Analysis of multiconductor transmission lines:
Saved in:
| Main Author: | |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Hoboken, NJ
Wiley [u.a.]
2008
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| Edition: | 2. ed. |
| Series: | Wiley-Interscience
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| Subjects: | |
| Online Access: | Inhaltsverzeichnis Beschreibung für Leser Inhaltsverzeichnis |
| Physical Description: | XXI, 780 S. graph. Darst. |
| ISBN: | 9780470131541 |
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| adam_text | ANALYSIS OF MULTICONDUCTOR TRANSMISSION LINES SECOND EDITION CLAYTON R.
PAUL PROFESSOR OF ELECTRICAL AND COMPUTER ENGINEERING MERCER UNIVERSITY
MACON, GA 31207 AND EMERITUS PROFESSOR OF ELECTRICAL ENGINEERING
UNIVERSITY OF KENTUCKY LEXINGTON, KY 40506 IEEE IEEE PRESS BICENTENNIAL
J |I ID ; 1 8 O 7 JJ RWILEYS UE 2 O O 7 ; FFIL I» * * BICENTENNIAL
WILEY-INTERSCIENCE A JOHN WILEY & SONS, INC., PUBLICATION CONTENTS
PREFACE XVII 1 INTRODUCTION 1 1.1 EXAMPLES OF MULTICONDUCTOR
TRANSMISSION-LINE STRUCTURES 5 1.2 PROPERTIES OF THE TEM MODE OF
PROPAGATION 8 1.3 THE TRANSMISSION-LINE EQUATIONS: A PREVIEW 18 1.3.1
UNIQUE DEFINITION OF VOLTAGE AND CURRENT FOR THE TEM MODE OF PROPAGATION
19 1.3.2 DEFINING THE PER-UNIT-LENGTH PARAMETERS 22 1.3.3 OBTAINING THE
TRANSMISSION-LINE EQUATIONS FROM THE TRANSVERSE ELECTROMAGNETIC FIELD
EQUATIONS 28 1.3.4 PROPERTIES OF THE PER-UNIT-LENGTH PARAMETERS 30 1.4
CLASSIFICATION OF TRANSMISSION LINES 32 1.4.1 UNIFORM VERSUS NONUNIFORM
LINES 33 1.4.2 HOMOGENEOUS VERSUS INHOMOGENEOUS SURROUNDING MEDIA 35
1.4.3 LOSSLESS VERSUS LOSSY LINES 36 1.5 RESTRICTIONS ON THE
APPLICABILITY OF THE TRANSMISSION-LINE EQUATION FORMULATION 37 1.5.1
HIGHER ORDER MODES 38 1.5.1.1 THE INFINITE, PARALLEL-PLATE TRANSMISSION
LINE 38 VUEI CONTENTS 1.5.1.2 THE COAXIAL TRANSMISSION LINE 43 1.5.1.3
TWO-WIRE LINES 44 1.5.2 TRANSMISSION-LINE CURRENTS VERSUS ANTENNA
CURRENTS 45 1.6 THE TIME DOMAIN VERSUS THE FREQUENCY DOMAIN 47 1.6.1 THE
FOURIER SERIES AND TRANSFORM 50 1.6.2 SPECTRA AND BANDWIDTH OF DIGITAL
WAVEFORMS 52 1.6.3 COMPUTING THE TIME-DOMAIN RESPONSE OF TRANSMISSION
LINES HAVING LINEAR TERMINATIONS USING FOURIER METHODS AND SUPERPOSITION
56 PROBLEMS 61 REFERENCES 69 2 THE TRANSMISSION-LINE EQUATIONS FOR
TWO-CONDUCTOR LINES 71 2.1 DERIVATION OF THE TRANSMISSION-LINE EQUATIONS
FROM THE INTEGRAL FORM OF MAXWELL S EQUATIONS 71 2.2 DERIVATION OF THE
TRANSMISSION-LINE EQUATIONS FROM THE PER-UNIT-LENGTH EQUIVALENT CIRCUIT
77 2.3 PROPERTIES OF THE PER-UNIT-LENGTH PARAMETERS 78 2.4 INCORPORATING
FREQUENCY-DEPENDENT LOSSES 79 2.4.1 PROPERTIES OF THE FREQUENCY-DOMAIN
PER-UNIT-LENGTH IMPEDANCE Z(A ) AND ADMITTANCE Y(A ) 81 PROBLEMS 85
REFERENCES 88 3 THE TRANSMISSION-LINE EQUATIONS FOR MULTICONDUCTOR LINES
89 3.1 DERIVATION OF THE MULTICONDUCTOR TRANSMISSION-LINE EQUATIONS FROM
THE INTEGRAL FORM OF MAXWELL S EQUATIONS 89 3.2 DERIVATION OF THE
MULTICONDUCTOR TRANSMISSION-LINE EQUATIONS FROM THE PER-UNIT-LENGTH
EQUIVALENT CIRCUIT 99 3.3 SUMMARY OF THE MTL EQUATIONS 101 3.4
INCORPORATING FREQUENCY-DEPENDENT LOSSES 102 3.5 PROPERTIES OF THE
PER-UNIT-LENGTH PARAMETER MATRICES L, C, G 103 PROBLEMS 108 REFERENCES
109 4 THE PER-UNIT-LENGTH PARAMETERS FOR TWO-CONDUCTOR LINES 110 4.1
DEFINITIONS OF THE PER-UNIT-LENGTH PARAMETERS /, C, AND G 111 CONTENTS
IX 4.2 LINES HAVING CONDUCTORS OF CIRCULAR, CYLINDRICAL CROSS SECTION
(WIRES) 113 4.2.1 FUNDAMENTAL SUBPROBLEMS FOR WIRES 113 4.2.1.1 THE
METHOD OF IMAGES 118 4.2.2 PER-UNIT-LENGTH INDUCTANCE AND CAPACITANCE
FOR WIRE-TYPE LINES 119 4.2.3 PER-UNIT-LENGTH CONDUCTANCE AND RESISTANCE
FOR WIRE-TYPE LINES 130 4.3 LINES HAVING CONDUCTORS OF RECTANGULAR CROSS
SECTION (PCB LANDS) 144 4.3.1 PER-UNIT-LENGTH INDUCTANCE AND CAPACITANCE
FOR PCB-TYPE LINES 145 4.3.2 PER-UNIT-LENGTH CONDUCTANCE AND RESISTANCE
FOR PCB-TYPE LINES 148 PROBLEMS 156 REFERENCES 158 5 THE PER-UNIT-LENGTH
PARAMETERS FOR MULTICONDUCTOR LINES 160 5.1 DEFINITIONS OF THE
PER-UNIT-LENGTH PARAMETER MATRICES L, C, ANDG 161 5.1.1 THE GENERALIZED
CAPACITANCE MATRIX 4, 167 5.2 MULTICONDUCTOR LINES HAVING CONDUCTORS OF
CIRCULAR, CYLINDRICAL CROSS SECTION (WIRES) 171 5.2.1 WIDE-SEPARATION
APPROXIMATIONS FOR WIRES IN HOMOGENEOUS MEDIA 171 5.2.1.1 N + 1 WIRES
173 5.2.1.2 N WIRES ABOVE AN INFINITE, PERFECTLY CONDUCTING PLANE 173
5.2.1.3 N WIRES WITHIN A PERFECTLY CONDUCTING CYLINDRICAL SHIELD 174
5.2.2 NUMERICAL METHODS FOR THE GENERAL CASE 176 5.2.2.1 APPLICATIONS TO
INHOMOGENEOUS DIELECTRIC MEDIA 181 5.2.3 COMPUTED RESULTS: RIBBON CABLES
187 5.3 MULTICONDUCTOR LINES HAVING CONDUCTORS OF RECTANGULAR CROSS
SECTION 189 5.3.1 METHOD OF MOMENTS (MOM) TECHNIQUES 190 5.3.1.1
APPLICATIONS TO PRINTED CIRCUIT BOARDS 199 5.3.1.2 APPLICATIONS TO
COUPLED MICROSTRIP LINES 211 5.3.1.3 APPLICATIONS TO COUPLED STRIPLINES
219 X CONTENTS 5.4 FINITE DIFFERENCE TECHNIQUES 223 5.5 FINITE-ELEMENT
TECHNIQUES 229 PROBLEMS 237 REFERENCES 239 6 FREQUENCY-DOMAIN ANALYSIS
OF TWO-CONDUCTOR LINES 240 6.1 THE TRANSMISSION-LINE EQUATIONS IN THE
FREQUENCY DOMAIN 241 6.2 THE GENERAL SOLUTION FOR LOSSLESS LINES 242
6.2.1 THE REFLECTION COEFFICIENT AND INPUT IMPEDANCE 244 6.2.2 SOLUTIONS
FOR THE TERMINAL VOLTAGES AND CURRENTS 247 6.2.3 THE SPICE (PSPICE)
SOLUTION FOR LOSSLESS LINES 250 6.2.4 VOLTAGE AND CURRENT AS A FUNCTION
OF POSITION ON THE LINE 252 6.2.5 MATCHING AND VSWR 255 6.2.6 POWER FLOW
ON A LOSSLESS LINE 256 6.3 THE GENERAL SOLUTION FOR LOSSY LINES 258
6.3.1 THE LOW-LOSS APPROXIMATION 260 6.4 LUMPED-CIRCUIT APPROXIMATE
MODELS OF THE LINE 265 6.5 ALTERNATIVE TWO-PORT REPRESENTATIONS OF THE
LINE 269 6.5.1 THE CHAIN PARAMETERS 270 6.5.2 APPROXIMATING ABRUPTLY
NONUNIFORM LINES WITH THE CHAIN-PARAMETER MATRIX 273 6.5.3 THE Z AND Y
PARAMETERS 275 PROBLEMS 278 7 FREQUENCY-DOMAIN ANALYSIS OF
MULTICONDUCTOR LINES 282 7.1 THE MTL TRANSMISSION-LINE EQUATIONS IN THE
FREQUENCY DOMAIN 282 7.2 THE GENERAL SOLUTION FOR AN (N + L)-CONDUCTOR
LINE 284 7.2.1 DECOUPLING THE MTL EQUATIONS BY SIMILARITY
TRANSFORMATIONS 284 7.2.2 SOLUTION FOR LINE CATEGORIES 291 7.2.2.1
PERFECT CONDUCTORS IN LOSSY, HOMOGENEOUS MEDIA 292 7.2.2.2 LOSSY
CONDUCTORS IN LOSSY, HOMOGENEOUS MEDIA 293 7.2.2.3 PERFECT CONDUCTORS IN
LOSSLESS, INHOMOGENEOUS MEDIA 296 7.2.2.4 THE GENERAL CASE: LOSSY
CONDUCTORS IN LOSSY, INHOMOGENEOUS MEDIA 298 7.2.2.5 CYCLIC-SYMMETRIC
STRUCTURES 298 CONTENTS XI 7.3 INCORPORATING THE TERMINAL CONDITIONS 305
7.3.1 THE GENERALIZED THEVENIN EQUIVALENT 305 7.3.2 THE GENERALIZED
NORTON EQUIVALENT 308 7.3.3 MIXED REPRESENTATIONS 310 7.4 LUMPED-CIRCUIT
APPROXIMATE CHARACTERIZATIONS 312 7.5 ALTERNATIVE 2-PORT
CHARACTERIZATIONS 314 7.5.1 ANALOGY OF THE FREQUENCY-DOMAIN MTL
EQUATIONS TO STATE-VARIABLE EQUATIONS 314 7.5.2 CHARACTERIZING THE LINE
AS A 2N-PORT WITH THE CHAIN-PARAMETER MATRIX 316 7.5.3 PROPERTIES OF THE
CHAIN-PARAMETER MATRIX 318 7.5.4 APPROXIMATING NONUNIFORM LINES WITH THE
CHAIN-PARAMETER MATRIX 322 7.5.5 THE IMPEDANCE AND ADMITTANCE PARAMETER
MATRIX CHARACTERIZATIONS 323 7.6 POWER FLOW AND THE REFLECTION
COEFFICIENT MATRIX 327 7.7 COMPUTED AND EXPERIMENTAL RESULTS 332 7.7.1
RIBBONCABLES 332 7.7.2 PRINTED CIRCUIT BOARDS 335 PROBLEMS 338
REFERENCES 342 8 TIME-DOMAIN ANALYSIS OF TWO-CONDUCTOR LINES 343 8.1 THE
SOLUTION FOR LOSSLESS LINES 344 8.1.1 WAVE TRACING AND THE REFLECTION
COEFFICIENTS 346 8.1.2 SERIES SOLUTIONS AND THE DIFFERENCE OPERATOR 356
8.1.3 THE METHOD OF CHARACTERISTICS AND A TWO-PORT MODEL OF THE LINE 361
8.1.4 THE SPICE (PSPICE) SOLUTION FOR LOSSLESS LINES 365 8.1.5 THE
LAPLACE TRANSFORM SOLUTION 368 8.1.5.1 LINES WITH CAPACITIVE AND
INDUCTIVE LOADS 370 8.1.6 LUMPED-CIRCUIT APPROXIMATE MODELS OF THE LINE
373 8.1.6.1 WHEN IS THE LINE ELECTRICALLY SHORT IN THE TIME DOMAIN? 374
8.1.7 THE TIME-DOMAIN TO FREQUENCY-DOMAIN (TDFD) TRANSFORMATION METHOD
375 8.1.8 THE FINITE-DIFFERENCE, TIME-DOMAIN (FDTD) METHOD 379 8.1.8.1
THE MAGIC TIME STEP 385 XII CONTENTS 8.1.9 MATCHING FOR SIGNAL INTEGRITY
392 8.1.9.1 WHEN IS MATCHING REQUIRED? 398 8.1.9.2 EFFECTS OF LINE
DISCONTINUITIES 399 8.2 INCORPORATION OF LOSSES 406 8.2.1 REPRESENTING
FREQUENCY-DEPENDENT LOSSES 408 8.2.1.1 REPRESENTING LOSSES IN THE MEDIUM
408 8.2.1.2 REPRESENTING LOSSES IN THE CONDUCTORS AND SKIN EFFECT 410
8.2.1.3 CONVOLUTION WITH FREQUENCY-DEPENDENT LOSSES 415 8.2.2 THE
TIME-DOMAIN TO FREQUENCY-DOMAIN (TDFD) TRANSFORMATION METHOD 421 8.2.3
THE FINITE-DIFFERENCE, TIME-DOMAIN (FDTD) METHOD 423 8.2.3.1 INCLUDING
FREQUENCY-INDEPENDENT LOSSES 423 8.2.3.2 INCLUDING FREQUENCY-DEPENDENT
LOSSES 427 8.2.3.3 PRONY S METHOD FOR REPRESENTING A FUNCTION 431
8.2.3.4 RECURSIVE CONVOLUTION 434 8.2.3.5 AN EXAMPLE: A HIGH-LOSS LINE
439 8.2.3.6 A CORRECTION FOR THE FDTD ERRORS 443 8.2.4 LUMPED-CIRCUIT
APPROXIMATE CHARACTERIZATIONS 447 8.2.5 THE USE OF MACROMODELS IN
MODELING THE LINE 450 8.2.6 REPRESENTING FREQUENCY-DEPENDENT FUNCTIONS
IN THE TIME DOMAIN USING PADE METHODS 453 PROBLEMS 461 REFERENCES 467 9
TIME-DOMAIN ANALYSIS OF MULTICONDUCTOR LINES 470 9.1 THE SOLUTION FOR
LOSSLESS LINES 470 9.1.1 THE RECURSIVE SOLUTION FOR MTLS 471 9.1.2
DECOUPLING THE MTL EQUATIONS 476 9.1.2.1 LOSSLESS LINES IN HOMOGENEOUS
MEDIA 478 9.1.2.2 LOSSLESS LINES IN INHOMOGENEOUS MEDIA 479 9.1.2.3
INCORPORATING THE TERMINAL CONDITIONS VIA THE SPICE PROGRAM 482 9.1.3
LUMPED-CIRCUIT APPROXIMATE CHARACTERIZATIONS 487 9.1.4 THE TIME-DOMAIN
TO FREQUENCY-DOMAIN (TDFD) TRANSFORMATION METHOD 488 9.1.5 THE
FINITE-DIFFERENCE, TIME-DOMAIN (FDTD) METHOD 488 9.1.5.1 INCLUDING
DYNAMIC AND/OR NONLINEAR TERMINATIONS IN THE FDTD ANALYSIS 490 9.2
INCORPORATION OF LOSSES 496 9.2.1 THE TIME-DOMAIN TO FREQUENCY-DOMAIN
(TDFD) METHOD 498 CONTENTS XLII 9.2.2 LUMPED-CIRCUIT APPROXIMATE
CHARACTERIZATIONS 498 9.2.3 THE FINITE-DIFFERENCE, TIME-DOMAIN (FDTD)
METHOD 499 9.2.4 REPRESENTATION OF THE LOSSY MTL WITH THE GENERALIZED
METHOD OF CHARACTERISTICS 501 9.2.5 MODEL ORDER REDUCTION (MOR) METHODS
512 9.2.5.1 PADE APPROXIMATION OF THE MATRIX EXPONENTIAL 512 9.2.5.2
ASYMPTOTIC WAVEFORM EVALUATION (AWE) 515 9.2.5.3 COMPLEX FREQUENCY
FFOPPING (CFH) 518 9.2.5.4 VECTOR FITTING 518 9.3 COMPUTED AND
EXPERIMENTAL RESULTS 524 9.3.1 RIBBONCABLES 526 9.3.2 PRINTED CIRCUIT
BOARDS 530 PROBLEMS 537 REFERENCES 541 10 LITERAL (SYMBOLIC) SOLUTIONS
FOR THREE-CONDUCTOR LINES 544 10.1 THE LITERAL FREQUENCY-DOMAIN SOLUTION
FOR A HOMOGENEOUS MEDIUM 548 10.1.1 INDUCTIVE AND CAPACITIVE COUPLING
554 10.1.2 COMMON-IMPEDANCE COUPLING 556 10.2 THE LITERAL TIME-DOMAIN
SOLUTION FOR A HOMOGENEOUS MEDIUM 558 10.2.1 EXPLICIT SOLUTION 560
10.2.2 WEAKLY COUPLED LINES 562 10.2.3 INDUCTIVE AND CAPACITIVE COUPLING
564 10.2.4 COMMON-IMPEDANCE COUPLING 567 10.3 COMPUTED AND EXPERIMENTAL
RESULTS 567 10.3.1 A THREE-WIRE RIBBON CABLE 568 10.3.2 A
THREE-CONDUCTOR PRINTED CIRCUIT BOARD 569 PROBLEMS 575 REFERENCES 576 11
INCIDENT FIELD EXCITATION OF TWO-CONDUCTOR LINES 578 11.1 DERIVATION OF
THE TRANSMISSION-LINE EQUATIONS FOR INCIDENT FIELD EXCITATION 578 11.1.1
EQUIVALENCE OF SOURCE REPRESENTATIONS 585 11.2 THE FREQUENCY-DOMAIN
SOLUTION 586 11.2.1 SOLUTION OF THE TRANSMISSION-LINE EQUATIONS 586 XIV
CONTENTS 11.2.2 SIMPLIFIED FORMS OF THE EXCITATIONS 592 11.2.3
INCORPORATING THE LINE TERMINATIONS 594 11.2.4 UNIFORM PLANE-WAVE
EXCITATION OF THE LINE 598 11.2.4.1 SPECIAL CASES 602 11.2.4.2 ONE
CONDUCTOR ABOVE A GROUND PLANE 606 11.2.5 COMPARISON WITH PREDICTIONS OF
METHOD OF MOMENTS CODES 610 11.3 THE TIME-DOMAIN SOLUTION 611 11.3.1 THE
LAPLACE TRANSFORM SOLUTION 611 11.3.2 UNIFORM PLANE-WAVE EXCITATION OF
THE LINE 620 11.3.3 A SPICE EQUIVALENT CIRCUIT 625 11.3.4 THE
TIME-DOMAIN TO FREQUENCY-DOMAIN (TDFD) TRANSFORMATION 628 11.3.5 THE
FINITE-DIFFERENCE, TIME-DOMAIN (FDTD) SOLUTION METHOD 628 11.3.6
COMPUTED RESULTS 635 PROBLEMS 638 REFERENCES 639 12 INCIDENT FIELD
EXCITATION OF MULTICONDUCTOR LINES 641 12.1 DERIVATION OF THE MTL
EQUATIONS FOR INCIDENT FIELD EXCITATION 642 12.1.1 EQUIVALENCE OF SOURCE
REPRESENTATIONS 648 12.2 FREQUENCY-DOMAIN SOLUTIONS 650 12.2.1 SOLUTION
OF THE MTL EQUATIONS 651 12.2.2 SIMPLIFIED FORMS OF THE EXCITATIONS 653
12.2.3 INCORPORATING THE LINE TERMINATIONS 655 12.2.3.1 LOSSLESS LINES
IN HOMOGENEOUS MEDIA 658 12.2.4 LUMPED-CIRCUIT APPROXIMATE
CHARACTERIZATIONS 660 12.2.5 UNIFORM PLANE-WAVE EXCITATION OF THE LINE
660 12.3 THE TIME-DOMAIN SOLUTION 667 12.3.1 DECOUPLING THE MTL
EQUATIONS 668 12.3.2 A SPICE EQUIVALENT CIRCUIT 674 12.3.3
LUMPED-CIRCUIT APPROXIMATE CHARACTERIZATIONS 681 12.3.4 THE TIME-DOMAIN
TO FREQUENCY-DOMAIN (TDFD) TRANSFORMATION 681 12.3.5 THE
FINITE-DIFFERENCE, TIME-DOMAIN (FDTD) SOLUTION METHOD 682 CONTENTS XV
12.4 COMPUTED RESULTS 686 PROBLEMS 691 REFERENCES 692 13
TRANSMISSION-LINE NETWORKS 693 13.1 REPRESENTATION OF LOSSLESS LINES
WITH THE SPICE MODEL 696 13.2 REPRESENTATION WITH LUMPED-CIRCUIT
APPROXIMATE MODELS 699 13.3 REPRESENTATION VIA THE ADMITTANCE OR
IMPEDANCE 2-PORT PARAMETERS 699 13.4 REPRESENTATION WITH THE BLT
EQUATIONS 712 13.5 DIRECT TIME-DOMAIN SOLUTIONS IN TERMS OF TRAVELING
WAVES 721 13.6 A SUMMARY OF METHODS FOR ANALYZING MULTICONDUCTOR
TRANSMISSION LINES 726 PROBLEMS 727 REFERENCES 728 PUBLICATIONS BY THE
AUTHOR CONCERNING TRANSMISSION LINES 729 APPENDIX A. DESCRIPTION OF
COMPUTER SOFTWARE 736 A.L PROGRAMS FOR THE CALCULATION OF THE
PER-UNIT-LENGTH PARAMETERS 738 A. 1.1 WIDE-SEPARATION APPROXIMATIONS FOR
WIRES: WIDESEP . FOR 738 A.L.2 RIBBON CABLES: RIBBON.FOR 740 A. 1.3
PRINTED CIRCUIT BOARDS: PCB . FOR 743 A. 1.4 COUPLED MICROSTRIP
STRUCTURES: MSTRP . FOR 745 A. 1.5 COUPLED STRIPLINE STRUCTURES:
STRPLINE . FOR 746 A.2 FREQUENCY-DOMAIN ANALYSIS 747 A.2.1 GENERAL:
MTL.FOR 747 A.3 TIME-DOMAIN ANALYSIS 748 A.3.1 TIME-DOMAIN TO
FREQUENCY-DOMAIN TRANSFORMATION: TIMEFREQ . FOR 748 A.3.2 BRANIN S
METHOD EXTENDED TO MULTICONDUCTOR LINES: BRANIN.FOR 748 A.3.3 FINITE
DIFFERENCE-TIME DOMAIN METHOD: FINDIF . FOR 749 A.3.4
FINITE-DIFFERENCE-TIME-DOMAIN METHOD: FDTDLOSS.FO R 749 XVI CONTENTS A.4
SPICE/PSPICE SUBCIRCUIT GENERATION PROGRAMS 749 A.4.1 GENERAL SOLUTION,
LOSSLESS LINES: SPICEMTL.FOR 750 A.4.2 LUMPED-PI CIRCUIT, LOSSLESS
LINES: SPICELPI . FOR 750 A.4.3 INDUCTIVE-CAPACITIVE COUPLING MODEL:
SPICELC . FOR 751 A.5 INCIDENT FIELD EXCITATION 752 A.5.1
FREQUENCY-DOMAIN PROGRAM: INCIDENT.FOR 752 A.5.2 SPICE/PSPICE SUBCIRCUIT
MODEL: SPICEINC . FOR 753 A.5.3 FINITE-DIFFERENCE, TIME-DOMAIN (FDTD)
MODEL: FDTDINC . FOR 754 REFERENCES 755 APPENDIX B. A SPICE (PSPICE)
TUTORIAL 756 B. 1 CREATING THE SPICE OR PSPICE PROGRAM 757 B.2 CIRCUIT
DESCRIPTION 758 B.3 EXECUTION STATEMENTS 763 B.4 OUTPUT STATEMENTS 765
B.5 EXAMPLES 767 B.6 THE SUBCIRCUIT MODEL 769 REFERENCES 771 INDEX 773
|
| any_adam_object | 1 |
| author | Paul, Clayton R. 1941- |
| author_GND | (DE-588)139330674 |
| author_facet | Paul, Clayton R. 1941- |
| author_role | aut |
| author_sort | Paul, Clayton R. 1941- |
| author_variant | c r p cr crp |
| building | Verbundindex |
| bvnumber | BV023803086 |
| classification_rvk | ZN 4440 |
| ctrlnum | (OCoLC)636901542 (DE-599)BVBBV023803086 |
| dewey-full | 621.319/2 |
| dewey-hundreds | 600 - Technology (Applied sciences) |
| dewey-ones | 621 - Applied physics |
| dewey-raw | 621.319/2 |
| dewey-search | 621.319/2 |
| dewey-sort | 3621.319 12 |
| dewey-tens | 620 - Engineering and allied operations |
| discipline | Elektrotechnik / Elektronik / Nachrichtentechnik |
| edition | 2. ed. |
| format | Book |
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| id | DE-604.BV023803086 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T21:37:09Z |
| institution | BVB |
| isbn | 9780470131541 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-017445284 |
| oclc_num | 636901542 |
| open_access_boolean | |
| owner | DE-634 DE-83 DE-Aug4 DE-29T |
| owner_facet | DE-634 DE-83 DE-Aug4 DE-29T |
| physical | XXI, 780 S. graph. Darst. |
| publishDate | 2008 |
| publishDateSearch | 2008 |
| publishDateSort | 2008 |
| publisher | Wiley [u.a.] |
| record_format | marc |
| series2 | Wiley-Interscience |
| spelling | Paul, Clayton R. 1941- Verfasser (DE-588)139330674 aut Analysis of multiconductor transmission lines Clayton R. Paul 2. ed. Hoboken, NJ Wiley [u.a.] 2008 XXI, 780 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Wiley-Interscience Mehrfachleitung (DE-588)4271846-6 gnd rswk-swf Nebensprechen (DE-588)4280299-4 gnd rswk-swf Leitungstheorie (DE-588)4132672-6 gnd rswk-swf Mehrfachleitung (DE-588)4271846-6 s Nebensprechen (DE-588)4280299-4 s DE-604 Leitungstheorie (DE-588)4132672-6 s 1\p DE-604 http://catdir.loc.gov/catdir/toc/ecip0714/2007013722.html Inhaltsverzeichnis http://catdir.loc.gov/catdir/enhancements/fy0741/2007013722-d.html Beschreibung für Leser GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017445284&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk |
| spellingShingle | Paul, Clayton R. 1941- Analysis of multiconductor transmission lines Mehrfachleitung (DE-588)4271846-6 gnd Nebensprechen (DE-588)4280299-4 gnd Leitungstheorie (DE-588)4132672-6 gnd |
| subject_GND | (DE-588)4271846-6 (DE-588)4280299-4 (DE-588)4132672-6 |
| title | Analysis of multiconductor transmission lines |
| title_auth | Analysis of multiconductor transmission lines |
| title_exact_search | Analysis of multiconductor transmission lines |
| title_full | Analysis of multiconductor transmission lines Clayton R. Paul |
| title_fullStr | Analysis of multiconductor transmission lines Clayton R. Paul |
| title_full_unstemmed | Analysis of multiconductor transmission lines Clayton R. Paul |
| title_short | Analysis of multiconductor transmission lines |
| title_sort | analysis of multiconductor transmission lines |
| topic | Mehrfachleitung (DE-588)4271846-6 gnd Nebensprechen (DE-588)4280299-4 gnd Leitungstheorie (DE-588)4132672-6 gnd |
| topic_facet | Mehrfachleitung Nebensprechen Leitungstheorie |
| url | http://catdir.loc.gov/catdir/toc/ecip0714/2007013722.html http://catdir.loc.gov/catdir/enhancements/fy0741/2007013722-d.html http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017445284&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT paulclaytonr analysisofmulticonductortransmissionlines |
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