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58916_C000 1..12

58916_C000 1..12

58916_C000

  • Page 2 and 3: Analog and VLSI Circuits
  • Page 4 and 5: The Circuits and Filters Handbook T
  • Page 6 and 7: Contents Preface ..................
  • Page 8: Preface The purpose of this book is
  • Page 12 and 13: Rahim Akbari-Dilmaghani Department
  • Page 14 and 15: Bogdan M. Wilamowski Auburn Univers
  • Page 16 and 17: Monolithic Device Models 1-3 where
  • Page 18 and 19: Monolithic Device Models 1-5 Note,
  • Page 20 and 21: Monolithic Device Models 1-7 the po
  • Page 22 and 23: Monolithic Device Models 1-9 1.1.5
  • Page 24 and 25: Monolithic Device Models 1-11 1.1.6
  • Page 26 and 27: Monolithic Device Models 1-13 1.1.7
  • Page 28 and 29: Monolithic Device Models 1-15 i 2 B
  • Page 30 and 31: Monolithic Device Models 1-17 E c E
  • Page 32 and 33: Monolithic Device Models 1-19 f C (
  • Page 34 and 35: Monolithic Device Models 1-21 9. R.
  • Page 36 and 37: Monolithic Device Models 1-23 Metal
  • Page 38 and 39: Monolithic Device Models 1-25 y = 0
  • Page 40 and 41: Monolithic Device Models 1-27 Becau
  • Page 42 and 43: Monolithic Device Models 1-29 1.2.2
  • Page 44 and 45: Monolithic Device Models 1-31 which
  • Page 46 and 47: Monolithic Device Models 1-33 1.2 1
  • Page 48 and 49: Monolithic Device Models 1-35 whenc
  • Page 50 and 51: Monolithic Device Models 1-37 elect
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    Monolithic Device Models 1-39 y = 0

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    Monolithic Device Models 1-41 which

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    Monolithic Device Models 1-43 y = 0

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    Monolithic Device Models 1-45 avail

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    Monolithic Device Models 1-47 The m

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    Monolithic Device Models 1-49 refle

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    Monolithic Device Models 1-51 The a

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    Monolithic Device Models 1-53 Tn ¼

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    Monolithic Device Models 1-55 The o

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    Monolithic Device Models 1-57 D - G

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    Monolithic Device Models 1-59 MOSFE

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    Monolithic Device Models 1-61 S + v

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    Monolithic Device Models 1-63 I s c

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    Monolithic Device Models 1-65 where

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    Monolithic Device Models 1-67 If th

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    Monolithic Device Models 1-69 The t

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    Monolithic Device Models 1-71 A com

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    Monolithic Device Models 1-73 For a

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    Monolithic Device Models 1-75 Avera

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    Monolithic Device Models 1-77 Comme

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    Monolithic Device Models 1-79 vagar

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    Monolithic Device Models 1-81 Drain

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    Monolithic Device Models 1-83 n-Cha

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    Monolithic Device Models 1-85 1.3.2

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    Monolithic Device Models 1-87 poten

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    Monolithic Device Models 1-89 These

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    Monolithic Device Models 1-91 p-Typ

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    Monolithic Device Models 1-93 field

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    Monolithic Device Models 1-95 Bandg

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    Monolithic Device Models 1-97 TABLE

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    Monolithic Device Models 1-99 Devic

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    Monolithic Device Models 1-101 GaN

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    Monolithic Device Models 1-103 1.4

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    Monolithic Device Models 1-105 1400

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    Monolithic Device Models 1-107 in o

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    Monolithic Device Models 1-109 FIGU

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    Monolithic Device Models 1-111 Abso

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    Monolithic Device Models 1-113 TABL

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    Monolithic Device Models 1-115 (c)

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    Monolithic Device Models 1-117 Fina

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    Monolithic Device Models 1-119 FIGU

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    Monolithic Device Models 1-121 FIGU

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    Monolithic Device Models 1-123 wher

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    Monolithic Device Models 1-125 capa

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    Monolithic Device Models 1-127 1.4.

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    Monolithic Device Models 1-129 L ¼

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    Monolithic Device Models 1-131 Refe

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    Monolithic Device Models 1-133 Even

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    Monolithic Device Models 1-135 clas

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    Monolithic Device Models 1-137 Subs

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    Monolithic Device Models 1-139 prov

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    Monolithic Device Models 1-141 D D

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    Monolithic Device Models 1-143 Pack

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    Monolithic Device Models 1-145 FIGU

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    2-2 Analog and VLSI Circuits the fu

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    2-4 Analog and VLSI Circuits I REF

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    2-6 Analog and VLSI Circuits I REF

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    2-8 Analog and VLSI Circuits IC1 ¼

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    2-10 Analog and VLSI Circuits ampli

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    2-12 Analog and VLSI Circuits vc(t)

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    2-14 Analog and VLSI Circuits 2.2.3

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    2-16 Analog and VLSI Circuits is kn

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    2-18 Analog and VLSI Circuits The c

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    2-20 Analog and VLSI Circuits Gfce

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    2-22 Analog and VLSI Circuits Solut

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    2-24 Analog and VLSI Circuits An in

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    2-26 Analog and VLSI Circuits This

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    2-28 Analog and VLSI Circuits RST +

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    2-30 Analog and VLSI Circuits The r

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    2-32 Analog and VLSI Circuits (a) G

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    2-34 Analog and VLSI Circuits It is

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    2-36 Analog and VLSI Circuits diagr

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    2-38 Analog and VLSI Circuits Av1

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    2-40 Analog and VLSI Circuits resis

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    2-42 Analog and VLSI Circuits R S1

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    2-44 Analog and VLSI Circuits AC ¼

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    2-46 Analog and VLSI Circuits Since

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    2-48 Analog and VLSI Circuits If th

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    2-50 Analog and VLSI Circuits (a) (

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    2-52 Analog and VLSI Circuits repre

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    2-54 Analog and VLSI Circuits 2. Th

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    2-56 Analog and VLSI Circuits maint

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    2-58 Analog and VLSI Circuits (a) p

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    2-60 Analog and VLSI Circuits TABLE

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    2-62 Analog and VLSI Circuits Thus,

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    2-64 Analog and VLSI Circuits 2.3.3

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    2-66 Analog and VLSI Circuits a sta

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    2-68 Analog and VLSI Circuits emitt

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    2-70 Analog and VLSI Circuits M4-M6

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    2-72 Analog and VLSI Circuits I REF

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    2-74 Analog and VLSI Circuits 2.3.7

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    2-76 Analog and VLSI Circuits V in+

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    2-78 Analog and VLSI Circuits numbe

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    2-80 Analog and VLSI Circuits (a) V

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    2-82 Analog and VLSI Circuits V G F

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    2-84 Analog and VLSI Circuits which

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    2-86 Analog and VLSI Circuits I D (

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    2-88 Analog and VLSI Circuits I D (

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    2-90 Analog and VLSI Circuits and h

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    2-92 Analog and VLSI Circuits M P2

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    2-94 Analog and VLSI Circuits G1 +

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    2-96 Analog and VLSI Circuits imped

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    2-98 Analog and VLSI Circuits (a) I

  • Page 260 and 261:

    Chris Toumazou Imperial College of

  • Page 262 and 263:

    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    High-Performance Analog Circuits 3-

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    4-2 Analog and VLSI Circuits differ

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    4-4 Analog and VLSI Circuits the ci

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    4-6 Analog and VLSI Circuits A last

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    4-8 Analog and VLSI Circuits RF fil

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    4-10 Analog and VLSI Circuits f (GH

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    4-12 Analog and VLSI Circuits could

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    4-14 Analog and VLSI Circuits When

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    4-16 Analog and VLSI Circuits IIP2

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    4-18 Analog and VLSI Circuits Fout

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    4-20 Analog and VLSI Circuits F ref

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    4-22 Analog and VLSI Circuits This

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    4-24 Analog and VLSI Circuits Based

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    4-26 Analog and VLSI Circuits v in

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    4-28 Analog and VLSI Circuits v Env

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    4-30 Analog and VLSI Circuits 5. A.

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    4-32 Analog and VLSI Circuits 51. C

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    5-2 Analog and VLSI Circuits ui(t)

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    5-4 Analog and VLSI Circuits where

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    5-6 Analog and VLSI Circuits In som

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    5-8 Analog and VLSI Circuits The pe

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    5-10 Analog and VLSI Circuits where

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    5-12 Analog and VLSI Circuits Becau

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    5-14 Analog and VLSI Circuits u 1 u

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    5-16 Analog and VLSI Circuits R 1 R

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    5-18 Analog and VLSI Circuits |H( j

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    5-20 Analog and VLSI Circuits s-Pla

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    5-22 Analog and VLSI Circuits Passi

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    5-24 Analog and VLSI Circuits a lar

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    5-26 Analog and VLSI Circuits well

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    5-28 Analog and VLSI Circuits (a) (

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    5-30 Analog and VLSI Circuits NRZ d

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    5-32 Analog and VLSI Circuits Subsy

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    5-34 Analog and VLSI Circuits is re

  • Page 384 and 385:

    Igor M. Filanovsky University of Al

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    Synthesis of Reactance Pulse-Formin

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    Synthesis of Reactance Pulse-Formin

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    Synthesis of Reactance Pulse-Formin

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    Synthesis of Reactance Pulse-Formin

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    Synthesis of Reactance Pulse-Formin

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    Synthesis of Reactance Pulse-Formin

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    Synthesis of Reactance Pulse-Formin

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    Synthesis of Reactance Pulse-Formin

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    Synthesis of Reactance Pulse-Formin

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    Synthesis of Reactance Pulse-Formin

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    Synthesis of Reactance Pulse-Formin

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    Synthesis of Reactance Pulse-Formin

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    Roland Priemer University of Illino

  • Page 412 and 413:

    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    Fundamentals of Digital Signal Proc

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    John P. Uyemura Georgia Institute o

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    Digital Circuits 8-3 C G C GD Drain

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    Digital Circuits 8-5 FIGURE 8.6 Inv

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    Digital Circuits 8-7 Although the t

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    Digital Circuits 8-9 + - (a) + VSGp

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    Digital Circuits 8-11 to CMOS. Howe

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    Digital Circuits 8-13 A B (a) — C

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    Digital Circuits 8-15 Now suppose t

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    Digital Circuits 8-17 V DD |Vthp |

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    Digital Circuits 8-19 FIGURE 8.25 M

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    Digital Circuits 8-21 CLK A basic D

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    Digital Circuits 8-23 B — B (a) A

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    Digital Circuits 8-25 V in - V bias

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    Digital Circuits 8-27 V 1 V 2 V n (

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    Digital Circuits 8-29 v0,nþ1 ¼ v0

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    Digital Circuits 8-31 capacitance a

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    Digital Circuits 8-33 When the gate

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    Festus Gail Gray Virginia Polytechn

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    Digital Systems 9-3 structure, whic

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    Digital Systems 9-5 A B C D E F G H

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    Digital Systems 9-7 9.1.4 Programma

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    Digital Systems 9-9 FIGURE 9.7 Basi

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    Digital Systems 9-11 9.1.7 Designin

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    Digital Systems 9-13 (1) B Input li

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    Digital Systems 9-15 TABLE 9.4 Rang

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    Digital Systems 9-17 (1) CLK Produc

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    Digital Systems 9-19 CLK/I 1 0 (2)

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    Digital Systems 9-21 TABLE 9.6 Appl

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    Digital Systems 9-23 a. Lookup tabl

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    Digital Systems 9-25 C 1 C 4 G 4 G

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    Digital Systems 9-27 about four tim

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    Digital Systems 9-29 TABLE 9.9 Ones

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    Digital Systems 9-31 ENABLE DATA FI

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    Digital Systems 9-33 Asynchronous,

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    Digital Systems 9-35 between the no

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    Digital Systems 9-37 abilities have

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    Digital Systems 9-39 φ (b) φ 1 φ

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    Digital Systems 9-41 (a) - φ1E -

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    Digital Systems 9-43 D CLK (a) D 1

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    Digital Systems 9-45 Having recogni

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    Digital Systems 9-47 Clock in Eleme

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    Digital Systems 9-49 CLK (a) V SS V

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    Digital Systems 9-51 (a) (b) Local

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    Digital Systems 9-53 V in (a) V out

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    Digital Systems 9-55 The tributary

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    Digital Systems 9-57 vertical path

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    Digital Systems 9-59 TABLE 9.11 Com

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    Digital Systems 9-61 For comparison

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    Digital Systems 9-63 emission speci

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    Digital Systems 9-65 The clocking s

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    Digital Systems 9-67 V CC Ref. line

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    Digital Systems 9-69 delay measurem

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    Digital Systems 9-71 3. H. B. Bakog

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    Digital Systems 9-73 + + C Vx - C V

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    Digital Systems 9-75 transmission g

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    Digital Systems 9-77 φ 2 . SH 3 φ

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    Digital Systems 9-79 Inputs φ - φ

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    Digital Systems 9-81 Output (a) Inp

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    Digital Systems 9-83 This section i

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    Digital Systems 9-85 The clock modu

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    Digital Systems 9-87 a 1 a 0 E Deco

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    Digital Systems 9-89 Address Data a

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    Digital Systems 9-91 should be enab

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    Digital Systems 9-93 f k-1 - f 0 2

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    Digital Systems 9-95 allow for soft

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    Digital Systems 9-97 system data bu

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    Digital Systems 9-99 MW MR IOW IOR

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    Digital Systems 9-101 requirements,

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    Digital Systems 9-103 Address bus C

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    Digital Systems 9-105 a 0 a 7 - a 1

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    Digital Systems 9-107 Clock as E cl

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    Digital Systems 9-109 Port D can se

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    Digital Systems 9-111 microprocesso

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    Digital Systems 9-113 9.5.1.2 Systo

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    Digital Systems 9-115 V ¼ 3, F1( )

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    Digital Systems 9-117 displacement

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    Digital Systems 9-119 x(2k + 1) x(2

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    Digital Systems 9-121 Parhi and Mes

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    Digital Systems 9-123 work-level pr

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    Digital Systems 9-125 a 0 a 1 a 2 a

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    Digital Systems 9-127 finding the m

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    Digital Systems 9-129 The preceding

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    Digital Systems 9-131 σ a51 a42 a4

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    Digital Systems 9-133 measurements

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    Digital Systems 9-135 TABLE 9.14 Sy

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    Digital Systems 9-137 perform steps

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    Digital Systems 9-139 9.5.6.2 EVD o

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    Digital Systems 9-141 a given thres

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    Digital Systems 9-143 3. H. T. Kung

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    Digital Systems 9-145 53. G. M. Pap

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    10-2 Analog and VLSI Circuits Analo

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    10-4 Analog and VLSI Circuits integ

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    10-6 Analog and VLSI Circuits glitc

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    10-8 Analog and VLSI Circuits segme

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    10-10 Analog and VLSI Circuits Capa

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    10-12 Analog and VLSI Circuits 2 M

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    10-14 Analog and VLSI Circuits one

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    10-16 Analog and VLSI Circuits C 1

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    10-18 Analog and VLSI Circuits Digi

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    10-20 Analog and VLSI Circuits α =

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    10-22 Analog and VLSI Circuits with

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    10-24 Analog and VLSI Circuits 2pf

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    10-26 Analog and VLSI Circuits 10.1

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    10-28 Analog and VLSI Circuits FIGU

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    10-30 Analog and VLSI Circuits Bina

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    10-32 Analog and VLSI Circuits Bina

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    10-34 Analog and VLSI Circuits V in

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    10-36 Analog and VLSI Circuits V in

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    10-38 Analog and VLSI Circuits canc

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    10-40 Analog and VLSI Circuits Digi

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    10-42 Analog and VLSI Circuits V in

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    10-44 Analog and VLSI Circuits V in

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    10-46 Analog and VLSI Circuits V in

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    10-48 Analog and VLSI Circuits + Vi

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    10-50 Analog and VLSI Circuits Nois

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    10-52 Analog and VLSI Circuits 4 2n

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    10-54 Analog and VLSI Circuits V in

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    10-56 Analog and VLSI Circuits pres

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    10-58 Analog and VLSI Circuits 15.

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    IN-2 Index diode-connected transist

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    IN-4 Index optoelectronic clock dis

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    IN-6 Index properties, 7-16 sinusoi

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    IN-8 Index common-collector amplifi

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    IN-10 Index energy band diagram, 1-

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    IN-12 Index NORA CMOS dynamic logic

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    IN-14 Index step response, 6-12-6-1

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    IN-16 Index transimpedance compensa

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