Lecture2 - ($0 \5 9063mm. *7 Lfié+> reach; x395 (Back...

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Unformatted text preview: ($0 \5 9063mm. *7 Lfié+> reach; x395 (Back VQML) a? any 0% gay UJQUQ. La.)\‘\\\ Q0: (Josénwc, \5 Sq§ Cow‘Ww (Bo 1 O Leads ahead of Reference wave ((150 = 0) reference wave Lags behind reference wave Figure; 1—55: Plots 0fy(0, t) = A cos [(271t/ T) + 450] for three different values of the reference phase (150. °< = erxcnuobm Qadmr 6’ P MU gym} = Ag 4205(ij —./5>< + ¢o\ / qfim “Aim Con 3&0 0+ 0 Figure 1-14: Plot 0fy(x) = (lOe‘0'2‘ and its mirror image. cos 71x) meters. Note that the envelope is bounded between the curve given by lOe‘o-zx < Comphx Numbers Pas 28 — %\ Z=K+Jy A:fi 0 x: RaCY—B bk: 1310(1} PO\OX‘ Fofffl : 1159—39 = ‘1\ Le C Qo\cd‘ Ara mérc h§M\QF> Com ex Cam {UK—:3: QATQ . — A e Z*=(><+ELQ>X = X‘Stk: 17-39— “\Z) L_@ Mag hfi'uéw» \7_\: +527 The) Chi efiuq\ (2‘1 z\ XI=XZ and \/\=M€7— or cqu\\3a\m\'\ Iz.\:l21\9: el:@z Z.+Zg : Cm +xb -\— 3 (y. + gaB Mu \‘\*'\Q\\1Ccr\\m 2’22 : (XWALABéL‘LSYZB . = (“2 ~y.\/23+3(x.%z+xz%.} : \Z‘HZQAECOS (e.+ez\ + gsm (6 \+62\ 1 D\\HS\O('U Q0: Z i Q A 1v Rflawa AAQQA— Q Coekm m9,me “a 0 V5 (43 =Vo$\fl +— CD 05 C63 (6 ‘T/D =Co>ecQs1£ + smear = VoCO$/u3++<b;— T/z.> :‘S‘”9 in s-ErAQrmm Fufl C.ka ’ 10+ z<+3= V0 mafiwb as = fie. E Voawg : g \s \DV‘cwot‘ :33; M Ins\*d\'\‘cl(\LoU$ Qunc’nofl Z(+> O ZC‘D c‘xufig ,\ G.) : Eeéi CJUH'; Ina-\Cmmms Funcén'ons and “mm Coman‘dHPQ Rangers 0 A Aej¢o Aej(/3x_+¢o) Ae-axej(fix+¢o) Ae‘j’T/2 Aej(¢o-JT/2) A cos wt A cos(a)t + ¢o) A cos(a)t + 5x + ¢0) Ae‘w‘ cos(a)t + ,Bx + $0) A sin wt A sin(a)t + (1)0) 11021 ijej¢0 <-> 6 <—-> 6 <—> 4+ <~> <—> <—> <—> 6 _ ‘zcav _ ' we xc L a “Ego” L vs G) = Vosun (L13 +<bo> ‘1 \{o COS (LU'\"\‘ ¢°—q0§ A» O . Le,er VQCQS\’ awoken \m @an Agar-m :A'EK + i = VOQJCdBe'F/ZB dwC VQIQJBVCY‘ a Utw exéd 6 O @SSVWCA’VoA \m Ust-or Co.\ Cuba ‘Hnofi assocoks q uadch Q +0 exam 9* \n SPQLL E\C&§\LEC\O>S — ave, floa- MQ\\1¢Q)\ \]M5 05; M QSSOCKQM wefiq A [signs are \mtheN‘Y E" 7—1 1 Km, OQIol/L __ was 11.: W\ (“WM (“3% VorgL Om qfl- q. It (a X [Ov‘qc ’1, /\ Kn, \ a W $1de 330$,ka d\z ‘l 50 z 2.33%)0 F/m A/ k Fem E : Kev m «Gas.qu Z Lfn—EOK gm M Mnér W MU» Ms apex / ‘\'Loo chomsz ("Q OW§$\\C PMTKKK b 4% W a 7) ‘COF‘LL Gag Q\O(\% \\V\Q_ stx‘mhk LW % 0Q Qfi—(l ELLCE'VK‘. w\\fi(\’$ E 2 R 31 Z LleEQK (4 M Q‘u’fiwm WA. 0315 AdALéka, ~\\~u\ E: 3: 8r E0 /7 A\m&0%\0n\x.%3 quaflwlmk @QSVNL erwulhfi/ 0&3: I)? \5 0595mm Comumuufi’ 4—D ALQM 000M quon 3:13) A ‘D = 2? Aug“; QMX (Mafia . EMQC, dmxmg— ex\fi\\O\\Y$ 41,00 kmpcrkfir PCCQQF‘H/LS 25 Pnngph c? \anor supervoslhom ~ ‘Wm +d¥q\ UQC—Srcr ExQdd’ (xiv Obj P“ 1" 591°- (Em/UNbe Sys‘tm OE Qan‘r gkcroKLS 1% LLQ\ 3V0 “#0— Uedrcr sum <99 E—Q \d$ qfiwsr \‘ d‘uUL, Jrodm w mamadwfi cVWag~5 P C\¢Q3’V\C, (Ska-3&5 Cm \Dgi \ \— Ws Q\un\/s Qx\53r m thZOhM M chgb\b Magménc— Q‘NQWCN‘ Q ace. mgvénc, “AL: :3 mymsufi" “Wm €><\$\<.DUL ‘3 €511,05Ay R 09’ Q MQCSNKC, Q\L\c§ Ca\\LQ\ W05th [QM/xx M yaw Q Q“) C— \q,\c~) Y‘CA’ 00M exSY$ ammo) Q¢momwx¥ mg \5 Cu , E::<WAV @1\T\’\(\QQ WW‘LS. \flukuz. vmosvwlflc, 6 m QO‘JACS \o>c>\3g adv “So 0% q mfir+ Law WCAV‘QEHQ'C‘MX CJQX‘sQHX E \m SPQCSL ‘\~o M mvmfi-l MM F0? Cm man aim E \ \ 2 My: /\ (._ N49 0 E ZTr f‘ (—1 Ed \ Q\ Ck \%\—Qn LL Te’€°\q ab \ \m s cm. fin\ um\\- Wart/P dLmO‘hfik M 9&6? Pfi‘OAV M ma a. %m C Q\L\$ o\m_c3r‘ WWMW M Lucém.’ ‘5 WWW) Ave W gnu. Q Mo —_~ Mafimzj‘m, {DermLcBAlRX 09 REL fiPQCL Me = Um» \CY7 /W\ Mo , . a“ 80 swxgxf C— )‘Wu. 5313 d? {xah’r \AQmSPOCQ‘, dz: F : 3x [Ogm/é 44.20 The mQAOFAW/I 0Q mokdcfis owe. rm mafimfca A 2 140 ~ fiicond {g a \'\ q 9L A / WNCVW (:1. ($de SrC eodm :fifbt/ Transmisaofl L\M5 (1 ‘m +mem\ss(om — Mm My briciogfs HA2— OAQQ \deuexz/fl Outta“? WV a QXLCXVONOGSMHC M, We: W\\\ Md QJ<bO$W\5$\I0n VIM by on quanule CWLWJY‘ a ufia \erdwheQQ‘s chooiL a mmNr bub +0 dcwdog octave. eunhCflS (great Stir/thong cu\\\ \(bt‘oumh US Lufih om UPCLLVSWCWQQ a? we QmPOQQ’WQA / SAWSY‘CMVWE mua$ + Potpt‘d ficflSCCV. ’- LSJU‘QB )®Q>QQ\\ Transmission line Generator circuit Load circuit Figure 2-1: A transmission line is a two-port network connecting a generator circuit at the sending end to a load at the receiving end. 60qu 8 )fi‘cnxfid'fi Quack Vazth “\Ixso QOWN’CS , Z - {it \s QVW)? network. LUl'Vh QQQK M Cams-Mnon +0.30 Jtermmot\$' O Digger/10* Tx/{JQE 0Q Tmmsmvs3§om L—J\(LQ.$ dielectric spacing dielectric spacing (a) Coaxial line (b) Two-wire line (c) Parallel-plate line metal strip conductor metal dielectric spacing Anetal ground plane dielectric spacing (e) Microstn'p line (d) Stn'p line TEM Transmission Lines metal Concentric dielectric layers metal ground plane dielectric spacing (h) Coplanar waveguide (i) Rectangular waveguide (g) Optical fiber Higher Order Transmission Lines Figure 2-4: A few examples of transverse electromagnetic (TEM) and higher—order transmission lines. ...
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This note was uploaded on 04/18/2011 for the course EECS 222 taught by Professor Mike during the Spring '11 term at Michigan State University.

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Lecture2 - ($0 \5 9063mm. *7 Lfié+> reach; x395 (Back...

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