lt tDrtrcnr or Eleiro.ics, Td@6o!!iolio, & ttior.di.rl E.linerttrg

t&ls pn chann.l. By adding lhr$ 40 CMS reti a mdihlh ot2l fi.e,gBin
r€cks ..c eli'ninared. The nr. of d.c!.s. 3to*s significanrty when lne rumb.. of
CMS tacks is funhs incrcased lom 40 ro 30 roc(s p.r chenet. Ay adding thc* 40
cMS tacks. onl' t ine-grain rlacks aro svcd. This stow down isdtrc ro rhc tacr $ar.
many ctrcurs, the nunb$ ofCMS kacks hls
'n
@chcn sa(htion In saruBlioi.
lirnher incrases in rhe numbo ot CMS l6cks wilt nor reduce the nuhbe. oftinc-
garn racks rtre rhcRarc w.ys ncrs lh0r c rcvcr bcctr butd ltro(sh rhecMs
> ROUTINC AREA
The arnhn.ric avcEB. of rhc ror.t .8. @ns(ocd by ouring |sures for 4h
circln ir shoNn in Figur 5.8 chnprq J. Th. er is mGorcd in 0cms of rhe
minimum-widrh tdsistorea [33]. In rlr fisuE. fi€ x-uis is lhr.onb€r ofcMs
outns rftks sF.ificd by rh. in6i8.rio., Thc y-oxis is rhc aE m6uEd in
ninimum- *idrh r@3inor rEa,
As show. (FiguE J.l). lhc gnph €n b. dividcd inro rhE rcgids, tn rh. fiN egio.
wheE rh. nrhit@rucs conuin bdw.en 0 ro 28 CMs 0&k! p.r ch3nn.t, rhc ouri.s
:E actuony 8.6
woKe whh rhc i.crcad nunbs otCMS rr&ks. This iicrc.se in
aE is due to the lacr rhar rhe ik.mci.ic,of lh. CMS t6ck! houtwei8hed byrhe
extemely snall nunb$ of ouing bu$s and rh. hcrased divedty in Duling
rcsources. ln de sond rcgion, rs fic rumberofCMS rEcts is tunhn incrcased. rhe
rounng are sfis ro dec@s.. At beiwocn 32 ro 64 CMS hcks per chmnet. rhe
rcunns !r.0 b.comes sroll.r dan $c @uling &! of dr. archilccrure lhar conlains no
CMS lmcks. Finally, in Egion rh@, $ rh. numtFrofCMS lmcts rcrches satuBlion,
t26