NORMxy.z does not effectthe Efeld uncertaity nside TSL (see below Com#) + NORM(Dy 2 = NORMyz * fequencyresponse (see Frequency Response Chart. Ths Incarizaton is implemented in DASY4 software versions late than 4 2. The uncerainy otreauncy response is ncluded in the stated uncertainty of Conv® + DGPxy z: DGP are numencal Inearizaton parameters assessed based on the data of power sweep with CW signal(no uncertainy requred). DCP does not degend on frequency nor mecia +. Anp®: Buya: Cnyz, VReyis: A 8. 0 are numencalIncanzation parametors assessed based on the data of power swep for specif modulatonsgnal. The parameters do not degend on frequency nor media. VR is the maximum caltiraion range expressed in RMS vatage across hedode +. Cony£ and Boundary EffectParameters: Assessed in fat phantom using E—feld (orTemperature Transter Standard fots 800 NMHtz)aninside waveguide using analyicafeld distrbutions based on power measurementsfor 1 > 800 MHz, The same setups are used for assessmant of the parameters applied for boundary compensation(alpha, depth) of which ypical uncertainty values are gven. These parameters are used in DASY‘ software toimprove probe accuracy clase tothe boundary, The sensiiviy in TSL coesponds to NORkiKya * Conwhereby the uncertainty corespons o tat gven for ConvF. A frequency dependent ConFis used in DASY verson 4.4 and higher which alows extending the vaidty fom 2 50 MHe o 2 100 mite + Sphericalisotrapy (3D deviaton from sotropy) in a feld of ow gracients realzed using fat phantom exposed by a patch antenna * Sensor Offset The sensoroffet coresponds tthe offat of vitual measurement centerfom the probe tp (on probe an‘s). No olerance requrea Centcate No Ex3.3501_Fonto Page 0t 11

Exsovs sN:3s3t February 23, 2010 Probe EX3DV3 SN:3531 Manufactured: May 17, 2004 Last calibrated April 23, 2008 Recalibrated February 23, 2010 Calibrated for DASY Systems (Note noncompatiie win DASY2 system) centeme ho ossst reato Page

Exsovs sNi3s31 February 23, 2010 DASY — Parameters of Probe: EX3DV3 SN:3531 Basic Calibration Parameters Sensor X| Sensor | Sensor t unc tret) Norm (uV(¥im)) o7« ose ase 10 1% ce en‘ and ore 1002 Modulation Calibration Parameters uo Communication System Name PaR A 8 c ve Une! «s abov my gon 10000 ow 000 x 000 o0 vool 300 118% 000 00 10o] 300 ocol __oce| 1co|_sco The reported uncertainty of measurement is stated as the standard uncertainty of measurement multipled by the coverage factor k=2, which for a normal distribution corresponds to a coverage probabilty of approximately 95%. ©Tre renanteoNarm2s etatect tEt ncunartyeace 15L se Pes Sand ) "Ninereninearatonarnateurcetrt e nsuse (Urcranty n otennady e mm desaton ho naw rsceeesulg rearnaw suvuc aorovis o h sot h ol ie Conte mo Exa aser resro Pagerot it

exsovs s rasst February 23, 2010 DASY — Parameters of Probe: EX3DV3 SN:3531 Calibration Parameter Determined in Head Tissue Simulating Media Auig vatiny ie remitity Condactviy ComFX ComF Y ComPZ wlphs Onoth tine (ety aso as0/e to0 assesn ostase maromar omar o00 aso rs3% aas «sore 100. anssn osorss rors rora rors ome ose anio% s00 2802 100 415a 5h 0971 $% aae ons sas 028 082 + t10% raso 180z 100 405 5 120 2 5% s22 022 o2e 020 092 a110% 1640 2802 100 403« 5% 120a8% s20 520 e20 0s o70 a n 0% urso asoreioo aorasn raresn ao« woe sor ors oan rtion 1000 asore 00 aooas% radass sae se ser ore ons ation 1950 +802 100 400+ 5 140 1 5% 82 826 828 027 o8t a trow 2000 +802 100 400+ 5% 140 1 9% 835 83 835 o3 076 a t10% 2300 +802 100 3052 5% neras% 739 799 799 020 08e a tiow meso ssore 0o sezess reoess reo rea reo ons ras arion 2e00 «sora 00. soousn rosesn rso rso rso on asranon 300 a80/2 100 3r8k 5n 291 +5% s3 s3 so1 o2 13 +1 1% «0o +50/2 100 3632 5% 4402 5% s37 sar sar 015 180 a 131% s200 +50/2 100 3602 5% «se 1 8% «89 «80 J 030 180 a131% sso0 asojerto sseash areass «sr asr «en ors rso atai% ssoo asojeroo sseash assase aso w0 «se os0 rso adai% seoo ssojeroo sssash sorase «n1 ann arn o40 rso adaim seoo ssojeroo ssaisn serase w16 w80 aie 040. nso adain 5 tevatao a 109M acin o OASY van ngvr e Page 2 Tresncenany a m RSS o e Con® omrant atcltatontncurcy ans h rcnnanyob ocms traans se CenteateNo Exsasat_resio Papesorn

Exsovs St s February 23, 2010 DASY — Parameters of Probe: EX3DV3 SN:3531 Calibration Parameter Determined in Body Tissue Simulating Media 1tMe] vatuny We Pemitieiy Conductviy ComX GoneF¥ Comf 2 Alpte Depth U tet) ato «sore 100 sorasn oonesn toss ross ross ozs 2s arsa% sss «sore 100. sszsn ooresn tors rore aors on osr anion sco «sors 100 ssouss tosesh ase ser ose ore oor atio% vaso «sors 00 seousn r3orss ass oss ose osr ons ato% 1e40 a80(a 100 soeasn raorss ax om om on omamos urso «sora 100 soax sn rasasn esn asr sst oss or«mow 1000 «soa 100 ssaasm rsriss sor sor son ors ost a110% 1os0 £80/2 100 soaasn 182258 sm sn sn on rerati0% 2000 «s0a t00 sosasn rsrasn a10 w10 aro ons raran0% 2300 «s0a 100 sasasn resasn reo reo reo o8 i ani0n zaso «soa 100 sarese rasesn rss orse Tss on rzn arion 2000 «802 100 sasasn 2i6a5% reo ko nao o s an10% ssoo as0(a 100 staasn asresn aas sas eas orr asr ad3i% «oso as0r 100 agaasn soresn «n «n an oas 180 ai30% seoo «sore 100 asousn ssorsh «on «on 0n oi 19 ar30% saco «sork100 assasn sazes% are aze are 0s rso adai% ssoo «sore 100 assasn sesesn asr ast asr os rso ana% seoo ssoreroo ansisn smrase as sm on os rsoanim seoo asoraido aezess soorsh sas se se oss rso aram Te vaie ets 10 t oacin t DABY s n rper se Page ) re wcuraey a m RSS o e Cont ow arceaion tauncy and e ecnnart e nduaes renaney tins Centcateno Exs.asar resto Pagesot 1t

Exsovs SNi3s31 February 23, 2010 Frequency Response of E—Field (TENM.Collifit10 EXX, Waveguide: R22) Ereqvency esponse inomatzedi os o7 os as o seo tw asso ause aso amo roma ~e—rew —o—m Uncertainy of Frequency Response of Einld: + 6.3% (ket) centateno Exs.asa1 reoro Pageror :

Exsove sn:ssst February 23, 2010 Receiving Pattern (§), 9 = 0° 1= s0omke, Tem it toxx 1= 1800 mnc,wo Ree 1 H as {a mm 100 MHRREDDOTOSrSrospnccnqeSHRpSRtortiid csmm 507 as 60 e e qg se se Uncertainy of Axial isotropy Assessment# 0.5% (ke2) Centeate No Ex.asar_Fevio Pape sot n

Exsovs sNiss31 February 23, 2010 Dynamic Range f(SARneqq) (Waveguide R22, 1 = 1800 MHz) neree ness 1er0e InoutSigna td «oo 1seo oceen ooor oo 61 1 to 1e0 Sht tawern‘t —+—cncersies Bu sor D+ ; 10 1o SR tmien‘ Uncertainy of Lnearty Assessment: 2 06% (ket) Centeateno: Exs—asa1_reavo

exspvs sNi3sst February 23, 2010 Conversion Factor Assessment 11= 00 Mits WGLS R(head) t trso mh, Waus R22 (head) wo sso | gis0 <§1so Eio &5 so co m um + «e | o 10 zo s «o xm | #tomi co—aipal ~o—veserens | ~#—Araviig 4Stmamiwts Deviation from Isotropy in HSL Error ($, 3 1 = 900 MHz Enor o8) mssn nomon womee meeon noneo mamos mnse mese meos muim Uncertainty ofSpherica sotropy Assossment: £ 25% (rer) Cantcate no Exo.as01_eaio Page root 11

exsovs sNissst February 23, 2010 Other Probe Parameters [sensor Arrangement Triangua Gomector Angle () Not apptcable Mechanical Surface Detecton Mode onabled (Optcal Surface Detection Mode disabled Probe OveralLength 337 mm Probe Body Diameter 10 mm (hp Lengh 9 mm [ Diamoter 25 mm Probe Tip to Sensor X Cattration Poit 1 im Probe Tis to SensorY Callbaton Point 1 mm Probe Tipto Sonsor2 GalibrationPoint 1 mm [Recommended Measurement Distance trom Surtace 2 mm Centeaino Exs asor resio Page vr o t


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Document Modified: 2019-06-04 11:24:22
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