书籍详情
高速数字设计(英文版)
作者:(美)Howard Johnson,(美)Martin Graham著
出版社:电子工业出版社
出版时间:2003-08-01
ISBN:9787505389786
定价:¥46.00
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内容简介
本书是信号完整性领域的一部经典著作,英文版已经重印了将近20次。全书结合了数字和模拟电路理论,对高速数字电路系统设计中的信号完整性和EMC方面的问题进行了深入浅出的讨论和研究。其中不仅包括了关于高速数字设计中EMC方面的许多实用信息,而且包括了许多有价值的测试技术。另外,书中详细讨论了涉及信号完整性方面的传输线、时钟偏移和抖动、端接、过孔等问题。本书通俗易懂,是高速数字设计人员必备的参考书,实用性很强,独特地将理论与实践方法相结合,适合从事模拟和数字电路设计的相关人员使用。本书可以作为大专院校相关专业师生的教学参考,对于体系结构设计人员、EMC专家、印刷电路板设计和布线专业人士也是一本极具价值的参考书。
作者简介
HowardJohnson:1982年在美国莱斯大学获得博士学位后专攻高速数字通信和数字信号处理系统的设计,在数字设计领域有着20多年的经验。一直从事数字电子设计和咨询业务,服务于全球的数字工程师。他是IEEE802.3z千兆位以太网和100BASE-T快速以太网标准的首席技术编辑,定期出席为数字工程师举办的专题讨论会,并在牛津大学授课。MartinGraham:自1966年以来在美国加州大学伯克利分校任电子工程和计算机科学教授,讲授电子系统的可靠性和可行性设计。
目录
第1章基础知识 1
Fundamentals
第2章逻辑门电路的高速特性 37
High-SpeedPropertiesofLogicGates
第3章测量技术 83
MeasurementTechniques
第4章传输线 133
TransmissionLines
第5章地平面和叠层 189
GroundPlanesandLayerStacking
第6章端接 223
Terminations
第7章通孔 249
Vias
第8章电源系统 263
PowerSystems
第9章连接器 295
Connectors
第10章扁平电缆 323
RibbonCables
第11章时钟分配 341
ClockDistribution
第12章时钟振荡器 367
ClockOscillators
参考文献 385
CollectedReferences
附录A要点 389
PointstoRemember
附录B计算上升时间 399
CalculationofRiseTime
附录CMathCad公式 409
MathCadFormulas
索引 441
Index
Fundamentals1
1.1FrequencyandTime1
1.2TimeandDistance6
1.3LumpedVersusDistributedSystems7
1.4ANoteAbout3dBandRMSFrequencies8
1.5FourKindsofReactance10
1.6OrdinaryCapacitance11
1.7OrdinaryInductance17
1.8ABetterMethodforEstimatingDecayTime22
1.9MutualCapacitance25
1.10MutualInductance29
2High-SpeedPropertiesofLogicGates37
2.1HistoricalDevelopmentofaVeryOldDigitalTechnology37
2.2Power39
2.3Speed59
2.4Packaging66
3MeasurementTechniques83
3.1RiseTimeandBandwidthofOscilloscopeProbes83
3.2Self-inductanceofaProbeGroundLoop86
3.3SpuriousSignalPickupfromProbeGroundLoops92
3.4HowProbesLoadDownaCircuit95
3.5SpecialProbingFixtures98
3.6AvoidingPickupfromProbeShieldCurrents104
3.7ViewingaSerialDataTransmissionSystem108
3.8SlowingDowntheSystemClock110
3.9ObservingCrosstalk111
3.10MeasuringOperatingMargins113
3.11ObservingMetastableStates120
4TransmissionLines133
4.1ShortcomingsofOrdinaryPoint-to-PointWiring133
4.2InfiniteUniformTransmissionLine140
4.3EffectsofSourceandLoadImpedance160
4.4SpecialTransmissionLineCases167
4.5LineImpedanceandPropagationDelay178
5GroundPlanesandLayerStacking189
5.1High-SpeedCurrentFollowsthePathofLeastInductance189
5.2CrosstalkinSolidGroundPlanes191
5.3CrosstalkinSlottedGroundPlanes194
5.4CrosstalkinCross-HatchedGroundPlanes197
5.5CrosstalkwithPowerandGroundFingers199
5.6GuardTraces201
5.7Near-EndandFar-EndCrosstalk204
5.8HowtoStackPrintedCircuitBoardLayers212
6Terminations223
6.1EndTerminators223
6.2SourceTerminators231
6.3MiddleTerminators235
6.4ACBiasingforEndTerminators236
6.5ResistorSelection239
6.6CrosstalkinTerminators244
7Vies249
7.1MechanicalPropertiesofVias249
7.2CapacitanceofVias257
7.3InductanceofVias258
7.4ReturnCurrentandItsRelationtoVias260
8PowerSystems263
8.1ProvidingaStableVoltageReference263
8.2DistributingUniformVoltage268
8.3EverydayDistributionProblems279
8.4ChoosingaBypassCapacitor281
9Connectors295
9.1MutualInductance---HowConnectorsCreateCrosstalk295
9.2SeriesInductance--HowConnectorsCreateEMI300
9.3ParasiticCapacitance--UsingConnectorsonaMultidropBus305
9.4MeasuringCouplinginaConnector309
9.5ContinuityofGroundUnderneathaConnector312
9.6FixingEMIProblemswithExternalConnections314
9.7SpecialConnectorsforHigh-SpeedApplications316
9.8DifferentialSignalingThroughaConnector319
9.9PowerHandlingFeaturesofConnectors321
10RibbonCables323
10.1RibbonCableSignalPropagation324
10.2RibbonCableCrosstalk329
10.3RibbonCableConnectors336
10.4RibbonCableEMI338
11ClockDistribution341
11.1TimingMargin341
11.2ClockSkew343
11.3UsingLow-ImpedanceDrivers346
11.4UsingLow-ImpedanceClockDistributionLines348
11.5SourceTerminationofMultipleClockLines350
11.6ControllingCrosstalkonClockLines352
11.7DelayAdjustments353
11.8DifferentialDistribution360
11.9ClockSignalDutyCycle361
11.10CancelingParasiticCapacitanceofaClockRepeater362
11.11DecouplingClockReceiversfromtheClockBus364
12ClockOscillators367
12.1UsingCannedClockOscillators367
12.2ClockJitter376
CollectedReferences385
APointstoRemember389
BCalculationofRiseTime399
CMathCadFormulas409
Index441
Fundamentals
第2章逻辑门电路的高速特性 37
High-SpeedPropertiesofLogicGates
第3章测量技术 83
MeasurementTechniques
第4章传输线 133
TransmissionLines
第5章地平面和叠层 189
GroundPlanesandLayerStacking
第6章端接 223
Terminations
第7章通孔 249
Vias
第8章电源系统 263
PowerSystems
第9章连接器 295
Connectors
第10章扁平电缆 323
RibbonCables
第11章时钟分配 341
ClockDistribution
第12章时钟振荡器 367
ClockOscillators
参考文献 385
CollectedReferences
附录A要点 389
PointstoRemember
附录B计算上升时间 399
CalculationofRiseTime
附录CMathCad公式 409
MathCadFormulas
索引 441
Index
Fundamentals1
1.1FrequencyandTime1
1.2TimeandDistance6
1.3LumpedVersusDistributedSystems7
1.4ANoteAbout3dBandRMSFrequencies8
1.5FourKindsofReactance10
1.6OrdinaryCapacitance11
1.7OrdinaryInductance17
1.8ABetterMethodforEstimatingDecayTime22
1.9MutualCapacitance25
1.10MutualInductance29
2High-SpeedPropertiesofLogicGates37
2.1HistoricalDevelopmentofaVeryOldDigitalTechnology37
2.2Power39
2.3Speed59
2.4Packaging66
3MeasurementTechniques83
3.1RiseTimeandBandwidthofOscilloscopeProbes83
3.2Self-inductanceofaProbeGroundLoop86
3.3SpuriousSignalPickupfromProbeGroundLoops92
3.4HowProbesLoadDownaCircuit95
3.5SpecialProbingFixtures98
3.6AvoidingPickupfromProbeShieldCurrents104
3.7ViewingaSerialDataTransmissionSystem108
3.8SlowingDowntheSystemClock110
3.9ObservingCrosstalk111
3.10MeasuringOperatingMargins113
3.11ObservingMetastableStates120
4TransmissionLines133
4.1ShortcomingsofOrdinaryPoint-to-PointWiring133
4.2InfiniteUniformTransmissionLine140
4.3EffectsofSourceandLoadImpedance160
4.4SpecialTransmissionLineCases167
4.5LineImpedanceandPropagationDelay178
5GroundPlanesandLayerStacking189
5.1High-SpeedCurrentFollowsthePathofLeastInductance189
5.2CrosstalkinSolidGroundPlanes191
5.3CrosstalkinSlottedGroundPlanes194
5.4CrosstalkinCross-HatchedGroundPlanes197
5.5CrosstalkwithPowerandGroundFingers199
5.6GuardTraces201
5.7Near-EndandFar-EndCrosstalk204
5.8HowtoStackPrintedCircuitBoardLayers212
6Terminations223
6.1EndTerminators223
6.2SourceTerminators231
6.3MiddleTerminators235
6.4ACBiasingforEndTerminators236
6.5ResistorSelection239
6.6CrosstalkinTerminators244
7Vies249
7.1MechanicalPropertiesofVias249
7.2CapacitanceofVias257
7.3InductanceofVias258
7.4ReturnCurrentandItsRelationtoVias260
8PowerSystems263
8.1ProvidingaStableVoltageReference263
8.2DistributingUniformVoltage268
8.3EverydayDistributionProblems279
8.4ChoosingaBypassCapacitor281
9Connectors295
9.1MutualInductance---HowConnectorsCreateCrosstalk295
9.2SeriesInductance--HowConnectorsCreateEMI300
9.3ParasiticCapacitance--UsingConnectorsonaMultidropBus305
9.4MeasuringCouplinginaConnector309
9.5ContinuityofGroundUnderneathaConnector312
9.6FixingEMIProblemswithExternalConnections314
9.7SpecialConnectorsforHigh-SpeedApplications316
9.8DifferentialSignalingThroughaConnector319
9.9PowerHandlingFeaturesofConnectors321
10RibbonCables323
10.1RibbonCableSignalPropagation324
10.2RibbonCableCrosstalk329
10.3RibbonCableConnectors336
10.4RibbonCableEMI338
11ClockDistribution341
11.1TimingMargin341
11.2ClockSkew343
11.3UsingLow-ImpedanceDrivers346
11.4UsingLow-ImpedanceClockDistributionLines348
11.5SourceTerminationofMultipleClockLines350
11.6ControllingCrosstalkonClockLines352
11.7DelayAdjustments353
11.8DifferentialDistribution360
11.9ClockSignalDutyCycle361
11.10CancelingParasiticCapacitanceofaClockRepeater362
11.11DecouplingClockReceiversfromtheClockBus364
12ClockOscillators367
12.1UsingCannedClockOscillators367
12.2ClockJitter376
CollectedReferences385
APointstoRemember389
BCalculationofRiseTime399
CMathCadFormulas409
Index441
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