Signal Circuit and Transistor Small-Signal Model
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1 Snal cut an anto Sall-Snal Mol Lctu not: Sc. 5 Sa & Sth 6 th E: Sc. 5.5 & 6.7 Sa & Sth 5 th E: Sc. 4.6 & 5.6 F. Najaba EE65 Wnt 0
2 anto pl lopnt Ba & Snal Ba Snal only Ba Snal - Ba? MOS... : : S... MOS... : : S MOS... : : F. Najaba EE65 Wnt 0
3 Fnn nal ccut lnt -- to to olta unt Equaton Ba Snal: Ba: Snal:?? to an a a to n th nal ccut. F. Najaba EE65 Wnt 0
4 Fnn nal ccut lnt -- apacto apacto olta unt Equaton Ba Snal: /t Ba: /t Snal: c c?? c t t t c t c capacto an a a capacto n th nal ccut. o Snc cont. 0.. capacto act a an opn ccut o ba ccut. F. Najaba EE65 Wnt 0
5 Fnn nal ccut lnt S & S npnnt olta ouc olta unt Equaton Ba Snal: S S S S cont Ba: S S S S cont Snal: S S S S?? S S S S Slaly: n npnnt olta ouc bco a hot ccut! n npnnt cunt ouc bco an opn ccut! F. Najaba EE65 Wnt 0 Exc: Show that pnnt ouc an a pnnt ouc
6 Suay o nal ccut lnt to& capacto: o apacto act a opn ccut n th ba ccut. h Sa npnnt olta ouc.. : Ectly oun npnnt cunt ouc: Ectly opn ccut o aul about cunt o a thy a NO al cunt ouc aly ct an/o channl wth oulaton wa no! pnnt ouc: Non-lna Elnt: o o & tanto? h Sa nt! F. Najaba EE65 Wnt 0
7 o Snal pon Ba Snal : xp n Ba : xp n Snal : xp n xp n xp n xp n? xp n nt quaton! quaton non-lna! lat to ba alu! F. Najaba EE65 Wnt 0
8 o all-nal ol: F. Najaba EE65 Wnt 0 xp n? n n n n n n n n << xp :...! xp Exapnon : aylo S n
9 Foal aton o all nal ol F. Najaba EE65 Wnt 0! a a >> a << Sall nal an: a a a Snal Ba o lnt : Ba o lnt : Snal o lnt a a : a a a a a...!...! aylo S Expanon a a
10 aton o o all nal ol F. Najaba EE65 Wnt 0 n S n S n S n S n S n S S n S n S n n n S n n n n / o can b plac wth a to n th nal ccut!
11 Sall nal ol chaacttc Sall nal ol qualnt to appoxatn th non-ln chaacttc cu by a ln tannt to th cu at th ba pont n F. Najaba EE65 Wnt 0
12 aton o MOS all nal ol MOS quaton: S G 0 Snal Ba o MOS S : S G 0 Ba o MOS S : S G 0 Snal o MOS : 0 S aylo S Expanon n aabl S S S S S S... S S S F. Najaba EE65 Wnt 0 S S S
13 aton o MOS all nal ol F. Najaba EE65 Wnt 0 S S S 0.5 S S t ox n L W λ µ O t S t ox n S t ox n L W L W S S λ µ λ µ o S S S t ox n t ox n S L W L W S S λ λ λ λ λ µ λ µ λ 0 o
14 MOS all nal ccut ol nput opn ccut 0 an o Statnt o KL wo lnt n paalll o o >> λ λ O O O F. Najaba EE65 Wnt 0
15 PMOS ccut all nal ol ntcal to NMOS PMOS* NMOS PMOS all-nal ccut ol ntcal to NMOS o W wll u NMOS ccut ol o both! o Fo both NMOS an PMOS whl 0 an 0 nal quantt: an can b nat! F. Najaba EE65 Wnt 0 Exc: PMOS all nal ol ollow aton o NMOS all-nal ol
16 aton o BJ all nal ol BJ quaton: B E / β Snal Ba o BJ B E : B E Ba o BJ B E : B E Snal o BJ b c b c : b b c b c B W n to po aylo S Expanon n aabl o both B an. E B E b E b E E c F. Najaba EE65 Wnt 0
17 aton o BJ all nal ol F. Najaba EE65 Wnt 0 o c b c b b / B β b b B E β B E / B / β E E E E E E o E E E E
18 BJ all nal ccut ol b b c b c o to btwn B & E Statnt o KL wo lnt n paalll B W ollow S&S: b not a o E Sla to NMOS/PMOS th all ccut ol o a PNP BJ th a a that o a NPN. F. Najaba EE65 Wnt 0
19 ltnat BJ all nal ccut ol F. Najaba EE65 Wnt 0 β β β B B Mol β b Mol
20 Suay o tanto all nal ol F. Najaba EE65 Wnt 0 o O λ opaon o MOS an BJ all-nal ccut ol:. MOS ha an nnt to n th nput whl BJ ha a nt to typcally al kω.. BJ ubtantally la than that o a MOS BJ ha a uch hh an. 3. o alu a typcally la 0 o kω. o >> o both. NMOS/PMOS o B β NPN/PNP BJ
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