EMMY-W1_AntennaReferenceDesign

FCC ID: XPYEMMYW161

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FCCID_3281888

@blox locats,communicats accelrate EMMYW1 Antenna reference design Topi EMMY—W1 Antenna reference design bectte: usx—1s015810 roi bate Home Snature Created Oi—ub2016 Stefano Blancont #a Checked Released emmzen rmcamn m minnvoammnsnersrmmmsqnny mc 1 Scope This document deines the essental specifcations necessany to implement the EMMYIN1 antenna reference designs. The informaton contaied heren and ts eferences should be suffcient to guide a skiled personin an attempt to implement the design on a host carier it wl provide the designer with PC laout detals and expected performance specifcations "e document supports thefour diferent PCB designsfor We + Two connector—based designsfor the use ofectermalantennas (one for each antenna pin othe modute) + Two designs based on S1MD antennas (onefor each antenna pin ofthe moduls) Ti document also supports general guidenes for the design ofthe NFC iterface 2. FCC/ICID reference moed recio ieio emncwis1 xeremiwer esesacmmmwie1 eincwiss xeremivwnss esesacmmmwies Hable t CC and1 10 for diteren models t uy w suies en w artemandwnce desgn ue reorssio ragerorne

@blox locats, communcats accolrte 3 General description \when usingthe EMMY—\WI together with this antenna reference desgn,the cecut tace ayout must be made in svictcompllance wth the instructons beow Al the components placed on each RF race mustbe kapt as ndicated in the reference desgn, even f not usec Te PCB areasof unused reference designs must be loa ded wth ground Higurt Atenna Aeterencedesgnonibaded n a hast carie en netwerce beaition 1 Homcareerce zht w a antemanteice deign t rew) euier owatema efurence dsn uscorssto pagerorn:

@blox locats, communcats accolrte 3.1. Floor plan and PCB stack—up Ti section desrlbes where th cricalcomponentsare pustioned on the refrence design. t also presentsthe staci—upothe four lyes ofthe PCB 10 tiqur2s uinwi antorna eterencdesign netwerce beaition 1 20 mrens a antemeinpedance machng ntwon s comeusteenenattsens + artenscaslew mersae, machedto500 7 To lysc sho.gime s antemanpedance madhng ntwon + ao mrens io Bitaw meave euier owatema efurence dsn uscorssto magesorn:

@blox locats,communicats accelrate 3.2 PCB stadcup "e stacicup used in the reference desgnis specfied n Table 2 rex taye matit Thidnes sidemas o ommcinsstemen im me cooprot ssm ortarc reous arese ssoum c cooprot ssm orterc tore roopmemion u cooprot ssm ortere rous arese sroum saton coopot ssm sitemasaton Gmetcinsatemes im tailer: stadeupo vicemmncwry 3.2.1. RF trace specification "e 50 a coplanar mito—stip dimensons used in thesereference designs are sated in Figure 3 and Table 3 tipite 3 coplanacniaosuip dimenonspciicaion Yatee s woum w scoum 1 ssm x scoum Tsl : coplanaiestlpspncicaton 3.3 Mechanical dimensions "e Mechanical imensions and postion of the components arespecied in Fgure 4 "e lyers beneath the top ayer‘ havethe same dimensions and are filedwith ground. o RF races arerouted in those lyers en wartemandwnce desgn ue reorssio mageaoti2

@blox inoorm communcoi neotente im e—i2.0—4 nerso fiqoe 8 tthancal ivensions o icetivttop ayer euierowatema efurence dsn uscorssto pagesorn:

@blox locate,communicate accelete 4 Reference designs for antenna pin 1 Ti section desrles he avadable desgns for the antenna pin 1 ofthe EMMYAW1 modutes & & % rigare 5 tetrenschomate or antemnapin t 4.1 Internal antenna Te reference design wth htemal antenna usesthe SWD Antenova type A1O194 dual band antenna that is connected to the medule RF:—port ia a coplanar mio—strlp ransmisson Inc 4.1.1 Bill of materials feigeicy, Desatpton manitacurer w antemce 20 a5 on wmwon wroime a n0, hiCeami, on er5m, stond su0 0402 in Tedelogy corciouest c n0, ht Ceant, nt e10 ze 200s ic in Tenology corcosver c can.cen oz erone,cos o suo on ‘mavon tavology somarsorsave « coresss, on Gmen m oo nt asantty n oonetasemy 4.1.2: Antenna characteristics romaee tow band wighband un Fequeng tange reces arosens on es can is a in yoie <an <isa atieny as mo % Potesaon tnew ratiton paten onnidectona Terpeaszerange o to «es « mnpetince so a omenson toox 100x 0s an bawan en wartemandwnce desgn ue reorssio pagecorte

@blox locate,communicats, accelte 4.2 External antenna Te refence design with external antenna uses he micto coartacornector that is connected tothe extenal antennavia a 50 n pgtal See section 6 for a Ist of avalable external antennas 42.1 Bill of materials naterence besatpton mtaturer om desgnator w oonstassemy u oonetassemiy e oonetassemiy c oonetassemiy « oonetassemiy m oo reses, o Gmen n Comscomeaur o6 on suo wose unasmico en wartemandwnce desgn ue reorssio pagerotne

@blox locate,communicats, accelte 5 Reference designs for antenna pin 2 Ti section desris the avalable desgns for the antenna pin 2 o the EMMYAW1 modules ripie 6 Reterenschomate or antemna in 2 5.1 Internal antenna Te reference design with Intermalantenna usesthe S1D Johansan Technology type 2450ATISA100 antemna that is connected to the madule RF—portva a coplanar micro—sip transmssion Ine s11 sill of materials Aetwerce besaipion manstaauee desgater m astons cir z22500 Hatnsontetnaogy rsomsaice B cancen 228wro s cos, ssup oonn Hatnsontetnaogy soonornzmns c can.cen rem, eroos, cos, ssup oonn Hatnsontectnaogy soonorstromra s no, iblaneCeant, 3 ns e10 30ons ccez Hatnsontetnaogy corcmoser m oo reses, o se wo oo rt asentty ® oo asemay 5.1.2. Antenna characteristics romaee tow band un Fequengtange races on es can a2 in yoie < Potesaon tnew ratiton paten omitrectona Terpeazerange dorse iss x mnpetince so omenson ssczonn2 bawan en wartemandwnce desgn ue reorssio pagevorne

@blox locate,communicats, accelte 5.2 External antenna Te refence design with external antenna uses he micto coartacornector that is connected tothe extenal antennavia a 50 n pgtal See section 6 for a Ist of avalable external antennas $.2.1. Bill of materials naterence besatpton mtaturer om desgnator m oo n asentty 5 oonstasemiy c oo n asentty s oo n asentty m oonstasemiy wo oo reses, o Gmen a Comscomeaur o6 on suo wose unasmico en wartemandwnce desgn ue reorssio pageorte

@blox locate,communicate accelete 6 Approved external antenna list For Blretooth operation on EMMY—AY163, the moute has been tested and approved for se with antennas Isted in Tabl a motd nane mandtactueant desaipion Clfi fead wirea acoeacrae.. in Sngedanddoote anterns 2202 wons un asowabant wrve acvem tes,Sngteind nenopol aterns os ewaeors: HaogliSegte ande anterns so lt Rppreved antenas it ingeband operaion For Blretooth and Wi—Fi operationn the 2.4 GHfz band and Weffoperation i the 5 GHfz band,the module has been tested and approved foruse with antennas Ited n Table S motd nane Htandtactuerand desaipton Gainart es wncosvescars uns ouatanddleatinna as o2 wons an o soits ewaosiss Hrogts ut tand ol antens ame raomtm 25 o soits ewsnaise Hrogts ut tand ol antens 2o 2aomo aue o soits seorserosoosses . wa, ovaltand deokantem 20 2 sc t s soi ts se orbdt, uslsnd dook atems 1s o 2 somhnd a 10 soid Tables ppreved antema it dualdand opecaton en wartemandwnce desgn ue reorssio mgemootr»

@blox locate,communicats, accelte 7 NFC reference design Ti section desrles he avalable desgn for the NFC col antenna of the EMMYW!I modules c wte ant yFe ant x Hipie 1: teterenschemate tNECcllanterna 7.1 Internal antenna Te refence design usesa NFC cll anterna designed by w—blox 7.1.1 Bill of materials haterence Motgeits, pestpten mtaturer om ® P eate, on 2serim, baviag thugh ol se mwaiiores cro oenatrice en can, ce zro, 5w, ueo sou svo oxe moes emmssscmznnor co can ce szo, 5w ueo sou svo ore moes emmssscmemmsor oo oenatrice cn can ce szo, 5w ueo sou svo ore moes emmssscmemnsor as oenatrice 7.1.2. NFC coil characteristics rmmetee tow band un Frewumeytange mss ma nunbeottuns « Tacwan o« HacespacnsGigets eigo o« onensonstew sorze en wartemandwnce desgn ue reorssio maetiorn

@blox locate,communicate accelete 0, 00 % L—ao, oo———! Hipue : tatan w1 refcencecollantemna mechmica dinensions en wartemandwnce desgn ue reorssio maetrern


Document Created: 2016-07-10 20:29:17
Document Modified: 2016-07-10 20:29:17
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