Page v, line 19

13Operational‐AmplifierCircuits

Page xx, beginning with 10th line from bottom

6.StreamlinedPresentationofFrequencyResponse.Whilekeepingthetreatmentoffrequencyresponsealltogether,thechapterhasbeenrewrittentostreamlineitsflow,andsimplifyandclarifythepresentation.

7.ClearerandSimplifiedStudyofFeedback.Thefeedbackchapterhasbeenrewrittentoimprove,simplify,andclarifythepresentatonofthiskeysubject.

Page xxi, second line from bottom

AppendixF:s‐DomainAnalysis:Poles,Zeros,andBodePlots

Page 169, line 1

Table 3.1 Summary of Important Semiconductor Equations

Page 322

Figure correction: see end of document.

Page 453 – Table 7.5, third line from bottom

aFortheinterpretationof , ,, and refertoFig.7.34 b .

Page 495, right-hand column, line 28

ProblemD*7.108ItisrequiredtodesignthebiascircuitofFig.7.52 a foraBJTwhosenominal 100.

Page 510, seventh line from bottom

ForadiscussionofMoore’slawanddevicescaling,seeSection15.1.

Page 549, line 8

WewilldemonstratethispointinSection10.5.

Page 554, line 17

…forasweshallseeinSection10.5…

Page 554, line 21

However,aswillbeseeninSection10.5…

Page 580, left-hand column, sixth line from bottom

…neglect .)

Page 580, right-hand column, eighth line from bottom

…TableK.1inAppendixK,…

Page 580, right-hand column third line from bottom

…TableK.1inAppendixK…

Page 632, Example 9.4, line 9

Page 632, Example 9.4, lines 10-11

Itcanbeseenthatanerrorof2%inW/Lwillresultinanerrorin of2%.Thatis,the2%mismatchintheW/Lratiosof and willresultina2%mismatchintheir values.…

Page 632, Example 9.4, line 15

10 2 /0.02

Page 632, Example 9.4, line 20

1MΩ.

Page 632, Example 9.4, line 22

1MΩ.

Page 633, line 2

= 1MΩ.

Page 633, line 4

200V

Page 633, line 6

40 m

Page 633, lines 13-14

1000 2x

22.36kΩ

Page 633, line 17

4.47V

Page 633, line 19

.

.

0.89

Page 697, Line 19

OurstudyoftransistoramplifiersinChapters7through9…

Page 705, footnote line 1

1ThederivationofthisexpressionissimpleandisgiveninChapter7…

Page 707, line 16

≃∑

Page 710, line 2

C1

Page 710, line 13

…mayselect sothat1/ is,say…

Page 718, line 4

Page 760, Exercise 10.22, last line

… mustbereducedto 1.41pF.

Page 763, line 8

sig

Page 788, right-hand column, line 24

… 1/2 sig in.

Page 799, right-hand column, 10th line from bottom

…showthatthepoleintroducedattheoutputnodeisdominant.

Page 834, Example 11.4, sixth line from bottom

≡ ∥

∥ ∥

Page 839, Exercise 11.8, last line

Ans.0.5mA,0.5mA,5mA,85V/V;0.1V/V;8.95V/V;189.5kΩ;19.2Ω.

Page 855, Exercise 11.17, second-to-last line

Ans. 249.3 …

Page 863, line 8

.

≅ 1.11Ω

Page 884, Exercise 11.25

Figureis E11.25.

Page 948, Exercise 12.10, third-to-last line

b For 200, 50, 10 A,…

Page 969

Figure correction: see end of document.

Page 989, left-hand column, line 25

1/2

Page 992, left-hand column, Line 18

… andevaluatethevalueof forthecase 250kHz,R 16Ω,…

Page 1011, line 6

...providesabiaslinefor and oftheCMOSop‐ampcircuitofFig.13.1.

Page 1011, line 22

…inwhichwerecognizethefactor 2 ⁄ as ; thus,…

Page 1015, line 3

ThePSRRisdeterminedusingEq. 13.54 :

Page 1017

Figure correction: see end of document.

Page 1034, Exercise 13.18, line 2

…allthreetransistorsis10‐14A.Find , ,and .

Page 1036, Example 13.3, line 4

ReferencetoFig13.17showsthat…

Page 1040, Exercise 13.23, line 3

Ans. 2.63kΩ;0.38mA/V;0.19mA/V;2.1MΩ

Page 1046, Exercise 13.32, third-to-last line

Ans. 90.9kΩ;722kΩ;81kΩ

Page 1080, right-hand column, ninth line from bottom

…thesevalueswiththeoriginalones,namely 2.1MΩ,…

Page 1081, right-hand column, line 14

...at 19 A.

Page 1087, line 24

…knowledgeoftheMOSFETinternalcapacities Section10.2.1 willbeneeded.

Page 1098, line 4

…inSection15.4,weshall…

Page 1100, line 9

RefertotheinvertershowninblockforminFig.14.2 a .…

Page 1112

Figure correction: see end of document.

Page 1128, Exercise 14.9, line 1

FortheinverterofFig14.18 a ,lettheon‐resistanceof be20kΩandthatof 10kΩ….

Page 1131, line 14

⁄

Page 1133, seventh line from bottom

≅

Page 1137, ninth line from bottom

…giveninEq. 10.25 forcalculating and isasmall‐signalrelationship,…

Page 1150, starting with 10th line from bottom

Thisenergyisdissipatedintheon‐resistanceofswitch andisconvertedtoheat.

Nextconsiderthesituationwhen goeshigh.Thepull‐upswitch turnsoffandthepull‐downswitch turnson.

Page 1150, Second line from bottom

Thisamountofenergyisdissipatedintheon‐resistanceofswitch andisconvertedtoheat.

Page 1153

Deleteline23.

Page 1158

Figure correction: please see end of document.

Page 1160, right-hand column, line 9

…on-resistance of be 2kΩ and that of be 1kΩ.

Page 1161, line 17

…AswillbeseeninSection15.1.3,…

Page 1197, line 19

Wecannowcomputetheaveragechargingcurrentas…

Page 1215, exercise 15.15, line 9

…technologyhastheparametervaluesspecifiedinExample15.3andthatforallNMOStransistorsin…

Page 1229, left-hand column, line 22

0.4V, and V 1.3V, find , , and .

Page 1232, line 12

…on,isapproximately /2andthusoccursat ≅ .

Page 1269

Figure correction: see end of document.

Page 1281, last line

…transistor resetstheinternalnode…

Page 1370

Figure correction: see end of document.

Page 1398

Figure correction: see end of document.

Page 1400, Exercise 18.10, second line

…Eq. 18.17 andthatforoscillationstostart ⁄ where isthetotalresistancebetweencollectorandemitter.

Page 1430, right-hand column, second line from bottom

D18.20ForthecircuitinFig.P18.20,…

Appendices on Companion Website Page

Line 10

PartB.1describesthemodelsSPICEprogramsuse…

Line 12

PartB.2describesanddiscusses…

Line 13

…whilepartB.3does…

Line 17

…Thisappendixsummarizesthey,…

Line 26

AppendixF:s‐DomainAnalysis:Poles,Zeros,andBodePlots

Thefollowingpagescontaincorrectionstofigures.