FALLSEM2013-14_CP1854_TB03_full-final-mtech-vlsi-2013

8/11/2019 FALLSEM2013-14_CP1854_TB03_full-final-mtech-vlsi-2013

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Annexure-III

M.Tech. VLSI Design

Curriculum

(2013 - 14 on!r"s#

$ni%ersi&' Core

Course Code Course Title L T P C

MAT 616 Computational Techniques 3 1 0 4

ENG-

601-

Professional an Communication !"ills #or$%orei&n 'an&ua&e

0(

00

40

((

EEE 6)) Master Thesis#Pro*ect$ (0

To&!l cre"i&s 2

$ni%ersi&' )lec&i%eCourse Code Course Title L T P C

+ni,ersit Electi,e 3 0 0 3

To&!l cre"i&s 03

*rogr!mme Core

Course Code Course Title L T P CEEE ./ Phsics an Moelin& of !emiconuctor e,ices 3 0 0 3EEE .// i&ital 2C esi&n 3 0 ( 4EEE ./) Analo& 2C esi&n 3 0 ( 4EEE .)1 '!2 i&ital !i&nal Processin& 3 0 0 3EEE .)6 A!2C esi&n 3 0 ( 4ECE .0/ '!2 Testin& an Testailit 3 0 0 3EEE .. !criptin& 'an&ua&es an eri5cation 3 0 ( 4EEE 646 %PGA ase !stem esi&n 3 0 ( 4

To&!l cre"i&s 2+


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*rogr!mme )lec&i%e

Cre"i&s &o ,e &!en 1/

Course

Code

Course Title L T P C

EEE .) 'o7 Po7er 2C esi&n 3 0 0 3EEE .)) Mi8e !i&nal 2C esi&n 3 0 0 3EEE 601 Memor esi&n an Testin& 3 0 0 3EEE 60( 9ar7are : !oft7are Co;esi&n 3 0 0 3EEE 603 A,ance Computer Architecture 3 0 0 3EEE 60. %ault;Tolerant an epenale !stems 3 0 0 3EEE .)0 2C Technolo& 3 0 0 3ECE --- Pac"a&in& an 2nterconnect Analsis 3 0 0 3EEE 604


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M.Tech. VLSI Design Courses ere" 2013-14 on!r"s

No.

Course

Code

Course Title L T P C CourseOfered

by

SyllabusVersion

AC approvalDate

Course Tpe

3)

EEE 60) Computational Techniques 3 1 0 4 !A! 1B00 1/AC +C

36

EEE ./ Phsics an Moelin& of !emiconucto

r e,ices

3 0 0 3 !EN!E 1B10 1/AC PC

36!

EEE .// i&ital 2C esi&n 3 0 ( 4 !EN!E (B0 ()AC PC

3"#

EEE ./) Analo& 2C esi&n 3 0 ( 4 !EN!E (B0 ()AC PC

3"$

EEE .)0 2C Technolo& 3 0 0 3 !EN!E 1B00 16AC PE

3"%

EEE .)1 '!2 i&ital !i&nal Processin& 3 0 0 3 !EN!E 1B10 1/AC PC

ECE ---- !criptin& 'an&ua&es an eri5cation 3 0 ( 4 !EN!E (B0 ()AC PC

&6 ENG 601 Professional an Communication !"ills 0 0 4 ( !!9 1B00 1.AC +C%33

EEE 6)) !tuent Pro*ect - - - (0 !EN!E -- PC

33

EEE .)6 A!2C esi&n 3 0 ( 4 !EN!E 1B10 1/AC PC

3&

EEE .) 'o7 Po7er 2C esi&n 3 0 0 3 !EN!E 1B00 16AC PE

3'

EEE .)/ Computer Aie esi&n for '!2 3 0 0 3 !EN!E 1B10 ---- PE

36

EEE .)) Mi8e !i&nal 2C esi&n 3 0 0 3 !EN!E 1B00 16AC PE

3"

ECE .0/ '!2 Testin& an Testailit 3 0 0 3 !EN!E 1B10 ()AC PC

3

EEE 601 Memor esi&n an Testin& 3 0 0 3 !EN!E 1B00 16AC PE

3 EEE 60( 9ar7are : !oft7are Co;esi&n 3 0 0 3 !EN!E 1B00 16AC PE

3


4/58

!3!#

EEE 603 A,ance Computer Architecture 3 0 0 3 !EN!E 1B00 16AC PE

3!$

EEE 604 !criptin& 'an&ua&es for '!2 esi&n Automation

3 0 0 3 !EN!E 1B10 1/AC PE

3!%

EEE 60. %ault;Tolerant an epenale !stems 3 0 0 3 !EN!E 1B00 16AC PE

%6$

EEE Emee !stem esi&n 3 0 0 3 !EN!E 1B00 16AC PE

EEE Pac"a&in& an 2nterconnect Analsis 3 0 0 3 !EN!E 1B00 16AC PEEEE 604


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EEE587 *SICS A5D MD)LI56 7 S)MIC5D$CT8

D)VIC)S

3 0 0 3

Version No. 1.0

Prerequisite

Objectives !"is course #i$$ "e$% t"e stu&ents 'cquire ' &ee% un&erst'n&in( o) *o&e$in( +E!

&evices #"ic" %$'ys 'n i*%ort'nt ro$e in )'bric'tion o) inte(r'te& circuits. !"is is$i,e$y t"e *ost '&v'nce& course on t"is to%ic t"'t stu&ents #i$$ encounter. t

s"ou$& %re%'re stu&ents )or rese'rc" or &eve$o%*ent o) &evice tec"no$o(y or&i(it'$ or 'n'$o( circuits )or *'ny ye'rs to co*e.

E%ecte&

Outco*e

/ stu&ent co*%$etin( t"is course #i$$ be 'b$e to

E%$'in 'n& '%%$y t"e se*icon&uctor conce%ts o) &ri)t &i))usion &onors

'n& 'cce%tors *'jority 'n& *inority c'rriers ecess c'rriers $o# $eve$

injection *inority c'rrier $i)eti*e qu'si-neutr'$ity 'n& qu'si-st'tics

E%$'in t"e un&er$yin( %"ysics 'n& %rinci%$es o) o%er'tion o) %-n junction

&io&es et'$-Oi&e-e*icon&uctor O c'%'citors 6i%o$'r unction!r'nsistors 6!s 'n& O +ie$& E))ect !r'nsistors O+E!s 'n&

&escribe 'n& '%%$y si*%$e $'r(e si(n'$ circuit *o&e$s )or t"ese &evices#"ic" inc$u&e c"'r(e stor'(e e$e*ents.

$ni& I Semicon"uc&or *h'sics 10 rs

et'$s insu$'tor se*icon&uctors intrinsic 'n& etrinsic se*icon&uctors &irect 'n& in&irect

b'n& ('% )ree c'rrier &ensities +er*i &istribution &ensity o) st'tes 6o$t*'nn st'tistics

t"er*'$ equi$ibriu* current )$o# *ec"'nis*s &ri)t current &i))usion current *obi$ity b'n&('% n'rro#in( resist'nce (ener'tion 'n& reco*bin'tion $i)eti*e intern'$ e$ectro-st'tic )ie$&s

'n& %otenti'$s Poisson9s equ'tion continuity equ'tions &ri)t-&i))usion equ'tions

$ni& II *5-9unc&ion Dio"es :

!"er*'$ equi$ibriu* %"ysics ener(y b'n& &i'(r'*s s%'ce c"'r(e $'yers intern'$ e$ectro-st'tic

)ie$&s 'n& %otenti'$s reverse bi'se& &io&e %"ysics junction c'%'cit'nce #i&e 'n& n'rro#&io&es tr'nsient be"'vior tr'nsit ti*e &i))usion c'%'cit'nce s*'$$ si(n'$ *o&e$.

$ni& III ;i


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2...e e*icon&uctor =evices P"ysics 'n& !ec"no$o(y o"n Bi$ey C ons nc 2De..

8)7)8)5C) ;=S

1. ?etreu o&e$in( t"e bi%o$'r tr'nsistor Ne# >or, N> E$se$vier 1A78.

2. =. ou$ston 6i%o$'r e*icon&uctor =evices c?r'# @i$$ 1AA0.3. N. /ror' O+E! o&e$s )or V; :ircuit i*u$'tion %rin(er-Ver$'( 1AA3.

4. P. /nto(netti 'n& ?. 'ssobrio e*icon&uctor =evice o&e$in( #it" P:E c?r'#- @i$$ 1A88.5. =.B. ?reve +ie$& E))ect =evices 'n& /%%$ic'tions Prentice @'$$ eries in E$ectronics 'n& V;

1AA8

F. . . !y'(i ntro&uction to e*icon&uctor 'teri'$s 'n& =evices Bi$ey n&i' E&ition 2010

o&e o) Ev'$u'tion :/!- C /ssi(n*entsD Gui !er* En& E'*in'tion

='te o) /%%rov'$ by t"e /c'&e*ic :ounci$ 2A t"/c'&e*ic counci$ =t2F-04-2013

F


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E:EHHH DI6ITAL IC D)SI65 3 0 2 4

Version No. 1.0

Prerequisite

Objectives !"is course is %re%'r'tory )or stu&y in t"e )ie$& o) Very ;'r(e c'$e

nte(r'te& V; &i(it'$ circuits 'n& en(ineerin( %r'ctice. !"e course

)ocuses u%on t"e syste*'tic 'n'$ysis 'n& &esi(n o) b'sic &i(it'$ inte(r'te&circuits in :O tec"no$o(y. Prob$e* so$vin( 'n& cre'tive circuit &esi(n

tec"niques 're e*%"'sie& t"rou("out. !"is course %rovi&es t"e )oun&'tion)or subsequent courses in t"e &esi(n o) &i(it'$ inte(r'te& circuits 'n&

syste*s. 6'sic %rinci%$es *et"o&o$o(ies 'n& '&-"oc 'n'$ysis 'n& &esi(n

tec"niques 're e*%"'sie&.

E%ecte&

Outco*e

/)ter co*%$etion o) t"is course t"e stu&ents #i$$ be )'*i$i'r #it" *o&ern

V; circuits 'n& #i$$ be 'b$e to &esi(n *ost o) t"e*.

$ni& I In&ro"uc&ion

ssues in =i(it'$ : =esi(n. Gu'$ity etrics o) ' =i(it'$ =esi(n. O !r'nsistor.'nu)'cturin( :O nte(r'te& :ircuits. =esi(n u$es. ;'youts.

$ni& II The CMS in%er&ert'tic :O nverter t'tic 'n& =yn'*ic 6e"'vior Pr'ctices o)

:O nverter. :o*%onents o) Ener(y 'n& Po#er #itc"in( "ort-

:ircuit 'n& ;e','(e :o*%onents. !ec"no$o(y sc'$in( 'n& its i*%'cton t"e inverter *etrics.

$ni& III CMS Com,in!&ion!l Logic Circui& Design

t'tic :O =esi(n :o*%$e*ent'ry :O 'tioe& ;o(ic P'ss !r'nsistor ;o(ic.

=yn'*ic :O =esi(n =yn'*ic ;o(ic =esi(n :onsi&er'tions. %ee& 'n& Po#er=issi%'tion o) =yn'*ic $o(ic i(n'$ inte(rity issues :'sc'&in( =yn'*ic ('tes.

$ni& IV CMS Se>uen&i!l Logic Circui& Design

ntro&uction. t'tic ;'tc"es 'n& e(isters. =yn'*ic ;'tc"es 'n& e(isters. Pu$se 6'se&

e(isters. ense /*%$i)ier b'se& re(isters. ;'tc" vs. e(ister- b'se& %i%e$ines structures.$5IT V In&erconnec& !n" Timing Issues

Interconnects:esistive :'%'citive 'n& n&uctive P'r'sitics. :o*%ut'tion o) ; 'n& :)or (iven inter-connects. 6u))er :"'ins.

Timing Issues:!i*in( c$'ssi)ic'tion o) &i(it'$ syste*s. ync"ronous =esi(n - Ori(ins o)

:$oc, ,e#Ditter 'n& *%'ct on Per)or*'nce. :$oc, =istribution !ec"niques. ;'tc" b'se&c$oc,in(. ync"roniers 'n& /rbiters. :$oc, ynt"esis 'n& ync"roni'tion usin( ' P"'se-

;oc,e& ;oo%

Tex& ;oos

1. 'n .'b'ey /n'nt"' :"'&r','s'n 6orivoje Ni,o$ic I=i(it'$ nte(r'te& :ircuits

/ =esi(n Pers%ectiveJ 2De [email protected]

2. [email protected] ='vi& @'rris /y'n 6'nerjee I:O V; =esi(n / :ircuit 'n&yste*s Pers%ectiveJ 4De. /&&ison


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8)7)8)5C) ;=S

1. ='vi& / @o&(es @or'ce ? 'c,son 'n& esve / '$e" I/n'$ysis 'n& =esi(n o)

=i(it'$ nte(r'te& :ircuits in =ee% ub*icron !ec"no$o(yJ [email protected]

2. un(-o K'n( >usu) ;eb$ebicii I :O =i(it'$ nte(r'te& :ircuits- /n'$ysis 'n&

=esi(nJ c?r'#-@i$$ ntern'tion'$ E&ition.



E:EHHH Digi&!l IC Design L!, 0 0 2 1

Version No. 1.0

E%ecte&

Outco*e /t t"e co*%$etion o) t"e &esi(n %roject stu&ents s"ou$& be 'b$e to1. Un&erst'n& "o# tr'nsistor be"'ves 's ' &evice 'n& &escribe tr'nsistor

o%er'tions in &i(it'$ &o*'in.2. =esi(n 'n inter)'ce circuitry )or &i))erent : tec"no$o(ies.

3. Un&erst'n& 'n& '%%$y $o#-%o#er "i("-%er)or*'nce &esi(n tec"niques

in t"eir &esi(n.4. =o ' $'yout o) ' s*'$$ : b$oc, inc$u&in( t"e routin(.

5. Un&erst'n& 'n& '%%$y '&v'nce& $'yout tec"niques to *ini*ie t"e

e))ects o) %'r'sitics es%eci'$$y on "i("-s%ee& circuitries.

List of Experiments

1. ntro&uction to :'&ence environ*ent setu% ;inu environ*ent cre'te sc"e*'tic'n& sy*bo$ intro&uction to net$ist tec"no$o(y $ibr'ry 'n& ot"er stu)).

2. =: 'n& tr'nsient 'n'$ysis o) :O inverter .

3. ;'yout =: ;V :H 'n& %ost-$'yout si*u$'tion o) :O nverter

4. =esi(n 'n& /n'$ysis o) N/N= NO 'n& co*%$e ('tes

5. ;'yout o) :O N/N= NO 'n& co*%$e ('tesF. =esi(n 'n& c"'r'cteri'tion o) ;'tc"es 'n& +$i%-)$o%s

7. =esi(n o) e*ory ce$$s

8. =esi(n o) DO P/=sA. o&e$in( o) interconnects

10. ini-%roject

o&e o) Ev'$u'tion :ontinuous /ssi(n*entsD GuiD Project #or, !er* En&

E'*in'tion


8


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E:EHHH A5AL6 IC D)SI65 3 0 2 4

Version No. 1.1

Prerequisite

Objectives !o &esi(n 'n'$o( : co*%onents 'n& bui$&in( b$oc,s in :O tec"no$o(y. !o

un&erst'n& t"e re$'tions"i%s bet#een &evices circuits 'n& syste*s. E*%"'sie

t"e &esi(n o) %r'ctic'$ '*%$i)iers s*'$$ syste*s 'n& t"eir &esi(n %'r'*eter tr'&e-o))s.

E%ecte&

Outco*e

/ stu&ent #"o success)u$$y )u$)i$$s t"e course require*ents #i$$ "'ve

&e*onstr'te&

'n 'bi$ity to 'n'$ye bi's circuit usin( :O current *irror.

'n 'bi$ity to &esi(n )ee&b'c, 'n& &i))erenti'$ o%er'tion'$ '*%$i)ier.

'n 'bi$ity to 'n'$ye st'bi$ity o) o%er'tion'$ '*%$i)iers

'n 'bi$ity to '%%$y )requency co*%ens'tion tec"niques )or /*%$i)iers

'n 'bi$ity to 'n'$ye b'sic o%er'tion o) P;;.

$ni& I Curren& source !n" Amuenc' res


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Prob$e* o) ;oc, 'cquisition P"'se =etector 6'sic P;; 'n& its &yn'*ics :"'r(e-

%u*% P;; Non-i&e'$ e))ects in P;; P+=D:; non i&e'$ities itter =e$'y ;oc,e&;oo% /%%$ic'tions.

Tex& ;oos

1. 6e"'& ''vi I=esi(n o) /n'$o( :O nte(r'te& :ircuitsJ c?r'#-@i$$ 2000.2. ?r'y @urst ;e#is 'n& eyer I/n'$ysis 'n& =esi(n o) /n'$o( nte(r'te& :ircuitsJ 4De o"n

Bi$ey 'n& ons

8)7)8)5C) ;=S

1. P"i$$i% E. /$$en 'n& =ou($'s . @o$ber( I:O /n'$o( :ircuit =esi(nJ econ& E&ition

O)or& University Press +ebru'ry 2002.2. ='vi& o"ns 'n& Ken 'rtin I/n'$o( nte(r'te& :ircuit =esi(nJ o"n Bi$ey C ons

nc. 1AA7


E:EHHH An!log IC Design L!, 0 0 2 1

Version No. 1.0

List of Experimentsi&h CAD)5CD) tu&y o) =: 'n& s*'$$ si(n'$ *o&e$s o) ' O !r'nsistor.

=esi(n o) O current sources 'n& *irrors.

=esi(n o) sin($e st'(e '*%$i)iers : :? 'n& :=.

=esi(n o) ' O =i))erenti'$ '*%$i)ier #it" 'n 'ctive $o'&.

=esi(n o) ' c'sco&e '*%$i)ier #it" current *irror.

Post-$'yout si*u$'tion o) O current *irrors.

Post-$'yout si*u$'tion o) sin($e st'(e '*%$i)iers.

Post-$'yout si*u$'tion o) =i))erenti'$ '*%$i)iers.

/n'$ysis 'n& &esi(n o) ' 2-st'(e :O O%-/*%.

=esi(n o) ' 2-st'(e :O :o*%'r'tor.

=esi(n 'n& si*u$'tion o) ' :O Vo$t'(e :ontro$$e& Osci$$'tor V:O

=esi(n o) ' :O O%er'tion'$ !r'ns-con&uct'nce /*%$i)ier O!/.

o&e o) Ev'$u'tion :ontinuous /ssi(n*entsD GuiD Project #or, !er* En& E'*in'tion


10


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E:EHHH VLSI DI6ITAL SI65AL *8C)SSI56 3 0 0 3

Version No. 1.0

Prerequisite

Objectives !"e objective o) t"is course is to %rovi&e stu&ents revie#s o) v'rious =P

'$(orit"*s 'n& '&&resses t"eir re%resent'tion 'n& "i("-$eve$ 'rc"itectur'$

tr'ns)or*'tions 'n& &esi(n o) '$(orit"* structures )or v'rious =P '$(orit"*sb'se& on '$(orit"* tr'ns)or*'tions.

E%ecte&

Outco*e tu&ents un&erst'n& t"e issues 'n& *et"o&s 'ssoci'te& #it" t"e s'*%$in( o)

continuous ti*e si(n'$s

tu&ents c'n 'b$e to un&erst'n& t"e )inite #or$& $en(t" e))ects 'n& &esi(n

re&un&'nt 'rit"*'tic structures.

tu&ents c'n 'b$e to un&erst'n& t"e t"e '$(oit"*ic-'rc"itecture tr'nso)or*'tion

't "i("er $eve$.

M /b$e to un&erst'n& t"e %i%e$ines tec"niques 'n& %ro(r'**'b$e =P Processors

$ni& I In&ro"uc&ion T Digi&!l Sign!l *rocessing

ntro&uction / =i(it'$ i(n'$-Processin( syste* !"e s'*%$in( %rocess =iscrete ti*e sequences.=iscrete +ourier !r'ns)or* =+! 'n& +'st +ourier !r'ns)or* ++! ;ine'r ti*e-inv'ri'nt

syste*s =i(it'$ )i$ters e'$i'tion o) + 'n& syste*s )inite #or& $en(t" e))ects c'$in(

'n& oun& o)) noise.

$ni& II Im


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E:EHHH CM*$T)8 AID)D D)SI65 78 VLSI 3 0 0 3

Version No. 1.0

Prerequisite =i(it'$ =esi(n 6'sic (r'%" t"eory conce%ts ='t' structure

Objectives !"is course revie#s t"e *'jor co*%onents o) t"e *o&ern co*%uter-'i&e&

circuit &esi(n )$o#. /n i*%ort'nt *otiv'tion )or t"e course is to e%$ore t"e

&irections in #"ic" co*%uter-'i&e& circuit &esi(n evo$ves 's it co%es #it"t"e c"'$$en(es brou("t 'bout by t"e incre'se& co*%$eity o) &ee% sub*icron

si$icon tec"no$o(y

E%ecte&

Outco*e

/)ter t"e co*%$etion t"is course t"e stu&ents s"'$$ be 'b$e to

Un&erst'n& t"e tec"niques 'n& '$(orit"*s )or %"ysic'$ 'n& $o(ic-

$eve$ &esi(n 'uto*'tion.

E%$'in t"e o%ti*i'tion *et"o&s conte*%$'te v'rious %er)or*'nces

suc" 's si$icon 're' ti*in( %o#er consu*%tion 'n& crosst'$,.

$ni& I In&ro"uc&ion

> :"'rt P"ysic'$ &esi(n to%-&o#n )$o#. =esi(n sty$es +u$$ :usto* t'n&'r& :e$$ ?'te/rr'ys +ie$& Pro(r'**'b$e ?'te /rr'ys e' o) ?'tes

$ni& II Logic S'n&hesis !n" Technolog' M!co*%'ction !#o &i*ension'$ co*%'ction @ier'rc"ic'$ co*%'ction.

12


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$5IT V Timing An!l'sis

t'tic 'n& =yn'*ic ti*in( 'n'$ysis )or sin($e 'n& *u$ti%$e %'t" &'t' )$o#s. :o*%ens'tion

tec"niques. :ritic'$ %'t" &e$'ys. 6'c, 'nnot'tion

Tex& ;oos

1. N'vee& "er#'ni I/$(orit"*s )or V; P"ysic'$ &esi(n 'uto*'tionJ 3e %rin(er

ntern'tion'$ e&ition 2005.2. ?iov'nni =e ic"e$i ynt"esis 'n& O%ti*i'tion o) =i(it'$ :ircuits 1ste&ition

c?r'#-@i$$ 1AA4

3. @. >osu)) 'n& .. 'it IV; P"ysic'$ =esi(n /uto*'tion < !"eory 'n&Pr'cticeJ c?r'# @i$$ %ub$ic'tion 1AA5.

8)7)8)5C) ;=S

1. un( Kyu ;i* IPr'ctic'$ Prob$e*s in V; P"ysic'$ =esi(n /uto*'tionJ%rin(er. 2008

2. ic"'e$ o"n eb'sti'n *it" I/%%$ic'tion %eci)ic nte(r'te& :ircuitsJ Pe'rson

E&uc'tion /si' 2001.

3. 'bi". @. ?ere I /$(orit"*s )or V; &esi(n /uto*'tionJ o"n Bi$ey C ons

;t&.2004.4. .'rr')'&e" :.K.Bon( I/n intro&uction to V; %"ysic'$ &esi(n Jc?r'#-

@i$$ intern'tion'$ e&itions1AAF.



13


14/58

E:EHHH

)M;)DD)D SST)M D)SI653 0 0 3

Version No. 1.0

Prerequisite

Objectives /bi$ity to un&erst'n& co*%re"ensive$y t"e tec"no$o(ies 'n& tec"niques

un&er$yin( in bui$&in( 'n e*be&&e& so$ution to ' #e'r'b$e *obi$e 'n&

%ort'b$e syste*.

E%ecte&

Outco*e

tu&ent #i$$ be 'b$e to

=e)ine 'n e*be&&e& syste* 'n& co*%'re #it" (ener'$ %ur%ose yste*.

/%%reci'te t"e *et"o&s '&'%te& )or t"e &eve$o%*ent o) ' ty%ic'$

E*be&&e& syste*.

?et intro&uce& to !O 'n& re$'te& *ec"'nis*s.

$ni& I I In&ro"uc&ion &o )m,e""e" S's&em

/n e*be&&e& syste* %rocessor "'r're unit so)t #'re e*be&&e& into ' syste* E'*%$e o)

'n e*be&&e& syste* O services E*be&&e& =esi(n $i)e cyc$e o&e$in( e*be&&e& syste*s$ni& II *rocessor !n" Memor' rg!ni?!&ion

tructur'$ unit in 's %rocessor %rocessor se$ection )or 'n e*be&&e& syste*s. e*ory &evices*e*ory se$ection )or 'n e*be&&e& syste* '$$oc'tion o) *e*ory to %ro(r'* st'te*ents 'n&

b$oc,s 'n& *e*ory *'% o) ' syste*. =irect *e*ory 'ccesses.

$ni& III De%ices !n" ;uses or De%ice 5e&ors

DO &evices seri'$ co**unic'tion usin( +: :/N &evices &evice &rivers %'r'$$e$ %ort &evice

&river in ' syste* seri'$ %ort &evice &river in ' syste* &evice &river )or intern'$%ro(r'**'b$e ti*in( &evices interru%t servicin( *ec"'nis* V contet 'n& %erio&s )or

s#itc"in( net#or,e& DO &evices usin( / P: &e'&$ine 'n& interru%t $'tency 'n& '&v'nce&

buses.$ni& IV *rogr!mming Conce


15/58

2. teve @e't" IE*be&&e& yste*s =esi(nJ E=N eries 2003.

3. ='vi& E si*onJ /n E*be&&e& o)t#'re Pri*erJ 1st e&ition /&&ison Bes$ey 1AAA.

4. B'yne Bo$) I:o*%uters 's co*%onents Princi%$es o) E*be&&e& :o*%utin(

yste* =esi(n !"e or('n K'u)*'nn eries in :o*%uter /rc"itecture 'n&=esi(n 2008

5. 'ne B. . ;iu Ie'$ ti*e syste*sJ Pe'rson E&uc'tion 2000.

F. 'j K'*'$ IE*be&&e& syste*s /rc"itecture Pro(r'**in( 'n& &esi(nJ econ&E&ition 2008.



E:EHHH

L@ *@)8 IC D)SI65

3 0 0 3

Version No. 1.0

Prerequisite =i(it'$ : =esi(n

Objectives !o ('in ' soun& ,no#$e&(e o) t"e sources o) %o#er consu*%tion in U=

:O &esi(ns 'n& to &eve$o% ' bro'& insi("t into t"e *et"o&s use& to

con)ront t"e $o# %o#er issue )ro* $o#er $eve$ circuit $eve$ to "i("er $eve$ssyste* $eve$ o) 'bstr'ction

E%ecte&

Outco*e

=esi(n ' %o#er e))icient syste* in re'son'b$e tr'&e o)). Esti*'te 'n& /n'$ye t"e %o#er consu*e& in t"e circuit $eve$

:onstruct ' syste* #it" *u$ti%$e su%%$y 'n& *u$ti%$e t"res"o$&

vo$t'(es.

O%ti*iin( t"e co&e to re&uce t"e %o#er in t"e so)t#'re $eve$

$ni& I Lo *oer Design Me&ho"s

otiv'tion :ontet 'n& Objectives ources o) Po#er &issi%'tion in U$tr' =ee% ub*icron

:O :ircuits < t'tic =yn'*ic 'n& "ort circuit co*%onents. E))ects o) sc'$in( on

%o#er consu*%tion ;o# %o#er &esi(n )$o# Nor*'$ie& +i(ure o) erit P=P E=P

Po#er o%ti*i'tion 't /$(orit"*ic $eve$ /rc"itectur'$ $eve$ e(ister !r'ns)er $eve$ ;o(ic$eve$ 'n& :ircuit $eve$. Po#er Esti*'tion usin( t'tic 'n& =yn'*ic tec"niques

@ier'rc"ic'$ sequence co*%'ction )or re&ucin( %o#er si*u$'tion ti*e$ni& II Algori&hmic !n" Archi&ec&ure Le%el


16/58

;'yout &esi(n o) /re' e))iciency in($e ro# Vs &oub$e ro# nrus" current 'n& current

$'tency

$ni& IV

8egis&er Tr!nser Le%el e'% +'ri& N.N'j* I;o# Po#er V; &esi(n 'n& tec"no$o(yJ Bor$& cienti)icPub$is"in( 1AAF.

2. /.P.:"'n&r','s'n .B.6ro&erson I;o# Po#er =i(it'$ V; =esi(nJ EEE Press

1AA8.3. ?'ry K.>e'% IPr'ctic'$ ;o# Po#er =i(it'$ V; =esi(nJ K$u#er /c'&e*ic Press

1AA8.4. 'n .'b'ey 'ssou& Pe&r'* I;o# %o#er =esi(n *et"o&o$o(iesJ K$u#er

/c'&e*ic Press 1AAF5. ic"'e$ Ke'tin( ='vi& +$ynn I ;o# Po#er et"o&o$o(y 'nu'$ )or yste*-On-:"i%

=esi(nJ %rin(er Pub$ic'tion 2007



1F


17/58

E:EHHH

MI)D SI65AL IC D)SI653 0 0 3

Version No. 1.0

Prerequisite /n'$o( : =esi(n.

Objectives !"is course covers *'ny 's%ects o) t"e &esi(n o) &yn'*ic 'n'$o( circuits

'n& 'n'$o(-&i(it'$ inter)'ce e$ectronics in :O tec"no$o(y. t covers t"es%eci)ic'tion 'n& &esi(n o) 'n'$o(-to-&i(it'$ 'n& &i(it'$-'n'$o( converters

'n& sever'$ s'*%$e converter i*%$e*ent'tions in &et'i$

E%ecte&

Outco*e

/ stu&ent #"o success)u$$y )u$)i$$s t"e course require*ents #i$$ "'ve

i. 'n 'bi$ity to &esi(n '*%$e 'n& @o$& circuits.ii. 'n 'bi$ity to &esi(n #itc"e& :'%'citor /*%$i)iers 'n& 'n'$ysis

its non i&e'$ities.

iii. 'n 'bi$ity to &esi(n v'rious ty%es o) /=:D=/: )or ' (iven

s%eci)ic'tion

iv. 'n 'bi$ity to &esi(n ' overs'*%$in( converter consi&erin( '$$ t"e%r'ctic'$ issues )or t"e (iven s%eci)ic'tion.

$ni& I S!m

=: o))set ?'in- 6'ni&t" Pro&uct. +u$$y &i))erenti'$ : circuits

=: ne('tive )ee&b'c, in : circuits.

$ni& III An!log &o Digi&!l Con%er&er

='t' converter )un&'*ent'$s O))set 'n& ('in Error ;ine'rity errors =yn'*ic:"'r'cteristics GN Gu'nti'tion noise s%ectru*. +$'s" /=: e(ener'tive $'tc"

Pre'*% o))set correction Pre'*% =esi(n necessity o) u%-)ront s'*%$e 'n& "o$& )or (oo&

&yn'*ic %er)or*'nce. +o$&in( /=: u$ti%$e-6it Pi%e$ine /=:s

$ni& IV

Digi&!l &o An!log Con%er&er

;ine'rity errors =/: s%ectr' 'n& %u$se s"'%es. NL vs L =/:s. =/: /rc"itectures 6in'ry

17


18/58

#ei("te& !"er*o*eter =/: :urrent steerin( =/: < :urrent ce$$ &esi(n in current steerin( =/::"'r(e c'$in( =/: Pi%e$ine =/:

$ni& V

%ers!m


19/58

E:EHHH IC T)C5L6 3 0 0 3

Version No. 1.0

Prerequisite

Objectives !"is course intro&uces stu&ents to t"e )un&'*ent'$s o) V; *'nu)'cturin(%rocesses 'n& tec"no$o(y.

E%ecte&Outco*e

/)ter t"e co*%$etion o) t"is course tu&ents #i$$ be 'b$e to

Un&erst'n& %"ysics o) t"e :ryst'$ (ro#t" #')er )'bric'tion 'n& b'sic

%ro%erties o) si$icon #')ers.

;e'rnin( $it"o(r'%"y tec"niques 'n& conce%ts o) #')er e%osure

syste* ty%es o) resists etc.

Un&erst'n& :once%ts o) t"er*'$ oi&'tion 'n& iDiO2 inter)'ce 'n&

its qu'$ity *e'sure*ents.

;e'rn conce%ts o) t"in )i$* &e%osition inc$u&in( c"e*ic'$ V'%or

=e%osition 'n& P"ysic'$ v'%or &e%osition.

Un&erst'n& b'c,-en& tec"no$o(y to &e)ine cont'cts interconnect

('tes source 'n& &r'in 'n& *e'sure*ents tec"niques to insure

qu'$ity o) &esi(ns.

Un&erst'n& O 'n& 6i%o$'r Process nte(r'tion.

$ni& I In&ro"uc&ion

ntro&uction to e*icon&uctor 'nu)'cturin( 'n& )'bric'tion. P"ysics o) t"e :ryst'$

(ro#t" #')er )'bric'tion 'n& b'sic %ro%erties o) si$icon #')ers

$ni& II Li&hogr!


20/58

nterconnections 'n& 6urie& :ont'cts i$ici&es 'n& u$ti$'yer-:ont'ct !ec"no$o(y :o%%er

nterconnects 'n& ='*'scene Processes B')er !"innin( 'n& =ie e%'r'tion =ie/tt'c"*ent Bire 6on&in( P'c,'(es >ie$&

$ni& V

MS *rocess In&egr!&ion;i


21/58

E:EHHH

*AC=A6I56 A5D I5T)8C55)CT A5ALSIS

3 0 0 3

Version No. 1.0

Prerequisite /n un&er(r'&u'te &e(ree in ' scienti)ic or en(ineerin( 're' inc$u&in( )'*i$i'rity #it" co*%uter-'i&e& &esi(n 'n& en(ineerin( 'n'$ysis *et"o&s )or e$ectronic circuits 'n& syste*s

Objectives !o "'ve t"e stu&ents &eve$o% ' )un&'*ent'$ un&erst'n&in( o) t"e b'sic %rinci%$es use& in

t"e %'c,'(in( o) *o&ern e$ectronics so t"'t #"en )'ce& #it" ' %'c,'(in( issue t"ey c'nreco(nie t"e v'rious *et"o&s 'v'i$'b$e 'n& %er)or* t"e tr'&eo))s necess'ry to se$ect t"e

'%%ro%ri'teDo%ti*u* %'c,'(in( so$ution )or t"e '%%$ic'tions

E%ecte&

Outco*e tu&ents *'ster )un&'*ent'$ ,no#$e&(e o) e$ectronic %'c,'(in( inc$u&in( %'c,'(e

sty$es "ier'rc"y 'n& *et"o&s o) %'c,'(e necess'ry )or v'rious environ*ents.

6'sic un&erst'n&in( 'n& '%%$ic'tion o) e$ectronic %'c,'(in( *o&e$s 'n& e$ectric'$

%er)or*'nce conce%ts suc" 's i*%e&'nce $oss ti*e &e$'y rise ti*e etc.!"e 'bi$ity to 'n'$ye t"e interconnect 'n& si(n'$ interconnect issues

$ni& I In&ro"uc&ion

ntro&uction. E$ectronic P'c,'(in( nterconnection *%$e*ent'tion. Bire 6on&in( nterconnection

!'%e-/uto*'te& 6on&in( o$&er 6u*% 6on&in( P'c,'(in( tec"no$o(y u%&'tes-6?/ :onvention'$

P'c,'(es. P;:: PG+P :G+P 'n& !OP

$ni& II 7li< Chi< !n" MCM *!c!ging Technologies

6on& %'& #ire bon&in( substr'te BP /ce nte(r'te& :ircuit "e't sin, e$ectro%$'tin( eutectic

%"oto resist :on&uctive Po$y*er e%oy e*icon&uctor =evice b'$$ (ri& 'rr'y )'u$t cover'(e so$&er

%'ste %o$yi*i&e Kir,en&'$$ voi&s ur)'ce ount !ec"no$o(y so$&er b'$$. : P'c,'(in(!ec"no$o(y : /rc"itecture : !ec"no$o(ies.

$ni& III 3D VLSI *!c!ging Technolog'

/&v'nt'(es o) 3= P'c,'(in( !ec"no$o(y Over :onvention'$ !ec"no$o(ies ie 'n& Bei("t i$icon

E))iciency nterconnect Us'bi$ity 'n& /ccessibi$ity =e$'y Noise Po#er :onsu*%tion %ee&

nterconnect :'%'city nterconnection :'%'city 6et#een P'c,'(in( ;eve$s. Vertic'$ nterconnectionsin 3= E$ectronics Peri%"ery nterconnection bet#een t'c,e& :s - t'c,e& !'%e :'rrier - o$&er E&(e

:on&uctors - !"in +i$* :on&uctors on +'ce-o)-'-:ube - /n nterconnection ubstr'te o$&ere& to t"e

:ube +'ce +o$&e& +$e :ircuits - Bire 6on&e& t'c,e& :"i%s. /re' nterconnection bet#een t'c,e&:s +$i%-c"i% 6on&e& t'c,e& :"i%s #it"out %'cers - +$i%-c"i% 6on&e& t'c,e& :"i%s #it" %'cers -

icrobri&(e %rin(s 'n& !"er*o-*i(r'tion Vi's. Peri%"ery nterconnection bet#een t'c,e& :s

21


22/58

o$&er E&(e :on&uctors. !"in +i$* :on&uctors on +'ce-o)-'-:ube - / )$i%-c"i% bon&e& to )'ces o) t"e

st'c, - 6$in& :'ste$$'tion nterconnection. /re' nterconnection bet#een t'c,e& :s /rr'ys o):ont'cts bet#een :s #it" t"rou(" "o$e vi's. ;i*it'tions o) 3= P'c,'(in( !ec"no$o(y.

$ni& IV

Sign!l In&egri&' *ro,lems in n-Chi< In&erconnec&s

nterconnect +i(ures o) erit. nterconnect P'r'sitics Etr'ction. i(n'$ nte(rity /n'$ysis. =esi(n o$utions )or

i(n'$ nte(rity

$ni& V

IC In&erconnec& S'n&hesis

Overvie# C st'tic to%o$o(y o%ti*i'tion- ?$ob'$ routin( !o%o$o(y )in&in( "i(" qu'$ity sin, %er*ut'tion treeconstruction )or ' (iven %er*ut'tion- o%ti*i'tion o) *u$tisource nets $ine'r ti*e co*%ut'tion o) /=! un&er

E$*ore &e$'y re%e'ter insertion '$(orit"*- ti*in( &riven 'e routin(. Noise in interconnect *o&e$in(-

crosst'$, e))ects in &i(it'$ circuits- noise &etection in $o(ic circuits.- tec"niques )or 'voi&in( interconnect noise

8)7)8)5C) ;=S

1. o"n @. ;'u6'$$ ?ri& /rr'y !ec"no$o(y.

2. o"n @. ;'u+$i% :"i% !ec"no$o(ies

3. 'i& +. /$-'r'#i 'n& =ere, /bbott I3= V; P'c,'(in( !ec"no$o(yJ

"tt%DD###.e$ecen(.'&e$'i&e.e&u.'uD%erson'$D'$s'r'#iD%'c,'(in(M###."t*$4. :"un(-Ku'n:"en( o"n ;i$$is "en ;in Interconnect /n'$ysis 'n& ynt"esisJ Nor*'n :"'n(

o"n Bi$ey C sons 2000.

5. e))rey./.='vis '*es =.ein&$. Interconnect tec"niques 'n& &esi(n )or ?i(' sc'$einte(r'tionJ K$u#er 'c'&e*ic %ub$is"ers 2003.

F. 6'n P. Bon( IN'no-:O circuit 'n& %"ysic'$ &esi(nJ o"n Bi$ey. 2005.



22


23/58

E:EHHH

87IC D)SI65

Version No. 1.0Prerequisite /n'$o( nte(r'te& :ircuit =esi(n 'n& ,no#$e&(e on E$ectro*'(netic t"eory

Objectives !"is course is )or : &esi(ners #"o #ou$& $i,e to beco*e )'*i$i'r #it" t"e

&esi(n o) inte(r'te& r'&io )ront-en& circuits.

E%ecte&

Outco*e

$ni& I In&ro"uc&ion &o 87 @ireless Technolog'

:o*%$eity &esi(n 'n& '%%$ic'tions. :"oice o) !ec"no$o(y. 6'sic conce%ts in + =esi(n

Non$ine'r$y 'n& !i*e V'ri'nce intersy*bo$ nter)erence r'n&o* %rocesses 'n& Noise.

=e)initions o) sensitivity 'n& &yn'*ic r'n(e conversion ?'ins 'n& =istortion

$ni& II *!ssi%e !n" Ac&i%e De%ices

P'ssive &evices *ono$it"ic c'%'citors resistors in&uctors ;: net#or,s tr'ns*ission$ines $u*%e& 'n& &istribute& reson'tors i*%e&'nce *'tc"in( net#or,s tr'ns)or*ers 'n&

b'$uns. /ctive &evices O+E! o%er'tions in bot" $on( c"'nne$ 'n& &ee% sub*icron

re(i*es %r'ctic'$ $i*it'tions 'n& ot"er v'rious si$icon tr'nsistors 'n& tec"no$o(iesiDi?e 6i%o$'r O etc..

$ni& III An!log Digi&!l Mo"ul!&ion or 87 Circui&s

:o*%'rison o) v'rious tec"niques )or %o#er e))iciency. :o"erent 'n& Non co"erent

&e)ection. obi$e + :o**unic'tion syste*s 'n& b'sics o) u$ti%$e /ccess tec"niques.eceiver 'n& !r'ns*itter /rc"itectures 'n& !estin( "etero&yne @o*o&yne *'(e-reject

=irect-+ 'n& sub-s'*%$e& receivers. =irect :onversion 'n& t#o ste%s tr'ns*itters. 6!

'n& O+E! be"'vior 't + )requencies. o&e$in( o) t"e tr'nsistors 'n& P:E *o&e$s.

Noise %er)or*'nce 'n& $i*it'tion o) &evices. nte(r'te& P'r'sitic e$e*ents 't "i(")requencies 'n& t"eir *ono$it"ic i*%$e*ent'tion

$ni& IV ;!sic ;locs in 87 S's&ems &heir VLSI Im


24/58

Gu'&r'ture 'n& sin($e-si&eb'n& (ener'tors '&io +requency ynt"esies P;; V'rious

+ synt"esier 'rc"itectures 'n& )requency &ivi&ers Po#er /*%$i)iers &esi(n.;ine'ris'tion tec"niques =esi(n issues in inte(r'te& + )i$ters

8)7)8)5C) ;=S

1. .'cob 6',[email protected].;i 'n& =.E. 6oyce :O :ircuit =esi(n ;'yout 'n&i*u$'tion Prentice-@'$$ o) n&i'1AA8.

2. >.P. !sivi&is ie& /n'$o( 'n& =i(it'$ V; =evices 'n& !ec"no$o(y c?r'#

@i$$1AA

Tex& ;oos

1. !.@.;ee !"e =esi(n o) :O '&io-+requency nte(r'te& :ircuits :'*bri&(eUniversity Press 1AA8.

2. 6.''vi + icroe$ectronics Prentice-@'$$ P!1AA8


='te o) /%%rov'$ by t"e /c'&e*ic :ounci$ 2At"

/c'&e*ic counci$ =t2F-04-2013E:EHHH

M)M8 D)SI65 A5D T)STI56

3 0 0 3

Version No. 1.0

Prerequisite

Objectives !"is course #i$$ cover v'rious 's%ects o) se*icon&uctor *e*ories inc$u&in(

b'sic o%er'tion %rinci%$es &evice &esi(n consi&er'tions &evice sc'$in(

&evice )'bric'tion '&&ressin( 'n& re'&out circuits 'n& testin( *e*ories

E%ecte&

Outco*e/)ter co*%$etion o) t"is course t"e stu&ents #i$$

Un&erst'n& t"e )unction'$ity o) v'rious *e*ory &evices - /

=/ NV/ non-vo$'ti$e *e*ory 'n& c'n 'b$e to &esi(n

t"e*.

Un&erst'n& t"e testin( str'te(y o) e*ory circuits.

$ni& I *rere>uisi&e &o s&u"' &he course

: !ec"no$o(y P"ysics o) e*icon&uctors 'n& o&e$in( =i(it'$ : &esi(n

$ni& II Vol!&ile !n" 5on Vol!&ile Memories

Mas"e


25/58


26/58

E:EHHH 8)C57I6$8A;L) A8CIT)CT$8)S 3 0 0 3

Version No. 1.0

Prerequisite Kno#$e&(e in ?r'%" /$(orit"*s 'n& b'sics o) :o*%uter /rc"itecture.

Objectives !"e objective is to &e'$ #it" to%ics st'rtin( )ro* ' "istoric'$ %ers%ective one'r$y recon)i(ur'b$e syste*s r'n(in( 'cross ' #i&e v'riety o) resu$ts 'n&tec"niques )or recon)i(ur'b$e *o&e$s e'*inin( *ore recent &eve$o%*ents

suc" 's o%tic'$ *o&e$s 'n& run-ti*e recon)i(ur'tion ! 'n& )in'$$y

touc"in( on 'n '%%ro'c" to i*%$e*entin( ' &yn'*ic'$$y recon)i(ur'b$e*o&e$.

E%ecte&

Outco*e

$ni& I In&ro"uc&ion &o reconigur!,le !rchi&ec&ures

Princi%$es 'n& issues e'*%$es -es" 't ' ($'nce *%ort'nt ssues

$ni& II 8econigur!,le Meshecon)i(ur'b$e es"-!#o =i*ension'$ -es" E%ressin( -es" /$(orit"*s+un&'*ent'$ /$(orit"*ic !ec"niques-='t' *ove*ent E))iciency /cce$er'tion Nei("bor

;oc'$i'tion ub- es" ?ener'tion =ist'nce E*be&&in( :onnectivity E*be&&in(

+unction =eco*%ositionB

$ni& III Mo"els o 8econigur!&ion

estricte& bus structure #or& sie 'ccessin( buses "i("er &i*ensions one-#'y streets

ore #'ys o) recon)i(ur'tion-econ)i(ur'b$e Net#or, econ)i(ur'b$e u$ti%$e 6us

'c"ine O%tic'$ o&e$s econ)i(ur'tion in +P?/s @o# %o#er)u$ is econ)i(ur'tion

$ni& IV Algori&hmic Sc!l!,ili&' !n" Com


27/58

B:onversion '*on( nu*ber )or*'ts )$o'tin( %oint nu*bers *'i*u* D *ini*u*

+oun&'tion-'&&ition u$ti%$ic'tion =ivision u$ti%$yin( 'trices-'tri-vectoru$ti%$ic'tion 'tri *u$ti%$ic'tion %'rse 'tri u$ti%$ic'tion

$ni& VI 8un-Time 8econigur!&ion

un-!i*e econ)i(ur'tion un-ti*e recon)i(ur'tion tec"niques )or +ie$& Pro(r'**'b$e

?'te /rr'ys +P?/s P;=s 'n& E+!/s - e$'tions"i%s bet#een +P?/-ty%e 'n& -es"-

ty%e %$'t)or*s - *%$e*entin( -es" '$(orit"*s on 'n +P?/-ty%e environ*ent

Tex& ;oos

'*'n't"'n V'i&"y'n't"'n erry !r'"'n I=yn'*ic econ)i(ur'tion /rc"itectures 'n&

/$(orit"*J K/P 2003



E:EF15 )L)CT8MA65)TIC I5T)87)8)5C) A5DCM*ATI;ILIT I5 )L)CT85IC SST)M D)SI65

3 0 0 3

Version No. 1.0

Prerequisite E$ectro*'(netic !"eory 'n& : =esi(n !ec"no$o(y

Objectives !o cover t"e %r'ctic'$ 's%ects o) noise 'n& inter)erence su%%ression 'n& contro$ ine$ectronic circuits )or t"e en(ineer #"o is or #i$$ be invo$ve& in "'r're &esi(n.

E%ecte&

Outco*e/)ter t"e co*%$etion o) t"is course t"e stu&ents c'n be 'b$e to

Un&erst'n& ter*ino$o(ies )or E 'n& E:

/n'$ye un&erst'n& e%$'in 'n& qu'nti)y 'n E: %rob$e*

=esi(n "'r're to 'c"ieve t"e necess'ry iso$'tion bet#een + st'(es

Un&erst'n& 'n& re&uce crosst'$, cou%$in( *ec"'nis*s =esi(n ' &i(it'$ %o#er bus to 'c"ieve t"e require& noise bu&(et

;e'rn 'n& un&erst'n& E= e$ectrost'tic &isc"'r(e

/#'re o) t"e &i))erent E: re(u$'tions #or$i&e

$ni& I )MI )5VI85M)5T

ources o) E con&ucte& 'n& r'&i'te& E !r'nsient E E-E: =e)initions 'n& units o)

%'r'*eters

$ni& II )MI C$*LI56 *8I5CI*L)S

:on&ucte& '&i'te& 'n& !r'nsient :ou%$in( :o**on *%e&'nce ?roun& :ou%$in( '&i'te&:o**on o&e 'n& ?roun& ;oo% :ou%$in( '&i'te& =i))erenti'$ o&e :ou%$in( Ne'r +ie$&

:'b$e to :'b$e :ou%$in( Po#er 'ins 'n& Po#er u%%$y :ou%$in(B

$ni& III )MI M)AS$8)M)5TS

E PE:+:/!ON D !/N=/= D ;! Units o) s%eci)ic'tions :ivi$i'n st'n&'r&s

i$it'ry st'n&'r&s. E !est nstru*entsDyste*s E !est E "ie$&e& :"'*ber O%en /re'

!est ite !E :e$$ /ntenn's :on&uctors ensorsDnjectorsD:ou%$ers i$it'ry !est et"o& 'n&

Proce&ures :'$ibr'tion Proce&ures

$ni& IV

)MI C5T8L T)C5I$)S

27


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"ie$&in( +i$terin( ?roun&in( 6on&in( so$'tion !r'ns)or*er !r'nsient u%%ressors :'b$e

outin( i(n'$ :ontro$ :o*%onent e$ection 'n& ountin(

$ni& V )MC D)SI65 7 *C;S

P:6 !r'ces :ross !'$, *%e&'nce :ontro$ Po#er =istribution =ecou%$in( Lonin(ot"erbo'r& =esi(ns 'n& Pro%'('tion =e$'y Per)or*'nce o&e$s

Tex& ;oos

1. 6ern"'r& Keiser Princi%$es o) E$ectro*'(netic :o*%'tibi$ity /rtec" "ouse 3r& E&

1A8F.2. @enry B.Ott Noise e&uction !ec"niques in E$ectronic yste*s o"n Bi$ey 'n& ons

1A88.

3. V.P.Ko&'$i En(ineerin( E: Princi%$es e'sure*ents 'n& !ec"no$o(ies EEE Press1AAF.



E:EHHH ADVA5C)D CM*$T)8 A8CIT)CT$8) 3 0 0 3

Version No. 1.0

Prerequisite tu&ents *ust "'ve (r'&u'te st'n&in( 'n& "'ve success)u$$y co*%$ete& 'nun&er(r'&u'te-$eve$ co*%uter 'rc"itecture course 'n& be #e$$-verse& in "o# '

b'sic co*%uter #or,s 'sse*b$y $'n(u'(e %ro(r'**in( %i%e$inin( c'c"in(

'n& virtu'$ *e*ory

Objectives !o )'*i$i'rie stu&ents #it" 'rc"itecture o) t"e ne#est %rocessors e%$oitin( t"einstruction-$eve$ %'r'$$e$is* 'n& its i*%'ct on ' co*%i$er &esi(n. !o *',e t"e*un&erst'n& )e'tures o) %'r'$$e$ syste*s #"ic" *',e use o) )unction'$ %'r'$$e$is*

't ' %rocess- or t"re'&-$eve$ 'n& '$so &'t' %'r'$$e$is*..

E%ecte&Outco*e

$ni& I *!r!llel com


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c'$'r Processors u%ersc'$'r Processors V;B /rc"itectures Vector 'n& y*bo$ic

%rocessors

$ni& V *i


30/58

E:EHHH A8D@A8)ES7T@A8) C-D)SI65 3 0 0 3

Version No. 1.0

Prerequisite =i(it'$ &esi(n 'n& Pro(r'**in( 'n& @'r're &escri%tion $'n(u'(es.

Objectives !o un&erst'n& t"e *et"o&o$o(ies re$'te& to @i(" $eve$ synt"esis 'n& :o*%i$er

o%ti*i'tion.

E%ecte&

Outco*e

$ni& I S


31/58

;'v'(no :$'u&io P'sserone /$berto 'n(iov'nni-Vincente$$i E$$en entovic" Kei uu,i

6'ss'* !'bb'r'. I@'r're-o)t#'re :o-=esi(n o) E*be&&e& yste*s !"e PO;/%%ro'c"J 2004.

'$) Nie*'nn I@'r'reDo)t#'re :o-=esi(n )or ='t' +$o# =o*in'te& E*be&&e&

yste*sJ %rin(er 1AA8 6N07A2382AA4

8eerences Peter 'r#e&e$ IE*be&&e& yste* =esi(nJ %rin(er 200F 6N140207FA08.usse$$ o"n ic,)or& 6ern& K$einjo"'nn I=esi(n 'n& /n'$ysis o) =istribute& E*be&&e&

yste*sJ %rin(er 2002 6N14020715FF.

/c"i* ettber( 'uro : L'ne$$' +r'n '**i( I+ro* %eci)ic'tion to E*be&&e&yste*s /%%$ic'tionJ %rin(er 2005 6N038727557F

"tt%DDe*be&&e&.eecs.ber,e$ey.e&uDrese'rc"D"scDc$'ss.+04Din&e."t*$

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1. "tt%DDcourses.cs.t'*u.e&uDr'biDc%sc48ADresources.s"t*$

o&e o) Ev'$u'tion :/!- C /ssi(n*entsD Gui !er* En& E'*in'tion='te o) /%%rov'$ by t"e /c'&e*ic :ounci$ 2A t"/c'&e*ic counci$ =t2F-04-2013

E:EF14 DS* A8CIT)CT$8)S 3 0 0 3

Version No. 1.0

Prerequisite +'*i$i'rity #it" &i(it'$ )i$ters *'tri '$(ebr' 'n& r'n&o* si(n'$ 'n'$ysis.

Objectives !"is course on &i(it'$ si(n'$ %rocessin( 'rc"itectures #"ic" )ocuses on t"e

i*%$e*ent'tion 'n& &esi(n o) )'*i$ies o) =P 'rc"itectures #it" in-&e%t"

'n'$ysis o) t"e re$ev'nt '$(orit"*s.tu&ents $e'rn t"e essenti'$ '&v'nce& to%ics

in &i(it'$ si(n'$ %rocessin( ntern'$ =P 'rc"itectur'$ require*ents )or ' =P

&evice syste* $eve$ "'r're &esi(n o) =P /rc"itectures 'n& inter)'cin(%eri%"er'$s to %ro(r'**'b$e =Ps.

E%ecte&

Outco*e

$ni& I A8CIT)CT$8)S 78 *868AMMA;L) DS* D)VIC)S

6'sic /rc"itectur'$ )e'tures =P :o*%ut'tion'$ 6ui$&in( 6$oc,s 6us /rc"itecture 'n& e*ory

='t' /&&ressin( :'%'bi$ities /&&ress ?ener'tion Unit Pro(r'**'bi$ity 'n& Pro(r'*Eecution %ee& ssues +e'tures )or Etern'$ inter)'cin(.

$ni& II ))C$TI5 C5T8L *I*)LI5I56

@'r're $oo%in( nterru%ts t'c,s e$'tive 6r'nc" su%%ort Pi%e$inin( 'n& Per)or*'nce

Pi%e$ine =e%t" nter$oc,in( 6r'nc"in( e))ects nterru%t e))ects Pi%e$ine Pro(r'**in( *o&e$s

$ni& III ADS* A8CIT)CT$8)S A5D S5T)SIS !o% =o#n '%%ro'c" to =P ; :ircuit ynt"esis @i(" Per)or*'nce ='t' conversion!ec"niques ; /$(orit"*s 'n& /rc"itectures @ier'rc"ic'$ =esi(n o) Processor /rr'ys ysto$ic

/rr'ys t'c, +i$ters B've-)ront /rr'y Processors +$o'tin( Point =P %rocessors ysto$ic

Processors )or *'(e Processin( t'n&'r& &i(it'$ si(n'$ %rocessors /%%$ic'tion %eci)ic :9s )or=P /=P syste* 'rc"itectures t'n&'r& =P 'rc"itecture &e'$ =P 'rc"itectures Equ'$iers

/&'%tive Equ'$iers u$ti%rocessors 'n& *u$ti-co*%uters ysto$ic 'n& B've )ront 'rr'ys

"'re& *e*ory 'rc"itectures. '%%in( o) =P '$(orit"*s onto "'r're *%$e*ent'tion b'se&

31
http://embedded.eecs.berkeley.edu/research/hsc/class.F04/index.htmlhttp://www.tik.ee.ethz.ch/tik/education/lectures/ES/http://www1.cs.columbia.edu/~sedwards/classes/2004/4840/http://courses.cs.tamu.edu/rabi/cpsc489/resources.shtmlhttp://embedded.eecs.berkeley.edu/research/hsc/class.F04/index.htmlhttp://www.tik.ee.ethz.ch/tik/education/lectures/ES/http://www1.cs.columbia.edu/~sedwards/classes/2004/4840/http://courses.cs.tamu.edu/rabi/cpsc489/resources.shtml


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on co*%$e PEs "'re& *e*ory 'rc"itecture #it" 6it < seri'$ PEs.

$ni& IV

I5T)87ACI56 M)M8 IE *)8I*)8ALS T *868AMMA;L)

DS* D)VIC)S

e*ory s%'ce or('ni'tion Etern'$ bus inter)'cin( si(n'$s e*ory inter)'ce P'r'$$e$ DO

inter)'ce Pro(r'**e& DO nterru%ts 'n& DO =irect *e*ory 'ccess =/. / u$tic"'nne$bu))ere& seri'$ %ort c6P c6P Pro(r'**in( ' :O=E: inter)'ce circuit :O=E:

%ro(r'**in( / :O=E:-=P inter)'ce e'*%$e

Tex& ;oos

1. /vt'r in(" 'n& . riniv's'n I=i(it'$ i(n'$ Processin(J !"o*son Pub$ic'tions 2004.2. ;'rs B'n"'**er F=P nte(r'te& :ircuitsG /c'&e*ic %ress Ne# >or, 1AAA.

;'%s$ey et '$. I=P Processor +un&'*ent'$s /rc"itectures C +e'tures . :"'n& C :o

2000

8eerences 1. 6.Ven,'t''*'ni 'n& . 6"'s,'r I=i(it'$ i(n'$ Processors /rc"itecture Pro(r'**in(

'n& /%%$ic'tionsJ !@ 2004.

2. on't"'* tein I=i(it'$ i(n'$ Processin(J o"n Bi$ey 2005.3. 6'you*i / V; =esi(n et"o&o$o(y )or =P /rc"itectures K$u*er 1AA4.

4. un(->u'n Kun( obert E.O#en .?er( N's" IV; i(n'$ Processin(J Vo$.1 Vo$..EEE Press. 1A8F



E:EHHH 7A$LT TL)8A5T A5D D)*)5DA;L)

SST)MS

3 0 0 3

Version No. 1.0

Prerequisite =esi(n o) &i(it'$ syste*s.

Objectives Bit" t"e V; +ie$& Pro(r'**'b$e ?'te /rr'y +P?/ 'n& yste* On '

:"i%O: tec"no$o(ies tr'nsistors 're (ettin( s*'$$er 'n& s*'$$er t"us

to&'yQs &i(it'$ syste*s 're *ore co*%$e t"'n ever be)ore. !"is incre'se&co*%$eity $e'&s to *ore cross-t'$, noise 'n& ot"er sources o) tr'nsient errors

$i,e sin($e event u%set &urin( nor*'$ o%er'tion. !r'&ition'$ o))-$ine testin(

str'te(ies c'nnot (u'r'ntee &etection o) t"ese tr'nsient )'u$ts. !"e critic'$'%%$ic'tions t"'t 're re$yin( on )'ster o%er'tions nee& bui$t-in )'u$t-to$er'nt

'n& se$)-c"ec,in( *ec"'nis*s to 'ssure re$i'b$e 'n& &e%en&'b$e o%er'tion.

E%ecte&

Outco*e

Course To


33/58

co*%ression tec"niques i(n'ture 'n'$ysis ONE9s countin( 'n&

!r'nsition countin(.3. +'u$t &etection 'n& )'u$t $oc'tion tec"niques

4. +un&'*ent'$s o) e$i'bi$ity - 6'sic &e)initions :".1

5. Error &etectin( 'n& correctin( co&es :".2

F. e$) c"ec,in( $o(ic &esi(nc".37. e$) c"ec,in( c"ec,ers c".4

8. +'u$t-!o$er'nt =esi(n- @'r're n)or*'tion!i*e 'n& so)t#'rere&un&'ncy. yste* $eve$ )'u$t to$er'nce :". F.

A. Ev'$u'tion tec"niques Gu'ntit'tive ev'$u'tion 'n& e$i'bi$ity

*o&e$in(.

10. :'se stu&ies- /%%$ic'tions o) +'u$t to$er'nce to contro$ yste*s'n& co*%uters.

!er* %'%er %resent'tions by stu&ents

Tex& ;oos

P'r'( K. ;'$' e$) c"ec,in( 'n& +'u$t !o$er'nt =i(it'$ =esi(n or('n K'u)*'nn

Pub$is"ers 2001

8eerences 6.B. o"nson =esi(n 'n& 'n'$ysis o) +'u$t 6oo, !o$er'nt =i(it'$ yste*s /&&ison-Bes$ey

Pub$is"in( :o*%'ny 1A8A.



33


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E:EHHH IMA6) *8C)SSI56 A5D CM*8)SSI5

T)C5I$)S

3 0 0 3

Version No. 1.0

Prerequisite =esi(n 'n& /n'$ysis o) /$(orit"*s : or :RR %ro(r'**in( $'n(u'(es 'n& objectoriente& &esi(n 'tri /$(ebr' +ourier !r'ns)or*s.

Objectives !o &eve$o% t"eoretic'$ 'n& '$(orit"*ic %rinci%$es be"in& t"e 'cquisition

&is%$'y *'ni%u$'tion 'n& %rocessin( o) &i(it'$ i*'(es. !o e%$ore t"e *et"o&suse& to &i(itie tr'ns)er &is%$'y or('nie %rocess 'n& co*%'re &i(it'$ i*'(es

'n& i*'(e sequences. !o 'n'$ye tec"nique in i*'(e co*%ression.

E%ecte&

Outco*eBi$$ (et ,no#$e&(e on *'(e !r'ns)or* *'(e En"'nce*ent 'n& *'(e

se(*ent'tion tec"niques co$or i*'(e %rocessin( 'n& i*'(e co*%ression.

$ni& I Im!ge 7orm!&ion !n" Dis


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Tex& ;oos

1. teven B. *it" I =i(it'$ i(n'$ Processin( / Pr'ctic'$ ?ui&e )or En(ineers 'n&cientistsJ E$sevier 2003

2. /ni$.K.'in I+un&'*ent'$s o) =i(it'$ *'(e Processin(J P@ 1AA5.

3. .:.?on'$e 'n& .E. Boo&s I=i(it'$ *'(e Processin(J P@ 2002.



E:EHHH SI56L) )L)CT85ICS D)VIC)

A**LICATI5S A5D MD)LI56

3 0 0 3

Version No. 1.0

Prerequisite e*icon&uctor &evice %"ysics Gu'ntu* P"ysics N'noe$ectronics

Objectives in($e E$ectronics 'n& t"e &evices 're e*er(in( 's t"e )uturistic &evices)or u$tr'-&ense &i(it'$ : &esi(ns 'n& t"eir un&erst'n&in( 'n& *o&e$in(

tec"niques 're require& to be $e'rnt. tu&ents #i$$ be e%ose& to t"is

e*er(in( )ie$&.

E%ecte&Outco*e

!"e stu&ents e%ose& t"is 're' o) in($e E$ectron 'n& ' )e# e$ectron &evices

t"eir c"'r'cteristics 'n& '&v'nce& conce%ts o) suc" &evices )or )uturisticnte(r'te& &evices #i$$ en'b$e stu&ents to (et o%%ortunities in t"e '&v'nce&

tec"no$o(y C = (rou%s in n&i' 'n& /bro'&. Unique o%%ortunity eist )or

suc" stu&ents.

$ni& I ;!sic Single )lec&ron "e%ices

in($e E$ectron 6o in($e E$ectron tr'nsistor in($e-E$ectron !r'%s in($e-E$ectron

!urnsti$e 'n& Pu*%s E! Osci$$'tors Comparison Between FET and SET Circuit Designs

$ni& II An!log !n" Digi&!l A


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E%eri*ent'$ Observ'tions /n'$ysis E))ect o) !r'% t'tesEffect of

Tic!er Tunnel Diode E"perimental Bea#ior of Memories-Perco$'tion E))ects ;i*it'tions in Use o) +ie$& E))ect :on)ine*ent

'n& 'n&o* E))ects in e*icon&uctors V'ri'nces &ue to

=i*ensions ;i*its =ue to !unne$in( !unne$in( in i$icon

Nonvo$'ti$e 'n&o*-/ccess e*ory NOVO/BOt"er in($e-E$ectron 'n& +e#-E$ectron =evices 'n& e*oriesBE$ectrost'tic ='t'

tor'(e E!O SESO Transistor- @istory in($e-e$ectron &evicesto EO +'bric'te& EO !r'nsistor SESO Memory$ Memory-

Tecnology Comparison.

$ni& IV

In&ro"uc&ion Simul!&ion Me&ho"s !n" 5umeric!l Algori&hms

onte :'r$o et"o& o$ution o) t"e 'ster Equ'tion :ou%$in( #it" P:E+ree Ener(y !unne$ !r'ns*ission :oe))icient Ener(y ;eve$s Ev'$u'tion

c"e*es )or :o tunne$in( 'te :'$cu$'tion nc$u&in( E$ectro*'(netic

Environ*ent Nu*eric'$ nte(r'tion o) !unne$ 'tes !i*e =e%en&ent No&eVo$t'(es 'n& No&e :"'r(es t'bi$ity =i'(r'* 'n& t'b$e t'tes :'%'cit'nce:'$cu$'tions !2M=N sin&le-electron soft7are pac"a&e

Tex& ;oos

1. "unri O&' 'n& ='vi& +erry %Silicon &anoelectronics'$:: Press !'y$or C +r'ncis

?rou% 200F.

2. =. V. /verin >. V. N''rov I'crosco%ic qu'ntu* tunne$in( o) c"'r(e 'n& co-tunne$in(J in @. ?r'bert . @. =evoret e&s. Single carge tunneling Coulom

loc!ade penomena in nanostructures P$enu* Press 'n& N/!O cienti)ic /))'irs

=ivision Ne# >or, 'n& ;on&on 1AA2 %%. 217-247.

3. :"risto%" B'ss"uber %Computational Single-Electronics*$2001 %rin(er-Ver$'(

8eerences ;oo

1. K. ?oser P. ?$ose,otter IN'noe$ectronics 'n& N'nosyste*sJ %rin(er 2005.

2. . !su Iu%er$'ttice to N'noe$ectronicsJ E$sevier 2005.

3. /. N. Korot,ov =. V. /verin K. K. ;i,"'rev . /. V'sen,o Iin($e-e$ectrontr'nsistors 's u$tr'sensitive e$ectro*eters'$ Single-electron tunneling and

mesoscopicg de#ices %rin(er 1AA2

9ourn!l

Iin($e E$ectron =evices 'n& t"eir /%%$ic'tions Konst'ntin K. ;i,"'rev PO:EE=N?

O+ !@E EEE VO;. 87 NO. 4 /P; 1AAA.% F0F- F32



3F


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E:EHHH MIC8 )L)CT8 M)CA5ICAL SST)M 3 0 0 3

Version No. 1.0

Prerequisite

Objectives !o te'c" &i))erent *et"o&s o) *icro*'c"inin( 'n& "o# t"ese *et"o&s c'n

be use& to %ro&uce ' v'riety o) E inc$u&in( *icrostructures

*icrosensors 'n& *icro'ctu'tors

E%ose t"e stu&ents to &esi(n si*u$'tion 'n& 'n'$ysis so)t#'res.

n '&&ition to t"is t"e course covers t"e v'rious '%%$ic'tions o) E in

&i))erent )ie$&E%ecte&

Outco*e =esi(n o) E b'se& syste*s

$ni& I In&ro"uc&ion To M)MS

@istoric'$ b'c,(roun& o) icro E$ectro ec"'nic'$ yste*s ro$e o) E in i*%rove&e))iciency *'rt *'teri'$s 'n& structures *'teri'$s-%rocessin( synt"esis u$ti)unction'$

%o$y*ers.

$ni& II M!&eri!l *rocessing !n" De%ice 7!,ric!&ion

;it"o(r'%"y on *%$'nt'tion Etc"in( B')er bon&in( nte(r'te& %rocesses 6u$, si$icon *icro*'c"inin( sur)'ce *icro *'c"inin( :V= oi&e %rocessB

$ni& III Micro Sensors !n" Micro !c&u!&orsicro*ec"'nic'$ co*%onents < s%rin(s be'rin(s (e'rs 'n& connectors @i(" te*%er'ture

sensors :'%'citive %ressure sensor bu$, *icro-*'c"ine& 'cce$ero*eter ur)'ce *icro *'c"ine&

*icro s%ectro*eter

$ni& IV

A


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structures *icro


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$ni& IV

In&ro"uc&ion &o Single )lec&ronics

+rinciple of te Single-Electron Transistor-!"e :ou$o*b 6$oc,'&e P"eno*enon Teoretical

Gu'ntu* =ot !r'nsistor - Ener(y o) Gu'ntu* =ot syste* in($e-E$ectron Gu'ntu*-=ot

!r'nsistor in($e-@o$e Gu'ntu*-=ot !r'nsistor in($e-E$ectron !r'nsistor :ou$o*b 6$oc,'&e

=evices :on&uct'nce Osci$$'tion 'n& Potenti'$ +$uctu'tion !r'ns%ort un&er +inite te*%er'ture'n& +inite 6i's Single-Electron Effect$ Modeling of Transport Tunneling- Gu'ntu* ,inetic

Equ'tion :'rrier t'tistics 'n& :"'r(e +$uctu'tions

$ni& V u!n&um elec&ronics

U%co*in( E$ectronic =evices GE= E$ectrons in esosco%ic structures E'*%$es o)

Gu'ntu* E$ectronic =evices Gu'ntu* nter)erence =evices GU=s %$it


40/58

E:EHHH SST)M-5- CI* D)SI65 3 0 0 3

Version No. 1.0

Prerequisite

Objectives !o %rovi&e 'n overvie# on t"e %resent st'te &esi(n tec"no$o(y )or yste*-On-

:"i%

E%ecte&

Outco*e$ni& I I5T8D$CTI5

/rc"itecture o) t"e %resent-&'y o: - =esi(n issues o) o:- @'r'r-o)t#'re :o&esi(n < :ore

;ibr'ries < E=/ !oo$s

$ni& II D)SI65 M)TDL6 78 L6IC C8)S

o: =esi(n +$o# < (ui&e$ines )or &esi(n reuse < =esi(n %rocess )or so)t 'n& )ir* cores :"'n( C +.K't I?'/s @i(" s%ee& &evices P"ysics !ec"no$o(ies 'n& :ircuit '%%$ic'tionsJBi$neyN.>1AA4.

3. @.6ene,in( I@i(" s%ee& se*icon&uctor &evices circuit 's%ects 'n& )un&'*ent'$

be"'viourJ :"'%*'n 'n& @'$$ ;on&on1AA4.

4. ic"'e$ "ur I?'/ =evices 'n& :ircuitsJP$enu* %ressN>1A8A.5. N.? Eins%rus" 'n& .Beisse*'n IV; E$ectronics ?'/s icroe$ectronicsJ /c'&e*ic

PressN> 1A85



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E:EHHH 5A5SCAL) D)VIC)S A5D CI8C$IT D)SI65 3 0 0 3

Version No. 1.0

Prerequisite e*icon&uctor =evices 'n& !ec"no$o(y

Objectives !"is course #i$$ "e$% t"e stu&ents in 'cquirin( ,no#$e&(e o) )'bric'tion tec"no$o(ies&evice %"ysicsDo%er'tion circuit &esi(n tren&s 'n& issues in n'nosc'$e :O 'n&

e*er(in( &evices

E%ecte&

Outco*e/)ter t"e success)u$ co*%$etion o) t"e course t"e stu&ents #i$$ be )'*i$i'r

#it" t"e nove$ se*icon&uctor &evices 'n& circuits

$ni& I I5T8D$CTI5 T 5V)L MS7)TS

O+E! sc'$in( s"ort c"'nne$ e))ects c"'nne$ en(ineerin( sourceD&r'in en(ineerin( "i(" ,

&ie$ectric co%%er interconnects str'in en(ineerin( O O+E! *u$ti('te tr'nsistors sin($e

('te &oub$e ('te tri%$e ('te surroun& ('te qu'ntu* e))ects vo$u*e inversion *obi$ity t"res"o$&

vo$t'(e inter sub b'n& sc'tterin( *u$ti('te tec"no$o(y *obi$ity ('te st'c,$ni& II *SICS 7 M$LTI6AT) MS SST)M

O E$ectrost'tics 1= 2= O E$ectrost'tics O+E! :urrent-Vo$t'(e :"'r'cteristics :O

!ec"no$o(y U$ti*'te $i*its &oub$e ('te O syste* ('te vo$t'(e e))ect se*icon&uctor t"ic,ness

e))ect 'sy**etry e))ect oi&e t"ic,ness e))ect e$ectron tunne$ current t#o &i*ension'$con)ine*ent sc'tterin( *obi$ity

$ni& III 5A5@I8) 7)TS A5D T8A5SIST8S AT T) ML)C$LA8

SCAL)

i$icon n'no#ire O+E!s Ev'$uv'tion o) -V c"'r'cteristics !"e -V c"'r'cteristics )or non-

&e(ener'te c'rrier st'tistics !"e -V c"'r'cteristics )or &e(ener'te c'rrier st'tistics :N! 6'n&structure o) :N! :N!-+E! :N!-!U6+E! :N!-E! :N! *e*ories :N! b'se& s#itc"es

;o(ic ?'tes :N! b'se& + &evices :N! b'se& !=s 6'n& structure o) (r'%"ene E$ectroniccon&uction in *o$ecu$es ?ener'$ *o&e$ )or b'$$istic n'no tr'nsistors O+E!s #it" 0= 1= 'n&2= c"'nne$s o$ecu$'r tr'nsistors in($e e$ectron c"'r(in( in($e e$ectron tr'nsistors

$ni& IV

8ADIATI5 )77)CTS

'&i'tion e))ects in O O+E!s tot'$ ioniin( &ose e))ects sin($e ('te O *u$ti('te &evices

sin($e event e))ect sc'$in( e))ects

$ni& V CI8C$IT D)SI65 $SI56 M$LTI6AT) D)VIC)S

=i(it'$ circuits i*%'ct o) &evice %er)or*'nce on &i(it'$ circuits $e','(e %er)or*'nce tr'&e o))

*u$ti V!&evices 'n& circuits / &esi(n 'n'$o( circuit &esi(n tr'ns-con&uct'nce intrinsic('in )$ic,er noise se$) "e'tin( b'n& ('% vo$t'(e re)erence o%er'tion'$ '*%$i)ier co*%'r'tor

&esi(ns *ie& si(n'$ successive '%%roi*'tion =/: + circuits8eerences

1. P :o$in(e +N+E!s 'n& ot"er *u$ti-('te tr'nsistors %rin(er < eries on inte(r'te& circuits

'n& syste*s 20082. 'r, ;un&stro* in( ?uo N'nosc'$e !r'nsistors =evice P"ysics o&e$in( 'n& i*u$'tion

%rin(er 200F.

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