VLST DA Makerdha Rdd Circuit Analysis Notes, Assignments of Very large scale integration (VLSI)

These are notes for the analysis of a VLST DA Makerdha Rdd circuit, including circuit diagrams, calculations, and formulas. The notes cover topics such as capacitance, inductance, resistance, and voltage division.

Typology: Assignments

2021/2022

Uploaded on 10/31/2022

maheedhar-reddy
maheedhar-reddy 🇮🇳

1 document

1 / 24

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
VLST
DA
L
Makerdha
Rdd
3lot:e
Ccit,
wL
(t)Vas
Vaa
lineahsegien
Jle
Cox
K
CRcut
a
2
2kx
2
KwUo-)bs
Vss
pf3
pf4
pf5
pf8
pf9
pfa
pfd
pfe
pff
pf12
pf13
pf14
pf15
pf16
pf17
pf18

Partial preview of the text

Download VLST DA Makerdha Rdd Circuit Analysis Notes and more Assignments Very large scale integration (VLSI) in PDF only on Docsity!

VLST

DA L

Makerdha Rdd

3lot:e

Ccit,

wL (t)Vas

Vaa

lineahsegien

Jle Cox K

CRcut a

2 2kx 2

KwUo-)bs Vss

bS (^) KwL (^) Px (^) Vbs VDS

Let

GRdt b)

Cat hLga (^) Sles m ae

Allo he

9oote uSe_ Ca (^) Calcale T,J Spaalely

T (^) sV,- Vo-V--V

/

Caeetod hMoS osiato O.6hm 2 a) VPD^ SV

M 0. C8 O33 fF Mm

O.18V

RecallHha diwi pataALAt Cal

he (^) kelle

AbAD(Cia) t P (Gaw)

D i2 diuhi Centoct PD peRnto.

A (^) thet (^) au h (afac? kance (^) Csb 3Tda asal Capoctoee

Cdbsus C ( Uay

CA Ci VALO

Antit Copacito CEo.L4 2 PfA etio

//

Le bilt poteio o^ A8V

-S

o

ctie side all Copadtawce G2O33{

H8 hat Ys

(^2) 0.33F

Caledete

AD(Csab) PD( Gbs (1)1s )6.4r).2(1- s)(0.32) 5 h4E

ha a ti Cab 2.5 4ff

Eor

81-6 x1o ")^ (7)^ (88)1o"^ 1") B1)88sxo")

0-1S

ua

O O- O3 060.

ViL 3V V O.JU

Numeailal alu H,)

NH V-VG NA V V 2(. - 1.o 0.aU

UH Vt Y tVs V

O.15O.15 (Vo 8s+ 4 Jo g

R 6 to 8euofo a u atesel

166 4sgdo clage

Lub) Y^ A^ B^ +).D

Cc

D

lchsds Come eul pt

DABC

VDD A

P-d

-Y

h-d 9N

6+2 x

P P 6

BH+P

3x8 3

b)

3+2 2x 3 25

P P P 3r

SSH+)

D-

+2x2x3)

2 28

PP+P 23 S total dla

2

) Do

3t2 xX t2 x 3

P (^) P + (^) t? (^) tP

Ue ( obAue^ thot^ eluctical^ oset a L o He elsehial e atert.^ Ao e Rneo et (^) ncluasg

Me aduatag e

duKg eve

hoppe may^ beLaus^ en cca pot la

moh Poh becomel whi maa Caes O when^ H 2 (Bnmpaadla epag ntib (^) Sola

6)A ng^ dt^ PHo=2(d^ sNMas)

A+

R

A

hC

RBcki lapaci tances,

A

R

8 A

A

3

CMOS egi

E

DynoomicZegi

2 E OR-

Legie

CVSL

JFA

Ceut

C

S

wo o Lerk_ahiad

Jh ederDu e

(Cpl heity maje^ dhosoark

Hhe

/

Pled

Dstes Ch akoi', He aduaudago both & 0utput

eR i3 noctive

Hele e.

Pubed athes o VLSE_dogk

o Cunand

A a hanDmetoh^ 0e

peuch

sE disipate te eck

Pulso Lest hes eP d

ome s^ nfhedelogi

he mVetonal (^) d

Ddapted

pulled otek hoye&cqusirl Cht

RAse ath ko hoped^ Jelu Peoeh COn^ um^ pten