{[ promptMessage ]}

Bookmark it

{[ promptMessage ]}

Lecture11 - (LCoVC‘k 0Q\Svs back 5‘ QOSAq...

Info iconThis preview shows pages 1–16. Sign up to view the full content.

View Full Document Right Arrow Icon
Background image of page 1

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full Document Right Arrow Icon
Background image of page 2
Background image of page 3

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full Document Right Arrow Icon
Background image of page 4
Background image of page 5

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full Document Right Arrow Icon
Background image of page 6
Background image of page 7

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full Document Right Arrow Icon
Background image of page 8
Background image of page 9

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full Document Right Arrow Icon
Background image of page 10
Background image of page 11

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full Document Right Arrow Icon
Background image of page 12
Background image of page 13

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full Document Right Arrow Icon
Background image of page 14
Background image of page 15

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full Document Right Arrow Icon
Background image of page 16
This is the end of the preview. Sign up to access the rest of the document.

Unformatted text preview: + (LCoVC‘k 0Q \Svs back 5‘ QOSAq AW‘CNQ.\ \DQEVKDQQD W %m\ Q (CcmmmoA Ms 0% W Nu.) #‘Qkfl‘kzfi HAT) QCCCUNV MUVVKQKL m\flc}\‘0(\3 (QQMo5\ Q37 \QQH’W QBOXS. A 3\re,\b waér‘xom As A gu\\q\m \‘gbCk M UG) \LUG) We— 6? a \DVTOCXL ?u\s<z_ on TL \3 Q ‘\"\W\9~ ”Nd V6“) : \LKQ +Vz(‘\') = VODKA — VJG—‘j 1* \S asmifiofi \-o UDAQSS‘K‘OOQJ firm mpmsonQF—YL— +0 Q $W Qunclflcn \(\ OVAL? *0 Mfichfific) ”(W— PCOPQOEfixm of- QLAsLs on TLS. OW Comaldum *an. Qo\\cu;xnc: Smofio ‘2 (SL9. N M \C’DQ‘O) \“3Ame‘orm/tgL‘k ‘Lm W Qbsmu. 6Q Q S‘OA“Q\ on "WV. \WUL 1'9“?» “\KDUKAV ‘mwdonm. ogm \(m \g ”macaw”; m 7, ‘ Cmfi CLPCLSQRSHYVK \h\3€\Q\ Conausnm % \fi\3r\cx\ mirth)? I C‘- m\+\Q\ Uov‘mg— Vfl' Vfi ::\+Zd : V320 K05+ZO 18% +10 W + \Jo\"oogz. Aukfil VI / If Cowfi-H—J‘ta uhva. JAAQBV émérs \jxfl a ‘MM§Q\CX\& O‘QSTCC JV’NL sw\\-L\fi \$ C’\osm\. + Skim : WHO. kqu'r‘pfi [m +1 dW-CC/Jfiomo Examgbhz, K3 = A20 26 22° if: Va 4123A, V‘Jr 3 (3.,ZV0A 62¢ Z0 V :: ZL‘Z-O _._.. ZZO‘Z‘O = _i__. ZL.‘\"Zo ZZo+Zo 3 f T: m. er 3mm; W. swam Am m \Mm o9 ”WM; \WV. 4 . T 2 £— anSmOUL UP vexed—‘8 Air AF: 12—: ‘Wu. poem. \fiab *mxflkd he“ wank chuhm WM ‘WQ— \Jo\\-oonL arm-Fm, QWQV “\Q of? *N \wv. \3 \J\+, 000} 1.62) mm saw Nye (a) V(z) at t = T/2 . 7M. +=T ,Hm peeve. m¢M%-\’vw_\oqc§ CZ=L\. Tm mwmQ‘rng 03¢ m \qu) fimmks q kadLQX wave. wx’flx amphhdL : V“ = TL\Ifi= zuzo “:62; CW J_\/,+ (b) V(z) at t = 3T/2 R was: \\ a ,, 4 V5‘\' m. (04:. $2” Saga??? (—e z 4-. 1B V(z)/€21: =V\+ ' V(Z; 3%} 2 V‘++\/\— = C \ ‘F TL3V\ +— Afiii m «Medea unuL mums as? M. ‘KWR‘E‘ \mpedcnm. M mgwxcfi‘ck a\— m OAWVC‘W L K‘A *5 Z0) amtvo‘k3 Q CLQ\G,Q.\"\O('\ CVQ.) C3“— 1= C3 VZ+: TVF= T l_\/+ E=‘/3 . ‘3 36 I» (c) V(z) at t = 5T/2 . Emir \GQVQ 019 \x'm, (O 47.4. [/15 5md \m\Q 0‘? My, 44.24 b We 5% WWW W18: ._. \1.++V.' :O+TL+YLYGBVI+ :(|+)‘L>V)+ (6) 1(2) at I: 3T/2 (f) [(2) at t = 5T/2 (d) [(2) at t = T/2 Figure 2-34: Voltage and current distn'butions on a lossless transmission line at t = T/2, t = 3T /2, and t = 5T/2, due to a unit step voltage applied to a circuit with RE = 420 and ZL = 220. The corresponding reflection coefficients are I‘L = 1/3 and l‘g = 3/5. 6% \MW* CEWQQESUNU. weeh \Jo\¥o ATWDM$\U\;— (Cam ”6 Qafrkddofl Coé3Q1C\U\<\' CQg-Luficn5r i$ %\’\\)L 0% *‘(‘o} Q37 \b\¥oo§L 1r: - EIfi :22.— réifi Tail? 0 M md‘fi QM: mQMd—Kcfl \Dvoozgg (200% nuts \hdLQ\hQ\‘L\U6 M u\\'\m\€. Doom, -\5rct\‘ \MZ,+\ \‘(LQQNVLg (1% +95Q \S ”Hm; SQWUL 03? q\\ \OCCQHODS on ‘HALTL. <$¥Q0dvdz sth: V00 2 Vl++Vl’+V7_++\/2_'+ V3++\/,; + H, ”WU” [Xv if“ View > :V(+(\+T._>E]+x+—><Q+m1 X: TLTG ' / éao MIA-n C, 3 erCS Q+Xg+fioox+§< . x3: ><+>< 0H §»x$:\—x n+\ 6(\->®=\*X $=\-—><n+\ t£><<l lv>< 5W 1 i7 ZL+10 Zn, +ZC) V60 : V3 ZL‘ SIX-moxt gvak UO\‘\CLQ§— £6 + ZL —/\\r\\% \g 6’06er don-\- Una, 6x9“)? basaci om an Co CAFCLMAP amok/83‘s r— Ka ._— Vac . V3+fl Z|_ icy” Z1. _ V03 ll p} Q 60am (.9. 9ng mm s . “ ECQQch: AVV‘OCk cg ‘W‘u. \JQ\¥O%Q_ 00d CLAVCQH+ (Anvé Ob Md \DOUOUL back 3 Cor\'\\ \s. Qx’dlcbfi Ausko X11408). diagram d\%3 Us Ato \LLLP ‘l’roclg 0Q ‘Hmo. \DCJADCLS QCQQHflQ“ % . - \f‘CX\-Lom‘\‘q\ c7065 (agnsdn’vs 9O$\5€\CX\ Q\O(\3‘H\L “M “ \JQvHQCA (was dVLfiOSYC‘u Adm ' Z'qbfi \lm \wA\CQ\L5 orocyess 0Q ”\ML Lama (Ami "HM. \Wm F = Pg 1/4 1/2 31/4 F = FL F z = O E z : E t = 0 t = E l ! 2T 2T ‘ E l 1 4T 4T V(l/4, 4T) I(l/4, 4T) . t t (a) Voltage bounce diagram (b) Current bounce diagram V(l/4, t) A (1+rL+FgrL+rgrL2+rg2rL2)V1+ ‘ ‘ (1+rL+rgrL+rgrL2) V1+ (1+FL)V1+ ( l +FL+FgFL)V1+ V1+ . E l ' t l 1 T 2 2T 9_T 3T i 4T _1_71‘ 5T 4 4 4 4 4 (c) Voltage versus time at z = l/4 Figure 2-35: Bounce diagrams for (a) voltage and (b) current. In (c), the voltage variation with time at z = 1/4 for a circuit with I‘g = 3/5 and FL = 1/3 is deduced from the vertical dashed line at 1/4 in (a). {fifflfioss -\-o no’Ve i; 7' \l\+ 5%?\‘% a)? +° 1‘ ¢ 5 Afraxds in W +2 A\YLQSV§OD\ LAO‘VA 0“ (tad/1: . __ Qi- +o§> 0‘3 \qufiaL dqcam l; at %¢mm¥or zoo) l—L. or\’ \OOC§‘ and —H\L fimc§ WU» (CPSLMLM'S “PM. mQ\LQ\fiA ano/e. T1V,+ F. ampwtuAQOg' QQCVW flag.) \\(\2_ sqoémflJY = PCOdud’cQ ‘l‘lNL amp\\5\'uC)\§L 0% m vecggclma hm. azianf él’ "JN— CLQVLQ‘KCO C0&Q . 0* -H,\Q, and o: 4m. m (Z35 £o\\aos 3W. 83mm. Proodure EXQ?—\' 5‘ng gov FL 2 Te grgotbum 3&qu gm. 1 *W mung 09 m __._______.__.___———_ =4“: 1/4 1/2 31/4 ”IL 2T V(l/4, 47’) [(1/4, 41) (a) Voltage bounce diagram (b) Current bounce diagram V(l/4, t) (1+rL+rgrL+rgrL2+rg2rL2) V1+ (1+rL+rgrL+rgrL2)Vl+ ' \ ( 1 +FL+FgFL)V1+ T 7T 2T 9T 3T 15 _ _ 4T _17_T 5T 4 4 4 4 4>|~a (c) Voltage versus time at z = [/4 Figure 2-35: Bounce diagrams for (a) voltage and (b) current. In (c), the voltage variation with time at z = 1/4 for a circuit with I‘g = 3/5 and FL = 1/3 is deduced from the vertical dashed line at 1/4 in (a). “5 Move Ethnoxs '\”o ”GAYL (i i - ”Tm *ostoil Uo\\‘00§0. Cor“ CuvcgdrB 03v 00% P)“ Z) Q 4mm. 'H ) Can ‘0'; déye(m\md by dfawo& a \JQPHQQ\ \inL ’i'hfcucgf‘l 9+ 24/ . GM Wm oddifig a\\ '\'\\o. \D\)TQC:{°> (Lbfime o: O“ ‘HVL ZACSZQCS Sqoswmxvs m‘rLVSm’vq-B by M \{ru hdrwmn +10 ahd + = +\ . 803‘ Find uo\5roo§cfi Zaé ,+=LfT V(Z/4, HTX“ V(+ + TLV1++ Y1. DAN-4 i-LZ QVCL = W' + m my $50 _ Tum. \Jacia\\m ‘0? \i 0* 0 seedng Z C0“ \O‘L Ogiwwd bk £3335? \mhms a? V odor»: ‘\‘\/\9_ Uar>v\cq\ \RM {qugma F I"=41 _ g 1/4 [/2 31/4 4T V(l/4, 4T) I(l/4, 4T) (a) Voltage bounce diagram (b) Current bounce diagram V(l/4, t) (1+rL+rgrL+rgrL2+rg2rL2)V1+ am (1+FL+FgFL+FgTL2) V1+ ‘ (1+TL)V1+ - (1+FL+FgFL)V1+ \l _-----__---- T 7T 2T 9T 3T 15 4T 1 71‘ T 4 _T 5T 4 A|~1 (c) Voltage versus time at z = [/4 Figure 2-35: Bounce diagrams for (a) voltage and (b) current. In (c), the voltage variation with time at z = [/4 for a circuit with I}; = 3/5 and 11 = 1/3 is deduced frOm the vertical dashed line at [/4 in (a). h " T\W\9~ Dbmmfl Qmfikéomkv (Tb KB :5 . 79% \s an \fl3‘LVLAMLfl+ used +0 \0 QQXYC gauvrs on 0&1 (’4. un&1r%§‘o¢fi$ or ur‘dwsm CQ\D\L$ Canada: a Cqbk A¥~Q¥ \s AQW°Y§LQX QB“ €00“). d\$‘\'000~ A mew :N oémyxoxxrox‘ . TN. 6xqmoogL qu ”HM— ELLQX'HCJ 9P0“? \L3 or SMQQ. 05; 'VN. Cqbk. TM dam? Qquszs ‘Jr 4-0 Qx\m\3* an \m(PLC:\onLL ZL-C 614' ‘HNL 'CQUH‘ \OCQ'LIIC‘A. Aggum -\<\r\.o_ fimfibéYOl‘ E3 \OQC‘)\ QVL WNOA-éqkd \vQ "\‘NL TL ZLF 7‘4 Zo - A TDK suds a 3kg) \bfisagL 60pm -\*\\L UM , @V Q‘Dazm'rxoa "H49. LbH‘o‘ag— O:\\' m W'WVB CV‘C)‘ as o QUHCBQOAQQ _HW)LAJL Lam awjrdhmm HM. \OCQ\'\G(W (3% W Qqu\+° +i§Rg=Zo Zo §Rf Zo jZL=ZO (b) The fault at z = d is represented by a i -z = 0 z = d ii fault resistance Rf I! i 1 Figure 2-36: Time-domain reflectometer of Example 2-13. “.4 QLMsér‘xcn ‘. :59 Wucfi‘raoxo. wooncm \OQOLJO \b 329.0 cm cu\~ oSmUosapz Canmdrcd *0 m \npu’v QQQ 75‘9— m¥md \Ldflcvmm OB Wozmmfi‘od‘d‘ UOWaQL b) ~Pm. \om‘rm erg m QCMH' C) ”Wu— ‘Q‘UVV s‘mmBY V¢%\S¥ODU’~ M \{mls Ifl$u\0\'{h€§ mqkfic\ \wa5 o m\q‘n\n£{>®2\*\3nv\3r% . . ._ __ ___. . . r: G V(O, t) i o 12 us (a) Observed voltage at the sending end I Q> Ema; JVMLMM \s pvoeefly \ch—LKLQ\ 21.225:ch EC‘u\\J(3(\Q,(T\ CAVCLMSV QOV \fi \\3\Q\ \JOVfiOXL/Z 2.0 E V Va + ,_:_ ’1 V0 Z0 —_ V - l U20 9‘20 n Vt, 2 Z\/= 2 (w) = \2\/ b> Eb‘xqujdofl \JQ\OC\\L&OF\ HM— MM 2, g 0‘9 : C : BMOS —.- Z‘O7x IO m/S \Fz—r fit FOC a glam“ GA" d\b\‘QOUL <5) ’HNL ch‘cgu‘fiP +mfla. d9) ' 0W5 M a .24. UP bu\* AAV = \ZME o\ 2 MP Mr /2 r 2.0% log lama—‘0 ’2. : l; ZL'kZm V ZL‘LLE". :- 5’ Z +Z . C—Voss - NanPV ea» 0 \. tJ—ZQG‘I—ogzo : Zea»- 2—0 c520: (,gzaj/ Z‘Z‘y : E: = I; : ZgjL 3 E _l__ ; 1 4, _|_ Zezv 20 2.4: J. -L _ 1—— . 25' 75 ‘ ZQ r CA A : ”$7.§J7,_ _, 2 Z 75 Z; KC Tm sawflw mam. gr; m. Cm H \s 375Q Figure 3-16: Interrelationships between Cartesian coordinates (x, y, z) and cylindrical coordinates (r, 4), 2). Figure 3-17:AInterrelationships between base vectors (in f) and (f. ¢)- ® 6“: @36924- and} la éc‘de? 1 Co§z¢§+smrb®3® a @ (gammaped ma NOTE ' ® 1(- SNM ("SKW — SWYQ QbsdDX + g‘nlch La QB) (7.2»:erst Ar EDCCbQD =~sm®®$di §+ cole-Wab @ ...
View Full Document

{[ snackBarMessage ]}