Circuit techniques for low-voltage and high-speed A/D converters

=001  20907=003  CaPaEBR=006  m        u=007  cr cn|||||||||=008  020918s2002    maua    sb    001 0 eng=010  ##$z2002034356=020  ##$a0306479796 (electronic bk.)=020  ##$z1402072449 (alk. paper)=035  ##$aebr10067197=040  ##$aCaPaEBR $cCaPaEBR=040  ##$aCaPaEBR $cCaPaEBR $dOrLoB-B=041  0#$aeng=050  14$aTK7887.6 $b.W34 2002eb=082  04$a621.39814 $221=092  ##$a621.39814 $bW231 c=092  ##$aebrary=092  ##$anetLibrary=100  1#$aWaltari, Mikko E.=245  10$aCircuit techniques for low-voltage and high-speed A/D converters $h[electronic resource] / $cby Mikko E. Waltari and Kari A.I. Halonen.=260  ##$aBoston : $bKluwer Academic Publishers, $c2002=300  ##$avii, 254 p. : $bill. ; $c25 cm.=490  1#$aKluwer international series in engineering and computer science ; $vSECS 709. $aAnalog circuits and signal processing.=504  ##$aIncludes bibliographical references and index.=533  ##$aElectronic reproduction. $bPalo Alto, Calif. : $cebrary, $d2004. $nAvailable via World Wide Web. $nSystem requirement: ebrary Reader. $nDigital version of: Circuit techniques for low-voltage and high-speed A/D converters.=650  #0$aAnalog-to-digital converters.=650  #0$aElectronic circuits.=650  #0$aLow voltage systems.=700  1#$aHalonen, K. A. I. $q(Kari A. I.)=773  0#$tebrary.=773  0#$tnetLibrary.=776  1#$aWaltari, Mikko E. $tCircuit techniques for low-voltage and high-speed A/D converters $cOriginal $z1402072449.=830  #0$aKluwer international series in engineering and computer science ; $vSECS 709.=830  #0$aKluwer international series in engineering and computer science. $pAnalog circuits and signal processing.=970  11$l1 $tIntroduction $p1=970  11$l10 $tSwitched Opamp Technique $p129=970  11$l11 $tOther Low-Voltage Techniques $p153=970  11$l12 $tPrototypes and Experimental Results $p161=970  11$l13 $tConclusions $p231=970  11$l2 $tLow Voltage Issues $p3=970  11$l3 $tSample-and-Hold Operation $p19=970  11$l4 $tA/D Converters $p31=970  11$l5 $tS/H Circuit Architectures $p57=970  11$l6 $tSampling with a MOS Transistor Switch $p69=970  11$l7 $tOperational Amplifiers $p91=970  11$l8 $tClock Generation $p109=970  11$l9 $tDouble-Sampling $p117=970  11$lApp $tDerivation of OTA GBW Requirement $p233=970  11$lApp $tOptimum Input Capacitance $p235=970  11$lApp $tSaturation Voltage $p237=970  12$l1 $tA/D Conversion $p31=970  12$l1 $tBipolar Architectures $p58=970  12$l1 $tJitter $p109=970  12$l1 $tLow Voltage SC Technique with Unity-Gain-Reset Opamps $p153=970  12$l1 $tMeasurement Setups and Methods $p161=970  12$l1 $tOperation Principle $p129=970  12$l1 $tPrinciple $p117=970  12$l1 $tRequirements for SC Applications $p91=970  12$l1 $tS/H Basics and Performance Metrics $p19=970  12$l1 $tSignal-to-Noise Ratio $p5=970  12$l1 $tVoltage-Dependent Turn-Off Moment $p70=970  12$l2 $tCharge Injection $p71=970  12$l2 $tCircuit Speed $p6=970  12$l2 $tCMOS Architectures $p59=970  12$l2 $tCompensating for Common Mode Voltage Step $p131=970  12$l2 $tCurrent Sources and Mirrors $p155=970  12$l2 $tFlash ADC $p34=970  12$l2 $tNonidealities $p118=970  12$l2 $tOTAs with Single High-Gain Stage $p95=970  12$l2 $tS/H Circuit Using Double-Sampling $p163=970  12$l2 $tSignal Crosstalk $p113=970  12$l2 $tSpectra of Sampled Signals $p21=970  12$l3 $tBandgap References $p156=970  12$l3 $tBottom Plate Sampling $p75=970  12$l3 $tCircuits $p114=970  12$l3 $tNoise Issues in S/H Circuits $p25=970  12$l3 $tPower Consumption $p7=970  12$l3 $tPreventing Charge Leakage from Virtual Ground $p131=970  12$l3 $tSkew-Insensitive Circuit $p126=970  12$l3 $tSubranging ADC $p36=970  12$l3 $tTiming Skew-Insensitive Double-Sampling S/H $p170=970  12$l3 $tTwo-Stage Opamps $p103=970  12$l4 $t10-Bit, 200-MS/s Parallel Pipeline ADC $p173=970  12$l4 $tBasic S/H Circuit Architectures $p27=970  12$l4 $tFolding-and-Interpolating ADC $p38=970  12$l4 $tMatching $p10=970  12$l4 $tNonlinear Time Constant $p77=970  12$l4 $tSpeed $p133=970  12$l5 $t13-Bit Self-Calibrated IF-Sampling Pipelined ADC $p185=970  12$l5 $tOperational Amplifiers $p11=970  12$l5 $tPipelined ADC $p41=970  12$l5 $tPower Supply Rejection and Noise $p135=970  12$l5 $tSampling Function $p88=970  12$l6 $tDeglitcher for Current Steering DACs $p203=970  12$l6 $tMOS Switches $p13=970  12$l6 $tSwitchable Opamps $p135=970  12$l6 $tTime-Interleaved ADC $p54=970  12$l7 $t1st Switched Opamp Pipelined ADC $p216=970  12$l7 $tA/D Converters: Summary $p56=970  12$l7 $tConclusions $p17=970  12$l7 $tInput Interfaces for SO Circuits $p147=970  12$l8 $t2nd Switched Opamp Pipelined ADC $p221=996  ##$ay $cip $l24 $debrary $fvaries $ebk $gpok $gp $ga $gsp $hy=996  ##$ay $cip $l46 $dnetLibrary $gsp $ebk $gpok $gp $ga=LDR  05493nam a22012974a 4500