Microwave and RF Circuits

Analysis, Synthesis and Design

By: Max W. Medley

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Hardcover | 1 December 1992

At a Glance

Hardcover
592 Pages

Dimensions(cm)
24.13 x 16.51 x 3.81

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Provides coverage of the most efficient and effective methods of network analysis optimization and synthesis. A step-by-step guide to every aspect of the RF and microwave circuit design process - starting with a set of specifications and ending with hardware that performs as modeled the first time.

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You Can Find This Book In

Non-Fiction Engineering & Technology Electronics & Communications Engineering Electronics Engineering Circuits & Components Microwave Technology Energy Technology & Engineering Electrical Engineering Computing & I.T.Graphical & Digital Media Applications Computer-Aided Design CAD Technology in General

Preface	p. xi
Network Characterization	p. 1
Network Representations	p. 1
Z-Parameter Representation	p. 2
Y-Parameter Representation	p. 4
H-Parameter Representation	p. 5
G-Parameter Representation	p. 6
ABCD-Parameter Representation	p. 7
Parameter Conversions	p. 8
Network Connections	p. 11
The Cascade Connection	p. 11
The Parallel Connection	p. 13
The Series Connection	p. 14
The Series-Parallel Connection	p. 17
The Parallel-Series Connection	p. 19
S-Parameters	p. 21
S-Parameter Conversions	p. 25
Generalized S-Parameters	p. 30
Signal Flow Graphs	p. 35
The S-Parameter Cascade Connection	p. 40
S-Parameter Parallel and Series Connections [18]	p. 43
Indefinite S-Parameters	p. 47
N-Port Networks With N-Terminals	p. 54
References	p. 59
Network Analysis	p. 61
Circuit Elements	p. 62
Series and Shunt Impedance	p. 62
Transmission Lines	p. 67
The Ideal Transformer	p. 71
Voltage and Current Sources	p. 73
Network Analysis	p. 75
S-Parameter Analysis Using the Connection Matrix	p. 78
S-Parameter Analysis Using Explicit Expressions	p. 81
Nodal Analysis	p. 85
Network Characterization	p. 99
Active and Passive Networks	p. 100
Stability	p. 103
Conjugately Matched Two-Ports	p. 115
Transducer Power Gain	p. 118
Maximum Available Gain	p. 121
Available Power Gain	p. 122
Operating Power Gain	p. 123
Constant Gain Contours	p. 124
Mismatch Loss	p. 129
Voltage Gain	p. 135
Noise Figure	p. 136
Power Amplifiers	p. 143
Active Device Conversions	p. 143
References	p. 146
Mapping and Optimization	p. 149
Mapping	p. 149
Mapping Theory and the Bilinear Transform	p. 150
The Smith Chart	p. 157
Impedance Matching Using the Smith Chart	p. 163
Source and Load Mappings	p. 171
Multiport Mappings	p. 178
Mapping Applications	p. 187
Feedback Amplifier Mapping	p. 187
Active Isolator	p. 191
Reflection Amplifier	p. 192
Optimization	p. 209
Error Functions	p. 214
Optimization Specifications	p. 222
Direct Search Optimization Methods	p. 232
Indirect Search Optimization Methods	p. 238
Optimization Strategy	p. 247
References	p. 248
Modern Network Synthesis	p. 251
Introduction To Network Synthesis	p. 251
Element Extraction	p. 256
The Approximation Problem	p. 259
Low-Pass Filter Synthesis	p. 262
The Butterworth or Maximally Flat Low-Pass Filter	p. 262
The Chebyshev or Equal-Ripple Low-Pass Filter	p. 267
The Inverse Chebyshev Low-Pass Filter	p. 272
The Elliptic Low-Pass Filter	p. 279
Phase Approximation	p. 280
Frequency And Impedance Scaling	p. 285
Bandpass Filter Synthesis	p. 288
Low-Pass to Bandpass Transformation	p. 288
Bandpass Approximation	p. 293
High-Pass Filter Synthesis	p. 299
Bandstop Filter Synthesis	p. 300
Termination Adjustment	p. 304
Network Transformations	p. 305
Transformer Networks	p. 312
Singly Terminated Networks	p. 317
Conclusion	p. 324
References	p. 324
Distributed Network Synthesis	p. 327
Distributed Equivalence	p. 330
The Transmission Line Element	p. 334
The Double-Length TLE	p. 340
Distributed Network Transformations	p. 343
Distributed Approximations	p. 361
Cascaded Transmission Line Networks	p. 362
Networks With TLEs and Low-Pass Stubs	p. 367
Networks With TLEs and High-Pass Stubs	p. 375
Bandpass and Bandstop Approximations	p. 381
Impedance-Transforming Networks	p. 390
High-Pass Elements	p. 392
Low-Pass Elements	p. 394
Transmission Line Elements	p. 398
Conclusion	p. 401
References	p. 402
Impedance Matching and Modeling	p. 405
Synthesis Of Impedance-Matching Networks	p. 406
Lumped-Element GBW Limitations	p. 413
Ideal GBW Limitations	p. 417
Distributed-Element GBW Limitations	p. 420
Load Modeling	p. 423
Distributed Models	p. 426
Complex Load Models	p. 435
Negative-Image Models	p. 440
Doubly Terminated Matching Networks	p. 456
Sloped Approximations	p. 472
The Real Frequency Matching Technique	p. 477
Impedance From Resistance or Reactance Functions	p. 478
Computing Reactance From Discrete Resistance Functions	p. 484
Impedance-Matching Using Resistance Functions	p. 488
Summary	p. 494
References	p. 495
Practical Applications	p. 499
Directional Couplers	p. 501
Balanced Amplifiers	p. 509
A 4.0- to 8.0-Ghz Balanced Amplifier	p. 516
Microstrip Design	p. 521
Microstrip Couplers	p. 521
Microstrip Discontinuities	p. 522
A Microstrip Balanced Amplifier	p. 526
Mmic Design	p. 542
Feedback Amplifiers	p. 543
Resistive Compensated Amplifiers	p. 551
Mmic Resistive Compensated Amplfier	p. 554
Summary	p. 562
References	p. 324
Index	p. 567
Table of Contents provided by Syndetics. All Rights Reserved.

Microwave and RF Circuits

Analysis, Synthesis and Design

At a Glance

Hardcover

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