.MCAD 310000000 \  docDocument MmcObject[  dim_formatTmasslengthtimecharge temperature luminosity substanceNumericalFormatQdjj  shpRectVCmcDocumentObjectState\ mcPageModelK_I?_I?].?].?mcHeaderFooterI@I |P  CHeaderFooterJ@J{n}@J@J MbP?MbP? TextState? TextStyle>@ ArialSerial_ParPropDefaultW?Normal>@Arial@W? Heading 1>@ Arial@W? Heading 2>@ Arial@W? Heading 3 >@ Arial@W3 Paragraph >@ Arial@W3List >@ Arial@W>Indent >@Times New Roman@W/Title >@Times New Roman@W/Subtitle font_style_listO font_styleP  VariablesTimes New Roman@P  ConstantsTimes New Roman@P TextArial@P Greek VariablesSymbol@P User 1Arial@P User 2 Courier New@P User 3System@P User 4Script@P User 5Roman@P User 6Modern@P User 7Times New Roman@P SymbolsSymbol@P Current Selection FontArial@P Undefined Font@P HeaderArial@P FooterArial@P Rotated Math FontTimes New Roman TextRegion* docRegionGshpBoxUP49P ** CharacterMap-RangeMap;:Values for Discrete Component Branch Line Coupler (Type-1) ChrPropMap7: RangeElem<: ChrPropData8 RangeData=|0,0,128 ParPropMap9:<: ParPropData:@W/EmbedMap1<LinkMap/:<:LinkData0@NormalArial *@U`Kmk`X    -7Chris Haji-Michael http://www.sunshadow.co.uk/chris.htm77<78mArial0,0,12897<7:@W/1</7<70@NormalArial *@U{zvrr0r0-@This page calculates the circuit values for a branch line coupler. The equations are from "Practical Microstrip Circuit Design", Trinogga, Kaizhou, Hunter, P363. In this coupler the wanted power goes from port 1 to port 3; coupled power goes to port 2.7< 80,0,1289!<":@W/1#</$<%0@NormalArial & COleDocItemDocItem @Ux|xࡱ> >?/   !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~Root Entry@96>@)0XCONTENTS mCONTENTSV30CompObju @96>@)#Microsoft Photo Editor 3.0 PictureMSPhotoEditor MSPhotoEd.39q$o` ~~~~~~    zzz    xxx         zzz      |||       |||