Advanced signal integrity for high-speed digital designs:
Gespeichert in:
| 1. Verfasser: | |
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| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Hoboken, NJ
Wiley
2009
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| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XVII, 660 S. Ill., graph. Darst. |
| ISBN: | 9780470192351 |
Internformat
MARC
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| 245 | 1 | 0 | |a Advanced signal integrity for high-speed digital designs |c Stephen H. Hall ; Howard L. Heck |
| 264 | 1 | |a Hoboken, NJ |b Wiley |c 2009 | |
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Datensatz im Suchindex
| _version_ | 1804139210689478656 |
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| adam_text | ADVANCED SIGNAL INTEGRITY FOR HIGH-SPEED DIGITAL DESIGNS STEPHEN H. HALL
HOWARD L. HECK * H H M L MM ICCC CELEBRATING 125 YEARS OF BISSNEERING THE
FUTURE WILEY A JOHN WILEY & SONS, INC., PUBLICATION CONTENTS PREFACE 1.
INTRODUCTION: THE IMPORTANCE OF SIGNAL INTEGRITY 1.1 COMPUTING POWER:
PAST AND FUTURE, 1 1.2 THE PROBLEM, 4 1.3 THE BASICS, 5 1.4 A NEW REALM
OF BUS DESIGN, 7 1.5 SCOPE OF THE BOOK, 7 1.6 SUMMARY, 8 REFERENCES, 8
2. ELECTROMAGNETIC FUNDAMENTALS FOR SIGNAL INTEGRITY 2.1 MAXWELL S
EQUATIONS, 10 2.2 COMMON VECTOR OPERATORS, 13 2.2.1 VECTOR, 13 2.2.2 DOT
PRODUCT, 13 2.2.3 CROSS PRODUCT, 14 2.2.4 VECTOR AND SCALAR FIELDS, 15
2.2.5 FLUX, 15 2.2.6 GRADIENT, 18 2.2.7 DIVERGENCE, 18 2.2.8 CURL, 20
2.3 WAVE PROPAGATION, 23 2.3.1 WAVE EQUATION, 23 2.3.2 RELATION BETWEEN
E AND H AND THE TRANSVERSE ELECTROMAGNETIC MODE, 25 2.3.3 TIME-HARMONIC
FIELDS, 27 2.3.4 PROPAGATION OF TIME-HARMONIC PLANE WAVES, 28 2.4
ELECTROSTATICS, 32 2.4.1 ELECTROSTATIC SCALAR POTENTIAL IN TERMS OF AN
ELECTRIC FIELD, 36 2.4.2 ENERGY IN AN ELECTRIC FIELD, 37 2.4.3
CAPACITANCE, 40 2.4.4 ENERGY STORED IN A CAPACITOR, 41 2.5
MAGNETOSTATICS, 42 2.5.1 MAGNETIC VECTOR POTENTIAL, 46 2.5.2 INDUCTANCE,
48 2.5.3 ENERGY IN A MAGNETIC FIELD, 51 2.6 POWER FLOW AND THE POYNTING
VECTOR, 53 2.6.1 TIME-AVERAGED VALUES, 56 2.7 REFLECTIONS OF
ELECTROMAGNETIC WAVES, 57 2.7.1 PLANE WAVE INCIDENT ON A PERFECT
CONDUCTOR, 57 2.7.2 PLANE WAVE INCIDENT ON A LOSSLESS DIELECTRIC, 60
REFERENCES, 62 PROBLEMS, 62 3. IDEAL TRANSMISSION-LINE FUNDAMENTALS 3.1
TRANSMISSION-LINE STRUCTURES, 66 3.2 WAVE PROPAGATION ON LOSS-FREE
TRANSMISSION LINES, 67 3.2.1 ELECTRIC AND MAGNETIC FIELDS ON A
TRANSMISSION LINE, 68 3.2.2 TELEGRAPHER S EQUATIONS, 73 3.2.3 EQUIVALENT
CIRCUIT FOR THE LOSS-FREE CASE, 76 3.2.4 WAVE EQUATION IN TERMS OF LC,
80 3.3 TRANSMISSION-LINE PROPERTIES, 82 3.3.1 TRANSMISSION-LINE PHASE
VELOCITY, 82 3.3.2 TRANSMISSION-LINE CHARACTERISTIC IMPEDANCE, 82 3.3.3
EFFECTIVE DIELECTRIC PERMITTIVITY, 83 3.3.4 SIMPLE FORMULAS FOR
CALCULATING THE CHARACTERISTIC IMPEDANCE, 85 3.3.5 VALIDITY OF THE ***
APPROXIMATION, 86 3.4 TRANSMISSION-LINE PARAMETERS FOR THE LOSS-FREE
CASE, 90 3.4.1 LAPLACE AND POISSON EQUATIONS, 91 3.4.2 TRANSMISSION-LINE
PARAMETERS FOR A COAXIAL LINE, 91 3.4.3 TRANSMISSION-LINE PARAMETERS FOR
A MICROSTRIP, 94 3.4.4 CHARGE DISTRIBUTION NEAR A CONDUCTOR EDGE, 100
3.4.5 CHARGE DISTRIBUTION AND TRANSMISSION-LINE PARAMETERS, 104 VII
3.4.6 FIELD MAPPING, 107 3.5 TRANSMISSION-LINE REFLECTIONS, 113 3.5.1
TRANSMISSION-LINE REFLECTION AND TRANSMISSION COEFFICIENT, 113 3.5.2
LAUNCHING AN INITIAL WAVE, 116 3.5.3 MULTIPLE REFLECTIONS, 116 3.5.4
LATTICE DIAGRAMS AND OVER- OR UNDERDRIVEN TRANSMISSION LINES, 118 3.5.5
LATTICE DIAGRAMS FOR NONIDEAL TOPOLOGIES, 121 3.5.6 EFFECT OF RISE AND
FALL TIMES ON REFLECTIONS, 129 3.5.7 REFLECTIONS FROM REACTIVE LOADS,
129 3.6 TIME-DOMAIN REFLECTOMETRY, 134 3.6.1 MEASURING THE
CHARACTERISTIC IMPEDANCE AND DELAY OF A TRANSMISSION LINE, 134 3.6.2
MEASURING INDUCTANCE AND CAPACITANCE OF REACTIVE STRUCTURES, 137 3.6.3
UNDERSTANDING THE TDR PROFILE, 140 REFERENCES, 140 PROBLEMS, 141 4.
CROSSTALK 145 4.1 MUTUAL INDUCTANCE AND CAPACITANCE, 146 4.1.1 MUTUAL
INDUCTANCE, 147 4.1.2 MUTUAL CAPACITANCE, 149 4.1.3 FIELD SOLVERS, 152
4.2 COUPLED WAVE EQUATIONS, 153 4.2.1 WAVE EQUATION REVISITED, 153 4.2.2
COUPLED WAVE EQUATIONS, 155 4.3 COUPLED LINE ANALYSIS, 157 4.3.1
IMPEDANCE AND VELOCITY, 157 4.3.2 COUPLED NOISE, 165 4.4 MODAL ANALYSIS,
177 4.4.1 MODAL DECOMPOSITION, 178 4.4.2 MODAL IMPEDANCE AND VELOCITY,
180 4.4.3 RECONSTRUCTING THE SIGNAL, 180 4.4.4 MODAL ANALYSIS, 181 4.4.5
MODAL ANALYSIS OF LOSSY LINES, 192 4.5 CROSSTALK MINIMIZATION, 193 4.6
SUMMARY, 194 REFERENCES, 195 PROBLEMS, 195 VLLL CONTENTS 5. NONIDEAL
CONDUCTOR MODELS 201 5.1 SIGNALS PROPAGATING IN UNBOUNDED CONDUCTIVE
MEDIA, 202 5.1.1 PROPAGATION CONSTANT FOR CONDUCTIVE MEDIA, 202 5.1.2
SKIN DEPTH, 204 5.2 CLASSIC CONDUCTOR MODEL FOR TRANSMISSION LINES, 205
5.2.1 DC LOSSES IN CONDUCTORS, 206 5.2.2 FREQUENCY-DEPENDENT RESISTANCE
IN CONDUCTORS, 207 5.2.3 FREQUENCY-DEPENDENT INDUCTANCE, 213 5.2.4 POWER
LOSS IN A SMOOTH CONDUCTOR, 218 5.3 SURFACE ROUGHNESS, 222 5.3.1
HAMMERSTAD MODEL, 223 5.3.2 HEMISPHERICAL MODEL, 228 5.3.3 HURAY MODEL,
237 5.3.4 CONCLUSIONS, 243 5.4 TRANSMISSION-LINE PARAMETERS FOR NONIDEAL
CONDUCTORS, 244 5.4.1 EQUIVALENT CIRCUIT, IMPEDANCE, AND PROPAGATION
CONSTANT, 244 5.4.2 TELEGRAPHER S EQUATIONS FOR A REAL CONDUCTOR AND A
PERFECT DIELECTRIC, 246 REFERENCES, 247 PROBLEMS, 247 6. ELECTRICAL
PROPERTIES OF DIELECTRICS 249 6.1 POLARIZATION OF DIELECTRICS, 250 6.1.1
ELECTRONIC POLARIZATION, 250 6.1.2 ORIENTATIONAL (DIPOLE) POLARIZATION,
253 6.1.3 IONIC (MOLECULAR) POLARIZATION, 253 6.1.4 RELATIVE
PERMITTIVITY, 254 6.2 CLASSIFICATION OF DIELECTRIC MATERIALS, 256 6.3
FREQUENCY-DEPENDENT DIELECTRIC BEHAVIOR, 256 6.3.1 DC DIELECTRIC LOSSES,
257 6.3.2 FREQUENCY-DEPENDENT DIELECTRIC MODEL: SINGLE POLE, 257 6.3.3
ANOMALOUS DISPERSION, 261 6.3.4 FREQUENCY-DEPENDENT DIELECTRIC MODEL:
MULTIPOLE, 262 6.3.5 INFINITE-POLE MODEL, 266 6.4 PROPERTIES OF A
PHYSICAL DIELECTRIC MODEL, 269 6.4.1 RELATIONSHIP BETWEEN S AND E , 269
6.4.2 MATHEMATICAL LIMITS, 271 IX 6.5 FIBER-WEAVE EFFECT, 274 6.5.1
PHYSICAL STRUCTURE OF AN FR4 DIELECTRIC AND DIELECTRIC CONSTANT
VARIATION, 275 6.5.2 MITIGATION, 276 6.5.3 MODELING THE FIBER-WEAVE
EFFECT, 277 6.6 ENVIRONMENTAL VARIATION IN DIELECTRIC BEHAVIOR, 279
6.6.1 ENVIRONMENTAL EFFECTS ON TRANSMISSION-LINE PERFORMANCE, 281 6.6.2
MITIGATION, 283 6.6.3 MODELING THE EFFECT OF RELATIVE HUMIDITY ON AN FR4
DIELECTRIC, 284 6.7 TRANSMISSION-LINE PARAMETERS FOR LOSSY DIELECTRICS
AND REALISTIC CONDUCTORS, 285 6.7.1 EQUIVALENT CIRCUIT, IMPEDANCE, AND
PROPAGATION CONSTANT, 285 6.7.2 TELEGRAPHER S EQUATIONS FOR REALISTIC
CONDUCTORS AND LOSSY DIELECTRICS, 291 REFERENCES, 292 PROBLEMS, 292 7.
DIFFERENTIAL SIGNALING 297 7.1 REMOVAL OF COMMON-MODE NOISE, 299 7.2
DIFFERENTIAL CROSSTALK, 300 7.3 VIRTUAL REFERENCE PLANE, 302 7.4
PROPAGATION OF MODAL VOLTAGES, 303 7.5 COMMON TERMINOLOGY, 304 7.6
DRAWBACKS OF DIFFERENTIAL SIGNALING, 305 7.6.1 MODE CONVERSION, 305
7.6.2 FIBER-WEAVE EFFECT, 310 REFERENCE, 313 PROBLEMS, 313 8.
MATHEMATICAL REQUIREMENTS FOR PHYSICAL CHANNELS 315 8.1 FREQUENCY-DOMAIN
EFFECTS IN TIME-DOMAIN SIMULATIONS, 316 8.1.1 LINEAR AND TIME
INVARIANCE, 316 8.1.2 TIME- AND FREQUENCY-DOMAIN EQUIVALENCIES, 317
8.1.3 FREQUENCY SPECTRUM OF A DIGITAL PULSE, 321 8.1.4 SYSTEM RESPONSE,
324 8.1.5 SINGLE-BIT (PULSE) RESPONSE, 327 8.2 REQUIREMENTS FOR A
PHYSICAL CHANNEL, 331 8.2.1 CAUSALITY, 331 X CONTENTS 8.2.2 PASSIVITY,
340 8.2.3 STABILITY, 343 REFERENCES, 345 PROBLEMS, 345 9. NETWORK
ANALYSIS FOR DIGITAL ENGINEERS 347 9.1 HIGH-FREQUENCY VOLTAGE AND
CURRENT WAVES, 349 9.1.1 INPUT REFLECTION INTO A TERMINATED NETWORK, 349
9.1.2 INPUT IMPEDANCE, 353 9.2 NETWORK THEORY, 354 9.2.1 IMPEDANCE
MATRIX, 355 9.2.2 SCATTERING MATRIX, 358 9.2.3 ABCD PARAMETERS, 382
9.2.4 CASCADING 5-PARAMETERS, 390 9.2.5 CALIBRATION AND DEEMBEDDING, 395
9.2.6 CHANGING THE REFERENCE IMPEDANCE, 399 9.2.7 MULTIMODE
S-PARAMETERS, 400 9.3 PROPERTIES OF PHYSICAL S-PARAMETERS, 406 9.3.1
PASSIVITY, 406 9.3.2 REALITY, 408 9.3.3 CAUSALITY, 408 9.3.4 SUBJECTIVE
EXAMINATION OF 5-PARAMETERS, 410 REFERENCES, 413 PROBLEMS, 413 10.
TOPICS IN HIGH-SPEED CHANNEL MODELING 417 10.1 CREATING A PHYSICAL
TRANSMISSION-LINE MODEL, 418 10.1.1 TABULAR APPROACH, 418 10.1.2
GENERATING A TABULAR DIELECTRIC MODEL, 419 10.1.3 GENERATING A TABULAR
CONDUCTOR MODEL, 420 10.2 NONLDEAL RETURN PATHS, 422 10.2.1 PATH OF
LEAST IMPEDANCE, 422 10.2.2 TRANSMISSION LINE ROUTED OVER A GAP IN THE
REFERENCE PLANE, 423 10.2.3 SUMMARY, 434 10.3 VIAS, 434 10.3.1 VIA
RESONANCE, 434 10.3.2 PLANE RADIATION LOSSES, 437 10.3.3 PARALLEL-PLATE
WAVEGUIDE, 439 REFERENCES, 441 PROBLEMS, 442 CONTENTS XI 11. I/O
CIRCUITS AND MODELS 443 11.1 I/O DESIGN CONSIDERATIONS, 444 11.2
PUSH-PULL TRANSMITTERS, 446 11.2.1 OPERATION, 446 11.2.2 LINEAR MODELS,
448 11.2.3 NONLINEAR MODELS, 453 11.2.4 ADVANCED DESIGN CONSIDERATIONS,
455 11.3 CMOS RECEIVERS, 459 11.3.1 OPERATION, 459 11.3.2 MODELING, 460
11.3.3 ADVANCED DESIGN CONSIDERATIONS, 460 11.4 ESD PROTECTION CIRCUITS,
460 11.4.1 OPERATION, 461 11.4.2 MODELING, 461 11.4.3 ADVANCED DESIGN
CONSIDERATIONS, 463 11.5 ON-CHIP TERMINATION, 463 11.5.1 OPERATION, 463
11.5.2 MODELING, 463 11.5.3 ADVANCED DESIGN CONSIDERATIONS, 464 11.6
BERGERON DIAGRAMS, 465 11.6.1 THEORY AND METHOD, 470 11.6.2 LIMITATIONS,
474 11.7 OPEN-DRAIN TRANSMITTERS, 474 11.7.1 OPERATION, 474 11.7.2
MODELING, 476 11.7.3 ADVANCED DESIGN CONSIDERATIONS, 476 11.8
DIFFERENTIAL CURRENT-MODE TRANSMITTERS, 479 11.8.1 OPERATION, 479 11.8.2
MODELING, 480 11.8.3 ADVANCED DESIGN CONSIDERATIONS, 480 11.9 LOW-SWING
AND DIFFERENTIAL RECEIVERS, 481 11.9.1 OPERATION, 481 11.9.2 MODELING,
482 11.9.3 ADVANCED DESIGN CONSIDERATIONS, 483 11.10 IBIS MODELS, 483
11.10.1 MODEL STRUCTURE AND DEVELOPMENT PROCESS, 483 11.10.2 GENERATING
MODEL DATA, 485 11.10.3 DIFFERENTIAL I/O MODELS, 488 11.10.4 EXAMPLE OF
AN IBIS FILE, 490 11.11 SUMMARY, 492 REFERENCES, 492 ** * . * XII
CONTENTS PROBLEMS, 494 12. EQUALIZATION 499 12.1 ANALYSIS AND DESIGN
BACKGROUND, 500 12.1.1 MAXIMUM DATA TRANSFER CAPACITY, 500 12.1.2 LINEAR
TIME-INVARIANT SYSTEMS, 502 12.1.3 IDEAL VERSUS PRACTICAL INTERCONNECTS,
506 12.1.4 EQUALIZATION OVERVIEW, 511 12.2 CONTINUOUS-TIME LINEAR
EQUALIZERS, 513 12.2.1 PASSIVE CTLES, 514 12.2.2 ACTIVE CTLES, 521 12.3
DISCRETE LINEAR EQUALIZERS, 522 12.3.1 TRANSMITTER EQUALIZATION, 525
12.3.2 COEFFICIENT SELECTION, 530 12.3.3 RECEIVER EQUALIZATION, 535
12.3.4 NONIDEALITIES IN DLES, 536 12.3.5 ADAPTIVE EQUALIZATION, 536 12.4
DECISION FEEDBACK EQUALIZATION, 540 12.5 SUMMARY, 542 REFERENCES, 545
PROBLEMS, 546 13. MODELING AND BUDGETING OF TIMING JITTER AND NOISE 549
13.1 EYE DIAGRAM, 550 13.2 BIT ERROR RATE, 552 13.2.1 WORST-CASE
ANALYSIS, 552 13.2.2 BIT ERROR RATE ANALYSIS, 555 13.3 JITTER SOURCES
AND BUDGETS, 560 13.3.1 JITTER TYPES AND SOURCES, 561 13.3.2 SYSTEM
JITTER BUDGETS, 568 13.4 NOISE SOURCES AND BUDGETS, 572 13.4.1 NOISE
SOURCES, 572 13.4.2 NOISE BUDGETS, 579 13.5 PEAK DISTORTION ANALYSIS
METHODS, 583 13.5.1 SUPERPOSITION AND THE PULSE RESPONSE, 583 13.5.2
WORST-CASE BIT PATTERNS AND DATA EYES, 585 13.5.3 PEAK DISTORTION
ANALYSIS INCLUDING CROSSTALK, 594 13.5.4 LIMITATIONS, 598 13.6 SUMMARY,
599 REFERENCES, 599 PROBLEMS, 600 CONTENTS XIII 14. SYSTEM ANALYSIS
USING RESPONSE SURFACE MODELING 605 14.1 MODEL DESIGN CONSIDERATIONS,
606 14.2 CASE STUDY: 10-GB/S DIFFERENTIAL PCB INTERFACE, 607 14.3 RSM
CONSTRUCTION BY LEAST SQUARES FITTING, 607 14.4 MEASURES OF FIT, 615
14.4.1 RESIDUALS, 615 14.4.2 FIT COEFFICIENTS, 616 14.5 SIGNIFICANCE
TESTING, 618 14.5.1 MODEL SIGNIFICANCE: THE F-TEST, 618 14.5.2 PARAMETER
SIGNIFICANCE: INDIVIDUAL F-TESTS, 619 14.6 CONFIDENCE INTERVALS, 621
14.7 SENSITIVITY ANALYSIS AND DESIGN OPTIMIZATION, 623 14.8 DEFECT RATE
PREDICTION USING MONTE CARLO SIMULATION, 628 14.9 ADDITIONAL RSM
CONSIDERATIONS, 633 14.10 SUMMARY, 633 REFERENCES, 634 PROBLEMS, 635
APPENDIX A: USEFUL FORMULAS, IDENTITIES, UNITS, AND CONSTANTS 637
APPENDIX B: FOUR-PORT CONVERSIONS BETWEEN T- AND 5-PARAMETERS 641
APPENDIX C: CRITICAL VALUES OF THE F-STATISTIC 645 APPENDIX D: CRITICAL
VALUES OF THE *-STATISTIC 647 APPENDIX E: CAUSAL RELATIONSHIP BETWEEN
SKIN EFFECT RESISTANCE AND INTERNAL INDUCTANCE FOR ROUGH CONDUCTORS 649
APPENDIX F: SPICE LEVEL 3 MODEL FOR 0.25 ^M MOSIS PROCESS 653 INDEX 655
|
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| discipline | Elektrotechnik / Elektronik / Nachrichtentechnik |
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| id | DE-604.BV035561596 |
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| indexdate | 2024-07-09T21:40:28Z |
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| language | English |
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| oclc_num | 176924562 |
| open_access_boolean | |
| owner | DE-634 DE-83 DE-29T |
| owner_facet | DE-634 DE-83 DE-29T |
| physical | XVII, 660 S. Ill., graph. Darst. |
| publishDate | 2009 |
| publishDateSearch | 2009 |
| publishDateSort | 2009 |
| publisher | Wiley |
| record_format | marc |
| spelling | Hall, Stephen H. Verfasser aut Advanced signal integrity for high-speed digital designs Stephen H. Hall ; Howard L. Heck Hoboken, NJ Wiley 2009 XVII, 660 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Digital electronics Logic design Signal integrity (Electronics) Digitalschaltung (DE-588)4012295-5 gnd rswk-swf Schaltungsentwurf (DE-588)4179389-4 gnd rswk-swf Digitalschaltung (DE-588)4012295-5 s Schaltungsentwurf (DE-588)4179389-4 s DE-604 Heck, Howard L. Sonstige oth GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017617326&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Hall, Stephen H. Advanced signal integrity for high-speed digital designs Digital electronics Logic design Signal integrity (Electronics) Digitalschaltung (DE-588)4012295-5 gnd Schaltungsentwurf (DE-588)4179389-4 gnd |
| subject_GND | (DE-588)4012295-5 (DE-588)4179389-4 |
| title | Advanced signal integrity for high-speed digital designs |
| title_auth | Advanced signal integrity for high-speed digital designs |
| title_exact_search | Advanced signal integrity for high-speed digital designs |
| title_full | Advanced signal integrity for high-speed digital designs Stephen H. Hall ; Howard L. Heck |
| title_fullStr | Advanced signal integrity for high-speed digital designs Stephen H. Hall ; Howard L. Heck |
| title_full_unstemmed | Advanced signal integrity for high-speed digital designs Stephen H. Hall ; Howard L. Heck |
| title_short | Advanced signal integrity for high-speed digital designs |
| title_sort | advanced signal integrity for high speed digital designs |
| topic | Digital electronics Logic design Signal integrity (Electronics) Digitalschaltung (DE-588)4012295-5 gnd Schaltungsentwurf (DE-588)4179389-4 gnd |
| topic_facet | Digital electronics Logic design Signal integrity (Electronics) Digitalschaltung Schaltungsentwurf |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017617326&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT hallstephenh advancedsignalintegrityforhighspeeddigitaldesigns AT heckhowardl advancedsignalintegrityforhighspeeddigitaldesigns |