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Modern Microwave Measurements And Techniques

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ISBN-10:: 0890063079
ISBN-13:: 9780890063071
Pub. Date:: 11/01/1988
Publisher:: Artech House, Incorporated

ISBN-10:: 0890063079
ISBN-13:: 9780890063071
Pub. Date:: 11/01/1988
Publisher:: Artech House, Incorporated

Modern Microwave Measurements And Techniques

Hardcover

$142.0

$142.00

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Product Details
Table of Contents

Product Details

ISBN-13:	9780890063071
Publisher:	Artech House, Incorporated
Publication date:	11/01/1988
Series:	Artech House Microwave Library Series
Pages:	560
Product dimensions:	6.00(w) x 9.00(h) x 1.38(d)

	Preface	xiii
	Acknowledgements	xv
Chapter 1	Introduction	1
Chapter 2	Microwave Materials	5
2.1	Metals	5
2.1.1	Aluminum	8
2.1.2	Copper	10
2.1.3	Silver	11
2.1.4	Gold	12
2.1.5	Miscellaneous Metals	13
2.2	Dielectrics	18
2.2.1	Teflon (PTFE) Fiberglas Laminates	29
2.3	Ferrites	46
2.4	Solid-State Materials	48
2.4.1	Silicon (Si)	55
2.4.2	Gallium Arsenide (GaAs)	57
2.4.3	Indium Phosphide (InP)	60
2.5	Summary	63
Chapter 3	Transmission Lines	65
3.1	Basic Transmission Line Theory	65
3.2	Coaxial Cables	77
3.2.1	Flexible Cable	83
3.2.2	Semirigid Cable	87
3.3	Stripline	93
3.4	Microstrip	97
3.5	Waveguide	99
3.5.1	Impedance Changing	105
3.5.2	Waveguide Short	106
3.5.3	Junctions and Tees	106
3.5.4	Attenuators	107
3.5.5	Directional Couplers	109
3.5.6	Terminations	111
3.5.7	Detector Mount	112
3.6	Connectors	113
3.7	Cable Testing	125
3.8	Adapters	126
3.9	Summary	128
Chapter 4	Microwave Components	129
4.1	Directional Couplers	129
4.2	Detectors	138
4.3	Mixers	143
4.3.1	Single Diode Mixer	145
4.3.2	Balanced Mixer	146
4.3.3	Image-Rejection Mixer	147
4.4	Quadrature Hybrids	150
4.5	Power Dividers	155
4.6	Filters	159
4.6.1	Bandpass Filter	159
4.6.2	Low-Pass Filter	161
4.6.3	High-Pass Filter	163
4.6.4	Tunable Filter	165
4.6.5	YIG Filter	167
4.7	Circulators and Isolators	171
4.8	Attenuators	178
4.8.1	Fixed Attenuators	178
4.8.2	Variable Attenuators	180
4.8.3	pin Attenuator	187
4.8.4	Attenuator Applications	190
4.9	Antennas	192
4.9.1	The Dipole Antenna	194
4.9.2	The Helical Antenna	198
4.9.3	The Log-Periodic Antenna	199
4.9.4	The Horn Antenna	203
4.9.5	The Parabolic Reflector	206
Chapter 5	Microwave Semiconductors	211
5.1	Introduction	211
5.2	Solid-State Junctions	211
5.2.1	pn Junctions	212
5.2.2	Schottky Barrier Junction	226
5.3	Microwave Diodes	232
5.3.1	Schottky Diodes	233
5.3.2	pin Diodes	236
5.3.3	Varactor Diodes	244
5.3.4	Tunnel Diodes	250
5.3.5	Gunn Diodes	257
5.3.6	IMPATT Diodes	262
5.3.7	TRAPATT Diodes	266
5.4	Microwave Transistors	267
5.4.1	Bipolar Transistors	270
5.4.2	Field Effect Transistors	289
5.4.3	High Electron Mobility Transistor (HEMT)	304
5.5	Summary	308
Chapter 6	The Smith Chart	309
6.1	Impedance	311
6.2	Single Stub Transformer	316
6.3	Double Stub Tuner	317
6.4	Radial Scaled Parameters	322
6.4.1	Reflection Coefficient	322
6.4.2	Return Loss	324
6.4.3	Transmission Loss	325
6.4.4	Standing-Wave Ratio in dB	326
6.4.5	Mismatch Loss (Reflected Loss)	326
6.5	Expanded Charts	327
6.6	Polar Impedance Charts	327
6.7	Additional Problems	332
6.8	Summary	332
Chapter 7	Microwave Measurements	333
7.1	Procedures	333
7.1.1	Component Ratings	334
7.1.2	Equipment Calibration	336
7.1.3	Low Power Testing	338
7.1.4	Medium Power Testing	339
7.1.5	High Power Testing	340
7.1.6	Noise Testing	341
7.1.7	Data Sheet Information	343
7.2	Microwave Power Measurements	345
7.2.1	Thermocouple	345
7.2.2	Bolometer	346
7.2.3	Calorimeter	347
7.2.4	Power Meter	349
7.2.5	High Power Testing	350
7.2.6	Medium Power Testing	353
7.2.7	Low Power Testing	354
7.2.8	Peak Power Testing	356
7.2.9	Sources of Error	363
7.3	Transmission Measurements	364
7.3.1	RF Substitution Method	365
7.3.2	Audio Substitution Method	374
7.3.3	IF Substitution Method	377
7.3.4	Precautions and Errors	380
7.4	Impedance Measurements	384
7.4.1	VSWR Bridge Method	385
7.4.2	Reflector Method	390
7.4.3	Slotted Line Method	397
7.5	Frequency Measurements	403
7.5.1	Active (Electronic) Technique	404
7.5.2	Passive (Electromechanical) Technique	407
7.6	Noise Measurements	410
7.7	Summary	418
Chapter 8	Microwave Network Analyzer	419
8.1	Scalar Analyzers	419
8.1.1	Hewlett-Packard 8757A	420
8.1.2	Wiltron 561 Scalar Network Analyzer	424
8.2	Vector Analyzers	426
8.2.1	HP8510 Vector Analyzer	427
8.2.2	Wiltron 360 Vector Network Analyzer	429
8.3	Summary	432
Chapter 9	Microwave Tubes	435
9.1	Traveling Wave Tubes (TWT)	435
9.1.1	The Electron Gun Assembly	437
9.1.2	RF Interaction Circuit	437
9.1.3	Electron Beam Focusing	439
9.1.4	The Collector	440
9.1.5	TWT Terms	442
9.1.6	TWT Applications	446
9.1.7	TWT Data Sheet	447
9.2	Klystrons	448
9.2.1	Two-Cavity Klystron	451
9.2.2	Reflex Klystron	453
9.3	Magnetrons	458
9.3.1	The Conventional Magnetron	458
9.3.2	The Coaxial Magnetron	464
9.4	Crossed-Field Amplifiers	469
9.5	Summary	477
	Appendices A Through S	479
Appendix A	Microwave Bands	479
Appendix B	dBM to Watts	481
Appendix C	Decibels versus Voltage and Power	483
Appendix D	Microwave Formulas	485
Appendix E	S-Parameters	489
Appendix F	Metric Multiplexer Prefixes	492
Appendix G	Dielectric Constants	493
Appendix H	Coefficients of Expansion	494
Appendix I	Chemical Symbols	495
Appendix J	Melting Points	496
Appendix K	Greek Alphabet	497
Appendix L	Temperature Conversion	498
Appendix M	Glossary of Microwave Transistor Terminology	501
Appendix N	Microwave Terms	502
Appendix O	Reference Table of Rigid Rectangular Waveguide Data and Fittings	504
Appendix P	Transmission Lines by RG/U Number	506
Appendix Q	Working with Semirigid Cable	520
Appendix R	Technical Math	523
Appendix S	Decimal-to-Metric Conversion	531
	Bibliography	533
	Index	541

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