From: "Saved by Internet Explorer 11" Subject: PCB Layout Guidelines Date: Fri, 11 Sep 2015 11:00:37 -0700 MIME-Version: 1.0 Content-Type: multipart/related; type="multipart/alternative"; boundary="----=_NextPart_000_0000_01D0EC81.16C01DD0" X-MimeOLE: Produced By Microsoft MimeOLE V6.1.7601.17609 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01D0EC81.16C01DD0 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.cepdinc.com/presentations/PcbLayoutGuidelines_files/buttons.gif R0lGODlhWAESAPf4AAAAAIAAAACAAICAAAAAgIAAgACAgICAgAQEBISEBASEBISEhAQEhMTExAQE /KTM9Pz8/ERERPz8BAT8/KSkpGRkhMTcxCRkxAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAMDAwP8AAAD/AP//AAAA//8A/wD//////yH5BAEAAPgALAAAAABYARIA QAj/APEJHEiwoMGDCBMqXMiwocOHECNKnEixosWLGCEiQKCRo8YDIEHig2DxAD4LKD1avDDhgUuV GUOGbHBR5QGYFBG4fHAB58EKECJEwCfUYAWPFGAygLCRKQIIUKM6WAohKUGgCikcFWh1INWoYKVS 7SrQ41GbIhGYLAuVQVOoC+IyXUuUAkG1HE3KFDhAwkgJc5/qDZmxsOHDiBMrXsy4sePDGyP7lChT 5MULmDPnlDw5YmW6FTNrfgi0aNGEZPEtbfo2bNTUpYeeRph69dPWrqvCNFuBIGG1A59CYPAVQtwF cw0OxWdTIOiBCQAjaAB17fOFII8voGmRc+eOkilm/z9OvTtnjN4hYk1YoT3H2rnBOphPAB9skgq3 2lcaX/5YnJVt9BloAar12UEIRGCZdQghMABI1Tn32IQUVthYexhmqGGGMBHAgIfEhSiiiATAtOGJ GnYI4ogsEldicAYOGNJGZaml3Y0L3NTZUBz1xlB0PUoUI0jlVWRSVN89xBKSGB1YU1TMoRfVBEle hR9HQs1GEHxQ3RZZbveZthxt/LEmXHyp5XWABSCpaRJwbM13gAACPHVccgJFgF+NEhqUAEkQSCfc ddhVhh5dVTaEAEsTUNlkZUWKN9BNGDE6QU8OrSdbllzpxyVTTrU21Uj3scfhp7nNpyoDaTIEJ3P9 If8J2kbLNYegg9JRBwGhFvbq66+ZUiDssMQWK2yHxiZLrInKNotss8l+B5yBrr5p2UIJvortANoC 6+234IbLla/elRtZjeamh5CC3Sb0YLvixivvYkDFGlZqBNh7r4n6goVvv6/ZlCicN+kL71ALTnpQ dCIZp7CihkLA3UQmoWRBogyxtBPGCTnZncVR1rSTo5nuydC/Eo8kUH+lOoTyyvjoCuZu+PjYIKLD rZybtrM1d10C0QXKEVz48GrQkEeWdFJKlbb0UmEeV0SzyC6RvNB646LWIVjUNeC1zAFb+RDKXksM 9r531bwmpQW9+hQDDsx5pqwDRWBXcFES2hc+gEn/wJGdEEWdE6LoWcoxQweaTNmkhydkKaYMYY2Q p1unbLl/pPKbn3v7EZRvrKvqlja2ONvrtoIw9tn2g32/tQBlhtYkU+MNikZ7QYlPDPuMldpOmuJX nVo5VF3HjI+q89mteX5IDd/fVFClma5kiE4f2XUJhlz09gj2NbTDRifkmu7zXjR++RVJ/lPznuvr QH2iD6S+UewP9Dnon6d2NLwN8n90BB6hC68cFMCHoe+ACASP9c4DowUyEF0OPFcDI0ij/VXPaAKC UfhS95AKGoQ7IBRICI1HwhGaUIQoLGEKT6jCFrLwhSuMoQtlCMMZ2rCGOKShDm+4wxzy8Ic+DGIP B4cIRCKGMCAAOw== ------=_NextPart_000_0000_01D0EC81.16C01DD0 Content-Type: application/octet-stream Content-Transfer-Encoding: quoted-printable Content-Location: http://www.cepdinc.com/presentations/PcbLayoutGuidelines_files/script.js function LoadSld()=0A= {=0A= var sld=3DGetObj("SlideObj")=0A= if( !g_supportsPPTHTML ) {=0A= sld.style.visibility=3D"visible"=0A= return=0A= }=0A= if( MakeNotesVis() ) return=0A= runAnimations =3D _InitAnimations();=0A= if( IsWin("PPTSld") )=0A= parent.SldUpdated(GetSldId())=0A= g_origSz=3DparseInt(SlideObj.style.fontSize)=0A= g_origH=3Dsld.style.posHeight=0A= g_origW=3Dsld.style.posWidth=0A= g_scaleHyperlinks=3D(document.all.tags("AREA").length>0)=0A= if( g_scaleHyperlinks )=0A= InitHLinkArray()=0A= if( g_scaleInFrame||(IsWin("PPTSld") && parent.IsFullScrMode() ) )=0A= document.body.scroll=3D"no"=0A= _RSW()=0A= if( IsWin("PPTSld") && parent.IsFullScrMode() )=0A= FullScrInit();=0A= =0A= MakeSldVis();=0A= ChkAutoAdv()=0A= =0A= if( runAnimations )=0A= {=0A= if( document.all("NSPlay") )=0A= document.all("NSPlay").autoStart =3D false;=0A= if( sld.filters && sld.filters.revealtrans )=0A= setTimeout( "document.body.start()", sld.filters.revealtrans.duration = * 1000 );=0A= else=0A= document.body.start();=0A= }=0A= }=0A= function MakeSldVis()=0A= {=0A= var fTrans=3Dg_showAnimation && SldHasTrans()=0A= if( fTrans )=0A= {=0A= if( g_bgSound ) {=0A= idx=3Dg_bgSound.indexOf(",");=0A= pptSound.src=3Dg_bgSound.substr( 0, idx );=0A= pptSound.loop=3D -(parseInt(g_bgSound.substr(idx+1)));=0A= }=0A= SlideObj.filters.revealtrans.Apply()=0A= }=0A= SlideObj.style.visibility=3D"visible"=0A= if( fTrans )=0A= SlideObj.filters.revealtrans.Play()=0A= }=0A= function MakeNotesVis()=0A= {=0A= if( !IsNts() ) return false=0A= SlideObj.style.display=3D"none"=0A= nObj =3D document.all.item("NotesObj")=0A= parent.SetHasNts(0)=0A= if( nObj ) {=0A= nObj.style.display=3D""=0A= parent.SetHasNts(1)=0A= }=0A= return 1=0A= }=0A= function ChkAutoAdv()=0A= {=0A= if(SldHasTrans())=0A= SlideObj.onfilterchange=3DAutoAdv=0A= else=0A= AutoAdv()=0A= }=0A= function AutoAdv()=0A= {=0A= if(!IsWin("PPTSld") || !gUseSldTimings )return=0A= var sld=3DGetCurSld()=0A= if( (sld.mAdvDelay>0) && !parent.IsFramesMode() )=0A= setTimeout("parent.GoToNextSld()",sld.mAdvDelay)=0A= }=0A= function GetObj(id)=0A= {=0A= if(g_supportsPPTHTML) return document.all(id);=0A= else return document.getElementById(id);=0A= }=0A= function SldHasTrans() { return SlideObj.style.filter !=3D ""; }=0A= function GetSldId() { return = sId=3Dlocation.href.substring(location.href.lastIndexOf('../../index.html= ')+1) }=0A= function HideMenu() { if( frames["PPTSld"] && = PPTSld.document.all.item("ctxtmenu") && = PPTSld.ctxtmenu.style.display!=3D"none" ) { = PPTSld.ctxtmenu.style.display=3D'none'; return true } return false }=0A= function IsWin( name ) { return window.name =3D=3D name }=0A= function IsNts() { return IsWin("PPTNts") }=0A= function IsSldOrNts() { return( IsWin("PPTSld")||IsWin("PPTNts") ) }=0A= function SupportsPPTAnimation() { return( navigator.platform =3D=3D = "Win32" && navigator.appVersion.indexOf("Windows")>0 ) }=0A= function SupportsPPTHTML()=0A= {=0A= var appVer=3Dnavigator.appVersion, msie=3DappVer.indexOf("MSIE "), = ver=3D0=0A= if( msie >=3D 0 )=0A= ver=3DparseFloat( appVer.substring( msie+5, appVer.indexOf(";",msie) ) = )=0A= else=0A= ver=3DparseInt(appVer)=0A= return( ver >=3D 4 && msie >=3D 0 )=0A= }=0A= function _RSW()=0A= {=0A= if( !g_supportsPPTHTML || IsNts() ||=0A= ( !g_scaleInFrame && (!IsWin("PPTSld") || !parent.IsFullScrMode()) ) )=0A= return=0A= var padding=3D0;=0A= if( IsWin("PPTSld") && parent.IsFramesMode() ) padding=3D6=0A= cltWidth=3Ddocument.body.clientWidth-padding=0A= cltHeight=3Ddocument.body.clientHeight-padding=0A= factor=3D(1.0*cltWidth)/g_origW=0A= if( cltHeight < g_origH*factor )=0A= factor=3D(1.0*cltHeight)/g_origH=0A= newSize =3D g_origSz * factor=0A= if( newSize < 1 ) newSize=3D1=0A= s=3DSlideObj.style=0A= s.fontSize=3DnewSize+"px"=0A= s.posWidth=3Dg_origW*factor=0A= s.posHeight=3Dg_origH*factor=0A= s.posLeft=3D(cltWidth-s.posWidth+padding)/2=0A= s.posTop=3D(cltHeight-s.posHeight+padding)/2=0A= if( g_scaleHyperlinks )=0A= ScaleHyperlinks( factor )=0A= }=0A= function _InitAnimations()=0A= {=0A= animRuntimeInstalled =3D ''+document.body.localTime !=3D 'undefined';=0A= isFullScreen =3D (window.name =3D=3D "PPTSld") && = !parent.IsFramesMode();=0A= g_animUseRuntime =3D g_showAnimation && animRuntimeInstalled && = !(isFullScreen && parent.IsSldVisited());=0A= if( g_animUseRuntime ) {=0A= collSeq =3D document.all.tags("seq");=0A= if( collSeq !=3D null ) {=0A= for(ii=3D0;ii numSlds )=0A= gSldJumpIdx =3D numSlds;=0A= if ( gSldJumpIdx >=3D 0 ) {=0A= if ( gSldJumpIdx =3D=3D 0 )=0A= gSldJumpIdx =3D 1;=0A= var jumpTo =3D parseInt(gSldJumpIdx);=0A= gSldJump =3D 0; gSldJumpIdx =3D "";=0A= win.GoToSld( parent.GetSldList().mList[jumpTo-1].mSldHref )=0A= }=0A= }=0A= }=0A= function _KDH()=0A= {=0A= if( event.keyCode =3D=3D 8 ) {=0A= event.returnValue =3D 0;=0A= parent.GoToPrevSld();=0A= }=0A= }=0A= function DocumentOnClick()=0A= {=0A= if( IsNts() || parent.HideMenu() ) return;=0A= if( ( g_allowAdvOnClick && !parent.IsFramesMode() ) ||=0A= (event && (event.keyCode=3D=3D32) ) )=0A= parent.GoToNextSld();=0A= }=0A= =0A= var g_supportsPPTHTML =3D SupportsPPTHTML(), g_scaleInFrame =3D 1, = gId=3D"", g_bgSound=3D"",=0A= g_scaleHyperlinks =3D false, g_allowAdvOnClick =3D 1, = g_showInBrowser =3D 0, gLoopCont =3D 0, gUseSldTimings =3D 1;=0A= var g_showAnimation =3D g_supportsPPTHTML && SupportsPPTAnimation() && ( = (window.name=3D=3D"PPTSld" && !parent.IsFramesMode()) || g_showInBrowser = );var g_animManager =3D null;=0A= var g_animUseRuntime =3D false;=0A= var g_animItemsToHide, g_animInteractiveItems, g_animSlideTime;=0A= var g_animMainSequence =3D null;=0A= var ENDSHOW_MESG=3D"End of slide show, click to exit.", = SCREEN_MODE=3D"Frames", gIsEndShow=3D0, NUM_VIS_SLDS=3D10, = SCRIPT_HREF=3D"script.js", FULLSCR_HREF=3D"fullscreen.htm";=0A= var gCurSld =3D gPrevSld =3D 1, g_offset =3D 0, gNtsOpen =3D gHasNts =3D = gOtlTxtExp =3D 0, gHasNarration =3D 0, gOtlOpen =3D true=0A= window.gPPTHTML=3DSupportsPPTHTML()=0A= var gMainDoc=3Dnew Array(new hrefList("slide0001.htm",1,-1,1),new = hrefList("slide0009.htm",1,-1,1),new = hrefList("slide0011.htm",1,-1,1),new = hrefList("slide0008.htm",1,-1,1),new = hrefList("slide0002.htm",1,-1,1),new = hrefList("slide0003.htm",1,-1,1),new = hrefList("slide0004.htm",1,-1,1),new = hrefList("slide0005.htm",1,-1,1),new = hrefList("slide0006.htm",1,-1,1),new hrefList("slide0007.htm",1,-1,1));=0A= function FullScrInit()=0A= {=0A= g_allowAdvOnClick =3D GetCurSld().mAdvOnClk=0A= document.body.style.backgroundColor=3D"black"=0A= document.oncontextmenu=3Dparent._CM;=0A= document.onkeydown =3D _KDH;=0A= document.ondragstart=3DCancel=0A= document.onselectstart=3DCancel=0A= self.focus()=0A= }=0A= function Redirect( frmId )=0A= {=0A= var str=3Ddocument.location.hash,idx=3Dstr.indexOf('#'), = sId=3DGetSldId()=0A= if(idx>=3D0) str=3Dstr.substr(1);=0A= if( window.name !=3D frmId && ( sId !=3D str) ) {=0A= obj =3D GetObj("Main-File")=0A= window.location.href=3Dobj.href+"#"+sId=0A= return 1=0A= }=0A= return 0=0A= }=0A= var MHTMLPrefix =3D CalculateMHTMLPrefix();=0A= function CalculateMHTMLPrefix()=0A= {=0A= if ( document.location.protocol =3D=3D 'mhtml:') {=0A= href=3Dnew String(document.location.href)=0A= Start=3Dhref.indexOf('!')+1=0A= End=3Dhref.lastIndexOf('../../index.html')+1=0A= if (End < Start)=0A= return href.substring(0, Start)=0A= else=0A= return href.substring(0, End)=0A= }=0A= return '';=0A= }=0A= function GetTags(base,tag)=0A= {=0A= if(g_supportsPPTHTML) return base.all.tags(tag);=0A= else return base.getElementsByTagName(tag);=0A= }=0A= function UpdNtsPane(){ if(frames["PPTNts"]) PPTNts.location.replace( = MHTMLPrefix+GetHrefObj( gCurSld ).mNtsHref ) }=0A= function UpdNavPane( sldIndex ){ if(gNavLoaded) PPTNav.UpdNav() }=0A= function UpdOtNavPane(){ if(gOtlNavLoaded) PPTOtlNav.UpdOtlNav() }=0A= function UpdOtlPane(){ if(gOtlLoaded) PPTOtl.UpdOtl() }=0A= function SetHasNts( fVal )=0A= {=0A= if( gHasNts !=3D fVal ) {=0A= gHasNts=3DfVal=0A= UpdNavPane()=0A= }=0A= }=0A= function ToggleOtlText()=0A= {=0A= gOtlTxtExp=3D!gOtlTxtExp=0A= UpdOtlPane()=0A= }=0A= function ClearMedia()=0A= {=0A= if (PPTSld.pptSound) PPTSld.pptSound.loop =3D 0;=0A= }=0A= function FullScreen()=0A= {=0A= if ( PPTSld.g_animUseRuntime )=0A= PPTSld.document.body.pause();=0A= ClearMedia();=0A= var href =3D.html ( document.location.protocol =3D=3D 'mhtml:') ? = FULLSCR_HREF : FULLSCR_HREF+"#"+GetHrefObj(gCurSld).mSldHref;=0A= if(PPTNav.event.ctrlKey) {=0A= var w =3D (window.screen.availWidth * 1.0) / 2.0=0A= var h =3D w * (PPTSld.g_origH * 1.0) / PPTSld.g_origW=0A= win =3D window.open( = MHTMLPrefix+href,null,"toolbar=3D0,resizable=3D1,top=3D0,left=3D0," + = "width=3D"+ w + ",height=3D" + h );=0A= if( win.document.body && PPTSld.g_animUseRuntime )=0A= win.document.body.PPTSldFrameset=3Dwindow;=0A= }=0A= else=0A= {=0A= win =3D window.open( MHTMLPrefix+href,null,"fullscreen=3Dyes" );=0A= if( win.document.body && PPTSld.g_animUseRuntime )=0A= win.document.body.PPTSldFrameset=3Dwindow;=0A= }=0A= }=0A= function ToggleVNarration()=0A= {=0A= rObj=3DPPTSld.document.all("NSPlay")=0A= if( rObj && !PPTSld.g_animUseRuntime ) {=0A= if( (rObj.playState =3D=3D 1)||(rObj.playState =3D=3D 0) )=0A= rObj.Play()=0A= else if( rObj.playState =3D=3D 2 )=0A= rObj.Pause()=0A= else=0A= return;=0A= }=0A= else if( PPTSld.g_animUseRuntime )=0A= {=0A= narObj =3D PPTSld.document.all("narrationID")=0A= if( narObj )=0A= narObj.togglePause()=0A= }=0A= }=0A= function GetCurSldNum()=0A= {=0A= obj=3DGetHrefObj(gCurSld)=0A= if( obj.mOrigVis =3D=3D 1 )=0A= return obj.mSldIdx=0A= else=0A= return gCurSld=0A= }=0A= function GetNumSlds()=0A= {=0A= if( GetHrefObj(gCurSld).mOrigVis =3D=3D 1 )=0A= return GetSldList().mNumVisSlds;=0A= else=0A= return GetSldList().mList.length=0A= }=0A= function GetSldNum( href )=0A= {=0A= for(ii=3D0; ii 1 )=0A= PopSldList();=0A= else if( !IsFramesMode() ) {=0A= if( gLoopCont )=0A= GoToFirst()=0A= else=0A= EndShow()=0A= }=0A= }=0A= function GoToPrevSld()=0A= {=0A= ii=3DgCurSld-1=0A= if( ii > 0 ) {=0A= obj=3DGetHrefObj(ii)=0A= while ( obj && ( obj.mVis =3D=3D 0 ) && ( ii>0 ) )=0A= obj=3DGetHrefObj(--ii)=0A= if( ii =3D=3D 0 ) ii=3D1=0A= GoToSldNum(ii)=0A= }=0A= }=0A= function GoToFirst(){ GoToSld( GetHrefObj(1).mSldHref ) }=0A= function GoToLast()=0A= {=0A= ii=3DGetSldList().mList.length=0A= if( ii !=3D gCurSld )=0A= GoToSld( GetHrefObj(ii).mSldHref )=0A= }=0A= function GoToSldNum( num )=0A= {=0A= if( PPTSld.event ) PPTSld.event.cancelBubble=3Dtrue=0A= obj =3D GetHrefObj( num )=0A= obj.mVis=3D1=0A= gPrevSld=3DgCurSld=0A= gCurSld =3D num;=0A= PPTSld.location.replace(MHTMLPrefix+obj.mSldHref)=0A= if( IsFramesMode() ) {=0A= UpdNavPane(); UpdOtlPane(); UpdNtsPane()=0A= }=0A= }=0A= function GoToSld( href )=0A= {=0A= if( PPTSld.event ) PPTSld.event.cancelBubble=3Dtrue=0A= GetHrefObj( GetSldNum(href) ).mVis=3D1=0A= PPTSld.location.replace(MHTMLPrefix+href)=0A= }=0A= function SldUpdated( id )=0A= {=0A= if( id =3D=3D GetHrefObj(gCurSld).mSldHref ) return=0A= gPrevSld=3DgCurSld=0A= gCurSld=3DGetSldNum(id)=0A= if( IsFramesMode() ) {=0A= UpdNavPane(); UpdOtlPane(); UpdNtsPane()=0A= }=0A= }=0A= function PrevSldViewed(){ GoToSld( GetHrefObj(gPrevSld).mSldHref ) }=0A= function HasPrevSld() { return ( gIsEndShow || ( gCurSld !=3D 1 && = GetHrefObj( gCurSld-1 ).mVis =3D=3D 1 )||( GetCurSldNum() > 1 ) ) }=0A= function HasNextSld() { return (GetCurSldNum() !=3D GetNumSlds()) }=0A= function CloseWindow() {=0A= if( HideMenu() ) return;=0A= var event =3D PPTSld.event;=0A= if( !IsFramesMode() && event && (event.keyCode=3D=3D27 || = event.keyCode=3D=3D32 || event.type=3D=3D"click" ) )=0A= window.close( self );=0A= CatchNumKeys( self, event );=0A= }=0A= function Unload() { gIsEndShow=3D0; }=0A= function SetupEndShow() {=0A= gIsEndShow=3D1;=0A= PPTSld.document.body.scroll=3D"no";=0A= PPTSld.document.onkeypress=3DCloseWindow;=0A= PPTSld.document.onclick=3DCloseWindow;=0A= PPTSld.document.oncontextmenu=3D_CM;=0A= }=0A= function EndShow()=0A= {=0A= if( IsFramesMode() ) return=0A= if( PPTSld.event ) PPTSld.event.cancelBubble=3Dtrue=0A= doc=3DPPTSld.document=0A= var dir =3D doc.body.dir=0A= if( dir !=3D "rtl" ) dir =3D "ltr";=0A= doc.open()=0A= doc.writeln('


' + ENDSHOW_MESG + = '

')=0A= doc.close()=0A= }=0A= function SetSldVisited(){ GetSldList().mList[gCurSld-1].mVisited=3Dtrue }=0A= function IsSldVisited(){ return GetSldList().mList[gCurSld-1].mVisited }=0A= function hrefList( sldHref, visible, advDelay, advClk )=0A= {=0A= this.mSldHref=3D this.mNtsHref =3D sldHref=0A= this.mOrigVis=3D this.mVis =3D visible=0A= this.mVisited=3D false=0A= this.mAdvDelay=3D advDelay=0A= this.mAdvOnClk=3D advClk=0A= }=0A= function SldList(arr,curSld,fEnd)=0A= {=0A= this.mCurSld =3D curSld;=0A= this.mList =3D new Array();=0A= var idx =3D 1;=0A= for(ii=3D0;ii 0) {=0A= PushSldList(sldList,fEnd);=0A= gCurSld =3D 1;=0A= }=0A= else=0A= if( PPTSld.event ) PPTSld.event.cancelBubble=3Dtrue=0A= }=0A= function PushSldList(arr,fEnd) {=0A= var ii =3D gSldStack.length;=0A= gSldStack[ii] =3D new SldList(arr,gCurSld,fEnd);=0A= GoToSld( gSldStack[ii].mList[0].mSldHref );=0A= }=0A= function PopSldList() {=0A= if (gSldStack[gSldStack.length-1].fEndShow)=0A= EndShow()=0A= else {=0A= gCurSld =3D gSldStack[gSldStack.length-1].mCurSld;=0A= gSldStack[gSldStack.length-1] =3D null;=0A= gSldStack.length--;=0A= var sldList =3D gSldStack[gSldStack.length-1];=0A= GoToSld( sldList.mList[gCurSld - 1].mSldHref );=0A= }=0A= }=0A= var custShowList=3Dnew Array();=0A= function ImgBtn( oId,bId,w,action )=0A= {=0A= var t=3Dthis=0A= t.Perform =3D _IBP=0A= t.SetActive =3D _IBSetA=0A= t.SetInactive=3D _IBSetI=0A= t.SetPressed =3D _IBSetP=0A= t.SetDisabled=3D _IBSetD=0A= t.Enabled =3D _IBSetE=0A= t.ChangeIcon =3D null=0A= t.UserAction =3D action=0A= t.ChgState =3D _IBUI=0A= t.mObjId =3D oId=0A= t.mBorderId=3D bId=0A= t.mWidth =3D w=0A= t.mIsOn =3D t.mCurState =3D 0=0A= }=0A= function _IBSetA()=0A= {=0A= if( this.mIsOn ) {=0A= obj=3Dthis.ChgState( gHiliteClr,gShadowClr,2 )=0A= obj.style.posTop=3D0=0A= }=0A= }=0A= function _IBSetI()=0A= {=0A= if( this.mIsOn ) {=0A= obj=3Dthis.ChgState( gFaceClr,gFaceClr,1 )=0A= obj.style.posTop=3D0=0A= }=0A= }=0A= function _IBSetP()=0A= {=0A= if( this.mIsOn ) {=0A= obj=3Dthis.ChgState( gShadowClr,gHiliteClr,2 )=0A= obj.style.posLeft+=3D1; obj.style.posTop+=3D1=0A= }=0A= }=0A= function _IBSetD()=0A= {=0A= obj=3Dthis.ChgState( gFaceClr,gFaceClr,0 )=0A= obj.style.posTop=3D0=0A= }=0A= function _IBSetE( state )=0A= {=0A= var t=3Dthis=0A= GetObj( t.mBorderId ).style.visibility=3D"visible"=0A= if( state !=3D t.mIsOn ) {=0A= t.mIsOn=3Dstate=0A= if( state )=0A= t.SetInactive()=0A= else=0A= t.SetDisabled()=0A= }=0A= }=0A= function _IBP()=0A= {=0A= var t=3Dthis=0A= if( t.mIsOn ) {=0A= if( t.UserAction !=3D null )=0A= t.UserAction()=0A= if( t.ChangeIcon ) {=0A= obj=3DGetObj(t.mObjId)=0A= if( t.ChangeIcon() )=0A= obj.style.posLeft=3Dobj.style.posLeft+(t.mCurState-4)*t.mWidth=0A= else=0A= obj.style.posLeft=3Dobj.style.posLeft+(t.mCurState-0)*t.mWidth=0A= }=0A= t.SetActive()=0A= }=0A= }=0A= function _IBUI( clr1,clr2,nextState )=0A= {=0A= var t=3Dthis=0A= SetBorder( GetObj( t.mBorderId ),clr1,clr2 )=0A= obj=3DGetObj( t.mObjId )=0A= = obj.style.posLeft=3Dobj.style.posLeft+(t.mCurState-nextState)*t.mWidth-ob= j.style.posTop=0A= t.mCurState=3DnextState=0A= return obj=0A= }=0A= function TxtBtn( oId,oeId,action,chkState )=0A= {=0A= var t=3Dthis=0A= t.Perform =3D _TBP=0A= t.SetActive =3D _TBSetA=0A= t.SetInactive=3D _TBSetI=0A= t.SetPressed =3D _TBSetP=0A= t.SetDisabled=3D _TBSetD=0A= t.SetEnabled =3D _TBSetE=0A= t.GetState =3D chkState=0A= t.UserAction =3D action=0A= t.ChgState =3D _TBUI=0A= t.mObjId =3D oId=0A= t.m_elementsId=3D oeId=0A= t.mIsOn =3D 1=0A= }=0A= function _TBSetA()=0A= {=0A= var t=3Dthis=0A= if( t.mIsOn && !t.GetState() )=0A= t.ChgState( gHiliteClr,gShadowClr,0,0 )=0A= }=0A= function _TBSetI()=0A= {=0A= var t=3Dthis=0A= if( t.mIsOn && !t.GetState() )=0A= t.ChgState( gFaceClr,gFaceClr,0,0 )=0A= }=0A= function _TBSetP()=0A= {=0A= if( this.mIsOn )=0A= this.ChgState( gShadowClr,gHiliteClr,1,1 )=0A= }=0A= function _TBSetD()=0A= {=0A= this.ChgState( gFaceClr,gFaceClr,0,0 )=0A= this.mIsOn =3D 0=0A= }=0A= function _TBSetE()=0A= {=0A= var t=3Dthis=0A= if( !t.GetState() )=0A= t.ChgState( gFaceClr,gFaceClr,0,0 )=0A= else=0A= t.ChgState( gShadowClr,gHiliteClr,1,1 )=0A= t.mIsOn =3D 1=0A= }=0A= function _TBP()=0A= {=0A= var t=3Dthis=0A= if( t.mIsOn ) {=0A= if( t.UserAction !=3D null )=0A= t.UserAction()=0A= if( !t.GetState )=0A= return=0A= if( t.GetState() )=0A= t.SetPressed()=0A= else=0A= t.SetActive()=0A= }=0A= }=0A= function _TBUI( clr1,clr2,lOffset,tOffset )=0A= {=0A= SetBorder( GetObj( this.mObjId ),clr1,clr2 )=0A= Offset( GetObj( this.m_elementsId ),lOffset,tOffset )=0A= }=0A= function Offset( obj, top, left ){ obj.style.top=3Dtop; = obj.style.left=3Dleft }=0A= function SetBorder( obj, upperLeft, lowerRight )=0A= {=0A= s=3Dobj.style;=0A= s.borderStyle =3D "solid"=0A= s.borderWidth =3D 1=0A= s.borderLeftColor =3D s.borderTopColor =3D upperLeft=0A= s.borderBottomColor=3D s.borderRightColor =3D lowerRight=0A= }=0A= function GetBtnObj(){ return gBtnArr[window.event.srcElement.id] }=0A= function BtnOnOver(){ b=3DGetBtnObj(); if( b !=3D null ) b.SetActive() }=0A= function BtnOnDown(){ b=3DGetBtnObj(); if( b !=3D null ) b.SetPressed() }=0A= function BtnOnOut(){ b=3DGetBtnObj(); if( b !=3D null ) b.SetInactive() }=0A= function BtnOnUp()=0A= {=0A= b=3DGetBtnObj()=0A= if( b !=3D null )=0A= b.Perform()=0A= else=0A= Upd()=0A= }=0A= function GetNtsState(){ return parent.gNtsOpen }=0A= function GetOtlState(){ return parent.gOtlOpen }=0A= function GetOtlTxtState(){ return parent.gOtlTxtExp }=0A= function NtsBtnSetFlag( fVal )=0A= {=0A= s=3Ddocument.all.item( this.m_flagId ).style=0A= s.display=3D"none"=0A= if( fVal )=0A= s.display=3D""=0A= else=0A= s.display=3D"none"=0A= }=0A= function _BSetA_Border(){ b =3D gBtnArr[this.mObjId]; if( b !=3D null ) = b.SetActive() }=0A= function _BSetI_Border(){ b =3D gBtnArr[this.mObjId]; if( b !=3D null ) = b.SetInactive() }=0A= function _BSetP_Border(){ b =3D gBtnArr[this.mObjId]; if( b !=3D null ) = b.SetPressed() }=0A= function _BSetA_BorderImg()=0A= {=0A= b =3D gBtnArr[this.mBorderId]=0A= if( b !=3D null && this.mIsOn && !b.GetState() ) {=0A= obj=3Dthis.ChgState( gHiliteClr,gShadowClr,2 )=0A= obj.style.posTop=3D0=0A= }=0A= }=0A= function _BSetI_BorderImg()=0A= {=0A= b =3D gBtnArr[this.mBorderId]=0A= if( b !=3D null && this.mIsOn && !b.GetState() ) {=0A= obj=3Dthis.ChgState( gFaceClr,gFaceClr,1 )=0A= obj.style.posTop=3D0=0A= }=0A= }=0A= var = gHiliteClr=3D"THREEDHIGHLIGHT",gShadowClr=3D"THREEDSHADOW",gFaceClr=3D"TH= REEDFACE"=0A= var gBtnArr =3D new Array()=0A= gBtnArr["nb_otl"] =3D new TxtBtn( = "nb_otl","nb_otlElem",parent.ToggleOtlPane,GetOtlState )=0A= gBtnArr["nb_otlElem"] =3D new TxtBtn( = "nb_otl","nb_otlElem",parent.ToggleOtlPane,GetOtlState )=0A= gBtnArr["nb_nts"] =3D new ImgBtn( = "nb_nts","nb_ntsBorder",10,parent.ToggleNtsPane )=0A= gBtnArr["nb_nts"].SetActive =3D _BSetA_BorderImg;=0A= gBtnArr["nb_nts"].SetInactive =3D _BSetI_BorderImg;=0A= gBtnArr["nb_ntsBorder"] =3D new TxtBtn( = "nb_ntsBorder","nb_ntsElem",parent.ToggleNtsPane,GetNtsState )=0A= gBtnArr["nb_ntsElem"] =3D new TxtBtn( = "nb_ntsBorder","nb_ntsElem",parent.ToggleNtsPane,GetNtsState )=0A= gBtnArr["nb_prevBorder"] =3D gBtnArr["nb_prev"]=3D new ImgBtn( = "nb_prev","nb_prevBorder",30,parent.GoToPrevSld )=0A= gBtnArr["nb_nextBorder"] =3D gBtnArr["nb_next"]=3D new ImgBtn( = "nb_next","nb_nextBorder",30,parent.GoToNextSld )=0A= gBtnArr["nb_sldshw"]=3D new ImgBtn( = "nb_sldshw","nb_sldshwBorder",18,parent.FullScreen )=0A= gBtnArr["nb_sldshwBorder"] =3D new TxtBtn( = "nb_sldshw","nb_sldshwBorder",parent.FullScreen,null )=0A= gBtnArr["nb_sldshwBorder"].SetActive =3D _BSetA_Border;=0A= gBtnArr["nb_sldshwBorder"].SetInactive =3D _BSetI_Border;=0A= gBtnArr["nb_sldshwText"] =3D new TxtBtn( = "nb_sldshw","nb_sldshwText",parent.FullScreen,null )=0A= gBtnArr["nb_sldshwText"].SetActive =3D _BSetA_Border;=0A= gBtnArr["nb_sldshwText"].SetInactive =3D _BSetI_Border;=0A= gBtnArr["nb_voice"] =3D gBtnArr["nb_voiceBorder"] =3D new ImgBtn( = "nb_voice","nb_voiceBorder",18,parent.ToggleVNarration )=0A= gBtnArr["nb_otlTxtBorder"] =3D gBtnArr["nb_otlTxt"]=3D new ImgBtn( = "nb_otlTxt","nb_otlTxtBorder",23,parent.ToggleOtlText )=0A= gBtnArr["nb_ntsBorder"].m_flagId=3D "nb_nts"=0A= gBtnArr["nb_ntsBorder"].SetFlag =3D NtsBtnSetFlag=0A= gBtnArr["nb_otlTxt"].ChangeIcon=3D GetOtlTxtState=0A= var sNext=3D"Next",sPrev=3D"Previous",sEnd=3D"End = Show",sFont=3D"Arial",sArrow=3D"Arrow",sFreeform=3D"Freeform",sRect=3D"Re= ctangle",sOval=3D"Oval"=0A= function ShowMenu()=0A= {=0A= BuildMenu();=0A= var = doc=3DPPTSld.document.body,x=3DPPTSld.event.clientX+doc.scrollLeft,y=3DPP= TSld.event.clientY+doc.scrollTop=0A= m =3D PPTSld.document.all.item("ctxtmenu")=0A= m.style.pixelLeft=3Dx=0A= if( (x+m.scrollWidth > doc.clientWidth)&&(x-m.scrollWidth > 0) )=0A= m.style.pixelLeft=3Dx-m.scrollWidth=0A= m.style.pixelTop=3Dy=0A= if( (y+m.scrollHeight > doc.clientHeight)&&(y-m.scrollHeight > 0) )=0A= m.style.pixelTop=3Dy-m.scrollHeight=0A= m.style.display=3D""=0A= }=0A= function _CM()=0A= {=0A= if( !parent.IsFullScrMode() ) return;=0A= if(!PPTSld.event.ctrlKey) {=0A= ShowMenu()=0A= return false=0A= } else=0A= HideMenu()=0A= }=0A= function BuildMenu()=0A= {=0A= if( PPTSld.document.all.item("ctxtmenu") ) return=0A= var mObj=3DCreateItem( PPTSld.document.body )=0A= mObj.id=3D"ctxtmenu"=0A= mObj.style.visibility=3D"hidden"=0A= var s=3DmObj.style=0A= s.position=3D"absolute"=0A= s.cursor=3D"default"=0A= s.width=3D"120px"=0A= SetCMBorder(mObj,"menu","black")=0A= var iObj=3DCreateItem( mObj )=0A= SetCMBorder( iObj, "threedhighlight","threedshadow" )=0A= iObj.style.padding=3D2=0A= CreateMenuItem( iObj,sNext,M_GoNextSld,M_True )=0A= CreateMenuItem( iObj,sPrev,M_GoPrevSld,M_HasPrevSld )=0A= CreateSeparator( iObj )=0A= CreateMenuItem( iObj,sEnd,M_End,M_True )=0A= mObj.style.visibility=3D"visible"=0A= }=0A= function Cancel() { window.event.cancelBubble=3Dtrue; = window.event.returnValue=3Dfalse }=0A= function Highlight() { ChangeClr("activecaption","threedhighlight") }=0A= function Deselect() { ChangeClr("threedface","menutext") }=0A= function Perform()=0A= {=0A= e=3DPPTSld.event.srcElement=0A= if( e.type=3D=3D"menuitem" && e.IsActive() )=0A= e.Action()=0A= else=0A= PPTSld.event.cancelBubble=3Dtrue=0A= }=0A= function ChangeClr( bg,clr )=0A= {=0A= e=3DPPTSld.event.srcElement=0A= if( e.type=3D=3D"menuitem" && e.IsActive() ) {=0A= e.style.backgroundColor=3Dbg=0A= e.style.color=3Dclr=0A= }=0A= }=0A= function M_HasPrevSld() { return( parent.HasPrevSld() ) }=0A= function M_GoNextSld() { if( gIsEndShow ) M_End(); else GoToNextSld() }=0A= function M_GoPrevSld() { if( gIsEndShow ) { gIsEndShow=3D0; = history.back(); PPTSld.event.cancelBubble=3Dtrue; } else GoToPrevSld() }=0A= function M_True() { return true }=0A= function M_End() { window.close( self ) }=0A= function CreateMenuItem( node,text,action,eval )=0A= {=0A= var e=3DCreateItem( node )=0A= e.type=3D"menuitem"=0A= e.Action=3Daction=0A= e.IsActive=3Deval=0A= e.innerHTML=3Dtext=0A= if( !e.IsActive() )=0A= e.style.color=3D"threedshadow"=0A= e.onclick=3DPerform=0A= e.onmouseover=3DHighlight=0A= e.onmouseout=3DDeselect=0A= s=3De.style;=0A= s.fontFamily=3DsFont=0A= s.fontSize=3D"9pt"=0A= s.paddingLeft=3D2=0A= }=0A= function CreateSeparator( node )=0A= {=0A= var sObj=3DCreateItem( node )=0A= SetCMBorder(sObj,"menu","menu")=0A= var s=3DsObj.style=0A= s.borderTopColor=3D"threedshadow"=0A= s.borderBottomColor=3D"threedhighlight"=0A= s.height=3D1=0A= s.fontSize=3D"0px"=0A= }=0A= function CreateItem( node )=0A= {=0A= var elem=3DPPTSld.document.createElement("DIV")=0A= node.insertBefore( elem )=0A= return elem=0A= }=0A= function SetCMBorder( o,ltClr,rbClr )=0A= {=0A= var s=3Do.style=0A= s.backgroundColor=3D"menu"=0A= s.borderStyle=3D"solid"=0A= s.borderWidth=3D1=0A= s.borderColor=3DltClr+" "+rbClr+" "+rbClr+" "+ltClr=0A= }=0A= ------=_NextPart_000_0000_01D0EC81.16C01DD0 Content-Type: application/octet-stream Content-Transfer-Encoding: quoted-printable Content-Location: http://l.yimg.com/d/lib/smb/js/hosting/cp/js_source/whv2_001.js var ycsdone;=0A= function geovisit()=0A= {=0A= var z;=0A= if (ycsdone)=0A= return;=0A= z=3D"&r=3D"+escape(document.referrer);=0A= z=3Dz+"&b=3D"+escape(navigator.appName+" "+navigator.appVersion);=0A= w=3DparseFloat(navigator.appVersion);=0A= if (w > 2.0) {=0A= z=3Dz+"&s=3D"+screen.width+"x"+screen.height;=0A= z=3Dz+"&o=3D"+navigator.platform;=0A= v=3D"1.2";=0A= if (navigator.appName !=3D "Netscape") {=0A= z=3Dz+"&c=3D"+screen.colorDepth;=0A= } else {=0A= z=3Dz+"&c=3D"+screen.pixelDepth=0A= }=0A= z=3Dz+"&j=3D"+navigator.javaEnabled();=0A= } else {=0A= v=3D1.0;=0A= }=0A= z=3Dz+"&v=3D"+v;=0A= document.writeln("");=0A= ycsdone=3D1;=0A= }=0A= ------=_NextPart_000_0000_01D0EC81.16C01DD0 Content-Type: multipart/alternative; boundary="----=_NextPart_001_0007_01D0EC81.16C1A470" ------=_NextPart_001_0007_01D0EC81.16C1A470 Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.cepdinc.com/presentations/PcbLayoutGuidelines_files/frame.htm =20 =20 =20 PCB Layout Guidelines =20 ------=_NextPart_001_0007_01D0EC81.16C1A470 Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.cepdinc.com/presentations/PcbLayoutGuidelines_files/outline.htm =20 =20 =20 =20 =20 =20 =20
 Notes
Slide Show
=20 =20
Outline
1
  • Updated 1/10/2008, CEPD, = Inc.
2
  • Files
    • Mechanical DXF files are provided when available
    • Netlist from the schematic capture tool
    • Datasheets
  • Mechanical requirements detailing
    • Board outline
    • mounting holes
    • connector placement
    • keep out zones
    • component height=20 restrictions



3
  • Electrical Requirements, Indentify:
    • High current signals
    • Signals sensitive to crosstalk or coupling
    • clocks
    • Isolated signals and barriers
    • Transmission line signals
      • Microstrip , Strip line
      • Controlled impedance signals and pairs
    • High impedance signals
    • Desired number of layers
    • Minimum trace width
    • Approximate component placement, circuit sectioning
    • Grounding = guidelines

4
=
  • The layout process has two review milestones.
    • The initial review occurs after the board outline, = component=20 footprints and component placement is completed.
    • The second and final review of the board occurs after = routing and =20 design or rules checking, prior to fabrication of the = circuit=20 board.
      • The final review includes checking of the gerbers = files.  Schematics and = layout files=20 will be archived and the revision numbers = incremented each=20 time a board is fabricated with = changes.
  • A checklist follows this slide to aid in the=20 reviews
5
  • Check component placement organization, component = orientation and=20 that components are on a grid.
  • Check Trace Lengths.
    • Critical lines such as USB and PCI are required to be the = same =20 electrical length
    • Keep clock signals as sort as possible
  • Check Trace Widths and copper thickness.
    • Ensure high current traces are wide enough
    • Generally, analog or high speed signal traces need to be = wider=20 than digital traces.
  • Check Trace separation.
    • Ensure that coupling from adjacent traces will not occur = onto=20 sensitive signals.
    • Ensure spacing for voltage isolation requirements is = met.
    • Check that guard traces are used where needed. =20 The guard traces can be power or ground, ground = is=20 preferred.
    • Verify that copper pours are around analog sections, if=20 needed.
6
  • Check that Power Planes and ground planes are logically=20 organized.  Make sure that they are poured and not=20 routed.
  • Check that traces do not cut across power or ground planes = =20 unnecessarily.
  • Check that the grounding method is consistent, either-
    • Single point star
    • Grid
    • Pour
7
  • Check the placement of zero ohm resistors which connect = ground=20 planes.
  • Check controlled impedance trace separation and separation = from=20 ground.
  • Check that high impedance traces do not have a power or = ground pour =20 above or below them.
  • Make sure that mounting holes, board dimensions and heat = sinking are=20 correct with respect to the mechanical design.
  • Verify that components have the correct pin outs and = footprints
    • Special care is necessary with SOT-23 packages = (transistors,=20 diodes, etc.).
    • How pins are numbered can vary between manufacturers.
    • Verify that components with tab connections are connected=20 correctly.



8
  • Verify that clock traces are short.
  • Place series resistors close to the signal source.
  • Place shunt resistors close to the signal termination.
  • Verify that the outside of the board Keep-outs (and mounting = hole =20 Keep-outs) are maintained.
  • Verify that mounting holes are grounded to the appropriate = ground=20 type, or are left floating (if the design calls for = this).
  • Verify that Bypass capacitors are placed close to the device = power=20 pins.
9
  • Verify that the correct revision numbers are displayed on = the board=20 with the silkscreen.  Verify that any other items = that are=20 silkscreened are correct.
  • Make sure that a DRC/ERC is done on the board for = connections vs.=20 the schematic netlist, clearances, etc. =20 and remove any errors that may be present.
  • Verify the packages that were placed for the board match the = footprints in the datasheet and for the P/Ns in the = BOM.
  • Make sure any manual PCB changes are back annotated to the=20 schematic.
  • Check Fab notes, material call outs, board and copper = thickness, and=20 plating.


10
    =
  • http://circuitcalculator.com/wordpress/2006/01/31/pcb-trace-width-cal= culator/
  • http://www.ideaconsulting.com/dstrip.htm
  • http://www.microwaves101.com/encyclopedia/calmstrip.cfm
  • =
  • http://www.ieee.li/pdf/viewgraphs_pwb_design.pdf


------=_NextPart_001_0007_01D0EC81.16C1A470-- ------=_NextPart_000_0000_01D0EC81.16C01DD0 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.cepdinc.com/presentations/PcbLayoutGuidelines_files/master195_background.gif R0lGODdhFgKQAXcAACH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACwAAAAAFgKQAYdCnM5C nNYZY4w6jL0QWoQxhLUha5Qpe6VClMUha5wxhK0pe60hc5xCpdYpc5wpc6U6lMUxjLU6jLUQUnsZ WoQxe60ISnMZY5Q6lL1CnMUIUnsZa5QQUoQphK0ZWowAQmsAUmtKnNZCjK0ASmshUmsISmsIOloQ GRkZGbUIWozm5qXm5kLmraXmrUIZGeYZSrXm5nPm5hDmrXPmrRAZtb17a4xz5mNzpd5zrWN7a2NK 5mNKrWNCa2Pva+bma4zmazp7azqUIebvIebmIYzmITp7ITqMa7Xva7WUIbXvIbVKazpKITrma2Pm axB7axDmIWPmIRB7IRBKaxBKIRAZ73MZSuYZpXMZ5r0Zte8ZUhAhUlpCe5QZ5u9z5qVztaVK5qVK taVjWuZShKVSlK1azt4QSmsIIUrm5u+t5u8ZUjHmre+tre/m5s6t5s7mrc6trc4hjM4Ze9a9WuZj EOa9EOa9WrVjELW9ELU61t4IQns6a7WUWuYZzjpz5hAZhDpzrRC1Woy1Wjq1EIy1EDoZzhBK5hAZ hBBKrRC1WmO1WhC1EGO1EBAZzmMZhGMZOlIhGUq15qW15kK1raW1rUK15nO15hC1rXO1rRBje+aU 5qWU5kKUraWUrUKU5nOU5hCUrXOUrRBCIeZCIbVCY4Ra7957zt4ZKYwhY4x7OoxKOox7EIxKEIxj WrV7OmNKOmN7EGNKEGNCY+a9e+ZjMea9Mea9e7VjMbW9MbWUe+YZ7zpz5jEZpTpzrTG1e4y1ezq1 MYy1MToZ7xBK5jEZpRBKrTG1e2O1exC1MWO1MRAZzoQZhIR7794ZnJwQGWsZ3pxKnMUQWnsZGXsZ a84IUoQxe5wpY3sIQmsIWlIAWnsIY4xKnOYhc6U6jNY6lNYZe7UQjK06pcUZUnsQY3sQa5wpa4w6 pdYQe60pa5w6nMUZY3sZa4w6nOYQe5w6lJwxc5wIc5w6pe86nNYha4wpWowIa4wpe5xCjL0xlK0x c7U6jKUAUns6nL0pc60xjK0ZWnsxc60I/wDNODIhsKAjgwJNHFyosKGjgRAjKoz4sKLFixgzYixT kaMjjiA/igxJcqRIEo5QllFJAmXLlC1jypxJs6bNmzhz6tzJs6fPn0CDCh1KtOjOlDA/uuTI0mTJ p04fevQoUqPVqxgnOoSolSvDhQjBHjRo4kPZs2ZBfFjL9oPatm3LxM0DogzduyDw5tGn7wNfuvr2 8p3Ad7A+wogPT8gzoTHjxosdQ55MuXLlx5Eta97MGTKHyeEah54wb8Ln0qBFcwjHoXRr065jw4bd uvY827hv687Ne7fv17pJ9x7+27fw0sGLE1+u3Pjr58hnQzfNOnToz6s5PCcNebTnzuDDQ/9+jDmz eMrlxyNmbPhwe8KF9+bl67d+37507db9IDcPf7ZytfUWXGuZAAJabn1ghhkEJtigf/WtlVcZ+FG4 l1975WHhfBdO8EFkHzIGwmJ5RRaYe+yxB19iiEGmmIvhvXjeZ43RWKNp2EEmwAQCaNdjjxwAueOQ QfrIwTQ/FpmkAEsq6WSTP0YZpJRMTmlllVhSqeWVW2bJ5ZdehtnlmGCSGaaSSD75JJVqFokkjzw6 aWSPcYrDgTim4Zinjd+d52djLyomKIvuJfbYiRmWSKGHi+lj12GMZUjhBxdm2Fde81GKKaUCsjWg W2WZddA1ZplgIFwB/reWXKwCqFYZdbH/WlestJZh6wSxwmqro2Xg2quikI2I6wS9EttYr8j+qWxl eDYLp7PiNHsnZHjqaNqO01Zr57Y+wjkknKbZ6e24334r7o7gontuYzty226Q5MZbrrz0zmtvvfjO y+2+6bI7gbvX5jtuntjOO7C2/954CrgJixbuv9D+e+e0yy6r4bGQ9XpxssVayDGFsGpo68gjz1qy rbX+16qqre6XaluhmrrWQ2zFbGqojhyYlgmwquyyz6y2irKt+aFMLK+6+krsrXUtbSzHxmJ8K9TF dlYttZAtHI6zNyI8QTWNzYOn2Ftv/bU4oeEJ9o6lsQ2n2NzRKTcH1dx5ysTbjiv2tGK3/+v3vzve LU6Pg3Ow8Len4CnAvtPeWy7jikOOd+Pkbkuk5Pz2uPDmhtf5d+CN21m36JMrnjDh3+5ttrpxTnC3 67C3+6/ZYA++Nd0TeIc11tp+hqfZDV+d8WRUR1188U1P7ajSIzvqPMhB/yw0fy7/DGBbjphV6s41 HwTXqWoNGD5cn27qoV+Tkpio85I6v+KHh404GKH0F6oYnjI2Jrz+/E/GNbjwepedCgYnimkHR+Uq UpD0MTECfiuAcSLSkuJ0N9R5a0oXVNPifiSOvTGJRxIEoeGwNMASDmmAI9Rckk6hwhSOMEglLFIF B1glFr7QhizkEQ1FuLjbEA6CP4qgBv8DCMPOBdFJKHScxIAYLu3YKYDu6pa41qUd32nGa/trEWXs Vz8uFmpY8XMPyJ53mBDNx0Nl9NBbLiWhBImvjeP7FM6yt70GDUgu0vvQfzwkF2LxJz9F0xDSxtjH XRFNWHYxz7LyF579oYtheYrktLDzxMINTmKYlNgABWYvyt3rdZf7DJES10nOWRBxdotdY+7GuQ4S 8XBh49boXEe5eMGyb3GCGy4DJy8jwgmWoJsXMPH2y9jdyYfkmhwtTfdAcS1sYhespBUJxj8nivJG CaNRxJTFSPCUB1aMAll+ljeiD/WxLhpCp674Az27qOydK6tZgbRXoIOcinsGCtXL5NL/Fzz2cY97 bBp/jkY0QobTfSAjKGF6FRhAdaablBGe76AJzRqJC18QnNg1J9a2CMatidwSmOCOactNsjBxvuxo 4jqKys3ZyZSu6+DijGg4eLnUcOLIoQDmESWeuo6VOYXdSgOHOB36EpY3XalJdejDEvpUc0zNaU2B WUzHydSD3IEmKl/aL2M60F/wiuSz4EVRSV6NTxVrkYoaA79jPc9YEyLnxfTYqw+hc0L+8aceVUU+ udzzVPf8AM3mSSC1nCpArdLQqqoHyEJO6FfEosuwDCqsES1Ki5JxKGY3k6POYrOAIKXRIy3qr2ye i2+U8+S4KijSXzLxcK3p4CVrKlvC/7GWcGLbnDH7lkoiLTO3drtTj4AbxFMKl5as5KEIa4tcmwa3 cMM8HOigu8zn3rZzVP3kBVuXXVVulZKtQ9e3SquuxtFokg/rao7ypA9sXZQzX2wMIrVYl+VB1rLD Gig4D0k0djpqPx5SbM9kFU9QEVZ7CjEDqdKys7oc1i0BepVaAqxHPvLxvyJzVDqNxR/7DutoCs2M sACVns1G8kU2wlNZ/YWua7K4gCrGlm6f2OKiKtO9LLWljnv40k1CFaY/9mrATsjTG4IuhxWEYWmA OtWYis2nnEPpUHmpU1pqrsdQ1hxOoVxVHbPSplV1Kld1q10lNvOaVHYiasQ7MHQ9E/81IaUbdgzo LxVvppsQxQx5FupWXAkSsoTkFYYTStf8UI+uEL4efxbsIAavRSAFMmyDVrUWPnIqaNT7Z12RpWF1 Msqyb7Xr0zC71vDwCbygPa/pvsPmB2JyXhqdZSddqdvb7phcvIUtL+1VVGDalkfSFQBrBbc3UiI3 qNIlruCSLEHp0i2I0o0dsaUKW6nKttpAZdJOqW3EXoM5yLi1JJm9u9ouJ5dt6xomv2rJZmm6+F15 qlaOTHfePVVsecHCGH7NKVm7iJNj//X3XUVWaEofWkJl0dk8E0y+tEyPZZnGS4A3vTy6wtXPnIbs ZDULo7S6+LPyFtdEQzrFybitxWv/UyVtKepKH3e5qFDl8bexC0JVwhbJHxzqCGsOzB1+kINLSuBM ezhTUuK0iDq95NCXrqTBSTDoPHTlBRN388UBdXMJvLlpTClbm2KZXkgtIEo1SdK7dRSCMCbrLNE7 OfSOVnjVEgBENRtfwqx1xPID9GSfNyF1DhrA/3GZoxL0cIS/BQSDRXCjCf8q9FFqnUPTFa/yQ9C3 jujy8jWWhjuuSFN/1jP0TrXI87S3OInyxq3T6tRJI9XWTjfXFFztcbU+7SHZFl671G1ugS3c4Fpd uJZkktKvW6XhY/DnVkIpbwdXONsrXdzHvfK2yRz2mHMQl9QHYpNjzknP7ZaWdXrb/6oTCFZrnmb0 qO5se+39HbSiJ7MYIw++E0pGQkc24/7+c4f70/gCLzZU3UNHbqQ9BYZYiQZIcSVwcxVOn/ZvB6V5 gKIxkyEjjFRvkLRi6QVv5kJNmjRkdUZz43Vm1UduaeY4W/ZSR+V0VrZlx4ZB5zZ0RiRT15d8ysVB MHRCLzR0MSR8N3glrhQ4zadkRVRDRyZEOnVkyOZkzjV0/xJl3tJ1tjaCu0aCbTYuB8RmprF2pFNR pQNeWFgZaEUjc2dibkV/AAdol/dnfOQyhiY0dMEy+8FoCvdoAgiAA+gz1KMhjTV5/wRXyKIfkYVv ldVnVVMxfPIi2GJaGPg6KvZu4P8nAKyxLsVVbi3VS8xVbb3mXbHFY1VyG9QmVbaHXFMoAHUTJH1T XL23QcK1bD1odNombNFHShVUQ4MzQ7+3QT+SW6DodIdzScYWbuGWawF0W7jEUy9IibR1OLV3TEpH idH0OhoVVCa4XRdUinVDTWFIRZPhfmRoImylRR1Tfxfmb0uzYY8iTgn4hkCDKnd0IInXf++0H4qV TgRGV7wyjmq4X8MyIQrFUN64WRW4jWJ1avZ2TRdlJznWbh2VY2nHLd01hTA1Q0WGdTXXQ0bFbDGl ZbUGhR3Ec0vXkdJndS3EQraHiy70iyCkbShodTpkfUpCQjBIJSkpQkD1VCt4ZSn/xFSj5JAx13XC JHvBZHPOCJFU2C/uVVqNKE0hB0125j/rJVZbBB6BViygxlCQJWr+xochA3kDZXA/EyqSJlh0hEeh wmiIJWH/cRcVZk6CxjQKhZUXB0Yapx5j2CdxR15klzcEU0Ve42pHuWty1pFmZ2b48pDMaEQVlFxO 6FJDkmS3hVTYNSWwiCUgxHyoE5RG53Q49XNWhosgNIuCI2zP92VMQkpWp5m1mFOTGUHAdW1HFU0a OW1J1pq7x30wR4WEeWbkNi2gFF6qN2ciN3qpRi3c2Bl74VAdU4Z8Vl/kiCx29Svo6E4gsypv6Fdw xDPdwyDz9BYrI50IODLEEisW/8ZvCbh3/vgiJTYj9iaclrFepzEu9AYk40cvEjOJ71I3uwaFTtZj r2lKvsSJTleSzVeRTqeCr/iKzciSJElBODWLqvlzR9hjPChlFWlU2kZBRFegMsSgtxhAKulsNkRU BlqSGWmhSoZCjnl0tUZEMheR5lZuD9lE5dViU7Q315iI8PZqA/lQlnEo9MMYi5JQ5fRW+iEy6jQh +5doumI9jYd4Y8md7JhpaTkpeBWd/RZZVclnezaBXPonfAJrzERMFHMbpQVLveQtCelaPzlcSheZ EFmLzAiLSVYklhNBoTiZ3RZKKCiLkglsBfojKFUuI0V1V5KSfeqZoml7rvhKlv+pkpO5Qb94fJap maGJgwNKi6MUJC5VjEpHZNLopkJZZmhWQPjJHVyVhdpRimAFel0DlcL5lJpRl4m0HlVJeeZkYX1Y SIj2cKnyKaJiBr7qM3nlH3cBeRmWNFCDeUKqef5od5ORnlpUb+sld490P7DqGgTETKAVgi8mQCol LzK1eqEYbTjke9h1bURlg873oYiqmqrJQpp5mlOykiP0Uo6akitkrzlXdET4c5wJdK+4fbHXQ4x6 hDUFsI+qQi3pe5zoVTKksIBZLp46iVIYU44Ia0IXWvGyURo7TQTJo85KX0CqUFmagPy4f8ypR53G V2VQFi07IFKxWCxbPSijh1b/WleftoBmmHkuUjV1CYZYM1qK6IXsxi6OGH23ZpteBkRmRq5WVpu+ hXyDc4qgKESNuYQN1FuHqm2ueKGJOXy8eKHCJ2xjm5lMcooHCkymybW8eIOJ6qE3KItPyIpw+qhC 1KAnSFXKWCR1U7HjFqO1Viej2mKn45sN00SF21l2ZiOMix51eZw9S04kO2oZR1CKxUetcj7+ND6g chB5oWjeiU6LtZUC5Sv3CJ3m+Y0mkh6Y8bM3cmoix5QVlYjr0lW6hTdpqkQUyYTch3OuQ2QzqWuC uXMHenzzCq9UV5LCh0Ol+aG/i4PIq0MkqUL82pKqebA/qEKhqaL6OqFM67aM/zq2P2inoPh7SdeL y/u7A2tTRGexgQpzMaiiL1pmmERVYUVSBTReB0R2XTNRn1ecUakexHMYO2tXf9Z3/HVh8PROECeW Bhd4h+YfgHes5ni5J4ulGPxhxlJqASyQqMaBADR6uik76IZmn8E5vDm/scOZX3aJ3kKRLbxswHaT tYU4nQpkHjpTKPinSnagYTuLdju2mhqgLVyah0pKAcq1LgRdpUnEddu82iaMuPi2OTevRsy1VnY4 T1aLM4yJPmWMMyxsrqVrV0uYYTdSiuNJykQxhJN6GpuIjXtn7zfAPLus0PM0G4MXCmgrKgvBEYY9 dLQf/ZdXW7mGFmzB37isIP8mwHMHUdz4cYhbQOEwXi9GUhqFUtuSYyNVqrc5gtFFbRXJdET3kV1b mUBsQiKpkiM0vTulkROkZSdUXCWZQrCMr0BcvKTpLRMKseuLvNBLQ7T8SsvLg8WVoKp4zB6qyy23 QaGsk8WUXfo5ivGyZMUEQGBKWvDCnvzzqlDZwRxnHpBbns5TlR6WpNPJx4OnV4GXeNdTnf0HYOCk X51mUJ3WZ/jmo40CHp3FhXF2kBQTL+G1TG8Ddh4VkUdlXZFZqazXmAu7k8zWmNZWxaXJe6NUfBI0 JcF2oK/ISmSrxCTJ0WT70UMMi+W70R2dmBqd0liiqbR8y8LFtrBsOKZZtwH/upnrOrZSi3wQybS/ lYTQNpTyEolg9kzpcsIGGUmwhmqjBcDP2rN0l5yEBD0i852S9UdImiqyUk8Jp1dsuJZz5W8go6yS 2zSghjGIUYidUZyUVG80ekDdgoVwPdD0ay/SiGV7emyQ6Ww6mKfaBkMR+rBWTEMb7a4nhaAhysJq KpnJl9Ks3K/9KtKNbdIxZ2TES5KKHSUVfXQq9KA1ZGVVq9NFd0xAd3xEtq/PGzvj+9NI9lov98xj NTqd0y+vITvplUmNy9QcFygX8xiYh18JSKSbxirprKQGh0cxm5YARbP6QUg6+zwXI4iB6M1pbW9f OF4hxUtdJc3dR2VjjFym/0eoVMeg4E06YuzDP2SgZCyLdYu8qWifHPqo08vK8V3TDC0lt5yYLF2S pNltktnRG93fGN3fKO3RqUlCaHvFRhygJT3a5X2ZYQWhYby9u7ZVUcZECSSJpwdjXdWI27q/cby4 aeVhyolfzskobClw02niPaMqNGNo+wFQE6eVg0akNM5p8KUZao1NS40tcla4AJ2boTp1PiZMXBVM tZXQUWJt7JtTh53EwHxlOrXK5su1IZ3SXzJDU0XLZCvltGynjI3ZUNyvxEu8jv2gz+uvNm3fTDea J3QKwyZzqojEaD7KTqbL3q1U/2llF9nagXsvA71JafeFktPN0i3AmFVOe/9XeQlFaGHtb38UePHk pA88rC5jSM/5X4q+j3FpYpDLWa+rlGNlUQYkiS/244VZVdhnc3hbQWjLmklcmVFimh4lmsO2yjat JNN7sAieJUPSN3ubtie968BO5YWtxFQO3xgd5sX+0VX80Ira0pqq0R8t0rHe30GXbbcFqcuVJdYW msxWm9UXW+MG5NJMpiG1MKVVVtOKuLDapXOsZyC26BWHpeRoj0s6j4nmwP1kMn8U1fN+4kpzq3mX WZDipdh0UapGVjTG7kbZL1XmyRXZQHruUor5qTgIgzS0pyia0hja130N0od95iSa65b95Ub28Vtu 2dMr8jsX34ot3yhPvdT/a+3H7kJeG+3e3UIyT8wSrcoob6+dCfQxeX1R9ZI890tDHuTkLjHYClLs njl9IpA3PoH+GKQYN+/6mOKFRrOPDiuD1R/JzSrFWkh+huiSNfDFgp6ct/b/i36rukoGeX5U5S9m Ks3AuGv+KY0u6Wyd2sRY7KgY7Yt67/EzmbY0L+yvCGyYDZrJftKBr+yODdJ/H+zGzvjGTuz+DcQh GtkqzfnJZ/MTTb2mmZMfGrcjLeErfUt6H8bkpreu7V6oNy+3AU2l5xompz/uKR6MRMD2NdYcJtWx Ymgmrlhq4R80I8jL/WdtOXmP5WE4C0YXI8dAm/CirpcHc8KiR1JrCqN6/y5nFplzMrjC4q/yWdfQ zytToN+9ZPu8Obja5DqSkK+9xx6whW1k6qvyLy/zSPd08U/l+Z9CAHFKAAeBAgpOKEhwoECFEwYK QChA3MGCCwU8vHjRoUOCEy965JiRg0SBISeOFMdB3DxxC09CPBWR4ymU8yDC3Hgz58aYMQnu3Jhy QsqVGyeoPEqUw4SkS5EuPcpU6lSpeZjqm2D1apkJWLmCyMP1w4SxYieYLVMm7IcybEGMZfsBhCNH H8KCjduWbFqwaclOAHEW8ODAgcvo4ypYKtauVKlCZQoVKkSnR5dCZCqU5eWdNHky1RlT58CWPEeG RIjwNE6Dqk+WPFVaYv/Glg+r0aY5+2Zsgxpzj8xoEHhw4sELCswtPGNCASyV06xovPhy4tGfGzze u/XzlskvQq8+Evnw7+KnUy9vsbpD4d6XAx9JvudL8S9Ft1dN075Klvo971YJutRG24lA0iaYZyeo lFLJKaWiglAqyKhizLGsBEOMK8TO2lAtw/IA4avDQgSxxDLeUusDuj5gsS2w+iKxLMTKOqzGsBDb MEcNu9LKQgshEwoyiIgyijLMTlMwpdFY+6ynn0qSKMGbolwJJo2ibK40hoJbraOL4KuIPJOy+9K9 AdVTSCTr0ozoOzWnSzNO69ysDr3ztAszuzbfPK8nO9NMiCFB1SRouOT/kJtISY88ksjLL2drCbiW amPPt5VqCkkhKZkUrcrPQqNMKJhWi6pRDk5NUNSonhJqVQl9bEyrHBXbsDAOuRLxL7X0CrGttkB0 cUVggU2LLcSGrfFYwzrsKjFYYa1MslaHRIopz4pE6kCfxElNtCILdM1AjrrLlDTSfotUONkQrK09 +VaLzTvwgPPzO/aQczPN9parlE73tMMT4IrGG++95+g9uDf38LWJTjcLVq645BQSLbc5pSPu3toK xU48+NKjl2PROEZJv0evJGnd7UYj1VuXQeOApc24xUynU0vjljPQmoqM5sh+nvBZqQJr9iwQb92Q RmAztAvGsPJQsa4Q/+XyUFfDAOsLxxoJCyvWxiys0McgI3SqwaGewkzKo1xuMKVqTvMWp9gKjW0z 8NSee7aadHuo3Y/U9Hs14vTVN6NK21wz8eAQL9xhQOV0eODl8MUuYIwlvxi9i085jnL1AMZYIcg/ Au+hxrmsqF8saWOdJLpvku2m+KjEdKEBTXIuJ2pPU5vatyFKECidSt3ZsaDBXuwqqojeOmu0zvIw rBPbimsuR1L0EPu+xKq6xq90LXoqrvII+0dX2/421KVoWkopnwlMMDdw+8v07fhWki3AmCl99Cdz 42aP/h7Vr5AY7D3/2pLFhuMchSHscgqbHMZA17DSCYw8mtPXcQy1L/8DKhB06UEOmRbmQMntC3Me cxe/7DWqK4nHIU76m0qew55I0Ud+BjnJS273ENfsj2WmOdCDvlW8CVHGKD9L3lR6dCGr6KhWt7rV i6QXGLaYSB9R+wBiUJShYzUPioXp2mB2NJavQYsqrYoQGovyFPv5RH0pASCB4gY39nQrPn7qCMca xZuM1alNWjJcdublm9CV8IOfA13hGtew8gSqTHzqDaA4B8GHUTKEjtSgCPNFMIf1iYN5stK9IHlI wxlwcAJhlEVeU8p2zeRKCMGfTdbmErvR0UlxTBJ/TiW8ndXsbBDiFhIjJDSpJOZqXUyaYHDVl7vc pYrWox73+nIWuFT/bSxgEYytmOIsH5XvfDvL1s040j7OkIYz3uoduPTjHP5MRHfQwZ/JEITDKb1y SrkzWXoipsDuyOdkGBzcPiMnHspNUp91ipx0Cuo5hSLUOiH0lynJdEh5FW5zET3ooUK2sogljEuw 66hs0PW3F9aRh4GcSYDsqLLONOmcZjPnUJKyqgc5iGxCYwxWNvRFKJqlijUqy0/fsqIZVTNZuOrQ 1WyF1Mbk9FlBy5lUMCOh3XHgbUFJp7hCA0S4nSqUrIGbTSIFHkX9LYYDk2EqH2nKKj3sdYYCVCXX msjoUHCU+LooXqmj10pqUpMQ7NxeH1i5v27ScmvNnAnzBcnRMUpS/6+D1G9Q6ULYwHECvwvlfQL4 MjmCSzNGOQ2ShlcZ0ApzKk71UWCeuDW4ZHN6WrzRM4XVq9Y+86jKAl8Zq0JMmjpIH1OVXTCtypHS Ak9V4vKPDE3Dm+Tqhoa2I6m7oCMy5XaMnwfpaHOMc0EJHkpiIkQYQxXGV8xRsk6GLKjm1GvJiEYn vR8sKAoNql7vpoeBntTO4QzmnbaWSY+8eWE/N8Yb4DgkXQD0z0x2yEv9IIUlR5wq+qYqVaDxlnxM 6dGFjzqYsmQlLXfZ1RXpAiMuiqhW30PxTq2CTceUL2jRojCFSRUUUlFmbggGYrduNzIAw252rcSu 31KpyOkgsDj+VP9PCUFZwSTnFaPltRxf5ereKWNUYHYSbJTlmuW6WiSDcwXlQkbXyXqiDiWnU9LH SuaoM+/xTDqW340/paCtUqad5XTVRsyWGd56cys9BcyNpNnMEXloRXsxkbE2LKPu6ZS3j+kKZogE 4SGOC88s46xp3Jml/+3vhifjo+BkmJwAlhmB/w1PRz3IucdJ7LCVE5iU/8rQifr1gbV+spYFeWVe B8xzE8315Mxjp0xKdNj4Ad0NrWqeThG4fzdhZynvI08eqzMn1ciJ2TYzrqi8j89L+e03jwe2HnVI a2I8FjWN9uGh1uUsIQIfo7W2Uw7RKom6JS1kKuNLIfXSWqE97tn/tjof/7nSf3BUEuxGVuY/onJQ /SMYkt9KZSuXl2L0xXivBwtRwHYcr3oFecd97XGSR3JQNokre3k90ZRz0NX9fTgiIX6nhPsXlaT7 yGMt65v8yG3nC7ZZUUwVkzm3zzJBkaqfn2UVDRmTKctCy7xPNCxoctEtXaMioLWZGK0s8ak5cx8w eVkzpPSkpWZfEt1KOqrXhGxj9Kxbu2Y3QjIfVMvrlSAjCavyhLb3OxCdZMhDnoCLEP4U4xAI4UVu eMQfHjmNR7wAFM/4ghgesICfb+D7fndBzlfXx+4gxl64QXj1q7LbFXPCe16xAeFTgA6J9oIbzO2B 7HlU5PzZhL95/1rl9b5oq10trrzXtaiRTy9I9R66D6MY3ZoRxg6Kls2oFXDgtVR2LuMUwjsSL0k5 xyNe0uMdGQVH15VS5oM6XelER/Eq512w5BX5ruUvgMgnWbsWqb/JT9EwCvKfvu9NrwCMPMF7NWDb suwgiC6zCFCKCAMEpYZQEwPDOfObDZOqQIzwlLijI60quJhYI2/JjIKLMCUJwVfhLW7SEV3RGkFT FmHhCxPhkKMho2W5EN57tLOJKvQpntpjl2wBlzoDuk5pGDXbjtmBF7hKNZuAmPcbPby7CLvKNUMa OWALwCrrnMijPMeTPMI6hQTQvO/wQs7hnAFUvJV7P1/TQsrbQv/H00LN27WSKy8oqzUkM47NaUKL uZM8IRn8aSF18a8L7CoeSjBkA7qb8cGNeDCjs7SpkIwbdDSvyCakyZ4SA5ERA4xdMTG/+IquScHy Qa3nc5UjOYrhoRYbEy3r4wmES6cbIopOUYjaGL+ccy5E8qc9US9bdDliY683VLKHYUP6e7xgXMPG c0PAIznL+8JLMrzEww7LW8bGW8MtHK/x+ri9i7/L20W/8zsDLMCPubs8Ao/NOg9JubkC0w24wZ+O 2AwW+sE5c5K2IZUGQRLi8aVnyakMwzAO4ynhg8Go2RUQWcFkQTfmy0czMsF6dJtqKZ55gEduwTHS cD1z6Q/KakL/DGyNOIMsPFwc1AMhPco4iLGrXsyuawS5S9q7Ypy/ksRCCCI8Z2RGAnxJNgy8NmxD kiPAMkwADsjCcchGkROoKEQ9ebEgVXOrIpsdBpKs59qOUMOIO9o+OAM6oIiJdBq7IwomcSOmxHAW 5qkVQVs3faALfcgQdcMVMdqmeusmSAOmfjs6I/EshpxKrVINFroU2YmSzYLF38AI4gCJjyqzLyuy XEw/T/IrN+yrwlO5lBzGMexCyXO8lrykagw8aMQXL1zMknxJ7JjJxmzJLexML0S8zsS8aZyknLTM cVDCAcTGxNyri/M8hFqrDHqSKWGOMgskwcEdoeNDjtG+TMOl/1AZxRiTKXCqNGJyKmaZpuS8i1qh i0nknnN7kcHAEN97KggZQdAKJuASp84yLnaMGyahEt9ACXqClCkJMA/Sp1VDIYfCk2MLuYr7uzVM Q8tRwzCEvC6MTDGkxo/DwsSjSTG8z48D0MBbxt6wTMNDxtGcSc30T8e0SS6cnDa0vGQDyrwazLo7 jwCjpxxiHZNhyibsQLpRqe1oR7k5RNnRmeOBMR9ZIqfrqQ75x8MIS1y5pm1KQRuszn2TqQUBuOCs MYErUQM7OFlyieEoNbjZI6ecruiwqAXMQ2t0JF98w7haKAONHJArUDEUUP3MTGS8smWsTC3NQi19 TDYkRstkTP/8fFBd08wB1KudTNPDhNLVfDj06g29K7YoJRxB6ReOQblG2kvT4SMf46PerMs5A089 EzqrZBV5nBYTvLevcTSt2DBbyZrmnBF9hDrpLB+vIyZyYqPtTJ92RDARhCXNApDukLs74ciHmLYD 6ieK2iDxsiTDzMZqZEnsWEnGvEzV9NI0lcnGxE9eHVZdlUlj5RxkDMMEXdYyPVD/NFMy3VUGJVNo nVaPG0DVTMYtCw69g6/1OKx/oReT6jGmlCHwA5CFU6lMI0XVsL1xIi6dOSJ9gxV8fDrlwy1DcwTj s5Gt2anxiVTjOR9VWRUjUh86C1IYGhAlLSvyQ42PkJIu+Sf/V5ur+5PCOfXJB21DbV1ML8xSzTQI YoxMkA1TMA1DzkxWalxGBjgFdiBTlz0FluUcmFVTZfzFky1GLoQoMLXS+YxGaNWO+iRZKSvAV9M7 PLWy0SGyR+qvmXCsLdm5KhG6M8ubHduJlCg4mZI0hQSSCnNErUymSm3OrfEip6uQchPYqahHoHgQ tENFJ4kn/SGXuLuPiIHF73gJjOmPK1FPuwsP8Hgou+M4YVS8ebikaeVSY41GBnVQ0EzZZh0vZT1J /DxZNxVDmEVTzXRJx9VcAnVMxwVdg/BY5ADdau24j8U8+AvZmFxNLOsu+QoZ9juOeyEPcyTPVCy/ FUJHsxOQ/0Q10feBqbZUiXCzKdNqvgsrJq9YLaOZgLCUHuDbGht1Pq/tNh7FWrNrSP4gVa+yI1S9 I92ZS3AsJY+8I9e1OE66VSllL56NDjDVvF8V2dWN1pQd0NIUXWFN1hCCzF9t08aUWXxhAAFgWYUZ YJtVmPitVmn1XC1dXQTFRmYUTWeUX8q0tfnju/WaEzaJUvXoL/5RJUHNI1WEo1N5GSiRSyaJGXAR JlEcNxxdvmPaxMMoi6qrt01NXhxN2x1sCqxNjW+hifg5J5fatN0oqXWaFPJ0FD+8oLp1r42aE5EM 14iaPJ9sUPuNyTRUYDKtXP3VUmKcRsl1Q5lFPJb9X5Zs2f8QGgd5EODIjVkDHVaUXUnIFNkCRVAt 7txdNUYBDUNYq0zErEmRVN0KblL3HE9Os5h0Ic/uAJn5wAhS/ZRwCN4HyU6gECbSWrrkSTFcIR/n PREVvIomKkjz2WG2LJu3ob6m8DHw5BTzDKjZqRSOESVCqt2YA1z1YCRbK5Ps4F/Jsc+ZpEzK1Nye ZUyT7eItDU3HbDzIFOAzbmOBkNneIOMzRlPO+d+YpWZmvl81VuNn1tJq1kx5qD/+zExirV8H3dhi fNafbY/EPUnEwqjT0Q7AtMUxixMxOykhpQh1HLiohC49kz6pALvTmLRhepYdeSIQYM7rUV4UKyZP ZURInQz/gO4hBDlR2duxDSyUGjIQVdWI+zIzKRyYSmE/DN4rKz5glewcAaVW0ZVPN/ViZ/47moVp wmNZeRBDm2bmnKZm7KhpayY8NWbgaF7jAI5JLwxgNfZCmnXZAH5mll3qZT4FddjppOYcnHZMmUY8 YoRGnPXlKiRWB33CyJsHnpRM+Fy1y1EdjYQr/hnUIa7bsioQVJ2fhOSIq0qfXaLXfLNB1MIKqzga o8kR5w0RHLkR30MttbQpUDU6eESS3+QJ2LEbK4k2vjmpj1LSj6LdwEWvJh25hsJV08ziY57f0DTM mdVSl81cojZtNMVpppZmMZRZmp4kp35JqY7mpQZg5JAH/y+0aaIWAKS25se96TXG2d32aZ02bcQD atMmU5zmYtLGX63ezJpd3QfmvG2EYpfLYAMSUVV6rIlBGatlV9TA2nYNQfeZkBamCko9S7LNCusx PulEvkfDvSCxb+IaCET0Nk7poYVjF7scqwIpJZHuI/OCkn8RKF7cxgmVX/nsPGrNX9PtQtsOVplG bZyG7jNmapZ+4wFWbdNm3G3Gk5l0Wewo8TU2CJZNY+1QbWh2zKh2ZmFdY9gmbjIN4GUd6hknbZB1 X2BdTGE26e9A3AaysvY0Sld1oY9iMqbkvuiiGVSdyE37UbZLDR/kQSOytBw0zqZqusB2hMbwVxt0 aAiBsf+DBS5/M1UDUTuXEES8DI6+TKW5XJ1TKulP6mxflOCCElnAS+YX91j5ZOl0BlZwptw3Vgej 1s9qNjyi9nD53fDRdWpEt2YyRnSWlXRJl9lMD+5oltltbuMB7m0aDyGbHuMZR+5NJ9AqhkwxnW5A F+cuTECbNKg3XAhOonVu/MNX3BLxxZImSbM4S8cTRhA+w056VUvq7OuzlE7VKoPmZDowF4wxN0Gz edRRDVImifL56N3DcbaU6shWVaAlPK8il7VK6vGVDOYARGM3XHTJs2mb5m39BGrfhuYYTwCpTgB4 n3dqDvVrPgWcxllLB1bM/fcu7HeZJXgPj3FpJnXYNvj/q570Ty94E+/mM5Y8qV7m/jzJrB5DDpdu ZDbJN15cZqRikI3PPDSUiuTI+ngPEiyTAUNUqw0NeMxvDrTvRuQt5nl2sHQEsdyRpqKQh8b5BgmH M29Ha2Mb1vC5VH4Utbq+j3Ksupv1YFPMnBxnZCVZ+X3cNUTt3xYI5W48Qv/3HJd4Mmbp3f7tFxf4 Q/93RJcHTVcHhXftt2fmuG97VD/0jP/3MU5Wm6ZwVMfPmqbq1xZD3j7TZQ5m1UbT/w11sodwYG31 yXRDYFa896zYX+O70pndLWlloTSr1QAJOWtzIMQlYn/oCIPUFqvBJrpUhc5HtcBh45nkCDmSaufO cZEn/yJOIbt1jjhTHb79STx8qA1i04JKUNEe0DU8WVc/1sRr7YL/X9SuXwn9ezLu7bTXdMRvSeDG 9GHO3+4fVknXd4df5jCEWcwF6nwPf4dngIOPWXg/bppVfwG2acf/X06fcZr1zM8V1j1m3TgFiFMC BJ4aJzDBwFMCBzIU4LDhKQ4OIzJcOFDiw4ynJgiYJ06jRI4cxHGI+FEAx3kjBXCY53CCyY0oZXKs ifLmBJE2d04YySFnT6BA9QkVCgJomQn6HDlSmpQo0aJSfwb9SRUnypobN8LciXMrzJIlxbkUKZMs SQHiZLJcWPLhW7MO31qcmJFuQoIa7R6caJCgXoWBBf8kEKwwYWGCCE+pOyWvMLtTDBROnnwq8qnC iQXIm/z4sWPLkwWM1jywMuPCj08fVs3Z4OTCnmU7Tjz782zJCeTp7iz5N2rNwH8TFz1QHWTKCiOr NghaMmfapAUT5lzQMUN5CS1DHwxYr3DF36tfP6yXfMX06etmfBhR4Nu7bW8+XHv31EmY78XBnIlR a1c4jTSPVz2RNAF/NRlIVVBSDSWUPk+VwVQZRFUIoYNAMTiSgR3mhFOBAGJF04gwrSXWRBhh9BFH c13kHozuxccXRe3Ztd565g30F48K/dVXYQYxVBhDsRkmEAMJ/bVYY9MttptysrEmmXZUZqaQlFaS xlv/ZVBCyQCXVoI53JfKefYbb14WR1mabQLH22XKXUlcYmteaWSSxEUmWpRxJjfQYmCOo12eQc5Z 0WJ5CWlYQnypxx57fGHk0o0DcVRjXfhRRJGJLNHnUVsDrhUgfQBGVJNHH06gEklU+ZSTVbBimFMe QNUaoVJMRTVBHknV6iCDC1a1YEiqZvXVTiSaWFap+52lVlwW9XffXG4tZG17OnpX0aI7YpnXkVh+ S51gmwF3HEKTYRannHua6RhsAoHW2ZSlcYZZmGSChppvw/1GG2p8zhbwcPuiuRvBBA+H2WieNUyZ deyu2ZxCyKF7ZHLEyQmut0ReSZ5gPS72V0OJDobj/0SR2ijfTRK9dZJ9L7OU1rIuI4tVgSgVmxUH 1bxqVYINZpjTrkCBwJRSEzxVVNFVHdghTgTyByLON8skU0gZtfgRRi/iJ2NGoBLUdaUpo+xoYOM0 6iO511WHEHqKTZTxnhWNBlh4fM65G2uWTefncAQDrO+/cCZsZr6WDV74nZm5KbC4Cg+e2OSFD+q4 bY0ladu7ayaZp2Ns50lYnJ/raC9gP7adetonX1spphK9l+KN51303kpttXgXzGyFBRaJHFa9k08H /sSz0ENHSJQjvi49NFBPIy99T8cmK2KBApnok0Ak7SdRzKHCRd+M8FlEabZoe7ujS+aV19d35o2c Wf92i4lb7nTToVYbmn95xrBh9se5Nc2LNqo5IJoUhqeJJfBfnuOfwRZIm+dA7mC+mRe/boNA0oUO gNChV2LWZSjL5AtOrGMMQRrjJyXJb0h5qci2zvM66qytWgyJj4pWRpGTVK1luruJ90JCk40U7yfG UxCBFAS9ov1KablqnoVmJZRXNYhDKlGQ9bKYPa2AD1Ri+VrXeGiSlcEufSrTUUMgEsP3uW9Jb4Nh lUhzGsJUaTKXy9/dKhOxMs3pYe4SU5gI9hnHBc5OEkzcncLkpUASskz7G9OYdrObQTrSTYPj0yX9 xZx2iYs3z0kAJAETGTna8U3029z7AEUd+y3qIPT/S8/8YpQpMkKKbF6z2Ytu8rWWocUkHonIL3PW la0cj0PGTJD1YrVEoDiCBEhpmoZkhZID6WxqWMQizoY4E/94alreIwlZulmRaM3IU/Ohlnpq50Lw rPMwAjBIndiIruhobF2jC53izNS3vwFQgu9aXGkImJvDEbSQBRUkAxB2MIMaVKEFdeXfBrrQBQow NRFtzT8PZa7lGMaT5VFhncAFt8CMjFLkGqcM9yKj153ThmpRi/ZiakshipNmQxQmzkJyvKnI6kFJ S8oEjtYUXBEtQ8HikKoYlE1V3ZSXXUSLS9KyKU99ZJe5BAlEUgSYNKrPOyRjHQfBY5geNSYBTUIl /9tKBx0oYYZhqvwbbazkyIwGjJGgNOVBGZrXythVr36N5F99czg+Hu6BqMFjIKek1tJx0HTx0g5C WEk/j7ktMDPkgMmEpM6xdaRstdudQ9p3KR7OBJzNulRJWhSgnbBKeKp6rbCQp7yciKN5zwQWUARA lFhpMZk29cpMfoeirMXlJXAxH2nj059ZcrWr5OkWo0xGLsrhTTB6Q4gJHykuBO4NgnwSbOMqqDfI JSyTgkQgvzIZwb8W0ryOC45fwTtRQzpQcmTizHaQ1EeN+e0w3NEjQbgjv7FiFFBDsqzttpWtaJ0z nKA1J0dithCfqYVZaOlZ1lYb3CRajz9F5GlRmv/4FApBM5pCc+01rweWm4WlqqNyCMxgDBLSvudS V8VqVhPcVfhBl0iGqs6Qzqpf0jQJOnmMnHUKZVeDxdVLKtTuXgsp5SgXFq9yGq9BLcnegrq3oB4d LyIfc9gzaUw6evxvRdLkQjkS5EeJ8hgs07hVMqoznTVimTk99bUWZZgiNhsJ1obHEptwwCe8FVby fDqBZv40aD21XoN4Zs1p+gRZMe1PWFILLT9vxYfms6VKzWdnGA0mAXhho3lIZr8ULmY1vMlfCPnb nf+yK72h4R+Vt+zA9eZ6r/DtNa7fRN4rFVDXVFbNsJPNUcu4i57PiZP/Vugb6wxkXakUK458jCP/ BdO5nBiJ6Uu6h0secq3TwxSiMA9EzQU9rYpDG7EjmhiVEsPKmoSO7ao0bJOvjOWWa8mPDml3SzlD ylF2kS7I2uxKcQ0EsuyCrIFH82rqbu7JSCrrlefLx0Uau+MPFRwjYxNI8AK75O1lr3vnqt1Ctkk4 z46N5rZUp4AunDl/89HEJ1tDOKtnHiTLsURMSrtryc64V+0aGHkZzJiIKrhLZYnPmAo0KvbUp7UF qhOjWWh294SK1lzxFr8CRJV0+kQN1nQ5bXiecqZ02+2E5ZFIV6SGf+tM9vRXbiB2cvgCkNcdX28D e52wzpjX5Ian0uEumJj19ougXf4NaxRa7JXf/52+VaqTw9e1tpClFWRcZalFbDefgp+za8oNFRjh 0xYHd7OpNdEpiGj7MwUFCylPxHrVX3tokbxK0C1esS6zFuj6tHQhl2rRGbNaxnZ+lYM/It1XjRMk E0Y7T0pGbGxC2UgtH56gdu2+x4ETsMqAf/Dj1w2YGADlKYvpr2BS0+BNKZzScIk1+ps7dwDm/HK1 DfoMd186wVDoXVWmxIdVvdSK7IenpNYQZRhKpIpJ7NSgnYoSTZGDMJqFYEM0ZQXXKQhZEM8HZhO6 BZemhBHaGZ+LqJRL1cWp8QV0KYq2dJ51eQecpAv/ONBvIEfGYVLBSBT5hZ/jBY5sMAA5JJRgIf/M JSGhEBIecCihEXZJbzyhbCAh4XUJE0phFJ6DZBRhfTmUXwFUeNXXDfLgAtXftDmM/RkMQWDGcQyY YURWjryOkNiPwaUPjOBQXchFf7zMF5XWWESL96QbgXQYokHarCxFU9BW7uVW12HRoXHKzQQfwFHV TaDPgl1iZ40TjQwggknWKvnfx/yJkV0JO9SfnVyGwxUWntTRF4YcfbXXXd1VQllhLCYAOSRAApzD ZJzDbuhiLu5ibFCDZPjiLdpiQuliZggjA5zDY/CiMZ4CMkYjMCZjZhShLeIiFyaAMGojNdZilxgh LoajN7If+H0Qe5GHIF1H/oHGngjZoMBdj7D/UUl0i9s9hNBdzUDQWNcgH9m0CKiACp8tnVfsVAQW 2rolT+0hCKPxVO8Zi6p8kxENolaE4DCVCoxRCvh80e6AW9q5hzvthYIpXGtsnnlYW5ag0ADlCXNQ EASh161JRvnhBkw2YcAk4SlQQ2Hg5BLiohDepGYAzCVpIU8mVBPqRhOK2TBmxhQa5TEqpVPiojwg 4zYWpcP0xiVdYcG45EGtV5PVBnglRN+dUnV1EmLAGrjEXXigDCcG3HxgJLbQBxDtEHEFz9PVxIGA hUTaJdBIBSIKBfV4oBGpyiD+BCQGSNaAikXClMtUFahhimeVzVal1I+tWnex2R/5SZOECWYQ/0k+ PRCUvOPHMZTKdZwBdQkuIqNw/ORk4OQtUkNUEuEvFqNSbiNramNsxiJrLiNs5qYutiY0wub7waZU GuMPyqIDSdI1ZuM2Zh9fGafg/GAkueJWEhKY3ZVYkpm6jEvdmNVhVInbaNu2mMzZeI0Kko1bCFyN /Ed9yARAWoqy+Ie6HRMjDkv0YKBRJZXO9JaGXVg2bZoPjc/ttFTxjR5kMgTJjEP7TNe2PQn/vSGZ KIdvDIoC3ZrJTZDJKeNN6sY2XuOt4SQVbuhSHuNueGhxEmUsbiEooWZSmuhp6sYU8uJuYiMUJlQR aqGHeihM4iJsTuGG+iSKcqiX5ZXf2RqX4f/TmsAGXHmnYKgZaqgQ/ZwURLGT65hN2eAFAp6n0X0E 10ALhMGnpulbcOlUqzwNVTjaoiWiUOiMsCCV8BTPQLpMe0LiS+3Sv7nIAcpSjOSYGkUmC6kSPMmd KIkOYWhOQdQgb/zI+oVhr33fTNYVKCHlc2ZGTfYojYqjaw7ncP5Gb2rjNDrjjVZjQn2qVGpoMj6j M/5LLt5mqtJobNRoTlKjiUIhNzpnEZJco4ofELLfg+5PvlRSugyq3oki25hGWmnWDG0Wnq5UPoLN 7fRbuJHK7xSIR+zUtI5pUCSTXy6kIjrkgGDPAzLgsqQFWWRkCS4gp83IWzAYtaTUtXyVqqn/UgwG 6v4oxHOwZJzIpHghXkYVWwQNIfr5qE7qpo/OaDiupmzoohYm1F2R6C266I424WmaZqn6JGioJodO ocKCUjGqJsDiIoZu6MeGI44qYziu6MEyZcImbE7qKDMu4zAa7L9iYT4NaXwBZW1ExxwhEG+siwh1 hzu5D6OURx2uh7etHXJpj3xwj4xtje8oi7K0xOslCFJxxK4gTVFwIKI1pEiYFqFhzYmchLOq4Ows H5+SGgx5iwy6UGL8hbUdmFvxTT6tH+RMjnTqa/ZJKploBoby5Gle46uipsBq7DT6LTcKIzIqrE5u o6taI95yo27C5i3OosJy4XIm4zTO4pXY/2aKxsbhZm4xTq7Gpuis2mb2FWFsaEY23m0sBofqlqPI ec4g0ZocbUasidUoRRaPEVjcNFemkJ7AGZem1IemcROYbm0xeVirvF4FKiQJlMGGcCvNSCS/EdPY iQ9c/uF/mqeKvKVaOoR0AS15mIwO9pH+9EmxqUNnKpvhUaEspmoUciyrkuospuwWLmPESoaHygOI hm7CSqqOcmjAwuhSemjo3qIBi6Pj6u3J6ub8/UYAk+7CgmqqRqWL+gbp3iIvkqxuFGHkNixRfnCI Pp76Bh7ePWndEIcaco61+SxlYRQaEYlaoquooYhxpas4aU1pTet7Fi8R/SWCCIUWJCJ/WP8TMnVF 2BlmLwnR186F2Snf5zXKo5htqR1cWm2UW+Ucu+ALHamjopawytUtwaDmNiYsUq4uNGpjM8LmbEpq 5DrjM9omqsJX+yrujlID4q7mb3JqTkblLyJsqGao6Nqx/9rxcBKy5vqkkVxj9v3iazouBpvo5+Jt NIrj52ZjjUKqJKWfrvkV5K1iXPEJP3GeuIySZfVIPZ5M9/puppzEns3Mi4jFqIDdexZa1HGguoUD 81pg13FgSKxbJIaF083ItMAUn81HuqoMsircenyvWHGH/1xU5loQBgUbew2pYCWMUCIhBqNo4v5k ZwjwvsBow5Isam5uyi6j/nosj0ZsMW7/LE5Wamb4oiOvrMPa6GxerKs6sFIq7MCSMwUDp4sebuTK qDXqIhGyahv7JFQOpY3Sc17lauNFzlq94t2IC/rOSbjEI4KuT9t5lkXYsLm2TPcgrYPViDAZMc4o b7AgjavY5Yc0ZA+DKVuMRQSCbRNrhH1AppUO4NlG6YEtCZIAiuE0iuIM9b9I1GjulZhBaoYedOp2 Y2WcqsKqH6xmqB//C4ka42s2tUJb48VSgxjzsTsrZTESMh6DksdmXwbfJOJOoR6TbFZTQ2sGIyW3 9TXyIhdedUN7bDXKaKrm4mPIqC5uNd8CjK1G2eMFjiLJA5xU3yh3h3jibjwFLQzqaagV/x1IipFI 6FnWWAoJSis4lamrgJOBLKS9FRqlgZ0AhMMOlYXvbBpd0PQ5/Y6AZuJHzlA8AqrctbC1jU4F9dOu GRZD9atptnPJDqVmsOrJBjDk/uLB6ihwrPWr3qhbj6w6H7Juquw7f27LZrOrFu49e/BQhjdPfio2 ciwcE6GHtuzLMiN1v6yJKiVabyzlmmwxdjfB3vc3xixTztfgffK75J1zbKZ/zdHdlAzaNh+Uqo8B 2tAezsfu1GmE9aep4JQEwgouTwAJaIHQkLZO+J7XvsQvgY9xge3vYtWd8bRlVXZagYfDBTVHTfRF PRIYB5Zxnrfqmq5R2uZYZ+xBx3OrCv8sMI6qjmYsL2qobCJu5q5sbdqv3/JmqD6GebPs6eLkpdqm IHtqYYOJL9pxa4qsyEo5whqjjL7sAbvmrJb1b8o3KNXxy/6mNVZuMFY1dI9jcKSJaMoV3uH5nNhT QpQVobS4KBursWYL6dXSeuKSSXu2YQZPWEQt7SEv0liTVWTFB/oyofkHfriM6pUbH3Kv2YYaRwtg i/+pwp3hfr1kShYOsvl3gEMseHXzBufiwIbueSt0AmuweSs0A9Qme+OkGwtjwIKSle84jx/06Los AffvHyt7LfL1T+Kk/paq4Tp7yQZMNidsG2suwvokASewaaazU/utUyJ7izZlwJa7c/r/awZlJQm7 OrFxV2Fg3CbFzZOGS0EkqGWH1nE5uLRkxIuxSInrsLhWK/dUT6TlRDj8BKMpFVLVZY2x54mUIGO6 R1VddqSw6wuVRzyGS5jg+c09TLwQDHBTVOAMVl7/deNW+0yed+RKaufqrXyT6D3vosxrozyfNZgL 5SDPKnUL8KVirh1juToPPdGDrMAS8Onar9F/OVgL+WCLLCBTozyvsY6Sw1q/8xlHMqcqdG8arI6T bhlr6px7X/jpaiiBDmWoEKGKy6I0n3OpMi2h1vjExGZHvFl8KVrwhJqSgCOQNs/QhANuz6alxTFn KWKaHrYsRPuEmmbF01lKNinZH7PZ/wm/NnDiHRsIH6GLXv2qkvk1YijTozX+aqq41/yYfzDWpzOx R3evEz2YD+PKYr1tnoOVryw9nybjtvUxsv7Rq+rt64bt52I36yRav75sKKMuLmfqb+wvZnc+k77B Sr/7rmwGa24ZQ+WM9neuRdBqVH7j8CzksRHkP8l4BqhnHT6MkbRiXlqF1SXs/TCHhANKaIEz2XJD 9lZqjfhZeFHFpyBAnJog4JQAgwUNJjxIcOGpgg4ZJiAo8RTFhwQhOjzFziGDig4TyBMQMuQpjx5L njS5EqXKk+RQUpN3jgG5U+cqUvtILQHMcz09/nyZIIFOmglMJqC58yYDoT95IuWpE//oKZk9ixKN WrQig6xUaf4kx1XrV6JZsSJF6zOBV5lhi0LNafUsz7FYazp1qtYsWbRm7+Y8Szasx7dlYVqd6VYe WZ8orVZcStOr1I9qg6JMTFNeS5afP6tcmRI00ooiP4JUzUCexnEaR2JkWHDe64a3CXLIjRCh7twH dfsWwOGUuN8DB84zPpBDNQ7Inw9HPmGCI0fUxemeoF0A8uLEJwgUYDw4woHDHwonrrA3wtkL37s/ 9Xo+7IIUGQg4qd8k/44OGxOgsVMGVKmxzkYjECmPEKwsKaJGWzAkr0yKyiSc3FppqwKBoumxqBjQ ySm6LqSwLaKO+iswEM85qkKupir/i68LRcwqr7PCItEtqST0C6sSwyoMphgXvCvEBTFE0akY6Ror RJPGshClv3z0Si+ctkqKrsaMJKozGCdM8SQMTyKpzNDQzO8/NPnzaCPXIJLIzTcvIog++uJj6LY6 0WMovITWGy67grgTZx6DoBNPt+yc6y67CcIRQB8SSHj00e44EGcC5Z4Tr7vhlFPu01MyRfSg8wga iFT4gNOzztpU0whOiiJ6yCGOPnKTI9JQas2lNFlqzCWsZmqrq7lc5LGtsQSTajG0jNIq14q0ammy vWKMSqdslarJw7jOqqxburKllqxyp9qRmp+gBVfdI9ctqrFtlTorSrPI/SrKY4/a/7Evs6iaq9tv x4LJ2KIMo3CvmtKiaspzuMQLWc+M/dXirgo87bSS+FvQJJFKKsjN2NTKKCMBYM1TIfZWPjWh88wb b1XkPlVOvO2mk06AcDK1DrpPw6P5UO8MzQ69P8Uh9GWFVGW1T1f3vOi+iWQ1sM3UPBoJ65Wuvtjr CHVM6l6DT3QSQmUVPtEvupYN95yoDKbJLnhJVIrts7TUi8ieYiSHSKiIglfGnwBHUcaoclwSLXZ5 ousobfOtt9utkjzxSqf8hpDyYiUkkid5RHxqxL15hBhyvk6qsfER02ZJwgY/GxDBjA30eM7bCXwt a7XiM80gWuOEWupAuyPUvVYXNf/e0OKBHo55mifIztDtKM0uHOmhFzRTRZ339FPfVm21Zd6kFj62 +rRO3yHbRNa6tXFaW9BXXzX+2vbQhP34bGNTlAyruBfTGGOti2HnuMtbKrOYpQQsXoeBy2C+Uhl6 ZYtzEWRcivDFkwsCTFpTOeBcuKWVKDHuRPEqDAmnUizANRAqizEb275FDcOAS1rdqtfcmoI3epXp YCUU2F664qTHSGaGifmaxeh3kvgFayTq8NhKKqKOgtAPKRF5D63ew6rjHW83MDOOqWZmKqDdDGjz YA51BOAIEqDRO9kLj3YEUhwzjkdUBjGaQQJFKuPhkYsJqZOtTBYnjXgEV6dwIhT/1QSs2q1Edi75 UsTYkhTQDdAkTvkSUcbypamwjS564UvoRmcjnniFcU2qydzUgiUdGm4qqlQKvcDENg2ekkck0lZd RNkWwpWuLY27pVAmmBVZZuUxWXnb5IyJuEkepX+Ys5IGR+k4BjCMbDiyy8BA1xUJaQhHWvrcNjE5 IUUCy2MIAo08XjM7+uznIqYBSZ7Kx5uEHCpQ6yFeec4zqOIFrSADGRRypBedSE2AUjzT1Bn3qUdV qapUeHTeerw3Pj9KzVZ2Wt/UKkIyjBRyWmpyE2sg0ytgua5iSyELZGRYt7uE0zDPihdfZOSYv0xw Sqyc4WBuSUDPQeuAZQGcV3pq/6OVytCG7YLWA9e1QsG9tJUiHNgq21YWGZIDKjHZZYpiJJdskS1e AqQqKZ2ywgUOSJc35R+2TJqYWRJxKXqhlpGEdbAjHutN90tNShiiEonYqVa2oQj74CMfP7IHfH7U Dam++KlRgad4cMwUzyaghTWCylGM9Sdjv4dY4jlvIX/aLBfliRFZnUxqkKmrIDP2EXPO9Uyt5YsA v/SgBNaoclThkS/fGjgLaVBtr+QbUGxoShsSbiu3NGrmuKK4nXLwmNzKqnOlqhTAhWWUK+QgcqH5 l58Wjm57+1tRr2mWJV1okhDyJDE7VLonTelBB5ukSqREEsuYN2/3g12CaNefj//+hyGt6c87Ryva LArWaStjDmeZt72EurF5mxqIGhGLs5vFMWipiqNxYrZQh4ZWTwNGX31A7Ff++Idqg2zNrqT4KzTd jzUVe2tmjkWYcN4tMhmqC2T61Ulm7SiGkRluWKOkLoCRkphCuVdcrPQ4dm2wgTf8Clx4+0twEdC6 HGwltqxcODBBrlxPEaFJPai4E8ZkqAvL1yY9KSIKOSyGBNvLwSwkrxaGy3X5+xWL6/cfju23TfqR YhQvihH2cWCvvuPwqsSTaFfl8zhgrLB3osNGSh24wYjqp6dWtagO4yaPEN0TRtwpWtLiCn6mYaeb 7Lugi+W3TLbdEioxOcO8YbX/KyJ60QyZGcLI9ZKDR5KuMdOyr5wmU6rN1cpys8tb6hL7mH2BrjH3 0mxuTbddx5Sbb6E8ufFK8C+K27Jvee1LySnrqU+pJiiR5MnNhLRxPYyYqxU2ThXvVyW74tpDJIKa OVkExHz644AH6xtUrQdmfzoPP90oHsnmDNKVnnDSGIto3xR2sKGNp0UzyjtU+7euBAkpgVZMxfiB 9DNyjfHD8CLXD/rFtmjJoQJrKpVpEpGqdXkrCqmVLSxfjnBYblG0Z5ptYGcLqYdD4VOnHMGkV1lb 1m0yB5MewqLci2HA5qrkcno3ajwGJkGWSw37dlMEkuVBRvEkxhboYtYGK0Er//mzSjomRf3Ixp0U AV4WBys++RxWVcuxdIXHSDPIFpQ7NCtaoM5zKOcldj1Jc9pnF7JXil40I6gxNRTNyZF5y/szIgqM JXW5rDIVLPTXrAzrknvbr+Qrc4irbt8QBvtRitvJT27lc5mL++weaczGzm5frr3T6f6S+EYtXFav 9PqBLbv4w9Zgk7L7orR8W0lOShJOJMSuu610dNqEUtnMy2LYsRq/T9xPFbO2EjyVDJ7nq/hmGWJP hCS24P204xzdOFBKCTyzlN4UefxOfAyrVWCj/QLtr2RF80Zs7vRMQdaEtewscAYjJrpigXIuJB6n KiTIx97s6XroYJjpcDqpqv/GzXOOb8pOMOuk5fh+CmF2ZJp0zkZcUAbT5XHc4gZncJRwkKhwUHBo aIJIyMqw7scKo17uxbjAxbr6p4WgDFt2BCaeBQPd6ioC5/u4QijCJpqq0EqSKE2o6DQExHZEyyPk Ln2q6O5kQ4soDlAybWlG5Y3esLEg7hTUaKACL6HuaHnEyNL6hMMCC+MEbLToQ1b84zO65j9WbVgu 5BSYpTPuZRF5KGCeBEnQK1xCJykwJJicC4b8hV7eJnJOCPmujdiQSbxkCPli5JnCrS2mideO5AZh kBXFK5da8RVt8RVTcfagDnFC5ASHD2Cay/e0C5NAhEiGxLcYBs26JagGJl//SkRaoi2kUo6Ttine KIT87IslNqojBERr1GQiZAPEzKd8WqZlymM8xMjg6MhoIKU7KMV5GMrvbAY8EGuxIkoAcYN87mMf SWaQPgJXCOm/9GrFFMlMKqmGpmRMyE5GeGxKqOIhV0+GdmlcSCgDt26XjOtK4uLKnIyF2iWpPrJF bC+CiIoHhUyGpgkWkQwWW7EkWxLJEEbp9GIHTxJgnEsJ3QIjtYKZfG4XwSzp/qWsHuMnyMUqHARh IsPISGIoKYnOpvBY1k6kXAyR3okMISL9AGk2bKMcZ4PvfqOO+KihIA7iCg9lBmLhKstQCI6zHM+h VmaPPq0h7uRkqkhW8q1W/6DIHxkJzxjEazAEQ1aqQyZpNF5xJ0qmuvwFiMRFKSbJLsqF95LCB5uO W7xNFPXGt6ArM6HNcnQwXWRRyF7wFcXLSlzRSm6xrE6RM8uqRbJL2gaG9zQzdEbyly5n2KjFlZbR Mo+xR0znbJIM5hLnboBCiKqROGGnL0MDI3rFInDlffRrH1/D7kQtEDsMIjZNNzjFPeiROIhjevYJ OShFjyKlLOPIsgiCPH4DavKOogTMIsAxAf4MKdiBfjrGa7pw7ZKrrZrCXICEf5CyLDLjq5pihKgv JuECy1oJyqYLrY4KrYgOYVjwycTK9kSTgEwzBlVSW2yRJEkzNU8yRDq0Qv/fBkEZdF0aCEFPyIKQ LjOhoug8J1+gouaYKuqq5etmqWD8pSLMZvpSqgrFjyTYTq/ih342hkgBSSPcaS4/DDfwsWXC44u6 k4zqMRwEYtK0p3gOrzjCh4+4kmW0KGrAMaNUo5Auby+p8ldoR0KqzlqApDNiyDL05gKTQhRTkUd4 DCw2ibekKYSgSzKFUDN57zKdzxU7M/ZYcfZwMSULFSV10UNBtFBVcZR6KRZTM11qkFJtJPhSkySB L6yqLYQ6EUfea3WwL3A+7y/nNIhCb8eiYibYhlmEiVRj62KAlEFqlSqrSB40j07Wb7Qubj2Bw/42 yzfU0lQgzWgky7EgDsH/FKtZ55EA8+gg2uk9zVA5/2xazkdIR6piTM5hVi4vSuQmzsrmemuT2GWI dhJCN9NA32XasGUsdJIGWTIla/EzS2hSPdMlaTL2djAm02Wp9lVfXTAVQdRQUfJRV9IG02wVSVNw WvFeQzNSpwxecxJFh25xpGqpFAjqZsqlzoaouNVEKEZi1IZWAzLFFKQ1OiaQRkae7i5l/i3vOgxm gsOOEq3COEA5KIWe5AhLuWM81GPD2i+wxkHxKkpq0Ekj7O0/EAQpOMQLLaZH7sJIlgwrRonrWO63 5jRTQSfKUETcdG/5nMzYYq9SD/Vsl4pfLRVeYhEG3dZh/1UXbfFgbSRR/3ORUCNW59qWYCkVFw3V b09xbjlVcM3WuSrzYo3N6QxnIpXRm5CEbBjmRbgklCi2Q6IJqK6RL/Xs40QDtpBinUIseOSJwFCm HIkHVdAzHdeRA6yUU+wRStPDS2X3ImCFouzuTUbGtEhONHaVNc605K7wpJoiY8YuM3pOKPKzhLCw RaVKYNR1lrKNRZVrJ22wWkooYGmSJkuybjM0Um+wAs5hG6hBfMl3fHmiArwCfct3fc2XfcnXX/vV Qge2Jd/2YGcSfnPwJRtWqSa0qUoyJ6oqRadq6oDtyY7KmKxLlnJIKyKGvkyvkzgPNADyQEDCvxJp TkRLIuoyDfvoUHhDOP9+Q0rfSC3FYf++B2gLYlAc77CaVf7iku7E0WTwQyMCZFrMj/PAVdVyrpLE 4rwKaL3opeaMaTDZVnRwqSg0yDWnzSysTXCa2EKvDWH9dootdRsSoALagnwZQHyvGES5eBtCRIvR F30RVm4bFUSnOPhosX3blwHIGFHHtyi24W3A2IzVdm8/9IzpFNqSDTN1qY/72Nf+JhofZEj4c81M Fbhitb3Ehr6iEopqlT8OSSQYhCDsLT4AS7DgD3wwK7Gex/4EQLIybQ7hMDc8OT3TsOLC8Ug/F5E8 jgGl8j7HyaRaDBp3GKySsobYBayQEi6obRONS/iQTHFv8k/ROF/r11//EQaMB3bIhAx914WLoZlf E4B93XiLZQh9swKLy/eau1h8r9mN5Th8zxde1hd+dwScuxh/kdkFb9Az1cX3mstBnyxUW3RhCOdb /vSrkFfqgipgcApZqtACj0iW81JXqpIQ2Q8iUsZV+qiPXEbDGqyg6KhZlzVY/wTvKgrjopNaAYQi ABIRCYT8OJc0WaI3edR2UFr0UlWDfAIi+TS3hFHoUlFuXjEDX9BgaZGKea1uZah85ThdxLgoyPiN u5hbyPccpvlIuNhDx/dR3aKp9zaCpHgqwJicu1ic2TiMUxOawRiL9Verp7iMGdYiZfBCM/W3/nT1 QskSO+TzAFQSATQx/7ykbG4kMlMPhzsia1DNkDIufWplNiqCOARL8V5mj05XjIpVlLnziw5Mj0C4 S4UnK48Wlit4PmT5ke2U+3KCrIQuKRkUc2cqkTUnuhCnI+/55zzUYOOXfhV1X7F4fMk5fcU5ttN3 m7H5XWAxX+u4jtEZi237m636p8sZYWL7feN4q487qN9Zjr9ijmm7YC1Vm217mijDJamabgPXNOm3 TqeiJLPt5wT4qJpOmddlM3DJSZoCC+FmoG2MWuwsQTi3I4Y0dq6SH02DfawTtDwtVZjGv/3uSU34 hGWGWfskUIw28rQSTupjTnClTPfLaQcyag3GXEiv3SxpdZ4xw5Hklv9g9NkyM1CDb0QlVTRTUpTS Fm7lGI3dtpwDl7iPeZtX3Hxl+6nD+MbbmI0nFZyFepSq+6mHm7mTu5oRdZqLelLB2rbT5bjPd1IF x6ubWVHDDVMrNW95TRgBeZihsfba222ulttgIhkd12pLxisQRMNXTcJt+JXlRECmKBwFrSDwZNMg Gj0im1iDw4RFpTj2cDdkVpUfYhBBzJ0oryQo+JHvDC+6Tm0E49w8BKgWx606EEccUkGBbugSdxZd sspvcZrU2SWtuMmpoX3x16ip27WzOSuAugJofNW5msevWbmDetaZHJzBGbhB1KvNd8bZ9o1vEJx/ /WCrGMifW9S52Cn/1JmM2VnIYtLZAvhKiBlh0BtgvuqGvq7nBCNFBMhOpelYbM1376x+6Ke+5UT9 LsNXh1biNg2PksZodKMawpM74Oj+CnxlDHtaCRHd88NNBsSy6S12fkXcLmQwcNS8evg2vQ0oNNOA +BTasHytjY2ncVF8/+EVKz6roTkWQ32ZUz3IEfaNpbqbpzmOmXzWdVy2xXrXdZ2rr/io+dW2df3W j7qpebzltVrVqSHJnduqwxnIX3GpG5VQnZxes+qJX2mmgY01AYPLO2Tg6UYxI0MZe+RB8sZ1xukz AJIgQIY6MUpl8pEPn3SPllWyhuYhEit8Dgs7B1A98b2V7xs+bXg0/+rbPlW6xRa9MgwGgarqVVfv bL5OBheUmPuXmOs3nYm7bjm1Uru5nKVaurFZyM3XjVfduHO746VZnC8/8tmYx2le84N68Zu65T1/ 87MZ1rM51t/5nX3bqnE+9Hki5JM7fmGymInOYvO1Iyc9X51XQzFoC5tE9BYDaoOFVh+wEO+qfCRP WiN7S9f+4IbjHU2lZlFFdifqNjR4wR0Qoc30OEPD4MvEQbCsg1CkkNu6MLY2NWnkj60t7EAEbT8T UtfYtxWHx586yadpuX083NzXfHE9jEW/8wGCATUGAhNQ23aQWgKBBBUWHFiwYIWFDs8hRJjgosGF FRpmdPjPI4OOAv8xdkyY4CTGhCs9qmQ5UWXDbecSMghZcmTBlRQ5MoyoEKJDgj0JMihKtODGcxsV nmNQ85TCBAmY1lzIdOMpqFvPSU1AjtrXqVTJUWUq76laBmapbn2b4C2DU2/h1j3FbquAU+oS7B1H F/CpvYT30i1sWACHUxwEOFY8WFxkEiQmCJhwStzjx4z3Nt48ePDfwIcPJ5BHd64Aeavjyn39eq7s UwvfMjVrVuzcuGKplj0qdupArGyhLjXOlNpTg2sNQjXu0HnQhQ+dWx84fHjHjToR6kzpnGHTmT+x mzTofSJDluaDXmR/3mbMkejhY9dZAWXHlyvfp1yv00AT2fRffwL/AveefzZ5h91/ynknnkIkuScR QRMahd5PwEl33XjjCZdcU1RNB9xY8ox4om4iDrSVb3HVRs2JBnW1Gzm7gUWQXKjNNpeOeu1GV15+ oUZbYqQh5plomzl2imWONYZZOJSJ1thimCnGZJZIhlbaYH7FtVdesaVGplw8biXPUVK1KNtGcT3X 4ozCuQjWWTaqNdVV002n51J7ckediB416NCewFm4Xk+EmmRhfSHBBOCAzr0Enn2VJtgegwzxB+l9 +3lakn3p/XfSeoxm+tSA8TEa6qWbOvjeoP9t2pB7G22nUEsiFUodrxtWp1ZVTkE3om98HnVVnFVx Nd2yZ9Em251v/3q125nWktmjaz3SJQ9grA0mmJGEhcbZYlg+5uRlg2lBAmSaMdmYkqBl6SW5tJUm QI+qkTbmbHXNdpqLbfVGG4vL9abmi8GtyNxcQdGWlVNuSjxQiNkdCpF0RA0VXoF/BqXToaeamp2C GpnXIaekhurffvi9LCCpDsK8KUICYkozqC6Xyt5IOrMM0XalvmSqRRL27NzBDGyDIMgHPbRNw+Fl fPF1zyWnp8PMbc1nsWQ9HGOINTqcYlrGzbUWbTPWdu2Zb7GD2psCnHYKYNvWTa5f8s6jZWjmCqDZ YBxM+eSST/p92LhZ6q23t3oPNlua//Y7pm5fyVVbsV8tlJubbv8h+2yzHDpFurB+ni7SU1TPqtLM Ei6dK33u9RyzqiihFOt+9eUONK32AagcqPcN39J85j3qs4Iv52eQ08vP7LKn9T00e32wxqxdqMbL /nSuEmYoqXc0FXqoeEkFL2KfE58lZ+ieMyVQi2tltdCI9yp04lc3Uu62v3Gpc5cehYkuR7KX4Qr3 mCqpSwDswlI1HOOkeNGrb4rr0ilQsxcG5Cs0QIKNtSSXI9/sJk9a4w1V0AYnGHFtLEepylKCVZEN faxjFzPUoT5UkqlpKoeiGt6lDjIp62WKGp9a3kgYhKn37MxnRyQiQirwxCcGCD/pkZ0S0/MzKCZk eKGKVICkmJ//bcTqVLfq3eugNh2ZgOwhDPGO1VRnNZAdzENzqph05tg1anRuRLkpmB974xy1OeQU 8FvTmd40psltKy+oEUyRCCiaSMJLkk06YDUIdy7OLImSoylS434UQH0pEnNs41z9NncvtmhlKmMx 4bBWSRzTDetPidpYoIDSEJE0ilAfoQlPGsSplqGHdTNJSPSSaJP2aMw8MQHPfGy3jTAy71MXeeZB 8lPE/CRPmtscyTO/GJNo0kd3n5qU7LQ3zgNdM1Hd0xSlJgQrj2AEifAxH3d41aCj/Co6zzFLiEL0 G/jd5mtYwUqcbqSQVFquhWxqkYzGhMi5bTCVdHkcYCRKrsLI/4szVxJHlSiTycWIVJOI4RK+XLOX x+VFg9jiH1zcMqOn0MYsRJHpCQuGUGNJJWJeY5hyiDUcGW4sO3SM2u0Y1RKWwKxSDoIe8JKnTlot kZzI7Mg/DqRNbBLRm2BMyRO9utWtUjMlxhwnFcUqHzASEZs206IWCcVEnS2Tnkbcj9FG1b1WlVWN vrRhTA6Ey/LdhzsYa96KLMawhkFMldkxm0wPprazfYWm0OLfjnaUGsOMg0iOrOBFI2muziSQMJck wUbHlVF7CUYwKJUcZrW1FVH6q00tMuSb3uQQcpxDHsLRn+m6MpUSHesqrpTlPQlLIojM5BwDOmdE pFrGRQWtQv/Yw49+pki04QkIO8a8ZvOYSM1qYid6xyTiysJ4zXX+Va3wQW8R57lVMFpXnOmNpjrF qTIuahN79FSPepJbH/lwRFFGmR0bfQXH6mzodHCE4VnO1ic1ZeUpZvkKb31TYRW1yEa3BeEFEYnI uZxIHpglkpAeScAKknQzTqKMZSp5QApC0oCq0aBfZEvAtsGFR/ZzU8F0KsJztKU5eySocgSF2BgK 9YaqmprIgHiSDzFoZU29r/DMCUyJBJGcxvzqSfZTRbRqEb/L6/Jeb+ZErJrZq2AWa5ndGkX5qPOt Yf4UMM0JZ5C985yzY9qYX+e6nZQMiN6L2g0Hu8ZD9Sko57D/WHJywxaA6vFgnWthC+ukysyt7bY6 nq1e/jVRe+ENbyWl12cGU1pJ/k1xTFptvb7EL9Rg1qXW8spUKszQq22lLemLH9iOkz4G84l0ADpw UdjTy+owM2T+PXAVhwYz9aJzuz7LDxGt7DqeUdNl4qVvNrcNXvZQU9ruhap961rmc3/5VeWmxkDs qxKenbO87vziFs1YIXoXSkGt+y91jH2V+QHragW5ylE4vJRTKsRGuPlVnRKqQlp78C12M83cKmoY SGoJMpr0KGNAOi+N0sukqK0bZueyUonr048JI45uS+SmtBkkLSd0ltckfWihhucp5Uv20DqUZZLg is9SjdWV/91jEjPLd8yYavPy4uzWakMdrfZV687gHfUK5LnNXJ961sXKdXQ/E97dTvPOzBzOZOYO mUYP4nWbO6sdtpNqGHIaoJQt6ZpgrSmbI9amX/4iFFY2uJXVMZoqepfPShSjekuM4UKDyc+QNG/8 AsyNueWazH+4pW27rY16E9y2qAl/w0oyw/45FF+lnsD4LGxEvtnc9gCvmq6rJlTVW/Vtq7e91zx7 7sG+zfpKc/e/z321YQbFcg9/+cInPjezSnXll/Vpuv/9fM0bb6wGaHfwAR8aqwyhNLo9uhp7LvmG cjU3pT/TLRQyWag1I2QVpO/wx9xr8idKRPYFcgQUk7gySv8YfENSlHFqkyRjRnIYGCRiJkcbJ9cv MmI/8hdZM1UsgHdkWlMR9mMViUUiPec814EpHsM0XKRM0PQ7Q2Qz1nMSWwRvYBVnUNdEShR8T3Rm VWd2YKRW+IWD19Z1NyhWOJh1UCeEwMdWVPeDZmdWV+dmWzc97nZWuUNWO6RGQNMfQBcyHSNU0cFP M4Q+H6M+7RNcyfFjNUIchNRpscEadKMaCQBAiIdRpLYlp7YYhKMkBvRIrFUksjFR1hJi/bJbN4Jr VXFhCSUbwcI5eQKGHDIwxqVLNWEUz8Eyz1E9D9FsZpVXJpggwURuJfF8LNNMYDZ8WNd80bQz1deJ 4DZuoej/e9E3iuRlXfE2X6G4hKh4bcVXi/JhbnvVTfslIMxFVtIhXq/yPfxlEyGjbLDzVUtjbObX a/+0LPCHJ9DiFgvXJtMCFWmyiDTiUrGxF5KDF4exL4/TeHWoSZh0WpRkQBiUYtcycWMjSDIiHBBY MDAkFYDXPsexgYwmKMIRIaNjVLsDOy6RS8k0PZooM+7WdDYjEGjVRGEHfe61dEsnbmhndUYIkUSo VfuRdZ+ydTx4fA7pgxpZbWfWg0G4VkhokjZjMzWhVl70ZysTVVOmH9XTEQrCc7aiXEJRP0C1Ph+z iHrkOT/1crchgQqjcpPzFhMFawjIahvFN6dgjhNEGOKY/1J4g3JIeYazAXFrIxe29jm7FVz72FN2 9ycGR1SCFjWloiDowVzr0UyvM5P4AZOvUwHMdYv1tZDXZ4rqVX1mB3ZOtJdkhk3e5E3plXwemXwZ qZi9h03JF4s8KIt96XvP53y7iHy7uIm6o4vEQ5A8Myotgyi3syFt10ZmqSiLZjp44kJzZCzT6BvL cScO82Ofg2kSJzkVdy98ERfhMo4itySY9HikViQp1Y2IR1GjlDkMAI+1sRzQAkP6JCLsQzER44x3 Vz85+WSwozFMhTM94zs4MyCyN1VH8UznFU1D+HXwJhDjqYTtiV+OOZhb15ARiZhUtDMKkB5QJ5Lu uZ/9yf9VR5iSgMmDNPh1edZ06SagVIVVuQNY0iVVEeJnlVJgVuNwyhVIeyKGdfQbnRM2Ncc2aKNC 1QIXcSMbRMKGQcItBaRZACgATxmVFZRi5JI/YjJiKhcwIAYjW6Eb1PJHrtksGno65wcUx0VdI6gx /GE0bElXmpiEYrae15eDrFh8z8eRsQiKhXmY7gWY3aQAHKmDCnAQYCpOCsAAXVqmYYqmpLgNYspN YsqmYdoRYBqYEBmfDYmZYrRtUTiZS2iZz0dW9qZnTmUpE5FUyiOM/xhYWtghSAZsiGUcIuRPDEcs l3NbDQUwE5eHdfFJ+GI4BOgZGkVqFvVpmdqOmAOI/VT/Jy7iMOn3YPNzGreRcHVUd9eZc25EVELT NE71c/rWnWlXk2GVVegpdQC6g+v2KWSqdchKDfi5rGUqRfhZAWQqrQiBn3JKrWNaD/mBrNV6rWAH g/nRAWkGrc2qdSOxrdTaRMyqrtdartJqro3pdSO5pwVKoDKIfeBFmHy6X/YmO7WnH+EBd9UVMiAz HooWbBUDHH2EYXJihjRlFUDScgjzgA2YQXv4fxoHgC5qWqmVcaXhGmk4ShJHiCbUT6q0HGCJI3fy a7wUcMM1pOVhpM0FT0enV1N0ZzVIfIa5PPs5g2enigOqdbU4rhfhrmYap2UKTgNqrUu7rFA0rnFK RNUK/7UdEK1l6rTr1KXhWgH1sKZh5KZwarXOarREi7RyCrU6Ia1xOpkjaXzCR5i0eKDGqmd6dT3Y dU4QEnuI+m4dyBOyIhDBEhYu9KOKspMr0hW+FVsdJlNnmD/7941Xuams5hhT4mpTOZX99xZtKCZZ qTYq9CIOq4EQ5ndJgxw+lRw5Jx6SMiH/SBJt92e802bXdTRLV1fXFm4b+ZFR1Jiv2JDLihBUS66+ e23Kuq7Fy66+e6wjobXrGrXvIa1EtLxblbbb2rxapa5FuLw+g6zXqq5QpZEJ+p5vW6dZFXxFWK7Z VGbeu6TCeKhDRLcyi1w0BBxZ0zCNlnAwpFv0g2Erp/81u7U2Isq5mtqxHXtRTEIXU2JAjafAKYZI doF/sSFTKoJbBjWy1NgnX+FoJIKaAKZ6uiIU6zlMpYJOUeaEaiZfwHp8OrufzrdduTe+L8yXtme0 YUqKUju91gu1a9q0cBqm3qStatulV7umzsrDbkUNHYC2vrutatu0Qxy0VaesTqvDXXum6pmRJ0mZ 0hSf5DZuNqiScqaS7lWQ60SMHzErecVGrdKI+HRccxK4ZFEcb2w/r9QVnsc2iSRbhqEvF4dR4vIY dMhJoQEmI0rIhzRCL7U2gCQVbXJkxZKqIFK/G5MUFLq3zNYxSiSh8mZXU0ZV5ItetWt1cXZW/nm+ bcb/rGc3rdF6xNkKpl1KrsDrru6FrGJrru/qxMyqtdqqE+HKrOiqdUHbpanMrcAsxc3brNVabQrA ytEkp6dMruvKnoL5nw75hCi5dcn3reepi0tkZd15Pf+REkaTS6rzE8uhTwS3U0nzcFKDFvqLgbFl hmZoU4Z3laPWx0diwFBZDZI0yOHyjf/zaVlpjTzaQtSYmruWJ4NLcF1IEeXRExhxYLCTVQ2tkzsD jM33Zef1trUIis7XmAIapdQ0tG7qtLp8mGv6pTSMTSStvWz1tdQKvWs1xGnbxD/8vL87psN7plt7 tdqqw1r300p8RK1My1m70lYbtT4tp2XL1NI0xd/7/702+GWivLtnt01k9clRFW9lFGUirJNyeZY+ 5DSm2Sc8hbIWzGHyszkEcxQPZXhxMWsX11l+IQCAQbknlWO5eZQielOMvCydS0I/CoFHhqHyS0dN lSDTMx62o0ULKR1ZlzwSGXVLyIo8a8rMjLTRitmuvK3mSoPUC6awzMrCa9K13MzOqsrRqtrcesw/ rNnPy9pBrADNvFbQ2sw6PMzG3MoofW1a68s67bTaO9O+nMtYnLa+3b2nLL5PZJKNnZFeliD4UU7m lUw2K5ADMrOhOYKoK39cc0KIpc7GInD6s2Mzt7iYeiabFWoal3EIzC/EyRdyUZUe1jYoG43FRYgq Yv8VIFIRqGlwzCgSUVaktNOv3kU0K4hfbkbZUwpey3d8blrFXrvTccrMPGym1XpNTgzFzIxfN33h SD2taErMU6yuSV3STVu2JA7T07rbrfzaTYzhFdABZDbSOb20Ow3jPYzMyEq+b/rTSPymlEmDxmdN 3vaRIKx21BAS+wWa99G3ACYpL8toUFE6pFPHUbFwxYKyrsmVn0PfmBo3dLF/gOHPk2ta4/B/GfQW cfNaD/i/FBVLajObhpLOGkrYOJS6OTFoVXRXPeN02jfR6CVGxuSlKEmEoezTA4q8w0utJl21+Jmt Vat1xR3aJr2s0NzMqiy10XraL77ar03Epx3MPq3/6ZqdrGvVmM+r2Tuc2i6+25pevdtA6dr8tIqp 1KYu1HAWn/C2Vnb63H4ZXvqaZpzszUeDKL+q5+SZcz6VfsJRadG5Oa+qJjeiSsWx1xe03omDN+79 zxvEUpc3YogEQvUDf4z1jMAlIpszYUqhGyRybIQbe00RgnN7gsFnbtmHdWIHt2x1tF7btTOdw+OK xDks4sSrtmILxeDq2q1ttT9dxVILpzNd8DlOxWarxJ8dtiH+xLLd8BhO4qTetTu84wof8EVdtgnx tVpXDxdeX1sa1acodgwJ6L0HTho9dOIX7+Yh5bFElo4sOoE7xyRLYT32OXicShskUbuRL+1tWmLS /yUpNWuGbBcSzGtvgbCV5SyPtjUTw3Ojc2jbvREn0x8ww3YlqZdve/bmy9taxLyS7so8LfLMnOjJ aq5vv9PMG8xJvdtCbduNvqxRC62aXqacvehuz66t3Ly2Db0yvuqfHq5US9SNb7aKL+NRy/c/nay/ m/iLfsor/bvtesvexOMp7q3pSdkOCdl/ZlXVzZlhlign08bLHlSCW7+CW9C8Ru6ZJrEqci1qSECb dUF2uFkksM+/D0ostbn3xyNpUhY4giNk0UozRLhc2CvOAV/8yqTSg92kAimomIqteLQxnqZeq8QS PsxIPfBdq+pEq/64vdoP3/G/LPJJjdoSn7aq/P/vnN21Xqv/UuziPAwQ26hVoKZAgcAKDBRQ27aw IcGFChIeXFjBIcWJGSFWaKiwYAWLGxsWfKhA4UiQHkEOvFihnkRqHQYS5GjS5sCHChMS3LaTAc2f BH8ypEbUJ0+jCY4yICowQVOiDJhu+zk1AdOnV6ldZZCV2rmtWcGe2rr1XAJyV8duPcXgnNtTCeTK bVuXgV288u7ePcUubt9Tp9QFPkWCxKlxgRMQFqw48F68kN0mOCfvqty3cdE+vYuZ8t2zZc8+Df32 bdeyDLZxdkoNtdTWTgXOhso0alGlQ2nvHGgUIcKhNQWaXMmRocWeMZEX/CmzeMGBJ1mSZNnToEX/ 6sgnDrduUSVJ4hQFdoA4HSRM4iGhhzT48zpLixIrhrdYL34F8uwlhjzfsOdwiDqSj6aKvDNwPutm I44kiIICjzubqnKOOfEm+s5CpIw7iKbojvptJ+MEqoojoRJyrSzaqhLRqQpyc40znqRiSqoTL3MN LLdey8yrt+YqazOpyGEgrcmykkwevBbjazHH/EpAHsPSCkwAefzqKsm6LMOLGrveSktI0+QJyyuy vPrsrbDMSs01qdBUDcWftGqRoam2anEnpezUjbeeguPzOED7pIm37Rzq4KSW+tyvNwE7qgk+nT7y aMGHwPvoowYH9S8inmASTiLnZHoIO5tAGmkk/4MGIs8+lfhbyDmJVPLIuZcYmq8g+U4a1FZEUWop 0osGxEg58DbyNKOLkuNwv0I71enQWB0idE+jjApqqBGZ4rMCsFKc00Ws7NQqqxaxMldNyn4MLavL 1lJyMbOyaktKviSL7BQtE6AysSnjEoCEak4RILDEmEQMybaQtBcyubgE8rMyfYyrxzR5NPPHH010 cbXU5qyqthPDFfE2n3Cy1jiU/RwxoQlR7q2/9ShMMFMEP6LIPZAIIi8i66rzbkNQsROaIk5TFVo/ /BgEFVf+YJZv6ZtGPeijnffbuTuZ9qPvaVQ3Ag9nXBFdbuoAla6OQVh/6ilAmxQF1tdqP5zpt/8O d6IbKeCi63BGPPUe+akU4Zxxq3NR48w00iYrq8yuGu6RrL/CMu0uLhlOcrAs//ILX8P+UvgxfJ/c 6929ehw9x3MgL5Ich2tc18hxLzP33HGjMnFGkZsCUW2eUoqRptl8Py6o5ATlde5SoRVQVV0jzRo/ 7Db9Gb6YFNJJV+Y09LoiW5OuVCIBo5fopVbR621DCm0Fn/ua2IuJJU9tlT/VisiblENYkdtPp4jq 95rDkpTkUeGLSPeg8yqNeAQlYnOUeKI1okD1bni9u1bJ+rQ3E/VkYxb8GFXE9bFxmcsrMgrXZ9DF lhyFpXGqa8tcrsQAvdyrXgIjzGJ4cBgmbW7/hkoCXWcg4yW0gKZxretKj+SSFtGM0HAv0tOKonKO 2NTmTkrplmtMZEFAHSVDCMHg1NDnHVgZhUDWI9D5EOJF/r0sPIiinnyUcx8EGqQnVZuJ/2xmtvxo TSH2uVp8unMdiGyIjqWCXngaMh+yCZJAOZNJHlWiAPsYTTtpK2QAzbieAdmqZxUKz/soQhL7AIVA XLwJzSpot7rp5mXFG0iegHM7vWFFY1bkTI1cI6Jw4W6JaiENu9JipsU8hSyla1hciFQXHkJGAAwY GDPvkphwBMwxbRHAYrQ0uhaq7iy/rFjE4OIW0RDuLIgjHOFy2SaiGCmD6ZzTyPgWnAkeZylA/4mg TyqireKlh1egYuNKOqAoAbaqU5uSlKca9SsEweSQjFoa9Ax4nqbVqmsKNdp6FOgp9tUkWufjlEPd h56RNHIlAhzas8xDtKIdEHo6WV5JCuo18nRPaCVh482ilTP/SPBU62Hl7rY1wY8dBXDD05PHynVU cnEFK2aikVgUJ5YWCmlMc5mXklK3sNDha4YDG8xiOjcOhPFFhi20DGZK1xl4dYVywCTnxTijxK4I hVxvgpEs+ZYb3qhNKSLKK4dQ6TsMEcc9s2KJ2EzWoLYNrWxWk5/QsoNI9kDUZpGEX3UMkh5YyVGO FIqke9ZmPTcWEo79e1bSFhW0PiYSQv6xWf9yiEadm6knaQcapc+8SKrIGjKUXjwjYlF1xsIu1kIR 8WxFHiIo4ukNZa9UZYhMlrePzaiuIctNLV/DGaZQLHHrQlNp5CIPIKZpLzkSElaxak2A/YWa5s3m CyMGpiE1Diw+gpdbMWajpgpFKgkZHFSGWqfB8e1k9cwW8ETJqOjc9D/cI86pmEUqTXbvgQMSFUbe Yz/2SZSiOkPWpeKDE4zCjz0KoV/RjEWhjegPPR91LHr6F1mb7Q+QmHpaIDn8EDpKrVQ2W2SCT+oS QkarUvz5CEEfVROVGHmfRLmIPHGiUwDiLUPRvd06o4hdWhZudl9xKzAr9qPSxQWFwRTSvaz/qa8q /eWGcUFSNWkIQzYjk3LgvVIxyRmXIY3GLKgbIcWu+yKCeGU23hrR3eh26MPu5m4Q3E4hz2bcTnYy a9zJbfY49b6eLUc7gNQsRKsGvaEhJKYobchuuUM9V5FKgNdxY42FBR9Xw3FoNOYodq4GW6llOqMw CaN8IISohrbHVWREj2c1yWCUoATEanQPpg4ET2Uterkd2itR0klLKdb1WyFrkYgOp6Ne/kiYkznm Z4hEF3KztzNIMtgpokmYu+hlYTyci5Kkime2lNPLRiLcCPUdJzbBaKiAA9eJtnGOPx1lJtT6LJQ1 KbR6DK9+P3kJSOxzyIz81iHZ0ziyXt3q/06p733lyaeE36M1G5c4Pit+lYRVveKKl8fWxdIwh3kc U5yHZNTnwZWrD8jqiaxKwftBlbBkvtLrPHLmlTokp8hTqZi2r8gRipWF5Hcq5EK5wMWDcsNH9N84 DU425YwrjWiHTso4db4nLCbh0qKXzHQlhtaUTDWZueYn4bmHdrEMEMHkwtH0aJzFTNxrDI/lpjLR OHXCK7cL/PVp/dVBv1ljzhI8x8Im0kDPsyyD6rgz+OB2QYmtvMpnktrLyhrWXQv10W5+HvrBmse+ dmMekUa/3CqdPb5iWxmNNeSej/ZpKjUQ8Sd0Wv2FntUgRQrPLGXTk/LPPYZUT4E+pCxoH/8WgtrC lsJtw6I3gT81WLbvUx1mJDFrZjGBB00QxxpvwlQjYEz6nLrlshchSaly+2fXl7nSbya6itvBJWxz pz/JIu7bosjTjY0KubbhHiNzlktbnpFiNVmpvZz5PRdzle4JKZp4Cfa5lPGxsEwqQdr7JNwyldBa H2IBpOpDFZejFZbLOaaxsMh6HqMjmpUAOZ5iQT+yKf3hsKJxsJD7HowToGKxGhX0Me9hn+Yple84 FZ96Mt3pPtvQtv/KMjCzitSQkbbyP7QYk62QKnhpi7hLJrxYL33pnCe5ir+wF2qgM8jhLsN5Km5a FwBsmBK6No5xJYMrqly6E6h4JYXjop3/ECzhCBDfahmTAL2coQ/9oSwCARpFLIhIAi5Vs7QX07kb tIhQ0Y8Q1KxIGhtjMbYX+6TLysH5kLXLmr1Y+7FbuQneqqSf+xnFArXlQ8XRGo7SG4rhy8GgOK3L WyzQSjBNc63wGTmdwYnrKQ6+ai7mmrbWeCcocrw3YYB/sCseEQ3vqpiGIZIdaZzOaJ33Yzcomb+9 s5d3ub9sipd9q5i1+z959KAEuDKACxw7AZRCG6kMqRtB4Y0Q/CdF1JRSygjyUSgUg56GOL6W6LSs ASmUS73q257pQLmEJBrbA7nlW7mnyUWgO7GOnEij4zFXTMVAEpaQrCgXnL2cuDTzATqV/5JI3KO9 Dryn/hmIl0DCYHubVNFJZWmw2OoaVVIWCgKs5tK2bLEiPSkLjdmyxOsys0AidmkrMIkYdBsrJzkF HuCBdJQzPHPD1kkcMUsLPSOnOjS7WhoZDyI0K9o6VHolKyJEtcGg81Eb8fia+XiknqAsoJm+TAqj QgpGTSuQINSsmBG92boaQVIVjuw560BB8sgfX5s993nElTskzLSp68BBolGInSGxmekAw9wZxJQP 0hRNOuJIraG+88CZ+AmtWfO52WIWGyyVTtrBM9ok6cgVxyqPuzQkDOIiaKRLuqk2EEoIQfOvcnmr gAvAGymSxek/NwQSIXFDy/mLagiH9/9jnC+5v6tqGH4LQ/D8N4yhK4AbKtrIwgRUyoaLIPekwINK nx1szQHpmgqTuagpkE+kHobEMZI0OsV8lBLkyA+jTVAkMQUQzUISKRDsTAdKUJuosOXruevAOKFL vc3Mxfu4j5yLTPBw0N4zGo0ssRirIyILGhucCaaZHsA8n4lYn1SblGAsskvZFN55mfzonos6Dq57 z0Jcp+gaRPI8uzzcpTGEnar6jK74JRbCqvQakrHaDPAER2HyDOmsmD+TiqS6JXaCEUXzDbqcNkIB zukpjvRom5ETLOcblsV0FYoIJVgZj93TSFIJLRHsH61ZyO3JrVup0zllTFDZyFS8rLX/EVSbYFM4 GsU8wrGNCBVVUY5Atc2F8siFqrThy62jEc1IqrheE71XaxriiEwvQr73AcyXAxALO70HGS4DWa7i AJ5EQ7C+ug1vQc+2BJeL0VKzIKezUJzRGBLqbBzrxBL5Y1LJqM6rkJIpVRymiJh42UJ9iwqxS6d3 Kor0lLLgKLAOQcCcmTzSkykfNBqdbB8fNNFS+rQWBMlR4Z8AGtAatNTqy8GFEk2T1EHSVMVUbLqU NIhPg1AM7TlcwbhBZbV7HdgR29c9zUFjWTnY41PnGaARtLWTrDXEAjWQwDCN8JkLDB8YBIqK4FTb YTQIMp7g0R28AjAWsa6twKWm2kOm/2IdX/LGs4AcNISzu0ivMmSYzTg31xCzKj2TcCs85oQNW1UK W+WrL5W2uRQlnyKsBwwlSxsOvXy+U/uwRjWt3sqjO7o9iMLTysJQUBS92avBkwLbE2zFD9PUAq1T 2uNa01w9fnW1GgtQ0DPbH0xFSNXBHCxb3MKVk4K12zvFksgP2EPG+7DEUWWPS7yVe1XRhAIQGyVX Q3QQyRMq4wiZtgRS8GuNEYKdr+CzNDHDJYWMOLy/ZF0YeShWJqGcuhiT1AlLJbkvfcPDlu0YrVBL IX0KpNBWZcGgXXEtEgEWJPvFjOMUqdEPB/OUiju5k8IxBCrVFJvErv3P+VRYlBzUsP/FXtMM1MtM PQXtyAzFjxHkmnqFnu9FKQJN0AWNMbPFUA1l38O1XvB1MRcdEARdlhac0GZ5D5SYSIwFrUKZqN5d luD4R0bLokDZVg2yJfHjXP4iu8OR3bRTuzORL5o1wxi6kictq3G0TmRVoV7irsRhzuQMnHu0HbzS IDHVPlelE4BUFI3t06oNNfN4rDp6QO0I2LYV0d6iMPGl11LLPfUFYhFtxVhbze61FFu0TfAVWEMV voGVW4+8LP6ZTasV1WA0TZ37Wk+EJBVbyASNiTfFDz5SMYpo3A3N21W72BsmVJw82H7aWs1Tmkk5 qMEqSJVZruFsvAoKHNzNryz1XDz/bDvyeory0ozKwbMvkb/RaKFgaovQvRIu8b94JDsZ0TfaiKLA 6auR/SkYXhvluDhOuZ8JS7H8PFwPbSjn6FuZ9FNzhcn26EnwFal/nWWMQM1DPSSRKthBpVfwZdh6 3Vf3xVdDvd4oxt7v5UiBFV/v1dtjbthg5symW9ibZDmbczoVBWYgC1vFrMiJeKglfE2ZWrJP9qlt GVl2+joXZjzGI08zeZ18+wzMgOSvtBweCBiGsQxhdZinKiLo5KUuHCHxq0YuZJHdEFlTMRn0WSPe 4plDrNo8ZZk2HorPtLyLZWOkYZs2ig+lG2YOtSw/0uHyHelfHlQSw9SSnmINbV+V/wZFoCPpYY5p 1YTU1ppf0ULJ0fLEi84snWk1hc0s+MjIFdyxljkf2+LFTaLAB8wp5nBEsjG2hIOnQtMbzHWRrOAr wJEuJjI/KfXGSRZW9zuiu2BkJUENyDm/ScYMCf6KPcslhsARuyKqdWLPk+k+eVKgClw2GL6pspHQ LX5EikKgUatpat5hP9XIl5piZg5JxeQ1KHbbYNZeYH7pyVZNt01fyy5pyF5p1WzpkFxenXiJex21 lDa6ZZZf55kfnmNFRnWpFYteTOrfAlFiuzQpyrvrorSyoqSyIBXAqaCdeHznKh0T1TErZDoF+dO7 6aw3dhHrIOLVFGLO1ZgRP0YRWv86Z+Ex5wKWFjpe7dvC4dU2Iy/+0M4DNcBcGoak7L116VvebOFb bFaM7JdWb5k2WEF16c7WbP3WXpbObITl72N+muXl3jNWseDrUwSP74OlYTgSQVErzMXNTbzs347t EN46LO2L1b8pChC67lxCvFwd5LfyWbC0DCJBIoDJjDGryr1Y6ysNz7sSl3Se6w5ilCl7DkXh6GJD KPHZ8ZN+Oh82Zf2gsb9GaW92ySO2bDEGMhQ91APP7+zNbClvX/x+5iSXYpjG1yifbymOb/vmxPCN CF+m0Aan77XFvSSEMbTV4cKdQJa7qRSFvgVboJs6JR+NIIBLSiyjCv4ql+c0DXH/i5cygV0XOu57 Vu6nsphfGie1sq4SptU/zOQOkcuUye4bRUg0fcRmAxoUGxCXCCQE4zT7ML7ns9pYvtuS4FedjmUL m2aPnPKRTt8wVsIsD/D6NmZbv2/7zvUo1uaqSXXMxvVi/umu9XVC1SyUENWVq0iMu9jV5D0Dx1q/ LTaz0RoHP61Ta7BYxZOEyxu29Dd5fBG1MlI9PAUVZ5zMIOuo6gyrzNUt1IpLDqE7mYp5ipOi5FY8 H+VSWRsdn47v6VqV4NSUwF5Sbh/JVG8E1dd8NUGF5/VgZ2mSzm+HX2leD+bJnt9et3Jhrvgvt/Iq x3iZphok73XQm1TKRrE7LVC//wW1Zv93FmxJ6VGgcR74CZrCHz3h9NQTrBAIc3JrG5mL0ZCXsFBk G6qGEwfoIaJZ0+hVf1sie68lF1mTpH2ZpW2gUxu1q6+jnKo8RmRUT7LoRF12nEbw+35vVTdbV8xp m9ZvWQf5QS0Az7b4Lt91jFd7yaZ7lQ7wKudTKu/7leMj9d3ewO9EzfrIO4o1p9b60OO8/kkQTLpN BiPX7VjlM7qW56J6Tv6WhPgbjaFHc9JDPEQin/Uh9UsA1X2X6vQmqIdWtagTjrkrsfPkLDIeCVpG GBUbfW8sORbC/6niJTfek5tIlnzpsBFUYCttj+54AF9+bS5mfFAAuC+ACoh+6P9XgOenfuyH/umv /uuvfuzf/uyn/u4Xf+/X/ux/fi7PeFuPD9Fm8rbP+490/5NztWnGQVaW3I0kZcNasSFLFoy4QICg VkEgtW0KGCiowGDgNoEKCyqMuJDawokMClIUmADjxYbUElRIcHEkg40mz11MYFLlx5YJyCU4RaKa SHkob66khvOcyYwlM4L82XHjxYgNJ4KEWDGiwKUKFRhc2BCqQ4IGG1aooIAa1IQHsx70arCeVoMK zpb1KrDDQLRutXo9K/AsXbds655FiBcvXK9a4fb1u3dv4MGGBxegm1hB4gqLHydsLPksZMaUz+K7 7Dgy5ssKMlsODXrx58N0/w7/Bnza9Oq+qN8KJqzg7lmzgVXDnVtYK1feYP2i1rqwbN+1YHlTVSu8 q8GyXL9mHT5wOtalFI1ybAhy4zaiFHuaZMDz40aUpzaeV3keZQIe1WAyIFdS/vhT4lum/CnyY8WO HB8ykBJG20g0nVIRTYcQQwlxRWCDXSFXQQcFqTVhXnI1p1ZCbXFIzV2A9RYWhbEF96Bgt7V2ommF xRVbXa8F56JqidFIo2U24nijjjnyuKOPPQJ5WY5utQhbkUTy9aJsSh7p2mpIDsTWc6qZBSFBtRHZ oYW9PbcVhgkZxBVCDnlVUUIKchkmVMIpdWBHTDnoUUNzcjSggAHyd2dOK11k/1+A9p1STTU4iSde TjeVJJSiLn2k3UPVIVgUpBNVUN1Xl1I40V1ciSlciVmBuhVqV/qmYm4SSthVkQax1YGXuyWJImsw PunkkqztFaSQu0LWa2g2+qhjsMAOSaywPVrGYpJMakXak4ehqBqJK8ol62yzoYrWhIB9COGGfx33 HIFlUlViXmk1mK5y0WGHFaTYWaTQUR8pFFRPARKlH0/lsSQSe4LC9JJ48pBX8L38UdTRSAA++tBG /00U54IUUhxmc71ZDOGCXiI0VlhZqZmWyPW8GluIccGakKsusjxtjLjmquNonJX26440isCjrzYX y6vNP3qGrK9C88xYjaJR1v8s0ItlVoCs0qb4bK3TivXsyw9OyaDWf3EqopcXV9vigmieCeaGCiKU 9lPTZQVRmw4GRW9KISk0En4CihTeOR8FLJ/AgI4yKAM26Rcfv/jl3ZJ2HC3EXUYFDjcpu9Ct2faa c+m1kNaaixpq5xqCW22Xgs3Vm6vZYsk1lFGnfiS0N27WdM2ZbaZ0kD37io8IjFWQ82e+V2CPY80G N1ntdIGWPF6T1axY0Hjpnlj0CdnDu+8KVL/0z5U5Kz3QoC2bpVyqho/kWK7RhpaEWceWYevrlot1 6FN1TTZWyJkZIMhN7V+RQEcBKCOOYsBRAjQS8DAqPDphAMBSsieDoeRuBUH/SUgw4jg6JSVeboNU xTh1la2wBU28ac6p2EKy/10oRGLaELa2JjbSXWg1pzOStQwjLRZt5mdFM9bOeia87yGNND+sXgF8 l70jMsaIZzmiY0SQGSRir4lP1MoQm8i90GyGac8bmvZo1JfG8M4zroPZy3CIF/ehxjag45JbyCQq E+nFW38ZEwlJiEIUSuVroooYQzQyEP8xzH8FTGCeCjUelfDET35yz778xpN9MQolQvHOBQf0n+tc 511YwRxcNHc/BV0KbFMZV3O2daJuvSpEoyqVXZx0Qyat7lY2DM32fIa7XRUti1vEpbF0RLwwAquW pLniMHd5u2NRb1i8TOYx/3U4NZTNCjY1dJWHWKRK8elGVNMiiG88dM0xfcWUYWpLgxLkqf+hUyJN oRdQKuioBAySKHvrySlcshJBEeoc5LAnwrwzp8ZZsGFJmROC/tfHSklkK+MC58UayqAPRWhEXuLS U1iYqgqQjFWpqhJvaPPKulSpSK5c0stsqb0fFnFmlkGpE1OKvSVaMYpFLAARczbTlyZGeDld6Uo3 Q0ScAvWnOg1qT3OaRSPGtKbRuylMfek0r+TIdsL0JZJmqaIzPvM1dKFQGlPXrVaZrppsvCiq2BKl bLZtQuNkzlMexJACwcmcfPQfQO0Wt/0kyl+GMol9qFGNUcAHJt9BXJ6Icv+vowAwg5VKJ50ikhyy fA4rXeEKZDGKHAK1hSymVB+qUOelz7qvZKyDGm5gOUbxHYZouhJW9YLnlp/28mjIvCVTH+M7G7lW ZtezbVSzF0zYLvNoNbLt9IT6u8fk9piVYRaRnEUtaCopZYbJqKlUBhYSTjRKYJlIKFFDqVdNpWNv XCx5pYKRxQrSJ3Sb5GDtiriT4PM+KknAIfOjuAHtra4CHJA6C8S/SpVtTJ4y28Y4BEIAR4lB2uVU qY7zQldOaIbSla5IedcjlarWR1XkmdKMxtOZ0oiJLyWqS3XqxB3pFEe3vYxvb5TiG634wx5mTIpb emLj0lQxRCwAsH6YLGD/6bJnHuZxF4lHGq2atmWtrO5pSKa1N7bxY1WrJpa2Bk4JdWxtBvqgCCPG Py/TzXF4mhue8mZIQ8mHAfZJQOAkuWZGTbJu7LnOwiB1v02St0AKIEu6ADwVA10qlOXMmoHjokbl xEVc2qqhYEhG4eWF0S3KhV3OgtPaFlumuLBD4pAwzTxa6iynO13pTolsD1GTesSo3jH2UL3T4BET 1MtLLot/hbNSv9S1upbebp+3wxcNSVmw0uptLFRKW9Eqm5NdZYfWV7XhaPNBoKSUecsrV/RaEoA/ mdcBW0JIQbUkgvQ9M0myfV//QO6tw6FUU7qCNr+I9zdzEa3qSOjokxm4/zjkq2q0nju1pwopthpW WtOyB1XK3NamofkpzxTOxRpVT6dEjHgShWtwGzF8MbANsfNwvfBj1VRnOKVphz1+a6BeEYs3dZpR dZUj2f34maiNmupexJVNqYjQOreuo1F1x82VTcsC7oCD3rpBpjxEne/0SaP6+ZH6qoQBjFQzTnQC lMEikE6Q2gjSq81NApGFbSr8s9cctKbL7TlGcEFjlJEMQ2gO+3Uxm9lNp5dbXWMmxkYz9aRnulTX avy4rqV4i48oxL3v7tRLfKniGd/qJRbx8Y5vPOEDH3GN83inFP+t0XZbaeBm2ognV7yv4NLDXzNP 2LO0VXSv5aLShQ4wy/9Z39q9ibrplIlrzgkLniPnEGpb2z+DJGBB8BagCLLHkPgESn5EQmY3pXug cPq6UUQVFeYoFC1X1lrI1PdQUm01IdQVn9tfKDWaI2ZYuqQZqFXM8RE3a6iab9ZwVU3yvataRxtf /MmJPGTFLJf/+d//UUYAotTH8Z/NbN6t8RircZxRCYtM8cwQdd4UUQ8VYaD2GElqGIaFmJHK+IWr iKCq6AWVKdiTeVf20R6DfFBvWE4Lrs1cqRv/WFKY0QteuUSZCQi40ZckGdDdiNmd4McfJZ1BVds4 bcOWIAeZaE69Ace2dA0JzZBxpI+2pN0MXVUNKQuTCJlyAR5OrdjF1dr/xx3eqeVMGNJFyLGYqz0e jvEd461aG2peHCpeHcJh/tVh/d3hTwGew6EF4f1hjrAajDmNGCqTpHVYiz1GMMHdsrgdrcRFt/zG i2zKa5CQ6oTLclSWumTZlfyZu1BHOjXOYsWNf+BJdySMYVHEI+ETAoWHe2ndgdCZuhnd9VEMQkWF n6kQgpFTqaASobWQXnSV66TMB7JcaXiPcPnMhplYjoWY6elMjT0ViNFYNRagqd0IkTmjMzYVwwHX TWFaEsEcBA6TCDhGj5VcAVZj4L2Uwi0c/WWj42ljPIKYN57jiRHLxH3YjvHQwRFLM23hBppfFsKb FWoI0KmOgnhg0M0R//edXdFZTFyd18JQZPFZUEGoovO1xCgAVnkYkFDIjQ3Sid1IJFOUC+Ws1S46 JMdY17K5ZKnMGwhuIWpEWPnVBSPWUrJkT27J2i6pY+cVYhp6GKsZ3lAuHhn22h3OI+ntoeXRFDZu HhyemuYRlR1eXqppo6hd3hy2WoyBI1f6ljvyYxsqyXL14agRka5Vj+4coo3IDvjECr9hlaMpCexZ VPhliKfs3tdwCc5xV3h9BQ26CzpBzD9kW7mxVwKAm37cTQUhpjvxj8QciGOtDcW4W9CplXJwFL59 1lVV2UMx2XOhBsDhQ+YBDUqVHEqtHI7ZVM4s4E9y48qRocUFVQPG5v/k4VRUaiPojWUDEqADltoD YhwY5hjF6d9xPiA/mqOsBafDneEiPqU+1mPHBY3eCRzRJEtVtZ520sWhZUmXqB0baVPQEVjaqEUp VUXR+R6BvAldKU5PbIMP8kcEtZlH4gt+jGTSYUVSIB1EclL2yQ/uCejn+EU1iZPJSNj5KSjUSM2Q 4FJ1Ytzh8Y4i9k5WBtzkQcZUYihuAhfpXU/l0SMaXiVZguOIKVFRmmEckloYzuPRjOhVwugc8l3l 8ZhNySZU3iQzLWKrwVqwMGX09CjtaGCScWCFgdTZ9cVaadbNyZ5YwB6DsRDnuEt3DSa7JIgfjeJ1 EIVjHt9HLOY87Vf/YvHXUliHesZgWygIgmVK0KGJlGyNm2IhRqlKadHpgXEndBlTj6gmTwHgFoEY jjqjV47hOnZRVPKjA1bjAt6mx+1fNgrgjO0o/10crgGibtpoxbnYruhmjw2ZMuKIdFacGv4KPkZR AjLidcJO61kLg27hoalRtnCVWJmNbUChNk2bqPAZmNDiLNqNXcUTwuRH4BBWnG1ploLZpKQd7kGb gKFV2MhRt+iGs4VUi8TRaZGUg3ZhEh3XEi1VAeaWhk6lwumm9UAlVz7liXLoyJGlcRknUZYojLba HF7evLZa5c0rpRYnrmFjucIhV24oVW5lum7lh/JWY4zlVdZopJZo/6l9Xhc5U0DSyqhIzdq9D3JA F1bcxVVURVt8kMbGj39Z20gC1DaQxHgs37hBZkX6V5wYFNtcX5uaDqqQzNAJ6Aopm5yGFCROzSPm KPf0UGt6asfdmBiFZWky5wJ2qIxlnnABiWuuY3EajXQi7TraKNT6Jjdy2joSpdZWXKnRq9XS4chV LRlqWDZ+48j5Vm8inGyO3NWC3o3qpNJIFdBYjSwxF8WOT4O5Kfi11WvEWy8ShFmx55apEyZhUEDt x0dw5Dl4xJgFhcNgEpmyC/8kR1U8pEDkKrhs1jWtUoXhLYNalWZkGOzgiPu16FJK3lTKKMqlbm0C rMD2K6VCXsLG6/+6rhpV4q7o2e7u5mG8xuhX+q4cuqhvnlrAVqpTLp6h8unxLu0bsuMwUSOvSa9Q fiFt5dAHSlNd1GSt0IYqZYvlqIy64M9DuhvSfdm1WVJ6jYTJVsPTMW6dmES6TaTRLchTxJtumMU4 0SWBpVJsSKKTkRR0SdcxmVjTtOYTHWelopjp9VrIwdbWBqeefljCbh4RZUDyXu0Fq+uOXfA28qMH cy3WhrDUfphNqSEJV88F26HVvqZpKq8LP+2OqW2JfqiqAaKpnWOn/p9tBZnPlA93lhR4UpNgkI2c +lyocE2GeFDneJBRoK/wXaR22E1DgBvJrtPjLkVjVemUbhKieVL/tKGLlMCFZqVKWLjkvpUUrhQG jvzFpUkVU3Jq40WgFxXe0govoKauvGJP8YJl7U5lu9ZIwkHeS2VAYmiw4l1wIStAIivAPtDUPiyy IUvyIkdyJUOyPdzDJCvyJmuyJNMu6PmxUc6oPO5rjB6lbIIo6bHhAOofAwItMynRPNLtYjAanlqN KWlFq0AiTJ4LlXlKE/IegG1sta0beYFEfhJQfgmrfc1LY8mixCzHXHDZ1oQIen7Lc8xbXhbpnX6U VFloqe5kr1wPctISCUPt0zpt4cmjNeYY1aLl0+YmcUZtNXYwH+dYB3ttI4+YPCftiKnhIUdtO3Na PSfqTqlwAVxy/71WXAerMGM0NArHswgL57iyK09VMKGqa8L+IzAdcKnOMpGOlmBImImkiXWZlbZw 09j171PMiUJN3/TNCQVNsV+1b3xiZECZlxaj00FI80mSSUPoMkW5EJIeKWxMa/YahhepX/uJaza+ 8u3+TOPRoSCybilrpRz6sUHjWiHfcx9DciSHKyNf8CVrNUI/JVhXMlc7ciSftSOncAFksj6fWkKn 9ShbpeMVMuUpgBI9Hojpbu8Wb73irkVPcATzKFMi9p9idUbjXzJNz5DIDhg1CTF6xcoIJJR2ikO4 CikNmC2KjJ2l0zF/GZ29bxVTg7ltEma5jZ+hS1tAyJVNh6Pdhf9CxuSCyRxSJ8kxRrY4noUe5J9G 9+yO2dijQu0Dk1iimq1Cr/D+kZ4Fz+5zJvRMQbLTIjRuknLaGg0+Uzddf7XB6SMloy2NFQA+hzd4 N/R4B291tzN6yzDUHjRD76OpztTWBvYDXrf9OZ41inI3IhwCq+uDIksPV5U2h1+MOESMhFZK5i3b TMzaiAhCPTPTecc/sFlNc4eYLZaDFPNfrpDHTkXlkCAriQyejnExbrPzFA1rbavBYiM9AmzpknJf 0+4cnqiolehBV7IZ5vhT5mse8jiN5ishizclZ49aKyW8KjJZk+Umj1giG7JcY3A7Pjm9Hu9b1yZe j5oip3Aor/D/HrKuOvez6rLohT6qZdjobbnWY6ujZAekaVlscRDbeGaIdISFeXb2eVUpmEluodA0 QdxV0vHRdaibgnHIC3aUCy44eHbN527ng0HPDisgL8F4VRKq+42rCF/01Lqy2ybvXtvm5UGyM1YP WVPcPtioczu3MxJ0dUtnqDMyj431fPMYWTsyetswpsqwQ1tGPV9toML6POPYQyO3c/NzeP+6Pub6 Re9mjEOwpOLmyrVcO+PSAeJk3EkLKrl2s6mQC3lTgQYdV12OZA4uJSVMUyyuFWcxYxkU1mSfeAG1 xDpYT4MVXNxFFQpkm+sQb03PBKMr5fFWpwfs63o53/GrlRu5/5Y3smlyMjZeclxraGLUOsRv+ahD bUJT/FUycmAr3j7oI5PP9YY6eVqjNcdPOZHfw5a7NUIXOcQ/+Y4/ea0nfKu3tSbjYcG/IcIep1Iu 9o9k3jinIZHZHRdN9l54J5HUe1foMrRqzEmCkllgxKUU8/wi1HBEkGkXX8McnVLoKkwChoCFybb8 YkuWkYwE8NJQe3KvrSyz4971egK7OGzBN6oDpdVSd66ftwaf98Spd8YT+TxXfHRCOcV3sE25ukIT 9B+LtyMXfr7+uK6XvDPWOiCGeorm/eJB8uHj1Mk7PqsXe33nTAcTp3Smc4wPNqchu6d3KqfKlksF y0zG5feyUP8buWlerlCVAZodBSY0k2l2mHs11BV2kNeUWu5SnB13yRFYwF5amHEZQ9YPF4kyzvEX GlxWN6VRKi/O2+tZ5PVRCveuT7kkrzWTc3VT31TKc3728/FYs/VaI7Ins794NzToK/nBU7LFd/Wo U3Ks7872T+XluzfLA4S9AvYU7BuogGCGAgoyMCxQQMRCgQUXKhQIUSJCig/3OaQY0eFCiSMfahxY 8mLJjARFmkT4cCFIBQpQjhRRgeXMli9p0gTZEqgCfAoqzJxZtKjRmdQ6FO2goF7RqE2PElVArWqF Cli3KtjmtSsDsAoYFC1boWxZamorJNj6jwG1atWooaW2bav/Wrx3tYq9S5Yo16hcrXbFKtZr4ZlU lXZVqtho0qEid9IsihFhBcwaaR7UuTCzToIac2I8SPkly4cgc0Y8TTBhapOwe5YerdFgw44CGxLc TdNggYYFOhq0d+8gbdjCaTac/TJ37eTMfS9Xfno4a4osI6Y0+Ttjx4O9C8oOHpvkcPLqQw5PzlA6 S+f2ulOHr1r+zOs5aWcU6fohgUYDzZ7LROKvJ516mqynoBQE7TGkHrPqsa/E6uorrbD6q6uiuPqq LqZCBJEtvbbhK4G7qBmFrhNVPLECGGHECi+waISqAqpOJCtHrZIijCusslpMsaQmTDBBkXDyqQDN HkySM5R4/8roJSknGnC6n5bj6SLaFBqJS5I0Ugg+MhUyDqOExFQTPS8D9IjMjoazrswsFWoIzzFP KhNOh9S8czpARbjTTz8tGk/MOMd7zqL7wMxpPY9Y2lKg+t6skrT79FuNSgHDXGklBfvrjLMpI8LJ P43wEQHKkoxq8sgiq6oxssewYqxHHhOry6yitumAxq1irKssGM86sRpyQvwHL7S22gsvta4iCkSr /qKwQ8KQemrIqihsrNugQBu3QddompTUVA/srKSfajv3tc5oE489ln4TwSCT6r2HN3gjiog832Aa SU7sSNstOfFiExCjPAOmqLeHAraPuYcbXThTQpf7DWPndP9b1J59PCXvIJGZMy0/6k5WrjnoiKsS 5HNbPllemU/2TMr3pKxZJZ1lthlCAl/1iUHUWjLSyAiVPgqppoPEljC/+iIKLaL0EvZFas5Ba5RR 7orrRBnr2otqC6etscYQHfvKK8Ki8pWop5JCOlalxBXqpyVdHVAnVidakrZMvaOUSc6GS/fKngwC EEyPuZQU4sbfzDPfed08qWD4TObz4oqIe0+3javsd+M9BUK4YONIe5lhhEPqEs6SDlVz84jlLIi7 hTguz0zdV7/9S4rKG200hfCNHbeeInZpy1RZDpXUd0d9t6RVdzra22+1r9XDHOu6Klfvt6Lqwhyj mvb7ssD/cvasY+WiS8Nmr/6rrHqojhF9qzJsam7ujxQSW7XCloMkopmdNSgzOttbg9aVoP4s500r G5ND2EOxPAnsJRGJTsNsFjKezElwFcPNoiJWH/nEKzogzNNJFiZC8qiuXxe0T2xS+BIZRqqEKmuI BnUWKYb96T3nkRnGpiOf+gyHY2KKl8ogBTQ6pQmBpxmiSxCoGhEMhYE9uWIUEeg/WTGFSDmiELGK dCHAjA0sIHrWVaC1FrtwrRrDGpaM4KaVtp3RV74S0vf4OMaZZMhbSbMbFxeCRZxcRgEysVJl9JOp RW7qSkrUznUeZxLMkGkiaFJTBlnnOUdpCk8kHCHGWhhK/5HFrlJSOtSifjMxNjnklLNzlAzp5Lre sQxNDnFNo87EJlFiEpa//GQodWeax53uZbdEznakFyb4/EeJjuSkAx8HTdSYxFx3OxqE6gaZ/tFt R9bKo7XaRr6+aGUvz6rHKJQFrXOScS3Twh9SnmZHtklIQkfqXyCPos0uoiZ3r3KNahjoMyuexjWW cg+6vDSzOUmsZSlDz0mSaR6GkSxi+UGmwCQqOE0Zx2Q4nOV9aki6CYZMOCfJqAv9JEJ70NCloLQP ePKjuoStLqOz+VxDL8qnGXpUpTrBqEefOKnTqCuCLRkQQVn2JO44KUFQFWA+kSakDpFzbmR0jFat Bj4ROf+LL1tjAA+8JjZjBaZX1RLL+QD5PfDJ8634zJ4gCalF/ySUQDDBFFNX565ITuRRO1te8IKX uNg8DHYfoyDuflmR4RGHdo7ylOp4GczTQWeTOBwIEF9Z2RiykDT84pyeDttY60C2UL6RjcPgVVrM ZexzF1zsZKt5kQ9ypE7TtOkHeWu6EHo0hGAq3PWo6E+g0PVbRmKMUb7XvW9liCkeumPV8GIsOZaF HMraCl+m9pe2+ohqcL1nYgK4vbr1j4D/dNKlQuM8l1CmP3hd1MnYg82WIUS09OpgeURYxBDmtIUM g8kPY8tCJho4lLxBsEqDSuBD8bLBQQUUgS/KYAEpuML/GgtQSmenyQUDeKcSe5OnfhodAfGrhmfS FzaZo8nH8heiDn0QuiJYmveqxjQD7Rs+CgiRoRToSQtBLt0kBMim2C9D9rMj3NBolsCAD6xyXFFZ 3ae+ZqkNWHfkEFwBKEYxDomq2SMuqvSmt0yxi1QIstLqRscRY16EVZj0XOVamhrHfmyThy2Uird0 JtMlcyAPTukPTabgCRu4whRm8KEVjWEOI/rRgJodCz086Qwv+NIWSfSgQQuomPk5lQV7z3WS2FJP CvGUsZGNSxqFmUiCis0Q7IwiVRLkobUKMtlbCj+JvCF5ZlVDTbFQWp+1DXbyikNrZMpXQHTPe2pL f7t2/0w3yVXrHisoSnw7SHcsiR8Gqpl48LodzfJzsO+0+Jn98aHNQIhM2aJ0pV3SpKE3bGlOMzrS nHZwvg89aUlDOtOU/rCFN03vnt4b4Zb2cBJl6cEYSvaxGDllp6dEY+SwZz6j+xlgo8Q8S4ZqVLmz 9j9jlU+jsE1uWQakj6rmXTZ6FTDCEpax4+iiqvmlbd2TkFUTI919ss2bVmmSg/AWtMJFryZohmYj ZUO8pH+JNcLtnct4G+55IWrPLS5tajFL2kdXWN+OnjAFB65oQXsK7QDXd9lbum8LB4qi/V772eeO aQnvGXnn6aRFEWVLV3sudLgrnlIxBXVQGTZn0qt1uf8cZD0zi8tJgjS5zwPoPQE2NzEwuvmzOtA1 7kpt5VFp9lsJo5gug4vaUQQKd3iMUE4xiWWwc33jNJUmg9nHdjacWb8qVrJPrw50iLrhLBet0uV8 6cF29veBk99TsRdf0ggJ6aAvXGiEC0jQzReOg5Vv94gtX0AedhNPRflw1cEwphvMeFIz7h7yjJJ6 B11XThyJ4xsj8JB1FeDSgC5dX2tI5nZFQwQQumKEnYZlbMRnR9SIadaH9BQDMbQnzGAlvbTtvayH JPzpUwgHghhmeBopkvpqxB5rPUCLo4oJpvSss+yO0C6C7sDv7TYt+96O7rBvs87OHv7N4KbvUAqN 7Bz/7XQuDcPaLuFosPdiqWJKK5J2Z2RSC1FobGR0x03ObJWmEPHYLOmoBCP86tYmAm+4CIvAZZ/+ qEj4J+XwqJzs6TDW6Nh8RI3GiyuAZXx+5OTqEPWQ60mIhv6kaOkGrG9GbTr2S79E4jf0a6MgZmZy w6VAZnJELPwEruCu7+smEdIeLPyezyJ4cCDQxBIHTRNDBsO6hDdIZ7PWTgYp7cI28REzIBI7Ed9W yt4ajQYZAhMhqmT4BDZS7JkOZ2JgaCbAQzw0qNtY7IHYxf4wA6GwaOQchK7opjGaAjHqqTA+5DCo Rm22gaxUBEOk62105bvCS9fMS8z0b1NExTRCBUwo/yPqIEfjnNCxEgf9cIMD76zeNgzscpAFJ9GX 9tEIX9DCRMYGQ9HCLGJ27G12MAzfDE4VJywV8fH5gFAVPVEhX0oiY5DfOOwHidD7AC55gIllfAgm CtFzAKt0zMV4ki4EpQmC9IoyhKZJCOLx8A/1huT0mCwNsyy8xKJZviK7kE2t7MiM5OlGriroKARW sug/JuNAkoI70qzjcqcYMWOXmOQ3+OthhEi1UCr8+GSDSqn4KFIhE1LfKu3rGPJOKLITZTDD9g0T A64Wz3KzrI/e5C4sR/HefigVGVISY1Ht3rLuDG0Xq4RyVqbBcBFeRIr9su05loh6mORf3qNUGKmL oP8qaSpTbp7MMYANf9hiRGika+RonHTFuUyuQvbPKJQRSh7Pb8blJfWK4wJrr2Rnw37nttDudSwL chCGTjpG+MrOIv1xLjttwQCuIAfN0o5zL0vR0lqKLxVMEvPSOEvRIY0wOPWSLmfw3+jSFL9S32xo PDqQtETrsvqMM1wnsw4PeeAM1laSJRtJHUcCVYIMkSTQi3qNDPuI2dCq87RL2d7qbLpKnORqaQaJ uLjIPWWiGKOSxhDrZBSKKoHjXBguNVxM/XTv+xDMziDS3+ySFakvLjl0+0JUB/9SRI0v7EIq0fCR FTUNFLfvLHWQQ19q+sBSCL+uRTU0Bu3yonS0IUf/US6hT+0IZfgqBmCSZzwxZ/siCrdUiFGaaT5q zOOeZ/5Irr30L8wAIzIGsGmiDX8+BH8+E0bCq0bO4ltKr/RkxSjBMCKs5+OU7j2rSF5ej5KcLpNE Jwr1pHYyopeeELIKjjknkS4LTdOKkMIobFAdMhPREnP8ksJmVN+KEyJfqpd0tB/DzkO/REfhElEB NSKxUx8D7VNrkcLablA2DE0oixEdJR4jhh7tzJk8MulUL3AIT12oVPLmipzqcA3Rx8mERQGSJUgY EID+Lz/pM1bEZYu06TFjzxj3asWCwzXGDYkMpglzsYe8U8CWj1NXCRYJlTqlE0izsx5/yBXRMkZ9 /7RFy7U6lVNGcxAvEw5d2RVFRVRSPRQsm3M7D3XfGC1GqeNHR9TTcFTAhOj7TupkzDOiApM5LKn+ Rm3G3usn8MrWuCkck0LYKATomsxpvuLYdCUNfRVuBAiQJuQyEOluEMT+6iqVgE+XCOZx2q1lYUlP WgoJazQIpZMIA5JT7/XrZnTCABJUG1LTCHL7BLXsiLYhjQ8UDQ5pDa1LUFEhACBoJ5WFNPVSiTPf 6pUVRUZkiNY6o3M6FRXC3lXB5JII5c76NLWyVup2XgpPMUM3mW4iiMmRskmaMjBdLMPGlGR7Jo+5 jIRXdi1YbqUNX84a4+ZK9elbyKU2isLGbkMzmP/1ieKFZEjsSEXJ905rd1yp7ri1OcKV4KRTK/ty E01U7NI1LoMWw4zjLKGz+uDt0RCsFcdSIKR2Q39z7QCgX7e2AHS3XO1VdrfPaQeSO+WuQyWtRsUS BnkvpyQoPxgUhHZjEHdogtYFtFRiVrktXnZsaLjpVqviMvGpjj6k87yGfw5XAP1TNCs2ipYE21bW NZFyZ/ps6WxLN6Cj9uqktOIWwnrpB3uzR0UXeAF2ISPtEg1uOr1WOUNUau2hgZn2Bq/vwqTWdqt2 aiO4QxuYaBtYFTd1g0tUL8MWaGlUIm0XCPVVU0cYsqRzUP/VXg/1FfOxtExptu4McnpnxGxPpwD/ ZJKQEUzct9qMS3Gtgirk6qviinDJIdjMZp/GcCYfQ5v2kFNsI4RojCFMKPgStGVyCmZZ693sMV/X tTiVV0PtUnc7GIEF2Go71AaPNzgVTHdR6oxZ8aXwcY5rl0eFV9Nyo1452CHrWHg5jISj9kMLAAFS qoIzGNPaFVRDmAd5dnQH1Y0XeAbFtngxct1sU2VYiF8o5jhUC0pJjFVBaAS1ML4YZG95LZDAKMvC B3HLBxvNd9qki7z6T9dMDii0QzrKER2dlXU6uT0NYnFCAu8IjCxlcV0DElIPNSLJtZEvLFFd1/oA UoFh1EWxb1PNtV7dNWw1uCxVF2lNeNAe2GlB/9GbxZmaja9rN4uD41h4HbhPQbGFF/WCGa0TBXUi 8xH8LtEiZ3dEP8sDfakRkXQmThI+jkmpsrCgZIJNJfO8xojJskoB9rO5qmWelgYPsc3HooiKp8h6 tdc9IOrd8BeleOiybig5I3VHObF097UIj5eS+9HRKJiFdjREZbR3GWaOS1F30zZoAy1dU/GOQXh3 hzeOTxdF8fgkfHep6XX6dhqQO/GMKVggzfWmb5RS3ZhrbXReYRp2H9IUxW84o3e0VBC/GgomnOP2 VLKZws1okrUniOwZyauI0cpHytdGGtCPxhC94npvzWy4kHGabCvc3g+2PidMSrADNzIIyW7COv8M LBv5UTv1Q1V0gbVWgP+YkLm2XQXkgROVkNv1UHr6pRp4nQ/5j9fZITX4XjM1gi1bRd3VkC8Ynul4 INChjs34tcN5+0x4aC3Ymg9NakcYaC1NZ8EPUjvYWwHz0KYZEDmqShAGsfNMU4jK40729dKrMssr V7DifDzkVzo2bupCya6CW45V9Wbix4ZLx3QGx6hV414pOJRvsW5xhkkUX+kuVPN4FB1seA8SUJg6 gSnykFE7pwHSOM64vw0CtW+0pk0GAZR6ql30nQ1CwG17qvs7p1kUkWV7qCc5kZ25X4c6shVctuu4 dQGSIsW5du/ywL/aqVMRXL16Z0MqQ/EbEan/o5MLNvfem3XcFB0piTUZjxxNc3wqLylGYQvoqa6/ qShNlpc/4xzdc9ZymDMwSFE+0CL4RTwnaG0rMTlBmzrH+CJVO2tR2EYf+5r71IQ52CLaGbYbWGoP eWvhWc6BGlG3ecVf24712F1fFKipepsJcptZO7d7e7Nwu6hVEQEQvEVFpoJLXJDBMtIj/VAaXFNF nIBP+KfZMgbbTrJ+fHkQbx8GBfhMvYVqFVQk9iUJacjEEEe6gqK3ZQ5vJPUKlKGqfM1K+aHOTNE4 qHVGsGAjmbHL+KpzVMNtexRbNzoZEo8JfWmXes/NNYOXfbOU2o33nI7juNpl+83l2dv/2NuV/zbZ GRjP3XhFPbx3c5rCM5xetw+3m1ogDvnDQbGrBTmQFZWR/diAZ/R0b9ogs3Zbx6SFdJO+qvehnHcE Hclhk8RouNfonNz0TC9HuiZ9lwvMCqMlrIdN/2mRdp1Kpu6kPQlQXAY2tHN2HzKfy9aD+/SnI53g mna4YfvSIaudP9Srl/bNhcNr+3xFH82bA7yPvy6RKx3RpRa3FaLRtba2m71n/1w4LL1oa9ucZzsD FJ0VuZ1dT4LO+7uOR3jm6xXTaTvRzNJ1wdZehxD8/rR1ZjZOrk47XEdhCC82jwkLi3z/GAOQwltZ jqIpbiWjJ7ZBtJj+2DMDitQzNIpJoNfOjv/5U+EyLbcV3/c4ppt22V0bti9sU4+awn8etbe9xaM2 qBH8mlm3XUUm6Td88vEYaO94HyB/6Cccpusct00mwy189SEf33079C2MtOEdkHfazd/9gWd03iw8 jzvUgO210OYyqyHRN1MppyptIwpAtE6ik2ksm9AlD11tPoWCZLnbMUaBB+zoe+oaTRNkVYjcKCwQ Nlc2k0galQpaZmknEl06ssMWUgMSmme7szMbIDIU2Gcvg72B9uwRFGgPQIGECQk6ZOgwYYGKDAs+ LNgQYQGDBDUKXHgRociHCAh6nPhQoMuOMF2WBKmxosKTHEXqNIjgY8mYMyMKpfjxJlCDPg3/JjRo EMDSi/Z6dgwZkijEkBh/Nt241WJInxpJPrUY9uBBmWYfqkULdm3btPsUMJQr92FdunbnCrxrj28B BX0PKgCsoIBhwH/7Hh78t/HgxxUeD942mMHgChU6jKIWObICypJDF3bcuIAIw4YVNw5MWHFfuoEN n+4b92DjDIRVKj6NG3dahm1lAo+Y1O1LsGgVFlXrdGCBnk4J7oO6/GDzitRB/oSqsypUldHNIrCe dqL1ojWL7kPgcLxTdEt3ni24UKBTpj7NZ7BfVPvL//nFt99HTJ3EEn5IOWTedAlm55ZyEGUXVUk9 4RedcWYRd5VbCpIH1m8YqnXWW8JluJFu/wyKWNxwCkynmG+wfVTYaXa9JqNpdqHm2misMVYYYYlV QJoC+ECmgGeSVUDNYKNsFtmSlx0ppZR//YjYj4n5eNBpWCbmJZeCyaRWbb45F2ZSiPU1XF4ekSXm cBk9COeHM1EIkUBSCTWfVRolVJFTHCXXkXnkdeTeQ/rhF+igHCm4EUuD9hcUeC2dVKBSLzkqEUck YZQegCMJ2ChCTBVY0XgLpXcfTFGR1FV8ffbpFKB+/uRoVEb1yVBXWcWKkHR3trSRcT6R+KCKBxFU F4x6pSnjdHXFhphpuF25ZZWCXVuBYoxxWaVoRnamgGbkXCYuuI855tluqwFZY2uF4ZaaYf+4zYYX bYiVCeNv0a6o4nEZzkesUsiZiBTBERLqoEJSSUiVh/btqVXCIyqVqqVFHcipUTRtCuCqCQaaVE7T sXRffxPKpJ9yl+pZYJ3/nXcwR/DBzFHBjio1H6Qlz1dxUDcthx2kAlu83MHVPUfsz2kV/aGL/gK3 74229QbvtXHdKG+ONPLImI2HlYalj1KKazaUo/DwZGZRehaZY/jQuNhh3HppLd2DKUQXYrX9xWLT yxY3YtNyPpji4HFmJLVJwk7FKqk/SbWqgQ+5Otauwrq0Mn8aN9TqTQiWdGvOkGPsKqIit7forp96 PupNB+ZXZ0eXBrgVfgTBV3uqA2YaFFr/fyIalKfAV/oq5khHSJbylNrk6+UimjUn4YMfC6Fdce01 Upp8XSnQl3ajBiaOp207NrpGasZZuKFVOaSNdcML5It4VRtbjlar2aL1yMrIssBkCc5aLIK05I3M IgDAXIS005w7QeyA0oGOetRDO5qcjCZQwdSnhGa71YHOgwlcVHhm9RKJ7Mce8MldQ2IWnvVkcFYg FGGqRMepkb1EgiVSDvH2dJP1rPBmCZTUcUB1vZcpykML+g5Uagao4MzHRRk53LFoUr2K5WstheEX XLKYr3jlDS9quZqVwjZGspXtjFJqEmamJJkhueuLWRKM3VQjgvll0W902VeLnAU1l/Rr/01VPJwC vyKWpumJgNVhCLD4BClMcYVCE4tYzmRlw9/JbnXcaNTG+AO7n0ikOCZ7juW6sqtM6g5lvgNZnz4Z O0hNxFSou10FPdcURlkIcpzLHIGMh7JUOUQsXckYV3SVHkpKb4B9EmAVFfmzMf1sTYCUUZnUxKa9 7SVbV/OSY66VpQLEzY2iQdIoyAGlJE3JjarhYmNopJq8cLFMDJqf/7C4OMIhL2lsieKwqldCHVaO OwAMGeo2VkNPCU2TQhSifFDZwQGFp58My6BBdFcQg3AjYi0r0EUpeBFYWkhVNOmYRDPowaa87KEx s+ATe+g5YK2KdyLL6P9UNrIKySwnkv+yaUbGMlNe6rBiEkOY1DIENRMhEkRswZe8eGNH/cmLNd20 Vzu9hSV7vM1KofHMFrbAvnQdqS/mwxZhfmQbHBFGj4KpzVj9qL0Y8dNw9qycm050TNA17iB5YlWy dpLBSrWlPc9xYExCl4EdYsWnhZVryzwm1xEGtiusVKwIKcjCjwBqkSldFO1M+ToLipKlwnHsqFSo uU5mIJMLyeSlVGuz2LEuYquDCqEQiB7uKO4nehVeXVlXVw4hU5nCYVxS6SmiaMEGN31rzWHKNK3R KBdIXDofGsVJDj2gzzFVHRtU7yev0dCLj1hkTVyjCUiV1FM309tOc6hYsxJSZ70HZZD/dUJ2oQMV 8GYMJI8JR1rL7zCMpSEsykbDI0yQ9TMptaSoqW6CDgSMRyknA1lHPVifh3rOKQ6GjhE/KF/oFMqH MT1LcEMa4lqekIYpIqJ9YNpR5FTSPjDmKAEhhF7ujExwQQMkiJgWnH7ZBl+2yZ4XVaPWd5GxNN2U blYLMAquhhNLXPqmlsTGLWwKRATa+4uL9nimZ/7LxTgpnFnMu51cKVC9KAnsJy8mll/qCi0ZZSgp CyLaOZf2sBNhbWE/OFE6J7SW9dnzxlpIuwvPRD/tYXMnHXxKQwELPrq71Hs8B59Jp6SiRuHGIv2s SSqeFnZAeWVFY1krBG0wsRy5tH4k/6Wr4VUHJjZJDp2SOdfg1vWtIJIibViT5brQKLniRcxpvGW+ MmJVAVsghwg8UwAhkdXZqulRsM3iRRwVmdr6OutbplhFDCFOaTP278RsPLmIAa1OHgaiqQFQMlDe 1CV7jm/HbEkeBW9ypSpUpUlp6WABQcXDkz6hSy9F8EEB+ocXriUMMUoeWKoSUOZJoUDvM2+C4DDH mD4ppillMfmY2twXPJpdNVjbBro3Pl8xj1yBtc8BzhMpcbWnW1Njx9uos53ORc1YfVSlIhXmbU12 9tjcZyUbXUnngrmLX5zqPW3v+I9fVmA9gdMrqjeOrqETrMr4rBDimeS1tMT0CO80kf9J3wS1MfVo octO6bCniqKDtuwLCfRRSeYkPCxVtV1PpupKAWtTbP9kgVQoeE2yfT/MRAB8GJ1xFKZOeHs+7J49 ezuwaAyYtLvV0QoAn04Cpbd7XSVelXa6rL+FJLoRnLbzeJfeUMtu3+OeeLfZbKvGjzHjXLZXTYOP brYrjtOCkfe+y5p4nuWKO948zL99SOYIRULQu46IbjnTs7OsPymqb6HBA9SNwnZm8PF+DxGglBS2 tKTCBMl4Kh3RSetbk7BbMOElKVuS9nlVFzxhgx180ZKG/T6HQnGMwlgCGB0OVn+elSiL4l/r1X4x 1DIzkUP9sXW0FWKdRVI31hzjAW7/ADQ4zZR8VnQW9uJOOYI9Y7Vd58MtWOVGBbBVznZVZDVl4wMv V5YlwAFGRcU31MRjw4FUV7c4KqdAOFF18YEdvNJYOBM5OUF+k3VCk7cT6zZK7ZFhFTWFm9J3B6dw wvRgJ7QgjlYTa9cfmbRwdBYoieZ4lGdoEEdBHXJpmkMhvgQ6MoVqTMEN4/F/FxYo1LcprjJ2lUdo /HE8IiFLt1Q7wRI8yWQTUiGEbrZXLjY9i8MiwCFkevFd10Rz2BRHVEYadfQtTKZscCQCvfc1XZIj 6UQj8lIt+aMvgvNyV1RANxYrzRMsOkMVftdw17czg/hfmpY6AuIoHdIzmxI1H1cg/7TUMikEcDRz doOnhgxDcXt2HV24QgrnhAVXdx/EfjC0jaWihz9kKk44YSGEeA4WYbTkXzAlXxmwHjHTKZzCheY4 OS5UIh+lYAT3XkD1O0V0fabGO4mkW7IGc4kDQGCReiH4FrCRkGOCF0X2VFz0GkAyGqLIGC74F85G e18EVVziejhiis+1g/1TTyA4LPVEJ4lTZiczco+UWKFCSQOyVwPySatDPGiHfyHmWJf2MFcYdlux fptkYAXxYDmhh6aCFf5XS25YUU3BeO9XdqikSh5DPGRojCaWAW64jee3cMOUWAFXh2HHdRbnQzZp fo5VEaPUeJtjO26WdXhiebrVK/82YYTCUmOOCIn8c4PMkpCxsZHrlCVk1Rhh1SW5x2xJ9kbaZBd3 FE+pyHpP5S9j5mVCYV4+A1BDJCFKhETq4WHt2FcJMo0rRCAsNSrHYWGAp1Jd2GKzUhTmh1nnGEIF GHYN1lHf93/uSH+u2RCKZmITBmPdGHB5OHbj6IsJBmqd1psmVoUM54SglZkNxigd8lJG0XkWhzId Mm82VH0hY5VA8zEfZJkzc1DRUzBTdJdwhT1YdCNZkzVyE21Ft3umURgV2Zd/iTdWlhh9AyYx4izD 1W1z5YP5SBTewSqss5Zf+DG32I0wsQ8UIRScxTtMgX/pB2qBKHZ6uI0Zxn6lcnD/5seVdPagZUho aDh51jhorQJDV0mUTeg5OSmhG7OhD5oxTLgfqdlnp2SAFxN5ozKVHfI5IZWAjLJ/umNhnFSdhBZh upSjwhRmOQFhG1E0O/N1IhISuCYW27aDvlZNhIMX1tJcmTgaufcXcuMtI3g/G8lFxoc9LDNzAMNR kWgwTvpqtrUxG9hxKMOZj0dgJCabAaKgbdeM+UZhDKNwfgKBwflS5BenWAmNd7cxgPdDgHJC7rFv FBepjkqhNplAItoQs0JC/IaVkmQh/zGN3JiH62GTJtRSMdoUPqSN5PFwQOQ59QeUVORC16GHGFg7 HyWaBVlQEBMwA5R6UUQ9yuSK/+fJVAPRRShYmO7TifHZJdMiVnhzTfvDJtmDiV/WNOSlE1rROFaB Ua24lofmlt6RKcvoWILWaVn5WY16O3lGhd2IeH06jWSZhzIqd6WCHrPCSg7GkjYpoys0jhl6HwJ7 jBQ3sPDqoa75rk/4rq/phOXGKc14nFa5EEzohyLEk3SnESmBhfmnsI5zhgamj94aKrsyYkOJHa0m eoLnW8l0T2c2iU7lNz6RkHsxR3mDLb7npcrWkTvyXFajI2ail1GKJmhBZhhnkBKjJyI3RCOiSqqF X9+IhucYMtzHhzDGUj4kaLE5QtfIMJoZNLd5WV7LHhJ1jCZ1tlGLqYa3byekWf+CCmGrc5yu+rbo SoacyqkFd6mS6qiApozcZ5V2J2FBFEKNAqkVe7EcBmrbyEHduGmN2iGohEiZQkQW0RM29Xz31XJH VZBV+i7UJiMJOR030jU2MmyGsVU/QlV/KT9Wo1bT1IrCGonj2WpEITk+NXK6amu42qB8hmrkp5tc qJpRcShlOHkX9IAJtLHkF0J8uhCe6q9POLcUOo0La4a0ZLAI67DTO5MfmnECmKm92XjGi64j+poD CwBqu6nUy5KKq7DmMaOYlpTsh6E32aEis1m4O0p1omCudGON2rQASZKKZZKa65jHGirKBS32QzeH WRpNknOxwS6YqFw7cqb/SZD/BMO0IoceUrpq82VJmdW4P5Vf/TePnwmcDJeaCYuL4DiAmuWpCVex 75pxkiq321u+65upK6ycK4yp0TiiiMe2QkyNBYi2PLxvtMqiyrnEElucyduwxyhCoOqcOQpgblsT 1IuPZesxn5lS6CFQVLdAYrx5BqN8OGY9QLKYKIiC0HW61DCDGMksMptHQctjyZdP+xSsRjEwM6Y4 MQFrSNgeChahqlNu1UmdxSl2B0tvBzuqrtqv3SuxMxy9VRjJCwe9FfW737hw35u3H1qVxeuhPFy8 l0rKH2qwDVvKlLzE3mjDwwnK3xuiDZFhFUdvXHewXbGinjKEb/nFInNYD8Mx/z4hpbPWW4ujEsrC XL1mG28kR8i2BULnuTdXbdQWG/kzMA8yY8TxJ6Nnlkw4lORmKR7HvrXkePZHwwzmOhZUcIP8sJW2 yAumtl04xFB8mzYsz4UFrz5MjUopt1aZcKEsopTKjbA8z3x70PicyT6Mtj28t9Qbtca5t3ZLjnQ7 djzpeO83v/z3rggoSwhmztEBEuJnjRMWZrCVcswRnkihG3asTLnxTvfyIw5pZB3ZZHDceniUl9+z n0n1bcfxIcYUKTLDeT20bqDGcpAlob0DyBg9S9G7RN1rYFN5vaF80ShlvdprvNArqqnWvcsb1eT3 1SSEylR9vpVsYnZryuMbjf8fuq+/KcpkvdZBnKFrnch8+oRme9Y/jJvX+1kcWp1o6WcR272dBpCv I5kUqJyyA0umZVR4nGPXenXYhhC50ZHTQiMVuSPSVhr6E8FLQ5IeKMCv6iLdqUElNB4bpZIE5n6L sn8kxZMIq5TkK6q7lL6FG8WQHNFvLdDg2zINbZUJdLcmNdC7DdB3S8QIzdAmhakDXY2aLNzJHd0A W6nEjbfALdHg6MqJ7NBsPc9b8VDn/Jx8ho4x2h3lykPt9j/aaiJZwUCgzU9OMyLhJSO/5i5Q1ZGo C6ba9NIFwWXzYmuffU9fAXptKcyh0t5J6lGThnpSe5q1PMNtp0Lcu7CSHMX/az3ViMfJeDi+APDc xbvhZp28Wy3XyO2vqCzW0WjWMfzDiQq9Gr5nX33hVV2wVK29cU2362vhFk7JMIWiiiqrnOl+47Gi qCaTL8pwnXcroJOUfWK7GHNmdRnZNWKtfiFshtFkn5uXC4ltPkZXApQ8QAUsrQlEKGNTK7NfFiZg TEGFkNZwgmqA/4UO6jfWbOuNeGtwAA3ENYzbirzIekvXdD7W/1qN3Mgee72p1MgelRq2TYGpwc3W wn3ofCvo6PuvCB3pfG7QCf3bfCvR4pjILR61xAkSk/POmNbYrm2qXSwqs8gU+5BJalEhGbghCLM8 LC3axkHHapzGM3K6XKVN/6TrVnsETcUihNHTkhWIY6HXOqCiZ5T0cJWyeNSYfnoHw6oE4qDez7It 49xO42w9yyJq4pG8vjQ+1hiWz4kq6OJeWMur1QLL1YG+7ixOZ+9OQi4uo+2+1r8ronFd1UBs1tYY xHodt7FM6B+xsUdukwXBv4E1tbQjTC5lf4KzD2RYK/gl2gBOZrKbFu/CXNgkR/aQ364x5ZbYRcMF cyGyUwGSEJ3nJ6Cmjz0z3l0bY0Ecq0tR1woSY5w8xDhcuDzx1oqMznqe55hs245+tooe3Bdm75zM jUc/6YMe1mM9BrPyDE7xDOxB9Qmk9Wur9F6fz5aO3e6x6DKaz0n/jfSM3f9ob6n/bO0H7bELfds+ WeenCuf618K6uR+o3U8wZUDnAbXQ53KVSZBWhFz4Uz93hNlbsCX7M+xX2uXUFCcw+YNgBkqW/zoI IVqpIpMK+JKwTZXLiMvbjikv+rxnTe9KOSv7CvAdzu6FxfSWDOkZbunlDgBU/wwNQfW5X1i4b/sA gPvA72BaP/y/bw/B7/tYj/XoW/y/3+HLX45Zj763b/y53+HDX4667/sN0fu+j/wI8Azifr5BjOgp Tvtmz+EEG/YkjvOFtt3WLltSC8m30veOVCCVZvlVqXaWM8AqD3pUGnMAocBegQL2BCrYV+Dgli0V CBocOFBBBoEFKA7MUND/YkGMGzNEtIjR3siBAEra22cvo8mUKl0m/Jjho8kCLO0B+FjzpkqZO3Oa vNkT50sEQWvO9Dkzps+hJpXKVLrTqcmpTINexZmBagYEXLciBbCVatChzxCMCYvW3jMAZp+tpYoz LIK5AOgiYBtWb12+dPfWvWvWrmAAaPHSRWsXMN+8fv22VczX65i7im8iwJxY5lepWp82VTp2a9Gs WK1GBY01ZmjUSVVDdcmyKLqbR3kKtUd7X9HcKFXq1Ik0pkeNGY2XDBkyIe+RMH1zhFmcOEiK+yZe f1hABEGG2w0WsJ7QYMbxBSdqLD+SY8GW6zO2TLmyoPGaxJ3W9621QFHj/0hTAggJQNhw+08np3hK SjiVqnJJq9tOg8pBqKqicEGmHKxQrgl5Sssktvy6TC+p7NLKLrwuc4sutgRDawy3BIMRsRSfWdEv wwrTS8XKaFSxLbx8jBHIH0/0EUe+bhrsMczOKjKxs0LrTK4LSRSxxKREw3C106pS0KmlDvxSp/8s xO2j2Ay0BwHawLQwPuUaTHOfAwHML8CCECAOT5CeU4889IjzrqKDMtKuIIYkIhQiBcwTb6OO/KSP PuVCQq7Pk1466aMx9QNKpuB82y0kLX+7b04twTSTTS9VY7WpnWKLMqgsxeKKNLk0W+smyozcda8b w4IrMbYMeyuvYRU7zP+xvmbUca4PDxssssCgTTHJIYd0K0nFEsOxsmmPtTYvZMfd1sOhKGMSR6ku JCtLDFvtSahT5UVtJbAipAvT4VyNKiXdUMLTpp9IfQ5Amo4TsCOX+qR0TUfFEyk5P1EqDrvt9tmu gO4I2u6868g7LyLyRJ6v5JHIk8/M+E6eTj/fEHCzwQBdWjPNrnw67cF4IZSVS58RRJVDMj0bazOh paSKrVyR5ZZcbwtTFi3CqFI2rLfGjbFaaKHV9jAYuxZSsGm1FbvsrquNC1uvpQ3Sa7fRhizNvyIr ES0Muyq6aKMlnJNMLhHk28JVP+LPqlVlW3msJUk7U8LG2RxuJkrlo03/PTodpfO99NAD+b1Bz9NI ATG2yC6h7S76uCJIHY2I5JEnB+64MFcDzksDl9qtt9xtH+rLkUwFXMHgr5JXVq9M88xxDUfr6jOv iA7RLmKBhIzrrcutPsUb2zZ766wDQ9Ysar2PVu1qs/V+bR1rLF/bG8cX29nwo11RNKl+lTVfpD3T n+inipfQ8XqnpZ1hyTT8QpPBgCYmUOFMgW7SVH0iR6rJXWphClsPdZJTMYhYZFHf8U53FNW5P2Hw dfSJWXNqQx4ArYw+mXtZgxKmqTMxrmiwio+XuBQTBVKIb3hbUPPWpcPmlYZWHrrMjaSWLKjxqkjj SpbWynY9qXAtbozp/1FkrNYXyChGXFt0TGPk9xi9fAiLf2kWuaTFRW/tSH3fswxk6icuJC3Ric/I wFuIpLx3AStwGQJiAL0UwBUSMEJtyo/RTHSzlLgQhzgrEMp+w0LiJKQlZ2ogpH5DnYpsTmNbiMii PPgo6WySYmZKDgUPNsnazPA2tQMYrCbomTrhxDYyydfOTtWZMrVmK1HaTB+HqBV0NY1bhPEaMtf4 tvGV70Nf+6KxqAeZxCAJe+975vzGBr4wdiha73OmFyuzrA79CC40olFb6qcVKXJzivXrTL7y4qRo QVFcGVBLWKAEmuXR0ojEe4oMewarsQBUfyer5RDFVLiEpaRwksNdQv/ThMHn6Ik40vGTdS5SKHts jCIZ1eDr+ESy2pBEkg1FqE1g6CDawAxTfxPOVMACK9oocmg8FBySbiOWIU4JR+zzlVfCd727vBF8 2aIej5IqJBxpZX1tseYWjcRFLeoUWMjCENXuRlWrUq0uhFmiGcm4l2/FBUVLfZGKagQjpUrNq24j m4rW8phipYVv74opV6Dnx779UWiwCVpMh+hSl8aLG7ojKH5miJ/DtkQ+dEoYfkY22T9NzIPkOVSh LrsokQ4kJRpBqUgS0qmN0OSBJ4nkmaiCpn2RaikEJN66DombwQEWJ5hxV/JwdTURJa2oQ0Ums8QZ TvORDX3HrYuTsjn/mmV+FTFXDSaSBCiX28ZFgEiiS4m0+6PI0FN+lsEjd7EFmTxmL0nsO58ce7Qj KDJVa87ibvzUNV+25NGGxkNevA4H274C1LUEdc1KdtJIfd2SJ6X1CEI1+ajWNSonF9FoRTKW2fEM qmSRYs8mJ0YnlzjqtZh02UxcuinAJax3/OqrcAj5s73NKk1+NQlmTDRHXcnxvGB7I/1WlE50PjVI WfuxFtWqohJ9zZpXM0uJymjjY83xp0xeslQT49bnVu25cWnaT/GizMCktUg/huuL1PmjsDaLa3bc 5tS+2Md+LimYwtQqhZq3t8ASEqIlPVUCg2Mm+cDptZyjICrpQ8pQ/2rQO6MjSE72hB4M6mlk6OhP fXpnH1ANMGAjCdi+IkfLAnaaXlwJig3rFersxhMn4Kqfmb+IGBmTz1hWFmt7n/i0NUYGudJcb/26 CK5dZze+WYzyX+5JZm/OrZ5SRbaNvUnXAEB51c6tntPMWOuq2brazDQSXHfl1mFF0Zxf0ZBNb3tA oM10XviFyqfiJaqE0u6FAUqZSSllKYkRZ6MZEEFCKAweD9ubI5JbYUFWaqk/u/R383FKTVUcGz7L UpYLj/Fdp4I3K7GZWEx6zMXLBVe/IDWdTwsStIc7XvT2CKjqfaKTh/vFXW8RvVIVlx3B2sW9BEDm wBZjcI0d5WxaD/+tYHw1X1KeRhtZDbtF+lGqgTvOoooP2kVnUk81BEQWr2ZvOCtgg3qSuAWx1jgw nJOHJ8m6jcSM7CfMTgEQ3SiKioRiEVsYBEv7WN+Yds8sGwuJgZeawx2QzrHS21bq2/EcnQ2uwL3x 2urZ8WbpnPDKMrk65RiAl9t4SPKb55KdGnKgq3ov0hT2zkFPLWd/c4zLbbmunbyiZscX6fAVOYhc XvTB7Jh66+Nm9pLZvuziMitgyQrflcK4FjsQsCntzWtl5xoCL5/AoLo0cFSoMBNqR9+gdA/nwMMw lkVOsqz88wwd1BKFL8Wletul1QdpdcH+/ojp0rhhsM30tc4x6Vv/bhJfo5fF1XsRytGiPGvrta8q PbpqPJjrFtDTNeIKkin7sgN8wNdjOQW0msbrJgQIgOtROsJQOWWbqmzDGwOcogdcK2shKhw7ryhS HsEJnBZksd/xGzIpLKlgtx6yk7qTtP14EwoiqUH7rM+yh9ExDoTIsOwzE3TgCLd7ieBIsA/rlFZa CiiUFTjZLwfqDF76JdHIpzFoPcAQK8f7OB45rjfKQLdoNp6jptj7Mrahn3oyo+WyPzZMOv/rovGK MqJTPQTcuZb7PwpkkWXrOXGRpkF0uTYMuqypJy7UC0WMi7Spv/tTquMKxLe5sem5P+7iH1fhF98p nt8LME2xoaNQ/wp2EzAt4YblQwodFDRTyiDpOJ3MKqV+25MW6jABYUIqzLARy4+xULgbwqky0aGd Yri8WZDk+a5vuTz4abz6obynisBnaEZyEZYlI8TU40PXm8No05Y+JMAnmkbz4j+U456Vs8AIvDxE NDYKvL037CY+ZEPQA6PPk0ddoyfBCAHFQ8Rs0UdzjB9kFJFimZJg2qEX7DvRKKyeAJwVWqBMwrsE 07B+wzA/4TchTKV6IwqdQI4opCFbUqlaSSCZ2USC0cTWmAksAY2sMgyNyz17KrzC60dqM8SYfDZx yTE8DCc3nB9lKzkChEOyWkP10jlrJER1JEp3VJvTOzZrtLwg0/81d2pDnNTDQqQ5rIE8NlqjWFOf wciywbNCpNkhFowK/rLCXYKPq5CguoMT8biks6SUesuJ0WGYiamoCyPFHMQzmlEhx9GP9JOhAfm7 4MutiEPJZcG9anFAaLMjcQrEa9TGozxEeVRKP6xAy0O6aRvKx3umbGyMqdFJM4tABnQmm1yb/qM5 dpy1ygSAAKzAzPRA1eM/2vua8fIxmmO8z0SyRkQbjrua6eEtuwnMGHQQIUoe2RIOh+I6NdGXjbQP gSsIblgZz1KP9sCIioBLR5mO5GCT0SLFMOHFJTmwQUoQ2QKwFeOl+zGRbySqEVQmYBEjLfIuuuo8 neTDnkSfzzz/R5uMzJZzSvNCwP0swTSqxgDVw6EMtstrH49DQNJ0xmvsuTV0PZeEyjxMNaBSkifS J1RzL2X5wi26DNwySbMSPtfYxJkyGAHrIRh0JE17DgGrPkVLCIocu5QSlTxJy5JyIYTpDfAEk06J kIEUHHCTCkEEjPRBq/WZms2rtULcSbaIRjBLueGSSgGNTM900jz8yZCzUvqEOQ0VzdMjunXMT5oE U8/Lxtu70gGdzH0cwODyPA5Mwy/KJzIaTSNtumkpsg7BI2J0wS0ZHr0JHgKyCADhDwma0ePYJLDL voGozpF5O/fIlIJhoKGoKYeTDeNjOKz7G8DEimmssbJipsz8/0/WPKYnu080nc/+zEPraVAnjVB3 xLXT3MxCTMafVNVEPFUCvVXIvM9pK9P8rEPUc7JmcrypPEc0LEoLzZH68hUvTCqS80fMcLrAqDEN ka4qtFagQZCF8Y9c+ohJ9Q+E8o1apI6MtAgYzQ2N0MXFijfImhlBXZl/+cq+yxLiQRq/gU3EayY5 AjOgElKaDNByvEBe/ZqVi1JTXUptWkzNFEdYLViFtVJoC7lkNE0tw8lo6kz7NE0FhLyi/FdCBFh2 ZM21yrWpdEQLRK8J3bLC3Ith8qHV+JnB8ZnzuxmEeZNIYizoBD9HoU5QQsJMaU5KcQ4F+bDEkZzq grh6QdrXuP+J+vmVE6TDMGK6LyvDWetX2GtVyZNMXP3PZzTZp8zS/rzJnBNHZzRN2eRGbpRSWQXD cJJMKLNDlQs55equMhonCXVH/RRQ7jIS1/SRDOS9Y7OybnlTH7pC4QOLmeFEKsTWxsK6/ugImpC3 lWAIDIsIN0FUHPw6A0FcyHktmGXBiWOnpa2yxSA9pVtQ+lHNto0fu13VcmTVckRDV9VVqmXAyANH vpVdhbXGUlWm1eXSZ1TSU0XKLw1HqP3J0pTKJ3XS3w2yNAWfYhNEwqPM2LwqN3Sj3jqWYqSuYuSj FvuZ87MQUCEcAkPU4Qi4QYNL3tiUuhSQbsXWeNElbM3CURP/vtHl1fPKpvgJUtpsymSNK8xrTIFN XuHV2tXsUuSy3QUsSgCNx18DTXIkJ/mUzwJe09zr3Qdl3Yqdz5U0UNeDRwJ9WCw9WDRKW74VjPI6 ngn9Xw4lRtHonSkMy/cFxbHASFQp1A4zk3DdB4rMCDyhLM25s4Fz3zjxG1EhSdANPg18rncCkq/R DJd8zTEjYNpE28lUTND8UrMJU2N1XbMt1rFlMun94FwNugN1TNEM2YL9P/u0TecFXtLEXfihStrl mld107mlUESEQKr7tbRSmrktujzV3h/SrxJ7OAeyiJkoEBhyrAQT1I1QO1ACikZ+woSpRU/pm9vK pfIcIHmx/x99fBqn3Ff/dSv+FFLenc2A1WAhzdUJHiMzfWB1DFMG/tXZ49pbHli7NVUF3lI6XkzV BbpjG+MLJEE1Dt4thsBoW0Bbu1sr5Tbsvd1jWUm4GMn5ZZVObKUHUakHSYlT/BSRkCQxEIO3Q8LM 2b7EySFZal9M1ZkMESSgQpE5jNU5FlthMzmVlWBcg9t4vOBbvmKf68B83qKplc2E3V0HfdIpPtVS HbmMfaq3VePRK2bH7LXWdWUq7h7U7FoDHcQDLK4l7dK/eGaqasnkWkRie4us8hvB2su/UlzLBb/a iBk3gUuW+JTdiD6gcCX4ja0Q7SexuBHRZR/dzEl+Ni+Pk/9eslpbbKxSX81aY309LG4LbsjfZoPG trDqrMZqrOboi+6ehF1MMk7QqBREgobGLLZd5N3qs269q17rtV5JuRVQXbZYcITqZHtQr+bPJUu6 bDm6GbHaClWKaoKu1+A0msrmA1mZz7qzfeCG7QCALRhnlCm7wzqN+BDasZTXG0oaubE5QFSrOuzG fSxjNYs8CPzaNDXYLsZYCIYmKAtAygtAaMwLgk7NyyPoqU1N9snAJqVquohtJhXu3Sbu2EZl+IpG 18ZAs5ja4IaM2Sbu5bbAZqRu1jtE4D4M2Q5okJZAYh7D1UPrpWLo8b7uYF7WaWtiqP1DsTJGsnhf gsJsoRn/kxjLoUKdjyDEPlv6M0N1KJUBmKNN2qzIrlGFtdorK2rW26B0zdI+WAtm4IL2WmQDZuEl uhAQpzO8agSw8OFmPRub7bZebqvetayukeqWbhNvUhLXarawcKy27hUXcdbDC6q2i7a2CwtXkeCG 8V2jcQ2v8avu8Oqx8TSa4rkONrY9Zgbf4hHeQAAmwKUF05dULlELNdV4YfvhTgGrHBqajZKQbEum E66Tk2wWJvKE32A0EaNLQfztModV7TJ+Xg403n2mQAymxvYhLjNF4DcsWOEu1mYpQ79lbsEIdD+f 6g+5x8lb7uIebudOXWVJdN8FgET3IqoWdOx27jlKXYzG/+5n8lsXl9VD1xHo7kywZm1yfFhVLt1/ hlX2ksDgFeMMjcQTFJa7cm9Pq609c0LFwo+UgMsIaq2lOIpSiWFPFL7dnMxz6rKjZkqCjXNlk+co Jeawhb2IpWCLZeWO/ue2xnDZHnEgf+sO93FwB/dDj88Lh1IVsXTVU3GYg+4Op+2+pcl7HHIbJ/du 90C86G3a1u6snnEB3mU0TXWQFWhlRl4jD8fctOXXBuX8ndXpCSgj6pLh8W+DSeQDo6GakGzN2ebm QxXO1VMsO7bLULIs+i15v8OvFeA5/F0Nzudnn9LhZWNrJzxxge5mPGt5l+4iCfROr8ranDxC53Di ZkbrDv/6D6dtuoj03ybuukj0RUd5Rcd5v1V66TYjev+a2YZPc3/3CtZoi650BNXnhn7K8GbKBQXv qJRTkl6vyIDyOjKrzSgiqdPLDxtfl6hpitlmdMAtxcVmozXapxGW/gEvvrZr0wVW+Yx2lYPwL361 Jj1ABRbx0pvlMcLx2p68tV5xzR9K7V7uFuf3Z9jwfn/xeA990kf90t9wF1990Qf10Td6zDd9q2k2 Uuf3IRFxfdd3dofo1Jt8II/xzH+GHq/u4LVjoRzQpOY9Pt9V8Tb19U6aRizJQx4govDvUGGJx94N cT5XySmKRR5PL5l7+zHIyiQLPE3WcIT2l6faKGZThb7/bkcXl0T323s0Tfo32zI88dKnfUBnbfwH iGcIADzj9izAwYQEEQIIQTBEQoYRnzWciPCiRYUMCQJYmLEiRoweJYKcyFFhiIECCao02JKiRJEc O8JcWTMAgoM5cQJAgHAgTp0UdyJI2dEj0o0/Ow7sOZSiTZVNczp1qpIlS4onac6E2pXrVq1TvWrt 2XEMR3s90WbIAECtW7gZ7LVVa/ctgn0I9tIFUMDePnsICogRAxcw3AJv62ZQPJdxBgR329YF4BYt RbRUtVK01/koALRcc46tKnYoVs4zOVL9ynmg1NSxVcNm+VN12ZGuAyw8ydus2aLAdz5zmNBiQ6QZ ERrn//3xIM2QJpVLD+l7ucKI1LFv1D4dKu/mGbM7ry4wqHODw3uD9x2dPU3hYEnfdr519df7qvHT Rr2yam0APjUcWT3BJhCC65W1FwJxvWXZYW8FtphialU4l2UFYCjGFnT9hQ5dd9nl1mOLPUiXg3A9 yBRTK5GmlVtHiQZWgV+15hVrWFF1o4DA4bgfkE6JxNBvRhn132xAESXUQBCN5BVESplEkkbgZdfV kDVxRCR5z5HU3ZdexaTQkwBwuSV3HyVn5ZhmmnQTSlc6aWV8Sx25ZFA9dbfjmUdFpaNsWfW4Y6A8 4sbVjzRuNdufCK4k2hh7QdVXW4uNGFlllaKI2FwN/v9VmD3ozBWYXowdxthimj4YV2ZnmfVUglRl kJtVWAGYGqBVuTZakDkiGNutNv22ZLCIxpSce+zZ9yRzT7bXpXTMvlkenV2+xyZy1iK1LXTdgont t9dKOya1InlH0nbWKSRft++526580Q1IVHeIgrVaWb0eSlqLr8a247z94vZMrGQFyJRUk1GG4Ygh OoyOZHpxI4JloILo14l9hRhZgyZeallo6/3LYle12bSrfj6GJdW8pwm4WUcbpVzyV/Uu5VNBQpWp 2plSHqUUaFrJ/DOtRIN2r9FuJl300VqCJrPP4SqdNNX1Hh1z0Uw3PfXQSls9NWdUYkSoUf4SpN6Z Opv/TGijAJv9J8pBJhoWiyvxZO/BB86m6mSpepxiqp8aJmqIElp64qoqRhZyUzaJxRpUpSUKLKG6 Rm4rf4p621tPDrn9+VMXFeWTngJ5vuZDaVott33tPgvfj1TCfhHduj3beu1hx45beZy/fuih4tZ4 Jd3E69467ZvfTua0DkFknHYO9YYzzsL/5t5+cdM4VpK2Hmi2abtWftpAorn4aEcOYhjZqaN6KCFc FnuYV+GbxnU/4tzX+t+tKbsN/KJwdRKW3apsSvIPV3qmJaUYKnPjupICuZYbMqHJXRWMYNTy5bUJ Bg1rG/xgAhcoNJ7hSF4SPCEJQdgnDDrNhIpyoZbS/6ScjqRkQAViyAGph5U8Ue8nS+HhU66iL3sF zyugE2KOZhSfX9lqRD3BX/1OpKm52MNi6xsIitanFgh1BC6t2gwYbcirqeTne6WBGeSa4sBEiSkh wtmR5wL2vXMdhzo7oxa+lqW7DioPefDB0h95pyzsBVKPfuqdvsCURw7ablluMuRuCpmf4MkLkddz HSKvZZ5KSotXvMGZuRypvEnGx3st8xdqikVKM4KGXzA7X2tExMVMHcZDGzKMX0yFuBJpjCAuCk6C ghmo4hWrQPtx2xLfRsaVpOQ2anSa0xjyvBCEskqb5FaWQvhBdL1whCocYgb91MFtRhOaJ4RaCrnU p/+aJSqcYCMnPLdVwa2oE1rYUtq0qpWcKFHESS8pXZO6Nyi5kVKDc2tbyow5QEf9BzMkqlQXG/QY ht2virisTBYjtL6QuSpBCnrV9vp1lQAGC4mkLKgknYk7LGXtN9A55NUGyTlx+k5cvpPZKAtqyUGy znYvDKRNz4U9PYqSk5u76SQV2S6e7pSQMp3g9WZK06hKdZzjzIh4mJLJIH1OpKYkkCpphqRUHkWN ZT3rW37VIBVptHBzQQeo9vFWjUERZFtUC+UEFtLwAWk22use2wJrpoCeLUEBCNMKa1RBNs4shhds ozYfC0+fvVOylL2XCMXJQg/SVIPzdOzQgoSuzIL/0JzsxKdL4VnExdKTLOGqUmuvli9zmcUoPNSV 9lZLUICNlLHBhBtmRiqVKUoxVXYpDPsquqKHvhKY4auV5dI4zNf070aWXKqx7pOse2pnqE5lKnjD lh/MEhWQiYxkTsV7PJ/y9KcE1WRQl1Wv2f5Rkgctb3rFudTs9TGP9oWpt+i7x3xGa6jQoU9UUkmU OA7KvWtT8ON8SbKcEKx8wVmVZCwz0VD1xYq8pExa+aUZR+mntzQz8SRN+qMenqdRLuFJiyUsEdWV cLyStWw6WwhbHGtzneL9bGmDHNkc4zOyMunV6uJJQpvtp0+ZZfIjGflkHdtns0cGy5UvC1sCE0w9 /1dRZ5S51c1AebTGbBzrTL5nlS+S6G+WAtXfAHdh05gRN6Bb1Cl5dGf/9pF3XuqzI+WJyfB2E5L9 VS+NMgnU2ZkXvuqFZHufSlQBb3Wnj470fw9d6PFScL/4HTOokQrV+HLZqNJRj5D41LmBgi97t7rz M9NcoBdhDi2TEVFbLOYxv4XsV5cjGMGGedLWnPRkNhqs2gr75Y/Us5rbwZrVkszjG5sTyknGqZCB fO0pexDKLDUy89z7TidXNtyKJOVme8xtbXOb26OFobpDaB508bNNrL2x+FqERIUudH+ohMqfajNF yoQIucYFGcNI5lyF96d75KvbMve37/IQZ1qaPP+qBQHsR2Vder+O/jihw3tYSktaWRe55NVQfpCT r7zlI3epIV966AA4hOUvt/lqfkNVmNRcqAdpAJB6J71Gm/fT4OXzuyyt6Jw2Deb4urgPf5kTLweM rzmqLuZ0i9YA8cszHbs1AEBVGQ3Lqmm9DaO/uarQQ7FQh1RptvGuytpwz+TdSr47uckNZKA/kuZh Pi26a26c1TiP3jS8SOEbEh6aR6vnDyQI0Bd/kMIjXvHHe9MGeSPtFlIzghXk+2k9v8fQH3TM244t f8EG92hlFkdEyV2JAzbW5grKK32bKHIlepeuM85eNT12oyZ8nlT7R4cgbSSioa3do2KX6clbtKf/ iZ78jjfAvr0TtSVBD2iLiAfo1Pz+Pp3nvIYAvfzP8L7503/+EEQ+BIUfv/v9zv7zR4Tx1DwXy69V fQEfhZo83b+jGRp+OZ3MJV3JzRzRPVIjzc50rAaC4YxBPB9CoRlm+Z6+QZcYYdQtRUqJuMVKxEgy JUkQCVDqQVYbyUz1YAeatIm7OdaNzVcF5l0Kxds8IY3p+d/9qR8AqJ/5QR50fF/k0Z/iMR79IUQD YEQD3N8O9lwQRksTPgeyzB/5JcQTGuGUUATfvZ8V7uCb6GDhCSHfmdbRyOA7idbomSGoeZP2RNYd 1YQbZpMR6YSh+V6ClVTp0dqIDUSbZYAYiEBT/7CK3qyIflVgSIkggMQRTizFqoGLp7HJ70Ua/6EX AT4fJJZX0UHe03mF+Vlh5RWhR2jft3RieHDhKP4gTWSh/C1Ec3wfzalfd5SfD0Ze+6ki4h0WKxZh RNwiEuaiuexfFU6eKtoRLoZhY0GazAmgxtUXApIcxyFjgCGFePhQ0LROnbGa3C1I6c3er0QKAhSG rWGIoHhgR50RmTUOpylKmLAUHF7Td4wbnAxZah1ZPFZbOcWbAnHi+lFhDoJf51nTFRohJ95fLxKh NGXeEE5en0iPQ5TfF0aeSAgkDhIkL66fmYzfLlak3+1TFfLdFvZjAGSh91lhEOogC1nZbLWgO/9q lgh9jTexngndo8H8RNkMkVhRjrG5ksRN2IoUxtEszvGBYEKNGawVX2EJCfOlVkxNYzJOH4BZD77s n9/ZXGid4vrJ32GZyUeaSfUB5GFlZUccIW9s5Vfu4Fce1hGC5Vl+JFdipVli5RFq5W9s5VlW5Fxm JVruoFlepZnEzF6SZVdmpVqS5VtWn1+iJWDGJV+m5V+SZWGyJVi6pWPCJWTa5V+qZVdOpuZhpWZC pLhhpctJ5TEWG9IMmqsFGFKWZrn4iQ5NoAWyUQPN2oCQHZxhyKTIhuw53D/JoM9g3ruxIOql5GN5 mxoyj+bBBO0MHbOhxFdqBRNeJehpJhIK5Dv/ZtNaJiEXuskRYmHPHSd2klMEWacsmuJ1FmRyqBM6 KY1DaucHNWF5ZhZHnl97hhntPOTUKGRygOdCulwO0h8ARtnNfWbLjee66QfK3RsH+djX+FL1eJ6v ABbmPF1pcFT5uAVPgowgpiEhAg/pSMUnMcXpIAd/BFqfwZDRjRqicQZhmqL/rdyaMIcrTh5+aqWM vlzNWef8WWZZ5qVayqWO7iXtxMxVap5eWqZcQqdhhqWObqXOzahcrlyRAiZeRukRst+Map6SjmWP BiaPEulfPiZgDmZbjlxa8mj1FWlf/kxF0iV2hOFVruh/vlxSiRyjLVXybN6PBtjm4AnAoIfW/0kX v8zaUWxRjBgcR4njiLHaEXWbCYYFFKYjvF0Wj6VNPHGWEHJfSPDdL1affe6l49VolDLmkPble8pn TWiqlObnEpLiqHJJdqKnRTIndgKkyxmnZ44cKeaf4zGEdV5Een5kqdqnSdKQsO5TlHnpSkZhqsZo ErIqf1oqL3Km41EqOuqYohZZ3dWjtY4QRqjJOglW8BlTxB3F/fChGHCQlGFoyajNhxpEc7RotZwm UhWSZ3ncIyrP/HnfJzKeVUpnGI5kLsZqY9Yp7fhrVDIpXBLpXpoqdFgpXwbploplYOrlw0pmkH6p mP4ckjLslx7sY/qlxmpszBDmkRommWKpyP/mpbCGqZKK7NPIVi0yCywipN9NpPwB3e1UInoZ4M0K EgPWabfUEHqgEU3ey75ZWMiIRmHooYz0S3XlGQLVU0lg2xh6UwsZ6NT03cK+lAcZ50tdD2Hy6sEe BcviZWY+5ltW5vkFaXsqJl7uKljapcsRa0IOrFmaInjGrX1a532a4maBXnNeZnvC6asa5EJuZ+RZ nq+m7JTZqs3NqrCWKXe+5yjGKPvlpSwybMOyLMJ6ZXai7Ft6jbQSia3GZ2nKm0peLU0hTTbZZE7S mhHhx9FUKEfNBwCJ3BtR0noNz+/Rnc72hptiRDSeXEgc5+dKDxWCpq/2TpH4omfKoo8i4Y//6tzX GqzFIuynAun0+uiTZu/0ci7HwuXbai4mpq1gImnAFunZiq2Rhq2WUu+TaqnKhulIfK6VtiVhimrL tumtwqd9iiff/pwmOeTJMcvM2uKwKmCnxZylEZLrMIsklslZqZgaIa0YKFErDZBX3Vbn9FYighat kJajQi26bMR2Ekk/bmKZtq2UKp9haiaYAmlXemKUZqxe3itb+ugSPmHnxuc96moOslx27rDhAmjn 5p8R3wTiCmlxjiJ14u3+Jm+WtCp3TvHPTac/WubLpWfmGWF57mdYurBzFuYXt69Xdl5agnF4bmKA IovdZdlwHhIjJRY0EtZ5vN7JAOodg0aF/5YFZmQiEa1UlywH7JDXGikjH5GLLhbH/EYP1louI6et 3Vbx2yZvFfMqFbIlfELy4Xall26v+b6wxMZlZjpslU7mlb4wKn/yFwdxJXty9a6s9q7v5pLt9pZy /HLpjiLmDL9vXa4yWyZv4AbzqzKxk5LiD0KlW1qq4LmJ8V4ffcVpe4jZiY6WuhiVw3UWRxVGbKJV cH1VQPFplrTxSgYdEk/rCv6gvvKiv97wKPOo0HhuxXoskC7nL0NmjuqckJJtKKtnD/8vFEdy4o4q psLqfQKrP3Nn4C6m/obzmbynqe5qP20xQRt0qsptCwKxzfktKe4tqCbsCrevGIsxTLhwyP9uISci K0TqnblR6+mGk0xklRv90J92U1OIRgBQMNHWWNyE4hlWc3/J6c5SSxD6ZzpbsiUHMbJiMlR2SxIi M5VS6cr5KvMS8fppqqliYnN4rfvKqDxvbD5X5tv+spkiplfXclm3ssmqbJWG6ZKeLzx7L+dKbFrj ctuytS2rbVs+L4ySn+8O63Y2M7I0b4sK71VOxCzeKPDi4p0KoGlKX6K51s8KY04aW0xpMxHh5gWq BIN2zdPt9I/2XcpBp4xOstaaZc2JdvoO5vG6ZcbC8P2G7K2K9Wgv5hjOsJQCqOA2cvnlH0QHMaty 8RCbKhXn9pmcdl9u501kNKym8fA6TbT/Pnd3Dm5DO25BP6567nbLuS1f3jAqS2YLLyv5qrLIAjAW fzHHlreQQkv0lmekqmFSNllMs7StQApFWPbVpZ6BwSuBLk9T+bNCiiRWW7X/piUkxyX/KiBUO+wo 2qdCxuxHljCnHm7cHuPdZjHflvVW47WSkjUOn207Q6fGmrUrq3Yr8vXmvu+Mgvj3WmxIm/UYu3iV Dqb6KjGWwraBhwdUSrjQBWBZTmEpMjExOwdU1qmfMO/LeQsONiM0T5rYOKVtnE+ewO5R2DfelGPU paPnsaS8LZnkZeRYZq/admxq0zjkgmpYbmf5Mmb36mXb5mBivjLGPu8Mf7JfI3idazGm/w5xqspq qw70ZP2vd3rl9YDZEBOzb8PWETMuoGdhIxt1dQvzdUK0oQ/w1465lGZsKjfsiycsFva4h4NpVlbu L6dt+t1f4vmf6J2uamlTjEXLUvzHTXeEfc/IZvQO6ZCH9Vkf0wWjdBLhVEe3VSNrJfvgKCY0fGIp kZcwf/L1S4FlgQ9S3QJ3jm/OQjLppkPpYbL5lcr1V1dskq74yZ54YYupid9lVz+pkd7yxJ64bLP4 p2+3Wd9wY25751L7kDvxQjRusCv72zqxjvdGcRo5RwRvdRjvUmqOokkgbdUGj9QOlWsXi51zbJle 6S6SsLLipqawbdc25AppWKewKh8kQP+arSqrLTv/DKa3pRReJj7Xb5MquuLW5yM59FHLqpjyuaxi baOvJPRuvKJbODEnqzWZZ3LzvBAmpOICM5rn56EHvY2et5nXMi1be1+KMtmW9Ed7fLSnLdra6kRo oRLi97Gac3DCCZEQSsPL7uMEU7lcniUuI1NVpXjCHwDehCzmJ5xSpO8eboKDLY9+Yl8TryT7OHvy rVLzdYIH/itv9bZjsWiTMv3Os9VnOuXTcESEJ/yurzxr71uv+8geLLvbZYybrJw/79cGpl9Se50L rOobNXYLHd8rLlJH9VsWIeTyJ0CO3z61IohqWnrhkZ8tIu6M1MOXEIzlXNYAJ8+c3N//f/x84q/Y tjZeO6dCyzgOy3LSV6Z5W38+rzmXrvDGo/wZJ258GvvkYqGWVLifRy7exz5CK3uxO14vj/r5F3F2 GyF0B6tJxr93rq3r2z1APAMAIMTAggEaBEAYAEDChg8RAog40WFFhgolXlz4UGJDhg0GOsSIEeRA hSefBXiWcOTJkBc7mlTIMqXClCYBCJSoU6fKgQJ9Bu2ZUieCnEZzJn0mRgxPAEgRCIyqkqFAnj51 5qxa9edWrQFC1LxZ8GbNhCtXUiUIsizClA3exq0KkqxNm3Dd0t1JMW9OvWoPph3bkChbtW3H4m1Q EK/WtRJBUoQ8eWLGk5EZdmzpMmFk/5wjI4eeDFG05LMMQ9AtWVEzZcwZX0peKLs0S5AWJbue6Voz 5ouvd0ck6LjtYbtUARs0aPixWLfJqSp2ntqv5bnN9T7GS/1mZ4JgtZYdSHx8W+JcyZdFwHAqU6dK CRIVutMk0Pf26fsMQXW/R48LRbIMtpJAwymmkfz7SMH/WvJvsb2AElBB4ViiLCORLptJQ+EQnJAj 1PYaDrrBVNILroYYi4swm3Y6y0URSXRuRAhPymy84WDMrqDh8BJMOeTsswtGFoFkMUcgQwwMxBx5 TJE+xiDbsEKLHPwopCsnI5AkjajEkDfrVvrvQJggAorAs+g7bb/57qMvqTfxU2mqqP/WEyisgdy7 EYEQ6uzKMTjJOw9On4bbT67zynqwx9MeC8zFEodsrCAlF8Vxx9DuOnRH5yRlblLDzJOv0k0Zpc5B 3ja67UABNdOIso0apA3V2iaES7EUZbMyV5FY46tK0qL81TYDu9RVVQrJ/Ky0ULeSVDlL9xoRNbb+ Mm9H7pbkzrPCIKVOyYycC9am/cj6Ccfy0GMWUMTkHCgqAPKELzyssArRXEKvIoq+scD7LUoPf3O1 pI685CzBBUUTlyOHHHVpQFT9u9BKk4qFNcAKSZIpxvx0uhZFwkBWlLGG8TvxxPmEIrLjH29yydXA VoSxxeRkhlZamzcusd9wYR4yUrn/khvWV4SJFhYi4VjtEsstObIsrVjHQ9ij0JR8GihD671zvqTw 5ZgqffXTiakb/Sz7RqeykrEjb2+D9KFJQxRVvrU4DRPXxgbDeyueoa0OJrup9ZlSa2OWz7hr8T4t ureiHlDBhGVqKUy58NI5NbAQ2m+xhC7v/FHPG3VxpdRGVw3zzdcC6zTU2VY9dNcvX21WC6Pm8spU eSu4tOH49lldJQEzLPEii9S7yaMBD90xuM8lbS7wVnSo5bkzSzvd6qsf7054xRjD3H3BB3uoIhs+ sKZCX6oS44gIfBWmBjt7P9XgVH0IN6AxkvDUiAM+2rai6zcbfxUsJgQSi5suJxjF/5zuLZpL4ItG NjMFpk6B3TJdf9Z0PEUJZIOZ24t0niMdj4RJWinDUbIiI6MgyQxIikPLfzClvn/9D1iVgU2GBFY0 AOkKQgG6UWY0lCDIxMhllYuWRQz1LKcQimtW4VhOxnY2KaLre/r6Dta2pZovGW9wIHJU3bQomOtg KzkqDBpouJU8M4Kwb4MBnuEK0zdtkU51qbHj5u44Ossp5jsgVN0fK/hAQHKOkHtUnrZC2MAQaq6B hUyL5waputKRDo+VpBse/eIrpc2mbe4TkroGI6hQIq462KqO3eLmlcT8i26JfA5xbOUviuDvaT26 SEqwJsoqTtGK8cLPL8FXn6/x5/9rLAFinM4XxAplKTPGXBCZYgVNpv2vVrri4EEI6Dj+uapKHryN AwGkObtIx3SpO9HHFPS0cGbOm4y8iwUtRxhHznOPOuPRNduJzgauSGeBfFQgUbSbxWioMSJDSfzs VKJJKfQ7LzTUg+iYFhi6aprVXNjEEOS4GjXTosPiWPui2U0hwewgMkkQUBbyyIbSayhuEt9OBBJF spnnTV2xylYeKs4SvUVKM0GLKhmVmETljXJqDJzHwsOcvOUveId8Vn9waSv5kJCOR8UOJNekxj+m CKKiWxyICupAzr0zq2Pt1l2+089pPWaQ9yTr6sRqObSWFXP91AtXo/pVW2Fwq///JGTqGMm56D2H LORsDoiMUyS3GvZuZvxKW0pjV6eqJUqym8joYnY5IErEY8MM1FVEeRNf7rKJ85qqLXcERJR4DaVE CxhGGaQrimK0RgSrZhGt+aimkS19Bm3AQO8Y3JB8ynXljOACk2ei/qDudOD0rabkqVeuMnCssXTg 2z52q4DGU7uVe2ReGMjOgA7UlafT63eyy9VGebBb2x0ZYSvpLbQajDY6nO2qejO7lKLGnhn9oYOS SLyntSaFK0LlQoO0RGTeyyruGZi1tuIyAEnsI9yqIabaexjhORazFnxsIoOqSrX+SLWYDe7m4gjC tAw0O3t9m2HYlrzOpVSwbLOU/60OG0tF9jWtkPzuWYFcwaL6dJGfgys7g2w6ypWykDpmJ3C1SB3y PjLKfm3UeIfIEik/0MTbaWVh48hbG5vyjceJ7E+7i0qO2lfGsQkih9om0RqJZ1AhGm1pDYK5kODn XLxCiWIbBhPcwM+16VMtcEzKyZ7+Bpulw6zI8jPj1o0KReR9Z1z+Asj0pnXFHFxcZBKI5H22F9Id NLU7WazIQsp3yuzdZ3fvhmpZ54WuYozOci/lpGr51a5yNVkEF+qTgSamrH2kHDjZqccw4VeZs/to bTvksg6r0Ig2AhfIfjYzsN6kPk+8EVOs/T24XUuWl6VZLaWGEbRUa4xJcndj1/8qRuOFSnouyqmr L6hFusBXId6i2LrBY9YJUpBa4CXuiot9XIK3VchPbiQ8AafXVbZuus8d5wMp6EryWje9gnWxpDxI cV6vCeOhJid4Ee4Z0F3XdVQuHftIFmI5LsdCkztq4BySJfctynW4tRC0QXqiNoUHT00BFQLR593n mEWH7t7pRm3LoN5KzTMFSrRnOiNre6tGp6dO5AjVSpMXofgk7x1ZvuupR0jtW7oBTa83VS3rD1Jq 1rd6DiDd8vbV1Q3fAXeneTlYk/cSfLu3HuFtMI2cGeu4uqN+IMl3raJSy528Kz17xll8KR4CRmcb lSbOspWfZQrbRycTy2nkglL/K7qpPO6xdr4Q+6oLLY9lfJzIZRLlu1KxbNuvJHMrj63tPrYIbqle ZJHVKkjEhT162OF0IQHba5aDkPqjtvut4Lp3jQsegtqn/pqsa2Tpf24hgpTx3jcn/a32u/s9hiCI /8jWSTNG4tsH718P0ro2P/pUBx2y7Y8FWDBjlWBFIzKk6gJkNn5q9bit6MoDJ8ICPJKos2xtf4zp 2vrJtgRtQ0ajVxLwfWQCxSrp1Twn9R5F6a5vx55Gynqs0vrouszP4/4O4BAunzQO1RRp0wxvB4/t 4i7N4YDwgu6O1XBlq8ar11RtxMBpbUQN8bKLyu7pc8ZL8IgvZIBtCu8u7hZp/7GEbJ6EK4miENru K2W8K88kqiTKzGSCpEcyC+wWkInQwsGiRp16I1ei5Kd+pvP8DJdoDrJCqfYcTQTpyCMOYiboLzHY r/xqbNV8r7xiLCL8TXk6rd/yad8sLdTO7wX77YgSjp/Sj8rq6brS7+wki+VmUHioA3aw0PlM7rjy CgpdTvy4b7tkbAirzJAMr6Dc6slMjl/4SJyApuQ8MOVyBM0Y5yeERpYwbJWm5mBuyDouQ5icKZu4 h2ymRIKeysBqi0r+JWXMYmn6Z34wLav4C73MrtLSKHNEZ99OL++87vv0TvK2jBYdDp1gDcfEqeSi J/Goz+/yjrtI8O2OZ1oiCf/TNLGtdI3uZLGdPgIY/2rKtOyfvOlIelEdJQshgZDWxmsGjw8iY80i f0zZWq1JzEoirQasviXQBgZmJA4dQebpPGOEsotQxkZ25gZDKKQOS+mpgIhWPkwSvUKzYgcKx0ye eKSvvor9Fo6nvsuPAovUcBCsMikG264xlHIQlU/8nOtTmqQJC9JEEq+CAIv8SjHfFi7UMg7zgOYV TcT5Isnf0g/i+m4Wv/LWrjKzGPHkLgewsKss18qQOuWKKumdkAZYIGJ5IiuatKTcbsmW8sdAuCfw QlBlXEifLqa3IgqxVqw1wC7z1lHxNs2gLk0iK6f6FBEg7040Y1ATGS/guC//vIxPHa8JMt5L+mTy QXTm1zpu/MLL14ztH5uyBzku7D6yNCOOCGlsE33roZ5vIEFR1XasNUHRueRtFuENN9+r4awLCOVt KINQzhSKyPSob5CjaRYnunzEUdCn81JlNnuEKX5rz5olo3zDzeZmUw5t8/hjrw5ORyKyuAxyzMSu rqZTBkOO7ZpSFD9t/YgzEZ9TCDtlQVEpQt9rO7TP8NyKs1zoFoXxICHS19Zy1WRRySLysTgUO/Sq uGptntSSIZHSw4rQxzgUxI6yQtekFMvP1WAzBymJyBZvkkwnMDdjVQTqho7FRuTHpCRCDs0EVqDL yZoUN3JOey5JcwgxzgyU/+fwqdVMRv1gTSB/cSM9sQdVMfOQbDvhCS6jcYd66n9URUori6AIamrY Z4eKBVMsQjTydNHctE4naqIw7Fjip5PeNFCbbaDoFHcUjReJzMnGsisnjyG/jyEnaLp+dPI6g1Nc k7ywaCClTK36Ykfk066CZKcgJKAejTlRJIpUBbJsZ7YyVcQcY60qx9+gpD/PSgp/0fsqFDp7b6/s T8kokcVehyjZLhRvcTO9o071lC/Yh07f9FnbButuL37qq1kJdcIG1X5qhZmgVQDrVFuV6fYqy366 sRmXdVufFRKPj8fkLhdjjTZFTeOMkFPRkO3YSI8+kV1D1cqwBas+VETIdf8bBehxOIpYpkUgxsDo uCZgJPOeXjKZhCZWgfVBNu0Q4epjIK9FOXUKsRDSkMwu7S5BWbQVQwhSV25D57Q2vJU12mZ+/pSG 8FTnPNBc/TRPL+qiYJZlKyZbufVUBBVdZ8hc97QZhZZdr++4/s5GJRX8+K5Wk0250NOVupPIDI+R OOtjcRBNLDb8wgRNGErpZpOklAM3uW0l4LNMFAc05Cc4hKlQLLSuyGnJ6Kgu8dES8zGMhnAfUY7W jmyBitLuCLJX4Q4j5Gss6edxmtFfDtNKghZZnGddZ/a3EGJa7dROofVyLZdyOVdcvWNQb3Zxh+Vz y3V3IEdajQWGBG8LYSf/64zMU9EOKZMLV57vj2LJXbEvNxtpvXh1NOsqFSWwkN6nPm8HdwooI7iD STFmNYgq7yA18VxRcD2SNke0E3XTNGMT2XozKfdp+aZzCxEV7zxTupKTW+/UNJgVQDpjfRuCfTuX cy2XLz5XWjN3fqdVdIWWdO23fjE3fr51WkGXWWM2XFNQOY+rhfyOFhmGRKUL9fC20kC1R2eTxsxR gddu1kLRKKuqC5WN9Mw2ZdpLVNFWDGICGbUCm1olHBspZVNHOaMqdVoJ7+Kvc9wrepDtViFIgwmp QKODd/OvIw1JFBvmE1fnmR63UO0UdAG4cpkYfqdmW5d4c6dGypRVc7UV/4qtGIvXV33bt4kHVYml VYpnVqAM0SIDN67KlBSr88nwroUF9AXRKRG5Km8PSSL7yO9GjjBp2KA+VXcUTYi+iS4cbIEIFmJR NdXAZe8Or0It6Gsby94+9kENVkoJeH6s9WVvg3Qld5MrDYpTQ4nXV5wy2X7sl5PM95Th9FrRVXMQ Nf1iyZWzuNMyNet8ynXvT5ZveZYt8pW3rHLpL11R903bl2iJNpNnwn4/ecIqWYBGV2IsF2hdK1q7 WHwfroKaSwcTNLokmPw0NmyzAuk860YaoCblcydJiMjMqZHaUesWqz82ETntCZ6JEGjRVXFvVhmN ZmKzuJL1V3Kf+Ge94/9/0zeQc/n+PnktgpSLf6uU71eJV6x/1VeM9xmMlbh+nziT7behBRhn97dQ 4zRot3h/Vfl+URegHbdIHTf6alXgoqz59DE2E7jlUAfU6FGzVmMjoKToJifqJmSNeQ6bqFNH2UgE yysWNYjiorGZlQZn6ZejyTiTxYrFOHdqHnpafxmVmTVaJXpzmxii4XeWE7WeO3qgyTpbK5qhs1is 1Ro3MnejUVmjG3rLdDmku9p9tdVml5qMT9pn53ePhbgh/XXknlA2ZXA57CJVsextYWZKx5mEZUc9 NdTX8lGexgz5fJXTePGvrjIL229dN5CrQVt9N3qjARgzQDu6RnlalZX/aD2Xf0Nbiy3krMfaO4aS ost6tvt3rTXXta9YWbW4pFVFrnV7fu2Hii+5rDW3n0H3MHnWSlrRhiN78G5Yn6y2+raucBmvR53n SkAiT6ySQQAK0mqTC4WaHI0PZCWqR2101UwaroNZty3atgV1JeZaoFW7o73Tql13Js+6rJ+4f+V6 l9+Col3QlWW5wGvboAMZgl8ZlxucoJdbf99aoYnZvfv7c/t4rdv7rjfXZWEI8/jK4rC3qGg5PM20 51D2LvhqpFimIeDTSiaHIK3TpSnbEq2TtsGaYrm1dBK5hwMOMPd6olvbfc2XfaqYrsF4tV8boc2X kLT6nw9auGdayj+1/6rfe6EH+sh5+7fl23OFvMu3GhIXXKthDq4P7/52e7brF63hN60j6yGRAx8N 7lFOUx1frFkC1FGnC+XSVeeKbjVudF/P+/TGuzYFSaMTF5P9NItBmX1gu6GLXF0v3E57mc3j05YV Jatde6svunLf18sZmssT1cJBPc3je8i3/MuDudIVA7+vvMyfjMAZOnbcfK8jfbi9eKCtNVwHmrWZ +5sY9Y+ayxY55VPsRJxBYmHrxy+8F+32co5eN4PQl1aM5alz+37pFNfF+K2JcaZBvW2q3E3Rdar7 eLTZ3J8VV83ZXKyZNXbKHYq1/dYtHKvNXH9jB1ovfaozWjXk+78r2v/dJfzBFfwhE1zdaZbdjzia i1TSOzPPqyP8EtEp72o80payZZyeFMhukrPSr9qpnVoA15enlPufGdrBAX67zv20RRvJvdzfmRXh oPXAYVnf/duhYd3AMT3S+8KVCx7g7Rznd9nneRnTa5ChI3efIYNzGSfTzbrJw1iUJ9pB+n3m7bvA r7iu81lYDJanbnhwlVPYFmp8z9DFxcCY+dw1v/5GbRX/BquGBFCskfy/Cx7haUzWdR3ewT3g7+9/ tePlMZyi45PW+9vk57rbPb2pvRpzBd/cObzXz5rulTuJ9XvTHbyL8fSLkzjlaj7MGx3yg9nxy5zv O7yuFVV9eq4LYfT/IXnkxnJCyl4cRYodfPHYPeO58WiD5SMc8jnfc8FcrTd/imkZmfGd0i88c5M+ 1bGcyxO/T1Me7k99yZV/0l+brPMXQBw8lh3ffEV+yHX9l199mB99uKt/UL0ftpvaiesUg5pMRpFw 8rDsNsRABOpnoYW5/pF4oT/cmNc33zGa/v3f/wECQIOBBBsIFNgggMGECwUqXEjw4UOECikOnBiR oUOGGDdmxEgQociFFTVyJAkxo8mNGxVKvKjypcuGA1meHInSpsmZPGm2zAkUZ8mZB4GC3ImU4c2k MCH2THn0KE6ENZs+tArz50+iJ4f6LFgVbEqIVMtWHUm0ZFGyX9n6/wT3rIEYETdCBHj27G6IZ3v7 8v27Fy/ewH5DGD7cF8DhZwDyMnasGG/jwYLx3tX7F/DhAIg790XM97Biz4Y5byZNOjRivXrtrkbt 2fRr1Kpjew4t27Vh3LB7+/49+3Pu3LVzdzauuzRs5LVRm5aN/DRw5dOXw1Zdu3n136Ed/438OPLl v5zJQ74LAPPu1IDbF84cGP5luVu2ZBAxxp4Ye/ZE9P//n3/+8cffgPjZk58YGSjIoH73KZhfhAhO OGF+DlaI4YUKHsjgg/fld6CDITa4YYkLitjggSKYOOKHDibo4oYwruihih2qOCOIOvZn4o0yTthj fxKyyOKOOAqJ5FCRSvboooM//ujkgjWSGKOUNP545YlKgogljB0WiSSWRFZp45RJ7rifmC62WCaN bY7pJpgSZjiklF+6KGGeGHp5n4EA+hlggQT+KYYY+W0REAA7 ------=_NextPart_000_0000_01D0EC81.16C01DD0 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.cepdinc.com/presentations/PcbLayoutGuidelines_files/master195_image006.gif R0lGODlhGQI+AHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAAAAAAY Aj0AhwAAAAB7rgB/qgB9sQB9swB/swB3uwB7swB/tQB/sQB3qgCRtwCAtQCAswCAuwCCtQCCswCA twCEtQCEswCIqgCGtwCGtQCEtwCIuwCItQCItwCKtwCMuwCKuQCMuQCOuQCRvQCOvQCTvQCRuwCR vwCVvwCZuwCbvwCZvwCIxACZwACR2QCXwACVwgCVwACRxACXwgCbwACdwgCbwgCdwACZzACfxACf wgCquwCiuwC3twCgxACixACq3QCqzACixgCiyACizACgxgCkyACmxACmwACmyACkxgCmxgCoyACm ygCozACmzACqyACoygCszACszgCqxACqygC73QCuzgCz0QCz1QCuzACu0QCx0QCzzACq1QCxzgC1 0QC30QC51QC31wC30wC70QC71QC31QC51wC7zAC71wC/1QC72QC/2QC91wC/1wC92QC/2wC/3QC3 /wC77gDD3QDE3QDC3wDC3QDE3wDG3QDI3QDM3QDG3wDK3wDI3wDd3QDM5gDI4gDE4gDI4ADd7gDG 4ADM4gDK4ADO4gDV7gDM5ADM4ADK4gDR6gDQ5gDR5ADR5gDR6ADT5ADT5gDT5QDV4gDV6ADV5gDZ 6gDX6ADV6gDX5gDd/wDZ7ADZ6ADb6gDV9wDd5gDb7ADZ8wDf7gDd8wDf8AD//wDi8wDg8QDh8gDi 7gDi9wDm9wDl9ADl9QDk9QDk9ADk8wDu7gDi9QD3/wDn9gDo9wDm+wDn9wDu/wDq+wDp+ADo+QDo 8wDr+ADs+QECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwEC AwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwEC AwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwEC AwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwj/AAEEEEhwoMGCCA8qTMhwocOGEB9KjEhx osWKGC9qzMhx40YAIEOKHEmypMmTKFOqXMmypcuXMGPKnEmzZs0BAHDqzMlzp8+eQH8KDUp0qNGi SI8qTcp0qdOmUJ9KjQrVptWrWLNq3cq1q1eVU8NSFUt2rNmyaM+qTcv2q9u3cOPKnSv3J0i7RO8C 1buTL0+/OAGHxEt4b97DhfsiNpz472LFjQM/dhx5MOPLignQ3cy5s+fPXBEAEE16tOnSqE+rTs16 tevWsF/Ljk17tu3auG/rzs17t+/UmkELH068eOcCAJArT858ufPm0J9Lj059uvXq2K9rz859u/fu 4L+L/w9P/rrx8+jTq1eJHMAD9/Dfy49Pf779+vjv68/Pf7///gD+J2CABA5oYIEIHqgggus16OCD mzUA30gShFQhSBcCkOGGFnaIoYcagsjhhySGWOKIJqaI4ooitniiiyrCyOKLNMZY44w25ojjjhD2 6OOPVmUIQAVDFknkkUYmieSSSjbJ5JNORgnllFJWSeWVVmaJ5ZZadsnll14maQGQZJZZJpQhjakm AGu2yeabbsYJ55xy1knnnXbmieeeevbJ559+BgrooIIWSuicZiaq6Hl6AqCBo5A+KmmklE5qaaWY Xqppppxu6mmnoH4qaqikjmpqqaieqmqqoG4AAAeLxv8qq1uujjpSBwDgiitIuuYaUq+7+torr8L+ WiyxwxYbLLDGJssssr5Cu+yxyjYbbbXSWjuts9Q+i+233obb7bjclnutuOZ6MOu67NK07bnRwirv q/TOa2+9+N6rb7787utvvwD/K3DABA9scMEIH6xwwgwv7DC+7UYssUgPw4oBSCAAkPHGGnfM8cce hwzyyCKXTPLJJqeM8soqt8zyyy7HDPPMMtdM880hT6yzrDhzDEAJPwcN9NBCF0300UYnjfTSSjfN 9NNORw311FJXTfXVVmeN9dZadw21CDuH/SDXUJMAEgsAoH122myvjbbabL8dktxw0z133HfL7Xbb eNf/jffefuvdd9582w044YEX/vfghzfO+OOGQ7545JRPbrnglWO+uNicF5f454iLFAMAo5dO+umm p4766qq3zvrrrscO++yy10777bbnjvvuuvfO++++Bw88ADJ0bnxcMwyvOwogCe+88tA/L3301E9v ffXYX3/98dxjpUL2twNgg/jkj29++eifr3767K/vfvvwvy9//PTPf/4NAOC/AwA88O//VjTwX//w hz/71e+ABkwgAheowAaSb3/9654EUxJAB1oQffsLyQ8AsMENgqSDHNRgCD04whB+sIQnBGEKTVhC EoLQhShsoQhVKMMVZlBWQhDhCmFIwxfOkIU+3OEP/3kIxBgGsYZIPCIIbzjBJhrxiT2EYhFDYgQA VPGKVswiFreoxS5y8YteDCMYxyjGMpIRi0fIYvewiAQzuvGMb4wjHOcoxzKm0Ylio6Me49jGkSgB AH8MJCAHKchCEvKQhkwkIhepyEYy8pGGxONMHElJSFqykpi8pCYVKUl2ZfKTmjyJDwAwylKS8pSm TCUqV6nKVrLyla6MJSxnacpOYmWUTwBALmXJS1r6spfA/KUwcWlLHwXzmMMEABRUQgUANPOZzowm NKcpzWpS85rWzCY2t6nNahbTM1joJjfHKc5ykvOc5oxmOL+JHnS6M50tyQIA5EnPedqznvi8pz7z yf/PffqznwD9JwC4wE70VAEABw2oQgW60IYy9KEBPWhB55JQiFrUofXUAky6AACOerSjIP2oSENK 0pGatKQoPalKSTrRMq30pSmNKUxnKtOaSrSlWqGpTms60pl8AQA/DSpQhyrUohL1qEZNKlKXqtSm AiAMOJ0VGZhKVadatapYvepVp+qFqL4EDFkNq1apipUzAMCsZgUJWs8akrWmla1rVStc2zpXucZ1 rm+9q1eN51a63rWvdmVrYPNaV7z6VbCGHexeT/LXwgI2sZB9rFbWAADKWraymL2sZjPL2c16trOg /exlF4tHs7IhtKgVbWpXq9rWgva0b7WlGlhLW9f/qlYMX5mtbgGw297y9re+DS5whyvc4v6WtKQ1 rnKJy9zlOre50J3gc6cLXeHKRQ4AwK52s8vd7Xq3u+D9rnjDS97tzgG56BUJHQBw3vG6t7zwfa98 40ve9Z53VudtL33ny1/y2gEA6+XMHQAw4AIT+MAGTjCCF6zgBjP4wemNcEvO6+AKP9jCGL6whh18 XyBl+MMbDnFx9gAAEpu4xCg+sYpTzOIVu7jFLOaDhGcMkzwAQMYyfrGOYbzjHvP4xzsOBGeELGQf GxnISF7xH9BDCAA0+clOjjKUpyzlKlP5ylYGQCFozOWtJCLLWA4zmMcs5jKTOSRbpsmWt2zmNp/Z /81QhhCc30xnM3f5zlz5siHqzOc5+7nPgP6zoM+85y8DiREAQLSiE83oRTu60ZB+tKQZjedKe6YR kc70pDet6U5z+tOeDjWoRx3qdUUCAKdONapXrepWs/rVro41ACBh6VoLhxKrrgSsdy3rXvP6174O NrCHLWxZ0xrXEsO1sgGw7GYz+9nOjja0p23rajtI2tiedra3re1uc/vb3qb28cBN7nDjGhPWTjeZ ys1uc7u73bi+xLM7aYl6A8AS9763vfHN733nu978/re91U3wsHEiJP0OeML/rW+FN5zhIDm4hB1O cYZXvOISL7jGN95SUADA4yD/uMhDTvKRm9zjHOxPucptKQgAtPzlLo85zGcu85qLYuU4z/kEZy4I mvfc5z2vuc6HTnSxkQIAR0860peu9KYzHQCnKLrUpx4xVADA6li/utazznWtU/3rYFdU18e+9bKb IuxoT/uPWMF2ALDC7W5v+9vn3na12/3u6pk73PXOd7i/Au+ADzxx+k54uMtC8IhPPF1oAQDGO77x kH+84idPebewne6YBwAsKs/5zmPl8aCH/Co8T/rSyyT0kje96lefEl0AwPWwB8AuWE/72pOEFriH vO13b/vYu573wKe962sR/OKrvhcA8IXxl8/85jv/+dCP/p0DAgA7 ------=_NextPart_000_0000_01D0EC81.16C01DD0 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.cepdinc.com/presentations/PcbLayoutGuidelines_files/master195_image007.gif R0lGODlhGAEnAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAEAAAAV ASMAhgAAAACZuwCR2QCZ3QCd0QCd1QCZzACf1wCZ1QCd2QCf2QCf2wCd3QCf3QCd2wCR1QCf3wCd 3wCb3wCd4gCf4ACZ4gCd4ACZ5gCd5gCb4ACb4gCZ7gCd5ACR5gCb5ACb5gCd6gCf6ACf5gCZ6gCZ 5ACV5gCzuwCquwCquQCsuQCuvwCovQCqvwCqqgCovwCqxACqwACqzACuxACqwgC7zACmwACoxACi zACmxACoyACmyACmxgCkygCq1QCozgCmzACq3QCi0QCk0QCmzgCq0QCm0QCkzgC32QCi1QCi0wCm 1QCg0wCi3QCg1QCi1wCg1wCk2QCm3QCi2wCg2QCi2QCq7gCq/wCi5gCi4gCi7gECAwECAwECAwEC AwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwEC AwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwf/gAAnACmEhoWI h4qJjIuOjZCPkpGUk5aVmJeamZybnp2gn6KFAKWmpYOopqmCq66qsK2xrLSvsre1s7a5uLu+usC9 wbzEv8LHxcPGycjLzqelKgAs09XU19bZ2Nva3dzf3uHg4+Ll5Ofm6ejr6u3s7+7p0PP09fb3+Pn6 +/z9/v8AAwocSLAgNRgAECpMyHChw4YQH0qMSHGixYoYL2rMyHGjx44gP4oMSXLkw4AvTKUstRJA y5cqY7KU6ZImzJk4a+a8qbMnz582g+4U6pMo0KFIiyY9qrQp06c0/9kAMLUq1atWs2LdqrUr169e w4IdK7Ys2bNm06Jdq7Yt27du/wvKnUu3rt27ePPqBTh1BwC/gP8KDkx4sOHCiA8rTsx4sePGkB9L jkx5suXKmC9rTpyXhynPpUADEE36s+nQp0enLo26tWrXrF/Ljk17tW3Yt2fnro27t27fvH8LDx47 7w8Ax5MjX668OfPnzqNDny69OvXr1rNj3669O/fv3sODH39876kg9ISkXz9PfXv20NzHh39Kfn36 puznx19Kf3/+APgXIIACFkjgge+Zh496RgDQ4IMORgjhhBJWSOGFFmaI4YYadsjhhx6GCOKIIpZI 4okmVqhgP0mY0mIpLwIQ44wu1gijjTLiSOONPObY444+BgnkkDoW+aORQiJJ5P+RTCbZ5JJOAoDe igAtAYCVWF6pZZZcbulll2B+KWaYZI5pZplonqlmmmyu6WabcHoZI5UFOWGKnaXgCYCefN7pZ55/ 7hlon4AWKqihhB6qaKKMDuoooo8uGmmjkFYqqaWJ0olXAQA80emnnoYK6qiilkrqqaamiuqqqrbK 6quuxgrrrLLWSuupnGqqIBST9oqpr5cGS6mwwA5rbLHI/qpssLo2C0AUAEwR7bTSVkvttdZmi+22 2nbL7bfehgvuuOKWS+655qa7rbPs0iNtKe9OC68p8dZL773z5ivvvvbq2y+/+ALsb8D/FkzwwQMn LPDC/7brMD0JALCAxBRPbHH/xRhfrHHGHG/scccgfyxyyCSPbHLJKJ98MQMPt5xPA6Y4EPPMpchc M80A2Jwzzjr3zPPPNwe9s9A+Ew300EgXnfTRSjd9tMtQ68NyBABAUPXVVmeN9dZad831116HDfbY YpdN9tlmp4322SxH7bZAVJcSNwBz122K3XLfrXfefNO9t9994w344IIX/rfhgR+ueOJvN06XBQBQ EPnkkldO+eWWZ4755pp3zvnnnocO+uiil7451W07rnpdkJfSOgCvx26K7K7PbnvtuMN+u+650877 774Hv7vwvQ+/+vEKQj4BAMs3z/zzzkcP/fTSV0/99dZnj/322ne//evIh0+n2QYAkE9+KeaXb0r6 56ufPvrurx8//O/H3z778tePP/3q83///OILILsqYL8C4u+ABkwgAheowAYy8IHqI6AAJxg1D5jC gqXAIAA0yMELejCDH9xgCDsIwhKK0IQkPKEKNUjBFq4OAwDgQAxnKMMa0vCGNswhDneowx7y8Ic+ hOEFXEjECVrwiCJEohKTyMQlOrGJUHyiFItIxSoCAATqm6IWo8jFLT4RhlYMoxihIQJTgBEAZ0yj GddYCjW2kY1jjKMc9TECAHzAjni8ox7zyMc91rGOcxxIIAAAOw== ------=_NextPart_000_0000_01D0EC81.16C01DD0 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.cepdinc.com/presentations/PcbLayoutGuidelines_files/master195_image008.gif R0lGODlhGAI/AHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAAAAAAW Aj0AhwAAAAAAAAAAMwAAZgAAmQAAzAAA/wAzAAAzMwAzZgAzmQAzzAAz/wBmAABmMwBmZgBmmQBm zABm/wCZAACZMwCZZgCZmQCZzACZ/wDMAADMMwDMZgDMmQDMzADM/wD/AAD/MwD/ZgD/mQD/zAD/ /zMAADMAMzMAZjMAmTMAzDMA/zMzADMzMzMzZjMzmTMzzDMz/zNmADNmMzNmZjNmmTNmzDNm/zOZ ADOZMzOZZjOZmTOZzDOZ/zPMADPMMzPMZjPMmTPMzDPM/zP/ADP/MzP/ZjP/mTP/zDP//2YAAGYA M2YAZmYAmWYAzGYA/2YzAGYzM2YzZmYzmWYzzGYz/2ZmAGZmM2ZmZmZmmWZmzGZm/2aZAGaZM2aZ ZmaZmWaZzGaZ/2bMAGbMM2bMZmbMmWbMzGbM/2b/AGb/M2b/Zmb/mWb/zGb//5kAAJkAM5kAZpkA mZkAzJkA/5kzAJkzM5kzZpkzmZkzzJkz/5lmAJlmM5lmZplmmZlmzJlm/5mZAJmZM5mZZpmZmZmZ zJmZ/5nMAJnMM5nMZpnMmZnMzJnM/5n/AJn/M5n/Zpn/mZn/zJn//8wAAMwAM8wAZswAmcwAzMwA /8wzAMwzM8wzZswzmcwzzMwz/8xmAMxmM8xmZsxmmcxmzMxm/8yZAMyZM8yZZsyZmcyZzMyZ/8zM AMzMM8zMZszMmczMzMzM/8z/AMz/M8z/Zsz/mcz/zMz///8AAP8AM/8AZv8Amf8AzP8A//8zAP8z M/8zZv8zmf8zzP8z//9mAP9mM/9mZv9mmf9mzP9m//+ZAP+ZM/+ZZv+Zmf+ZzP+Z///MAP/MM//M Zv/Mmf/MzP/M////AP//M///Zv//mf//zP///wECAwECAwECAwECAwECAwECAwECAwECAwECAwEC AwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwEC AwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwj/AAEIHEiwoMGDCBMqXMiwocOHECNKnEix osWLGDNq3Mixo8ePIAleCEmypMmTKFOqXMmypcuXFS+MHAmzps2bOHPq3Mmzp0UIFyD4HEq0qNGj SJPmpBmBptKnUKNKnUp1aFCFGJxW3cq1q9evXZsmlKkVrNmzaNOqLXk1oYeya+PKnUu3LtCDNGXW 3cu3r1+obRFm/Uu4sOHDLfUa1AsXsePHkCMzvNv4reTLmDM/tgBXsWLNoEOLTmtBYGCag0erXs06 KufPAMg2bk27tm2bFoKULmj5tu/fwE3mHW46uPHjyC922A0ggsDUyaNLn16QrMCm2Klr335cN00I OyKE/+dOvnxtztcjOHduvr37zMs7ANgBXrzQ9/jzH+4gG4L62foFKKBaui1H34EDJqigWq9dgN6C EEbIVYEW7FDhfBJmqKFSFyznoIMbhihiTxTqFsSIUSn24IMoSmcBBxwsx1yLL7VFn2n3tQVibDnu tuOPPu62nGlC0hiZibnNaKRJ6MkWm2zEdfSgZ1BWqSKAS34F45YwZhmSh0k66N2FEqXWm2UXmJnm Bb2pKVBvBEG325glcpabl1NxoBsQd+KZEU1TAoollaZFSeiThRaXKKKMHqqYWM0xxR6kKxoKqJ82 bQnElphepBuRAlmIFWqkPoflTffdOF+qQtkX3oHggf9X4Zy0dhrSppuaCMCJtkJkZWx4WcqXeump Z+wFTVkJZa8UwbgpjEHoyexDYSZ5EHup8XCqZLB2Kyuddn467REcbEpuEECsweu0C11pEKTwbmtb pXZ+WK+dAFigZIZdAqApEGUIFDC7Bokr7pAA8JAqe+MtaHCSSEZ8p7jvbeovrgA8kohAtBCM0LID GXsssXjyF58Fy3GpMpcCcRDcyuUC8YhA2HhsUGlJyicufTXYh6zNB9W5nIl6lssBueYabcRlLnNg hNIuA0BLzUAHK9CDxIY3KXtVN4SyaTqj3EG0uGpqdpf9pu1V2i4/23TUiVCNDdVdC/RwqLGqWvdH Buv/IDCvawBhd9QWG122QBYDkDifiLdELuKEGx65QI/MQrPcdHdd5ZNNAcX13jaVsTEAiXQMQOYD ASG4vzC37vrrsMfOckKog3710HZ6aztVc1v0OABPC4S00QI9fTgAv0ck9+43y+ThfA/ex7xXvZ+O +eXYW5999dxfr/333Wc//UC462ahqOMfFj743q+/fvoKgWlvvvDX7x7EENuvf3ko988BzvLZnwCp g78TUWyACETOyhLIwOQcwQK52lcDJ9ias8XoaxTMIGsKxyckafCDquGS6oJgQBCaEDNGQxryABYE NpzwhY6JGqf6RQtICAyGODQMEDbQuIEsL4dADKIQEodIxCLG5YdGTGJdqqfEJtIlIAA7 ------=_NextPart_000_0000_01D0EC81.16C01DD0 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://www.cepdinc.com/presentations/PcbLayoutGuidelines_files/slide0001_image010.gif R0lGODlh7wF2AHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALGUAGABm AVkAhwAAAAAAAAAAMwAAZgAAmQAAzAAA/wAzAAAzMwAzZgAzmQAzzAAz/wBmAABmMwBmZgBmmQBm zABm/wCZAACZMwCZZgCZmQCZzACZ/wDMAADMMwDMZgDMmQDMzADM/wD/AAD/MwD/ZgD/mQD/zAD/ /zMAADMAMzMAZjMAmTMAzDMA/zMzADMzMzMzZjMzmTMzzDMz/zNmADNmMzNmZjNmmTNmzDNm/zOZ ADOZMzOZZjOZmTOZzDOZ/zPMADPMMzPMZjPMmTPMzDPM/zP/ADP/MzP/ZjP/mTP/zDP//2YAAGYA M2YAZmYAmWYAzGYA/2YzAGYzM2YzZmYzmWYzzGYz/2ZmAGZmM2ZmZmZmmWZmzGZm/2aZAGaZM2aZ ZmaZmWaZzGaZ/2bMAGbMM2bMZmbMmWbMzGbM/2b/AGb/M2b/Zmb/mWb/zGb//5kAAJkAM5kAZpkA mZkAzJkA/5kzAJkzM5kzZpkzmZkzzJkz/5lmAJlmM5lmZplmmZlmzJlm/5mZAJmZM5mZZpmZmZmZ zJmZ/5nMAJnMM5nMZpnMmZnMzJnM/5n/AJn/M5n/Zpn/mZn/zJn//8wAAMwAM8wAZswAmcwAzMwA /8wzAMwzM8wzZswzmcwzzMwz/8xmAMxmM8xmZsxmmcxmzMxm/8yZAMyZM8yZZsyZmcyZzMyZ/8zM AMzMM8zMZszMmczMzMzM/8z/AMz/M8z/Zsz/mcz/zMz///8AAP8AM/8AZv8Amf8AzP8A//8zAP8z M/8zZv8zmf8zzP8z//9mAP9mM/9mZv9mmf9mzP9m//+ZAP+ZM/+ZZv+Zmf+ZzP+Z///MAP/MM//M Zv/Mmf/MzP/M////AP//M///Zv//mf//zP///wECAwECAwECAwECAwECAwECAwECAwECAwECAwEC AwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwEC AwECAwECAwECAwECAwECAwECAwECAwECAwECAwECAwj/AAEIHEiwoMGDCBMqXMiwocOHZXQ8nEix osWLGDNq3MhRYcSOFIOIDAKy5EUdZYSwEULSZMGRQSS6NAlzps2bHXWsXNlyoMyIMT9yLBOETdGe OJMK1HGUjUyKM4LsMBOEqNCXRo0q1ajzaBmTQoGifLq1LMEvTckC2MmGrVGRANRSNCpEiBkaZpNS rVtRItW2buESpKtSbt6GQepqBbmjrUrHgEceNku4INGsTZvaNewwM96OYSc3pXg5M2ajXwdm5jw5 YVYhqS3vsNj1tOkgZli35jiaYFMzgCEXLWwxQdG2s0EOX2yWRmKeDxsbNfMYMJKdSHG3Rbp7oXPA cs1c/0fCHfHf4MLZkO8+Uwf1lckFlnaqY4YXlKYvIgAwY0aAkqWZIVpWuhE0n1cz1LdDY0U9MNB/ M9DwH3sOPaDDfgalRVFtVTloIQ0HxkYhR0wR6Nt0JAUwYQA6qISbgBep6NJyQcxwGFXAPXTUexcK JCN/iRX044gMDWkQjixtCFxRPk6IwHNMEgnSdGwQhMB8QgaAJUMxdbSDgwnNByZDOxR4UJcnRskQ h04hMCFBAWCI0ZgLmTmjiRNxaFAAEGDmUJl9yWRnhroBmmaVh6JJUG1JqiYZADsQRZVvI8XnKFJW VaXopZjVhNBIVD2qEKiCRTVceWe6aJScXHpKaU+aiv/oG1GuDrSDqBniKlCtt+LmIkyoGrSDqobh dtRCpMJVYK+0imTpS4/iN2mumrbk3qkGNkWnQLdmZelfLWHnlGp4+pQVt+IeZSmDtnl75G3TsQav DiUWZedqE7HLXW0S6Stru8cSpO9BAy/6GkHgAtwQh7IKhFnDS6V7mmH4AcxcQX6uRSxW+dU7rkBP oogQYdlRVwYNwFU20F6NquYiSlRO9zK5Mme1JHdtvRfccx9jpep2KPK15nuC6ZgYbKwOa5REhDEH c1bBzbzrr2fenKFiTxW1JNE8rqlqqnS5Zld125kBnFxlIGE2ekcvnaHJKJfNHXA/o6gyyFtmWO5a O9L/iOiue8dlsWlP6QR0UWWAVxCxPfI9nd7w5sfQfIPaipmN5hbFrkqwDXQgG2WUwS6YCWZckJ4Y e+W5aWZAkrhUa5q+soYGsVlVxbST69VPTT3ruGaQqJTo4H8DfpRcmpG146/01uc559wl9t5mACAQ lcwi9td3f/1x7JQABvt6Oma5ARAAC1391XJCywfLPtWUJhxT87ovLadz2fkKsfR2Yb5U7gKZwWVY YqPumecowNrOVSxjrDb56Hr6g1Z9wBc/uxQEgtiZX+HIJ5EAlK6BQrCUmLxXFFbJTwdvOpRa2OQ/ 47mNUo87CIdaiC57ZStwM5jY5AC4MNkJrncPypxR/3yHALIUbHzHC99bLsjD2EUucI6CIgAyIyJW IRE1BHnACVMokIR9Rog21N2k6AW4r72EaKzB0bRolhi1BEBpuNGbi2gIJBf5TnBLFGN5WEQlxGDn jqN6URmStrUUGURSZtuWjwbyJKtdLY++6VpBkBQELtZpa5DZDkuo4jsa0ZFFZoQTQtxzrjNK7XR9 21P6incleKkqjIPxihVVeEVUoe6GDapdEz/InAc87FOlXAjlKKKvFt4ScmzYAQsWwktb+vB3DWti nU7zOoWlDjWWBIAvA9aQbV7MYV7JJg06BUw1ubCBy2FD+Zj4zIGYCjq+4VwZ6DjFv6glMyMzFrCA Rf8dM/hPmu9cXznhqSPovYRzbKDntQg6KnmmCkeohOJzBEomYiFgP9Yzlfp64jFA1pObL5liAmHp QkB6jGIbxWVwIMEG15VBkdoEF8T+FzgOGeaXuIQRMpfzSswICqcRJSlC5uPRUfrQpgSTprDaecwf ftOFlYtYEg8JRKlC0iBArV/kZCVTox7lCzLMXciMFRGZzGCWkXSRQlgWPfgVBI5CkKNR6KiTuiWu LXcFHUdD+S6hTdOtnTnaIAXmIp1i9WgNeRJgVePIeBKHgWZz3yj5OsmjrXOKWEPId4w1SbfkLDLF 2xXRJhvMw/q1elj6UTZjiUX21ZSpzxzhW2l31gD/Ysg/A/FmVQa6MHzm63JKdF9vmNlUq5YnqyXd UDvP+RTk5jarVMRcf57pXOO61pxT9OlEfDtUg8bTZA99rFYRgqSivg2k7kwJQxOCI/Qia7EisedB ZjA9yToKvFfrpzF5GBXvble+YIujQDb71PplTbtnJCkGhfuXO9YVPiqFKXtVd92eWbd2yA3QQM17 TezKR6m1tLCwgltLznBXIUdMFFk4tC8Qe7W1Qb1Y3t6KYACUpgyWzKoWKXwQ8h0kYcoT2X/VOuHI YuWqtirsUk/JSCjF1SFjpQ537qodh8TNVyJeShkMG18zDNZWS3rymbB8R0UdR8CJKg+W0aY/CY9y /0mhpal2viy4xcaFaD0Z61Ol42EsB6sFyztk2Vg544ZU18C1lGFsq2ooAPRpR2H64jlf2sWeOkRL pklOl4YLKeCCUSE6jItf2DAmNonaxrY5LIy1erJdORGLYZGcT04Mzr0V+kCq3m2FO+QwS6v4IQtO SEDbupJ5Vk2otsPV5ibVK5Gs5JHDkdR2nE1RhCjWbghFaHb8O7WdcEbPv9LON28zPUmhWc5ZhpLJ PEywVybsOmuGNk9GAtp9vcZaVJbkeBEiQFXB5jhvwdbqsuJmg+x41TFeYY1Zq2uBtctSC7aYwQf3 Uila+3PkJnFwWRPxzBjWxls9uL3dq01rTvOJSv/F+Gl2QMMZ6Ms2N64swkO8Gn41OTghiQyodX6i nBEM5wa5HtnK06JMooflBvlOYGRynTgvpIjpVGdknpVXMyQN6AjxYNRT5s9HZjIIFwW4QapDMcCQ PXboSTtVHpDN/zjb6Mgx35nMHpnStUVv27mk0dHU9Not0CH0KqswUWJw0f1dIA8wvGH+U7HQzRIB Ceg04iAhk2Xu6UmIcwpubUx4ikxIdKAD3Vc2b6DOZ1HxC/l85mWSTXqF/imMP3xEIiJpRiYecQKi p5DiMvuxfMULmFutOxsv+oLP4PaiBwALYi+XwJNRIQFAfuL483nTBxEjRoL+QbJfESeh9UFOsrz/ 8BkJsu1r5KKL1P6exm9tyzMEAe5/CPvjlP5L78ki9K8eBYuEoRSOn/1w0n/mJyUEWIAGeIAImIAK uIAM2IAO+IAQGIESOIEUWIEWeIEYmIEauIEc2IEe+IEgGIIiOIIkWIImeIIomIIquIIs2IIu+IIw GIMyOIM0WIM2eIM4mIM6uIM82IM++INAGIRCOIREWIRGeIRImIRKuIRM2IRO+IRQGIVSOIVLeHhc YYVUmIU2UTQPQUoQxhs8By1FGBYQ8IQfQVa3MxNaRFlr4mITkWFs6IPp5IRMwVM7AW+bAoZT9RAy Y1864kOa4Yc36GxC1YJMYX0VgXIrVxKnUXtc/2JxFdFVCOOGOPhgediCbIERiVM3URMZgghl0lFg CuEedtQRfmZFYRiEwxSDnLZdMBcXGEIv4OISOlBwo0SJDiFTs1SLRZg+IRSDpPhCrpgWugd1xjYi jKIcy2WEhJhlK+gxjnhykIiAHgMSMUciZaED0UiAljgodRgqmtJJIoGFTEErQTeOI2GO7MOF0EIS T9Er2FOHnfFKcqd+7RgXY+aOVCVZvRIqS6EYsLOO+jQqo5UrupSG3BJf7CiQ/rhDCvmJk7GKyDI4 qtY5P6cSvkM8A3WJ0DQQxMORi0JrcxFtPUaSBqJkc9cx0mSJr/guM0dZ1JYa8DKKEuMVijRA7f9C jTLDYXAnLusjkl3kK9kBWm1xHdoGbagCRzpVdD3FOR/3c0KJEUXHbtmlOST0Y6chHJQkV9Xhb2p2 VAsHALMIGT0FSHSXHuvBMSkTNRBpFs1YIAyjA/eBa1FUiM0YXKiBO6VVQwV2S75UBpDQFImzJDs0 jdIYLOSUUztFPAq3O7XoMQ0XlAgnW/UDZ9UEaQUxTjtCLxbCMME1TzTQmc5IId14SfPUf/9xK/oW jAvpZy0QQOrWQRNiiVPWZlVzNgORADYiM/URfMhCNI74fMJZNeKVViKWSgYDPx7ki0PEQHUxSCsS bMYJdqmzRv+oEikzT8vEFETjO3VhF2znI3r/Fj1mA51NkoASmXXn2WGx4XLUFU4fBkXuiV6ZQU+Y ER8yMhrcR17akmuhxnCokmGYOXBF8Rkywib3dC7+Vy8fp4veE2O79SNv6T0oJEqcVhs7wCoAuBu+ yGEJMZ6LsjFJNh1ftD0yJKLdtpBxgZKLgkZdKJJQshPyJGlTmWUdRUItJJJ8NBw0dhTxF0DgEmTo hVSxJGVWRF8CFzFzZBDGkaTq9oATqok8VnID6lTfMqVZlFUp9mkJ9xAiF2c6MR62sWL3aXCSSKCk Bka21IoBsosAdI1oui3SVFXxmUtdalzJNFPciB3eKBNwQRQAaSXIGZTUUY/1hJFoJZ27YptX/1Oc 4FSoQyaMthI6VmFn8fY2jkprl5qZABkfEEQVzdIsdyNaRFak++KiBfEAUDKUaIiOCnla2eVvtIee uPg7r+FcnNaKh4YAZ1qVc1WSzfmgE5Ge68kCW/o7AYqlGsZwDpY7X+pvOTmJM9eKJ6VLtqYZtypr AfRyJEckHfqICJV26KWq3nVikLlr8YRk3MKiPhGkwyhlwhRBIbqX9fMsJwZHo9mHh5J24pqjYLmH hPqLVAWvlcmvwXF4TFFYnBNVZRGlCeEvnHl8cMqlOtar7OlwJFdc3VKIowiUiVJiwMqOy2pcwQJA 5HNbKBtAMheZIEdwFJqSyRRhtjWz/LF9Rf/ErQdYmgnRIqVoPhNCZsRJHy4iZoy1pLWjKiLEqGeE m9VJtN2kHd2qTVCrZvpmnAnKWcbpYN05EIAmMqq1IpZ0itW5L516jo1VlZPyteuZdfshKY46IsTK QC4rtywrmbiBoVQlRU1FpInSSfS6EOhzGsJ2rNUloDHkkTsSeStrYYXGEA56KHdKEAR2tU4nf7VW t6TJmwshZCEJW+j0heFDsDIHG3QSo9HjY6eDZ1BxG58SbTREayxpr55mPJxkGUDjtLQ5jN/Et48q sNDCUPRlZxShZx6aF80YKT/BFPHxplS0kX/rq5GJoCF2YCIJmW0ZF7cRFnqZhyFyTpPZn3X/CWMS s1MzhYgT27J2imjI9Cz+MkoigohOpaLsYYkp05WIQq55xJ1NgyqNtL+z9Eaa9G/URjR05DdYFlmZ BVnhNprWWjf0NjbqypJ2oTVNQ7ncgb/6I24i0bMEAcGCUYeXgalPxblLgapZtKpyJRm3gr4nqSwk QRhmYIsRqYgcRXFYCkbqijc9dRv0tLG2ISClcUcAUzmQ+ZHnKHH1IisjOxCaOcQ2R7cUebHCOmtQ NLnCQsMiooiGKiWGY7CKEzFGGRn1kYok9JRW0i1kAxhI17rowRIOInYGgQCNQTZmXCfP0XT8ypHX 81mgIxFdLLt5VzvisXSdFsgR1ZPqVHsA/2dvOaMWO3MQebWmZ4keKxZ1gHFZBuh7mtx7ZKGqq4c5 Y8EaNzo0kxc6M/CjteMegNlozidsl7Fluvd0sljKEeEF3xdA+BGYGeoTCDsWYHUQngw6ueE/hids AiSY9CFDoXw6KBEpfge/WoYSund8zZg4cum+kxcEv5yAYLue3Jd/Q7IioFZlReJ9a/t0qHnO6wcy t9wQP4J+Pntp6Zx+bfd/8yxK0Ich8PzN4rzO9xfP/7yfD6LP9wx+7KzOGdjPUNa4qbehWZIRAt19 Dg0nEz0RCu15CG2A3ezOFX2C6KSFIG2C7RvSJA2CCZvDJZ3SF4iTDKvSLp2AKJE4evrSNBQNgS2w fzWd0xLY0Trd0z790xYREAA7 ------=_NextPart_000_0000_01D0EC81.16C01DD0 Content-Type: text/css; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.cepdinc.com/presentations/PcbLayoutGuidelines_files/master195_stylesheet.css body { width: 534px; height: 400px; } .TB { mso-special-format: nobullet=95; } .T { text-align: left; color: rgb(219, 245, 249); font-family: Calibri; = font-size: 238%; mso-ascii-font-family: Calibri; mso-hansi-font-family: = Calibri; mso-color-index: 3; } .BB { color: rgb(11, 208, 217); font-family: "Wingdings 2"; font-size: 95%; = mso-special-format: bullet?; } .B { text-align: left; color: white; font-family: Constantia; font-size: = 123%; mso-ascii-font-family: Constantia; mso-hansi-font-family: = Constantia; mso-color-index: 1; mso-margin-left-alt: 172; } .B1B { color: rgb(15, 111, 198); font-family: "Wingdings 2"; font-size: 85%; = mso-special-format: bullet?; mso-color-index: 4; } .B1 { text-align: left; color: white; font-family: Constantia; font-size: = 114%; mso-ascii-font-family: Constantia; mso-hansi-font-family: = Constantia; mso-color-index: 1; mso-margin-left-alt: 403; = mso-text-indent-alt: 248; } .B2B { color: rgb(0, 157, 217); font-family: "Wingdings 2"; font-size: 70%; = mso-special-format: bullet?; mso-color-index: 5; } .B2 { text-align: left; color: white; font-family: Constantia; font-size: = 100%; mso-ascii-font-family: Constantia; mso-hansi-font-family: = Constantia; mso-color-index: 1; mso-margin-left-alt: 576; = mso-text-indent-alt: 421; } .B3B { color: rgb(11, 208, 217); font-family: "Wingdings 2"; font-size: 65%; = mso-special-format: bullet?; } .B3 { text-align: left; color: white; font-family: Constantia; font-size: = 95%; mso-ascii-font-family: Constantia; mso-hansi-font-family: = Constantia; mso-color-index: 1; mso-margin-left-alt: 748; = mso-text-indent-alt: 616; } .B4B { color: rgb(16, 207, 155); font-family: "Wingdings 2"; font-size: 65%; = mso-special-format: bullet?; } .B4 { text-align: left; color: white; font-family: Constantia; font-size: = 95%; mso-ascii-font-family: Constantia; mso-hansi-font-family: = Constantia; mso-color-index: 1; mso-margin-left-alt: 921; = mso-text-indent-alt: 789; } .NB { mso-special-format: nobullet=95; } .N { text-align: left; color: black; font-family: Calibri; font-size: 57%; = mso-ascii-font-family: Calibri; mso-hansi-font-family: Calibri; = mso-color-index: 1; } .N1B { mso-special-format: nobullet=95; } .N1 { text-align: left; color: black; font-family: Calibri; font-size: 57%; = mso-ascii-font-family: Calibri; mso-hansi-font-family: Calibri; = mso-color-index: 1; } .N2B { mso-special-format: nobullet=95; } .N2 { text-align: left; color: black; font-family: Calibri; font-size: 57%; = mso-ascii-font-family: Calibri; mso-hansi-font-family: Calibri; = mso-color-index: 1; } .N3B { mso-special-format: nobullet=95; } .N3 { text-align: left; color: black; font-family: Calibri; font-size: 57%; = mso-ascii-font-family: Calibri; mso-hansi-font-family: Calibri; = mso-color-index: 1; } .N4N { mso-special-format: nobullet=95; } .N4 { text-align: left; color: black; font-family: Calibri; font-size: 57%; = mso-ascii-font-family: Calibri; mso-hansi-font-family: Calibri; = mso-color-index: 1; } .OB { mso-special-format: nobullet=95; } .O { text-align: left; color: white; font-family: Arial; font-size: 85%; = mso-hansi-font-family: Arial; mso-color-index: 1; } .O1 { mso-hansi-font-family: Arial; } .O2 { mso-hansi-font-family: Arial; } .O3 { mso-hansi-font-family: Arial; } .O4 { mso-hansi-font-family: Arial; } .CBB { color: rgb(11, 208, 217); font-family: "Wingdings 2"; font-size: 95%; = mso-special-format: nobullet?; } .CB { text-align: center; color: white; font-family: Constantia; font-size: = 123%; mso-ascii-font-family: Constantia; mso-hansi-font-family: = Constantia; mso-color-index: 1; } .CB1B { color: rgb(15, 111, 198); font-family: "Wingdings 2"; font-size: 85%; = mso-special-format: nobullet?; mso-color-index: 4; } .CB1 { font-family: Constantia; font-size: 114%; mso-ascii-font-family: = Constantia; mso-hansi-font-family: Constantia; mso-margin-left-alt: 248; = mso-text-indent-alt: 248; } .CB2B { color: rgb(0, 157, 217); font-family: "Wingdings 2"; font-size: 70%; = mso-special-format: nobullet?; mso-color-index: 5; } .CB2 { font-family: Constantia; font-size: 100%; mso-ascii-font-family: = Constantia; mso-hansi-font-family: Constantia; mso-margin-left-alt: 421; = mso-text-indent-alt: 421; } .CB3B { color: rgb(11, 208, 217); font-family: "Wingdings 2"; font-size: 65%; = mso-special-format: nobullet?; } .CB3 { font-family: Constantia; mso-ascii-font-family: Constantia; = mso-hansi-font-family: Constantia; mso-margin-left-alt: 616; = mso-text-indent-alt: 616; } .CB4B { color: rgb(16, 207, 155); font-family: "Wingdings 2"; font-size: 65%; = mso-special-format: nobullet?; } .CB4 { font-family: Constantia; mso-ascii-font-family: Constantia; = mso-hansi-font-family: Constantia; mso-margin-left-alt: 789; = mso-text-indent-alt: 789; } .CT { text-align: left; font-family: Calibri; font-size: 238%; = mso-ascii-font-family: Calibri; mso-hansi-font-family: Calibri; } .HBB { color: rgb(11, 208, 217); font-family: "Wingdings 2"; font-size: 95%; = mso-special-format: bullet?; } .HB { font-family: Constantia; font-size: 104%; mso-ascii-font-family: = Constantia; mso-hansi-font-family: Constantia; mso-margin-left-alt: 172; } .HB1B { color: rgb(15, 111, 198); font-family: "Wingdings 2"; font-size: 85%; = mso-special-format: bullet?; mso-color-index: 4; } .HB1 { font-family: Constantia; font-size: 95%; mso-ascii-font-family: = Constantia; mso-hansi-font-family: Constantia; mso-margin-left-alt: 403; = mso-text-indent-alt: 248; } .HB2B { color: rgb(0, 157, 217); font-family: "Wingdings 2"; font-size: 70%; = mso-special-format: bullet?; mso-color-index: 5; } .HB2 { font-family: Constantia; font-size: 90%; mso-ascii-font-family: = Constantia; mso-hansi-font-family: Constantia; mso-margin-left-alt: 576; = mso-text-indent-alt: 421; } .HB3B { color: rgb(11, 208, 217); font-family: "Wingdings 2"; font-size: 65%; = mso-special-format: bullet?; } .HB3 { font-family: Constantia; mso-ascii-font-family: Constantia; = mso-hansi-font-family: Constantia; mso-margin-left-alt: 748; = mso-text-indent-alt: 616; } .HB4B { color: rgb(16, 207, 155); font-family: "Wingdings 2"; font-size: 65%; = mso-special-format: bullet?; } .HB4 { font-family: Constantia; mso-ascii-font-family: Constantia; = mso-hansi-font-family: Constantia; mso-margin-left-alt: 921; = mso-text-indent-alt: 789; } .QBB { color: rgb(11, 208, 217); font-family: "Wingdings 2"; font-size: 95%; = mso-special-format: bullet?; } .QB { font-family: Constantia; font-size: 95%; mso-ascii-font-family: = Constantia; mso-hansi-font-family: Constantia; mso-margin-left-alt: 172; } .QB1B { color: rgb(15, 111, 198); font-family: "Wingdings 2"; font-size: 85%; = mso-special-format: bullet?; mso-color-index: 4; } .QB1 { font-family: Constantia; font-size: 85%; mso-ascii-font-family: = Constantia; mso-hansi-font-family: Constantia; mso-margin-left-alt: 403; = mso-text-indent-alt: 248; } .QB2B { color: rgb(0, 157, 217); font-family: "Wingdings 2"; font-size: 70%; = mso-special-format: bullet?; mso-color-index: 5; } .QB2 { font-family: Constantia; font-size: 80%; mso-ascii-font-family: = Constantia; mso-hansi-font-family: Constantia; mso-margin-left-alt: 576; = mso-text-indent-alt: 421; } .QB3B { color: rgb(11, 208, 217); font-family: "Wingdings 2"; font-size: 65%; = mso-special-format: bullet?; } .QB3 { font-family: Constantia; mso-ascii-font-family: Constantia; = mso-hansi-font-family: Constantia; mso-margin-left-alt: 748; = mso-text-indent-alt: 616; } .QB4B { color: rgb(16, 207, 155); font-family: "Wingdings 2"; font-size: 65%; = mso-special-format: bullet?; } .QB4 { font-family: Constantia; mso-ascii-font-family: Constantia; = mso-hansi-font-family: Constantia; mso-margin-left-alt: 921; = mso-text-indent-alt: 789; } .TblB { color: rgb(11, 208, 217); font-family: "Wingdings 2"; font-size: 95%; = mso-special-format: nobullet?; } .Tbl { font-family: Constantia; font-size: 104%; mso-ascii-font-family: = Constantia; mso-hansi-font-family: Constantia; mso-margin-left-alt: 172; } .Tbl1B { color: rgb(15, 111, 198); font-family: "Wingdings 2"; font-size: 85%; = mso-special-format: nobullet?; mso-color-index: 4; } .Tbl1 { font-family: Constantia; font-size: 95%; mso-ascii-font-family: = Constantia; mso-hansi-font-family: Constantia; mso-margin-left-alt: 403; = mso-text-indent-alt: 248; } .Tbl2B { color: rgb(0, 157, 217); font-family: "Wingdings 2"; font-size: 70%; = mso-special-format: nobullet?; mso-color-index: 5; } .Tbl2 { font-family: Constantia; font-size: 90%; mso-ascii-font-family: = Constantia; mso-hansi-font-family: Constantia; mso-margin-left-alt: 576; = mso-text-indent-alt: 421; } .Tbl3B { color: rgb(11, 208, 217); font-family: "Wingdings 2"; font-size: 65%; = mso-special-format: nobullet?; } .Tbl3 { font-family: Constantia; mso-ascii-font-family: Constantia; = mso-hansi-font-family: Constantia; mso-margin-left-alt: 748; = mso-text-indent-alt: 616; } .Tbl4B { color: rgb(16, 207, 155); font-family: "Wingdings 2"; font-size: 65%; = mso-special-format: nobullet?; } .Tbl4 { font-family: Constantia; mso-ascii-font-family: Constantia; = mso-hansi-font-family: Constantia; mso-margin-left-alt: 921; = mso-text-indent-alt: 789; } .defaultB { mso-special-format: nobullet=95; } .default { text-align: left; color: white; font-family: Arial; font-size: 85%; = font-style: normal; font-weight: normal; text-decoration: none; = direction: ltr; -ms-layout-flow: horizontal; text-shadow: none; = mso-ascii-font-family: Arial; mso-hansi-font-family: Arial; = mso-color-index: 1; mso-margin-left-alt: 0; mso-text-indent-alt: 0; = text-effect: none; mso-fareast-hint: no; mso-text-raise: 0%; = mso-line-spacing: "100 0 0"; mso-char-wrap: 1; mso-kinsoku-overflow: 1; = mso-word-wrap: 1; mso-vertical-align-special: baseline; = mso-ansi-language: EN-US; } a:link { color: rgb(226, 215, 0) !important; } a:active { color: rgb(0, 157, 217) !important; } a:visited { color: rgb(133, 223, 208) !important; } ------=_NextPart_000_0000_01D0EC81.16C01DD0 Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.cepdinc.com/presentations/PcbLayoutGuidelines_files/slide0001.htm =20 =20 =20 =20 PCB Layout Guidelines=20 =20 =20 =20 <= /o:idmap>=20
=20 =20
Updated=20 1/10/2008, CEPD, Inc.
1/10/2008=20
1
=A9=20 2008 CEPD, Inc.   = All rights=20 reserved.  www.cepd.com
=
------=_NextPart_000_0000_01D0EC81.16C01DD0 Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.cepdinc.com/presentations/PcbLayoutGuidelines_files/outline.htm =20 =20 =20 =20 =20 =20 =20
 Notes
Slide Show
=20 =20
Outline
1
  • Updated 1/10/2008, CEPD, = Inc.
2
  • Files
    • Mechanical DXF files are provided when available
    • Netlist from the schematic capture tool
    • Datasheets
  • Mechanical requirements detailing
    • Board outline
    • mounting holes
    • connector placement
    • keep out zones
    • component height=20 restrictions



3
  • Electrical Requirements, Indentify:
    • High current signals
    • Signals sensitive to crosstalk or coupling
    • clocks
    • Isolated signals and barriers
    • Transmission line signals
      • Microstrip , Strip line
      • Controlled impedance signals and pairs
    • High impedance signals
    • Desired number of layers
    • Minimum trace width
    • Approximate component placement, circuit sectioning
    • Grounding = guidelines

4
=
  • The layout process has two review milestones.
    • The initial review occurs after the board outline, = component=20 footprints and component placement is completed.
    • The second and final review of the board occurs after = routing and =20 design or rules checking, prior to fabrication of the = circuit=20 board.
      • The final review includes checking of the gerbers = files.  Schematics and = layout files=20 will be archived and the revision numbers = incremented each=20 time a board is fabricated with = changes.
  • A checklist follows this slide to aid in the=20 reviews
5
  • Check component placement organization, component = orientation and=20 that components are on a grid.
  • Check Trace Lengths.
    • Critical lines such as USB and PCI are required to be the = same =20 electrical length
    • Keep clock signals as sort as possible
  • Check Trace Widths and copper thickness.
    • Ensure high current traces are wide enough
    • Generally, analog or high speed signal traces need to be = wider=20 than digital traces.
  • Check Trace separation.
    • Ensure that coupling from adjacent traces will not occur = onto=20 sensitive signals.
    • Ensure spacing for voltage isolation requirements is = met.
    • Check that guard traces are used where needed. =20 The guard traces can be power or ground, ground = is=20 preferred.
    • Verify that copper pours are around analog sections, if=20 needed.
6
  • Check that Power Planes and ground planes are logically=20 organized.  Make sure that they are poured and not=20 routed.
  • Check that traces do not cut across power or ground planes = =20 unnecessarily.
  • Check that the grounding method is consistent, either-
    • Single point star
    • Grid
    • Pour
7
  • Check the placement of zero ohm resistors which connect = ground=20 planes.
  • Check controlled impedance trace separation and separation = from=20 ground.
  • Check that high impedance traces do not have a power or = ground pour =20 above or below them.
  • Make sure that mounting holes, board dimensions and heat = sinking are=20 correct with respect to the mechanical design.
  • Verify that components have the correct pin outs and = footprints
    • Special care is necessary with SOT-23 packages = (transistors,=20 diodes, etc.).
    • How pins are numbered can vary between manufacturers.
    • Verify that components with tab connections are connected=20 correctly.



8
  • Verify that clock traces are short.
  • Place series resistors close to the signal source.
  • Place shunt resistors close to the signal termination.
  • Verify that the outside of the board Keep-outs (and mounting = hole =20 Keep-outs) are maintained.
  • Verify that mounting holes are grounded to the appropriate = ground=20 type, or are left floating (if the design calls for = this).
  • Verify that Bypass capacitors are placed close to the device = power=20 pins.
9
  • Verify that the correct revision numbers are displayed on = the board=20 with the silkscreen.  Verify that any other items = that are=20 silkscreened are correct.
  • Make sure that a DRC/ERC is done on the board for = connections vs.=20 the schematic netlist, clearances, etc. =20 and remove any errors that may be present.
  • Verify the packages that were placed for the board match the = footprints in the datasheet and for the P/Ns in the = BOM.
  • Make sure any manual PCB changes are back annotated to the=20 schematic.
  • Check Fab notes, material call outs, board and copper = thickness, and=20 plating.


10
    =
  • http://circuitcalculator.com/wordpress/2006/01/31/pcb-trace-width-cal= culator/
  • http://www.ideaconsulting.com/dstrip.htm
  • http://www.microwaves101.com/encyclopedia/calmstrip.cfm
  • =
  • http://www.ieee.li/pdf/viewgraphs_pwb_design.pdf


------=_NextPart_000_0000_01D0EC81.16C01DD0 Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.cepdinc.com/presentations/PcbLayoutGuidelines_files/outline.htm =20 =20 =20 =20 =20 =20 =20
 Notes
Slide Show
=20 =20
Outline
1
  • Updated 1/10/2008, CEPD, = Inc.
2
  • Files
    • Mechanical DXF files are provided when available
    • Netlist from the schematic capture tool
    • Datasheets
  • Mechanical requirements detailing
    • Board outline
    • mounting holes
    • connector placement
    • keep out zones
    • component height=20 restrictions



3
  • Electrical Requirements, Indentify:
    • High current signals
    • Signals sensitive to crosstalk or coupling
    • clocks
    • Isolated signals and barriers
    • Transmission line signals
      • Microstrip , Strip line
      • Controlled impedance signals and pairs
    • High impedance signals
    • Desired number of layers
    • Minimum trace width
    • Approximate component placement, circuit sectioning
    • Grounding = guidelines

4
=
  • The layout process has two review milestones.
    • The initial review occurs after the board outline, = component=20 footprints and component placement is completed.
    • The second and final review of the board occurs after = routing and =20 design or rules checking, prior to fabrication of the = circuit=20 board.
      • The final review includes checking of the gerbers = files.  Schematics and = layout files=20 will be archived and the revision numbers = incremented each=20 time a board is fabricated with = changes.
  • A checklist follows this slide to aid in the=20 reviews
5
  • Check component placement organization, component = orientation and=20 that components are on a grid.
  • Check Trace Lengths.
    • Critical lines such as USB and PCI are required to be the = same =20 electrical length
    • Keep clock signals as sort as possible
  • Check Trace Widths and copper thickness.
    • Ensure high current traces are wide enough
    • Generally, analog or high speed signal traces need to be = wider=20 than digital traces.
  • Check Trace separation.
    • Ensure that coupling from adjacent traces will not occur = onto=20 sensitive signals.
    • Ensure spacing for voltage isolation requirements is = met.
    • Check that guard traces are used where needed. =20 The guard traces can be power or ground, ground = is=20 preferred.
    • Verify that copper pours are around analog sections, if=20 needed.
6
  • Check that Power Planes and ground planes are logically=20 organized.  Make sure that they are poured and not=20 routed.
  • Check that traces do not cut across power or ground planes = =20 unnecessarily.
  • Check that the grounding method is consistent, either-
    • Single point star
    • Grid
    • Pour
7
  • Check the placement of zero ohm resistors which connect = ground=20 planes.
  • Check controlled impedance trace separation and separation = from=20 ground.
  • Check that high impedance traces do not have a power or = ground pour =20 above or below them.
  • Make sure that mounting holes, board dimensions and heat = sinking are=20 correct with respect to the mechanical design.
  • Verify that components have the correct pin outs and = footprints
    • Special care is necessary with SOT-23 packages = (transistors,=20 diodes, etc.).
    • How pins are numbered can vary between manufacturers.
    • Verify that components with tab connections are connected=20 correctly.



8
  • Verify that clock traces are short.
  • Place series resistors close to the signal source.
  • Place shunt resistors close to the signal termination.
  • Verify that the outside of the board Keep-outs (and mounting = hole =20 Keep-outs) are maintained.
  • Verify that mounting holes are grounded to the appropriate = ground=20 type, or are left floating (if the design calls for = this).
  • Verify that Bypass capacitors are placed close to the device = power=20 pins.
9
  • Verify that the correct revision numbers are displayed on = the board=20 with the silkscreen.  Verify that any other items = that are=20 silkscreened are correct.
  • Make sure that a DRC/ERC is done on the board for = connections vs.=20 the schematic netlist, clearances, etc. =20 and remove any errors that may be present.
  • Verify the packages that were placed for the board match the = footprints in the datasheet and for the P/Ns in the = BOM.
  • Make sure any manual PCB changes are back annotated to the=20 schematic.
  • Check Fab notes, material call outs, board and copper = thickness, and=20 plating.


10
    =
  • http://circuitcalculator.com/wordpress/2006/01/31/pcb-trace-width-cal= culator/
  • http://www.ideaconsulting.com/dstrip.htm
  • http://www.microwaves101.com/encyclopedia/calmstrip.cfm
  • =
  • http://www.ieee.li/pdf/viewgraphs_pwb_design.pdf


------=_NextPart_000_0000_01D0EC81.16C01DD0--