Building electro-optical systems: making it all work
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Hoboken, N.J.
Wiley
2009
|
| Ausgabe: | 2. ed. |
| Schriftenreihe: | Wiley series in pure and applied optics
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XIX, 799 S. Ill., graph. Darst. |
| ISBN: | 9780470402290 |
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Datensatz im Suchindex
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| adam_text | BUILDING ELECTRO OPTICAL SYSTEMS MAKING IT ALL WORK SECOND EDITION
PHILIP * D. HOBBS ELECTROOPTICAL INNOVATIONS BRIARCLIFF MANOR, NEW YORK
WILEY A JOHN WILEY & SONS, INC., PUBLICATION CONTENTS PREFACE XV
ACKNOWLEDGMENTS XIX 1 BASIC OPTICAL CALCULATIONS 1 1.1 INTRODUCTION / 1
1.2 WAVE PROPAGATION / 3 1.3 CALCULATING WAVE PROPAGATION IN REAL LIFE /
9 1.4 DETECTION / 33 1.5 COHERENT DETECTION / 34 1.6 INTERFEROMETERS /
36 1.7 PHOTON BUDGETS AND OPERATING SPECIFICATIONS / 38 1.8 SIGNAL
PROCESSING STRATEGY / 44 2 SOURCES AND ILLUMINATORS 52 2.1 INTRODUCTION
/ 52 2.2 THE SPECTRUM / 52 2.3 RADIOMETRY / 54 2.4 CONTINUUM SOURCES /
55 2.5 INTERLUDE: COHERENCE / 59 2.6 MORE SOURCES / 63 2.7 INCOHERENT
LINE SOURCES / 68 2.8 USING LOW COHERENCE SOURCES: CONDENSERS / 69 2.9
LASERS / 71 2.10 GAS LASERS / 72 2.11 SOLID STATE LASERS / 73 2.12 DIODE
LASERS / 75 2.13 LASER NOISE / 83 2.14 DIODE LASER COHERENCE CONTROL /
89 3 OPTICAL DETECTION 91 3.1 INTRODUCTION / 91 3.2 PHOTODETECTION IN
SEMICONDUCTORS / 92 VII VILL CONTENTS 3.3 SIGNAL-TO-NOISE RATIOS / 92
3.4 DETECTOR FIGURES OF MERIT / 94 3.5 QUANTUM DETECTORS / 100 3.6
QUANTUM DETECTORS WITH GAIN / 109 3.7 THERMAL DETECTORS / 117 3.8 IMAGE
INTENSIFIES / 118 3.9 SILICON ARRAY SENSORS / 120 3.10 HOW DO I KNOW
WHICH NOISE SOURCE DOMINATES? / 131 3.11 HACKS / 136 4 LENSES, PRISMS,
AND MIRRORS 145 4.1 INTRODUCTION / 145 4.2 OPTICAL MATERIALS / 145 4.3
LIGHT TRANSMISSION / 149 4.4 SURFACE QUALITY / 150 4.5 WINDOWS / 151 4.6
PATHOLOGIES OF OPTICAL ELEMENTS / 152 4.7 FRINGES / 153 4.8 MIRRORS /
158 4.9 GLASS PRISMS / 160 4.10 PRISM PATHOLOGIES / 165 4.11 LENSES /
165 4.12 COMPLEX LENSES / 171 4.13 OTHER LENS-LIKE DEVICES / 175 5
COATINGS, FILTERS, AND SURFACE FINISHES 180 5.1 INTRODUCTION / 180 5.2
METAL MIRRORS / 182 5.3 TRANSMISSIVE OPTICAL COATINGS / 184 5.4 SIMPLE
COATING THEORY / 186 5.5 ABSORPTIVE FILTERS / 196 5.6 BEAM DUMPS AND
BAFFLES / 198 5.7 WHITE SURFACES AND DIFFUSERS / 204 6 POLARIZATION 208
6.1 INTRODUCTION / 208 6.2 POLARIZATION OF LIGHT / 208 6.3 INTERACTION
OF POLARIZATION WITH MATERIALS / 211 6.4 ABSORPTION POLARIZERS / 215 6.5
BREWSTER POLARIZERS / 216 6.6 BIREFRINGENT POLARIZERS / 217 CONTENTS IX
6.7 DOUBLE-REFRACTION POLARIZERS / 218 6.8 TIR POLARIZERS / 221 6.9
RETARDERS / 223 6.10 POLARIZATION CONTROL / 226 7 EXOTIC OPTICAL
COMPONENTS 233 7.1 INTRODUCTION / 233 7.2 GRATINGS / 233 7.3 GRATING
PATHOLOGIES / 236 7.4 TYPES OF GRATINGS / 237 7.5 RESOLUTION OF GRATING
INSTRUMENTS / 240 7.6 FINE POINTS OF GRATINGS / 242 7.7 HOLOGRAPHIC
OPTICAL ELEMENTS / 244 7.8 RETROREFLECTIVE MATERIALS / 245 7.9 SCANNERS
/ 246 7.10 MODULATORS / 254 8 FIBER OPTICS 262 8.1 INTRODUCTION / 262
8.2 FIBER CHARACTERISTICS / 262 8.3 FIBER THEORY / 266 8.4 FIBER TYPES /
272 8.5 OTHER FIBER PROPERTIES / 277 8.6 WORKING WITH FIBERS / 281 8.7
FIBER DEVICES / 287 8.8 DIODE LASERS AND FIBER OPTICS / 292 8.9 FIBER
OPTIC SENSORS / 292 8.10 INTENSITY SENSORS / 293 8.11 SPECTRALLY ENCODED
SENSORS / 295 8.12 POLARIMETRIE SENSORS / 298 8.13 FIBER INTERFEROMETERS
/ 299 8.14 TWO-BEAM FIBER INTERFEROMETERS / 300 8.15 MULTIPLE-BEAM FIBER
INTERFEROMETERS / 301 8.16 PHASE AND POLARIZATION STABILIZATION / 305
8.17 MULTIPLEXING AND SMART STRUCTURES / 307 8.18 FIBER SENSOR HYPE /
307 9 OPTICAL SYSTEMS 309 9.1 INTRODUCTION / 309 9.2 WHAT EXACTLY DOES A
LENS DO? / 309 9.3 DIFFRACTION / 319 X CONTENTS 9.4 ABERRATIONS / 336
9.5 REPRESENTING ABERRATIONS / 340 9.6 OPTICAL DESIGN ADVICE / 344 9.7
PRACTICAL APPLICATIONS / 345 9.8 ILLUMINATORS / 349 10 OPTICAL
MEASUREMENTS 354 10.1 INTRODUCTION / 354 10.2 GRASS ON THE EMPIRE STATE
BUILDING / 354 10.3 DETECTION ISSUES: WHEN EXACTLY IS BACKGROUND BAD? /
359 10.4 MEASURE THE RIGHT THING / 364 10.5 GETTING MORE SIGNAL PHOTONS
/ 366 10.6 REDUCING THE BACKGROUND FLUCTUATIONS / 370 10.7 OPTICALLY
ZERO BACKGROUND MEASUREMENTS / 373 10.8 ELECTRONICALLY ZERO BACKGROUND
MEASUREMENTS / 376 10.9 LABELING SIGNAL PHOTONS / 380 10.10 CLOSURE /
385 11 DESIGNING ELECTRO-OPTICAL SYSTEMS 11.1 INTRODUCTION / 387 11.2 DO
YOU REALLY WANT TO DO THIS? / 387 11.3 VERY BASIC MARKETING / 393 11.4
CLASSES OF MEASUREMENT / 396 11.5 TECHNICAL TASTE / 398 11.6 INSTRUMENT
DESIGN / 402 11.7 GUIDING PRINCIPLES / 407 11.8 DESIGN FOR ALIGNMENT /
410 11.9 TURNING A PROTOTYPE INTO A PRODUCT / 413 12 BUILDING OPTICAL
SYSTEMS 415 12.1 INTRODUCTION / 415 12.2 BUILD WHAT YOU DESIGNED / 416
12.3 ASSEMBLING LAB SYSTEMS / 416 12.4 ALIGNMENT AND TESTING / 421 12.5
OPTICAL ASSEMBLY AND ALIGNMENT PHILOSOPHY / 425 12.6 COLLIMATING BEAMS /
426 12.7 FOCUSING / 428 12.8 ALIGNING BEAMS WITH OTHER BEAMS / 430 12.9
ADVANCED TWEAKING / 434 12.10 ALIGNING LASER SYSTEMS / 439 12.11
ADHESIVES / 441 387 12.12 CLEANING / 443 12.13 ENVIRONMENTAL
CONSIDERATIONS / 446 CONTENTS XI 13 SIGNAL PROCESSING 448 13.1
INTRODUCTION / 448 13.2 ANALOG SIGNAL PROCESSING THEORY / 449 13.3
MODULATION AND DEMODULATION / 453 13.4 AMPLIFIERS / 462 13.5 DEPARTURES
FROM LINEARITY / 462 13.6 NOISE AND INTERFERENCE / 467 13.7 FREQUENCY
CONVERSION / 483 13.8 FILTERING / 487 13.9 SIGNAL DETECTION / 498 13.10
REDUCING INTERFERENCE AND NOISE / 502 13.11 DATA ACQUISITION AND CONTROL
/ 504 14 ELECTRONIC BUILDING BLOCKS 509 14.1 INTRODUCTION / 509 14.2
RESISTORS / 510 14.3 CAPACITORS / 512 14.4 TRANSMISSION LINES / 522 14.5
TRANSMISSION LINE DEVICES / 528 14.6 DIODES AND TRANSISTORS / 530 14.7
SIGNAL PROCESSING COMPONENTS / 539 14.8 DIGITIZERS / 548 14.9 ANALOG
BEHAVIOR OF DIGITAL CIRCUITS / 558 15 ELECTRONIC SUBSYSTEM DESIGN 560
15.1 INTRODUCTION / 560 15.2 DESIGN APPROACHES / 560 15.3 PERFECTION /
569 15.4 FEEDBACK LOOPS / 571 15.5 SIGNAL DETECTORS / 577 15.6
PHASE-LOCKED LOOPS / 587 15.7 CALIBRATION / 590 15.8 FILTERS / 592 15.9
OTHER STUFF / 595 15.10 MORE ADVANCED FEEDBACK TECHNIQUES / 597 15.11
HINTS / 599 15.12 LINEARIZING / 601 15.13 DIGITAL CONTROL AND
COMMUNICATION / 604 XII CONTENTS 15.14 MISCELLANEOUS TRICKS / 607 15.15
BULLETPROOFING / 607 16 ELECTRONIC CONSTRUCTION TECHNIQUES 612 16.1
INTRODUCTION / 612 16.2 CIRCUIT STRAYS / 612 16.3 STRAY COUPLING / 617
16.4 GROUND PLANE CONSTRUCTION / 618 16.5 TECHNICAL NOISE AND
INTERFERENCE / 621 16.6 PRODUCT CONSTRUCTION / 625 16.7 GETTING READY /
628 16.8 PROTOTYPING / 629 16.9 SURFACE MOUNT PROTOTYPES / 634 16.10
PROTOTYPING FILTERS / 637 16.11 TUNING, OR, YOU CAN T OPTIMIZE WHAT YOU
CAN T SEE / 639 17 DIGITAL POSTPROCESSING 644 17.1 INTRODUCTION / 644
17.2 ELEMENTARY POSTPROCESSING / 645 17.3 DEAD TIME CORRECTION / 650
17.4 FOURIER DOMAIN TECHNIQUES / 650 17.5 POWER SPECTRUM ESTIMATION /
666 17.6 DIGITAL FILTERING / 671 17.7 DECONVOLUTION / 675 17.8
RESAMPLING / 676 17.9 FIXING SPACE-VARIANT INSTRUMENT FUNCTIONS / 678
17.10 FINITE PRECISION EFFECTS / 680 17.11 PULLING DATA OUT OF NOISE /
681 17.12 PHASE RECOVERY TECHNIQUES / 685 18 FRONT ENDS 688 18.1
INTRODUCTION / 688 18.2 PHOTODIODE FRONT ENDS / 690 18.3 KEY IDEA:
REDUCE THE SWING ACROSS C D / 692 18.4 TRANSIMPEDANCE AMPLIFIERS / 693
18.5 HOW TO GO FASTER / 714 18.6 ADVANCED PHOTODIODE FRONT ENDS / 721
18.7 OTHER TYPES OF FRONT END / 731 18.8 HINTS / 734 CONTENTS XUEI 19
BRINGING UP THE SYSTEM 738 19.1 INTRODUCTION / 738 19.2 AVOIDING
CATASTROPHE / 741 19.3 DEBUGGING AND TROUBLESHOOTING / 744 19.4 GETTING
READY / 745 19.5 INDISPENSABLE EQUIPMENT / 748 19.6 ANALOG ELECTRONIC
TROUBLESHOOTING / 749 19.7 OSCILLATIONS / 753 19.8 OTHER COMMON PROBLEMS
/ 755 19.9 DEBUGGING AND TROUBLESHOOTING OPTICAL SUBSYSTEMS / 758 19.10
LOCALIZING THE PROBLEM / 762 APPENDIX: GOOD BOOKS 769 INDEX 779
|
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| spelling | Hobbs, Philip C. D. Verfasser (DE-588)127201570X aut Building electro-optical systems making it all work Philip C. D. Hobbs 2. ed. Hoboken, N.J. Wiley 2009 XIX, 799 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Wiley series in pure and applied optics Electrooptical devices Design and construction Elektrooptisches Bauelement (DE-588)4199294-5 gnd rswk-swf Elektrooptisches Bauelement (DE-588)4199294-5 s DE-604 GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017383163&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Hobbs, Philip C. D. Building electro-optical systems making it all work Electrooptical devices Design and construction Elektrooptisches Bauelement (DE-588)4199294-5 gnd |
| subject_GND | (DE-588)4199294-5 |
| title | Building electro-optical systems making it all work |
| title_auth | Building electro-optical systems making it all work |
| title_exact_search | Building electro-optical systems making it all work |
| title_full | Building electro-optical systems making it all work Philip C. D. Hobbs |
| title_fullStr | Building electro-optical systems making it all work Philip C. D. Hobbs |
| title_full_unstemmed | Building electro-optical systems making it all work Philip C. D. Hobbs |
| title_short | Building electro-optical systems |
| title_sort | building electro optical systems making it all work |
| title_sub | making it all work |
| topic | Electrooptical devices Design and construction Elektrooptisches Bauelement (DE-588)4199294-5 gnd |
| topic_facet | Electrooptical devices Design and construction Elektrooptisches Bauelement |
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