Lecture8 - Tm 3mm(ma 6 A dewdow\F‘\Q‘qu\D Q\‘...

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Unformatted text preview: Tm 3mm (ma 6 A dewdow \F‘) \Q‘qu \D\/ Q» \‘\ . SYMW (6‘03“va 0* RCAB ~ 03%pome *ulnm'o‘wv Q6: anew 2mm 5 dabbwrfi/ WDM‘5gbfl‘ Mm. CA Make. A L613 Are Awdmkw Rigomnu. 9Q WWKCSOQQQUQ CxCLuuxf$ ~ Quads \icAloué Wh‘xvpdcéfions 0Q mvm Dumbj$ $7 C1\\Okn5‘ KR: /M\Cfa,ocwe engmrs \D $9.313“ ”73(96th ‘ ' bhhmab C-RK‘CAMK w1¥h @(5‘L- \flcéev : j; + Ari Yr = \T \ Casew- T.‘ V H Short—circuit load Openvcircuit load Unit circle 6, = 270° 0r —90° lmPgédjLL$ am (A émfijrj CV09? Oct. KQCLSUWM \ij MW Mma\§&d Oahu: Wattage. quvkré WAR 5; w$L$ 95‘ mme : 0+ rrjyfl‘x SEQ” TrBNEZ [\ ~0~s\71[(\— 11.5% Y; 1 = \~ was? yvyfirz 0452+ Y7?” m = I 49%? 1L=2Mfi Q“Tr>1+'vz O‘KBid“ i2. L665 30% VL_ vs Cmg¥m’\‘ VL<\‘T\'>7'+ VLQ =\“ r2“_ *1 n. \znrmyraqu .. my- ‘2- szfl +Vb+fi1(\+rD—ZRVL «\ «41: Q WHY-Kim ._._ \—-m \‘FCL. \A—VL Trz‘? Y; “‘2“; r1.. K, (1‘ Z MR. + ‘ (”)1‘fl1” 1 + L HQ (fig _\%VB+TRZ: (“Vim + V‘— Z L“ \+<“,g h» (1) :: —L—- {\ 3.1+ V1.7— \+VL. \+<_L. (XVCXQ. C2, 3K5" (3 (—5.; 20> K‘QOMus :. —\-—— k-H‘L~ Figure 2-21: Families of rL and n, circlm within the domain [Fl 5 1. 6m GYM («WVR‘ @ (3:)? \% QV‘W \mQLCAmLL qufi $VQUUQ On “\’\\Q. WC'kCAWgX‘E CoaQRme-Nr KP\Q{\§L, \m M “\Rfid‘ of; +\(\L umlr C\CQ\Q, m \mvmclonuz) osciéx and/kg Cam M OC*\F\OOAODQ\ gczn’fik'fl5 0Q C(VCXLS Examibbp a; z r”— aflo§ezubknc§~mc3 b‘i OP S V‘— 0303 Figure BZLILOmt P represents a normalized load impedance zL = 2 — j 1. The reflection coefficient has a magnitude [H = OP/OR = 0.45 and an angle 8, = —-26.6°. Point R is an arbitrary point on the rL = 0 circle (which also is the I IN = l circle). Ly . iii I I I" r- I -._ -1- ‘- , . . I . ‘- 0 I I ‘1 :.;.¢ .‘.,_._ . F a a '9 I '- I: I 31' .I I I g new-:11" 3 ‘ I '- 155?:- fia‘flfl «g km‘ilrfi‘g‘ £559! .. '55-» 1.533%“ rigid??? . i $51.}; :1": 3:121:51", :- V‘. 5%. Emu/k \mpedonca \ookxnok Bt’tz‘:\,g;2:xrc:_~! AM». \oad Q¥CX dv’s‘mnC—L j, grown ‘HNL \ood \S CACVU‘ by a; Zm= Zo \‘\"Y(7—:‘QB fl \ “ Y(z= ~€> : -ufifl Z0 T\ + Yoga? 2.8L] ’0‘ l flags A Low“ “5‘00; *Vu. $m’s’h Gut)? /w¢., Q\L{h\)$ mmkm \myukonus —\~b 10 g 7 fl ”EMEIJJBKZ Vtour)1 \YL‘JCQQV Téf’fi): Rm C1.25M— , = “I \aflé‘nZ/M—5 IQ- ‘\'\f\q_ \\M \3 \Q$S\Qfa$ ”(2"jS ”we” TN. OHM daggemm Wm TmA 9? T631) \6 MAY TZZ-z‘b w @0th gkaK$ by LZAK Vela)“ UL +0 EURO/i v Q) . » ‘ Gm M gmfih Char, Armnggsxmmfi TWA 3n: Y [2,: ~15 Wmfi: WWQ;\m\»Q\n\naS \Y\ cponNY qmd éacmoéwfis M phase“ Gr bV‘ ”Agar-ox voXaHm m a dodngigdwcdxmm 47m. Smkdn Chasm A ComDKQk’. \‘blvo’flcm CD M fimkh CV‘Ofi 2 Q PMO'NL. anncyk oQ 2.1T. m\1r~o§g\(\ mt§m\po§ Bro QULKO C.\‘O(YJ§ {3 0:; LUTL - mmkyj‘chNB W \OQC‘B’ 5CQ\L \"> Auxjf HWEdeQ m LOTQ: %m\(, on $mfih CM)? M W “‘7 §>\‘h%Q—!GQ‘ T —-v C—\oQ\Lw\°>L COXOA’LM gwfié ZK‘W r.‘_:_.g,;.gx;u , :.u::.7 .7...“ ,, h $3,,“ 7:5”; ,,;,., "7,7,;M, :,,»:: ”4;,” raiggn "w“, ,, “*WV L," ,ikfl, , ,7)“ ,AHAQLI ,3 :,;;:‘,:;, .x, "rm: ,,,,n,,;,,r , 7,“, ,A,‘ ,, ,7, ,, ”2‘40; M wok 7; CombBflx‘ \V\ Z_L51(OO 6‘0“?“ Eupeo‘mULkaP WKQ 3mg! Th C It s 'hCh . A e omp e e mlt art Black Magic Design 2m 2 2° EZL ‘L 3201“)" 56/] Zo‘ *‘JZLLamafi, = 720.0028 ~ 33% \ RADIALLY SCALED PARAMETERS . c \ TOWARD LOAD —> <— TOWARD GENERATOR ‘49 9" Q), \I’?’ ~n0040 20 n0 5 4 3 2.5 2 a s 4 no 7 . 3 z n Vwoé’gzé \4, 62% og—n—H—I—h-HJ-nn—n—n—n—Ha—n n n4 ‘r‘ 4-! Le . . n-x—x-.L I n n 1- Tun-x n I—n H"'x“‘n""l"I‘Lan'F-Jn-Lr—‘x‘n‘n-L'vLv-lrfi-‘T-fl'lefi-H-F— $09100 0., 22 ($59 ~40 30 20 Is no a 0 s 4 3 n.n 1.2 n.3 n.4 1.0 L0 2 3 4 5 no 20 - 5 ~74. (357 \‘Qfigfir 0 n z 3 4 s s 1 a 9 n0 0.n 0.2 0.4 0.0 0.0 n éfii‘yfi’é \9 n 0.9 0.0 0.1 0.0 0.5 0.4 0.3 . .n 2.5 3 no- ‘7 95/ $/ I . . 0.7 0.0 . . . 0.2 an 0 0. 0.0 0.1 0.5 0.5 0.4 0.3 0.2 on 0 V 09’ . . _L_ n.__n. -_n n_n_...n -—L I _n_n__n_._._. $7 CENTER ‘7 0.0 on 0.2 0.3 0.4 0.5 0.0 0.1 0.0 0.9 n n.n n.z n.3 L4 L5 n.s L1 1.8 [.9 z @3- 241.7% §MW g E 7% 2 E Figure 2-24: Point A represents a normalized load with zL = 2 + j 1. The standing wave ratio is S = 2.6 (at Pmax), the : distance between the load and the first voltage maximum is [max = (0.25 — 0.213)) = 0.037), and the distance between the load and the first voltage minimum is lmin = (0.037 + 0.25)) = 0.287)». f VCNVOag, Max V0 [2. H» ~——-——-—-; M V0417: Ex am 9&6. O} 2?, g“; (on H‘ W72: fl> V0 “”0031, M (n v;(z—-© *0 wgPQAVWO = 2.6 (at Pmax), 0.213)A = 0.037A, and the distance between (0.25 0.287)». = 2 + jl. The standing wave ratio is S ZL ge maximum is [max (0.037 + 0.25))» Figure 2-24: Point A represents a normalized load with distance between the load and the first volta load and the first voltage minimum is 1min ...
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