Commercial Wireless Circuits and Components Handbook

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ISBN: 9780849315640 | 0849315646
Cover: Hardcover
Copyright: 10/28/2002

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A comprehensive source for microwave and wireless circuit design, the Commercial Wireless Circuits and Components Handbook reviews the fundamentals of transmitters and receivers, then presents detailed chapters on individual circuit types. It also covers packaging, large and small signal characterization, and high volume testing techniques for both devices and circuits. This handbook not only provides important information for engineers working with wireless RF or microwave circuitry, it also serves as an excellent source for those requiring information outside of their area of expertise, such as managers, marketers, and technical support workers who need a better understanding of the fields driving their decisions.

Receivers
Introduction	p. 1
Frequency	p. 1
Dynamic Range	p. 2
The LO Chain	p. 10
The Potential for Trouble	p. 11
Summary	p. 13
Transmitters
Introduction	p. 1
ACP, Modulation, Linearity, and Power	p. 2
Power	p. 2
Linearization	p. 3
Efficiency	p. 3
The I-Q Modulator	p. 3
Class A Amplifier in Back Off	p. 3
Feed Forward	p. 4
Cartesian and Polar Loops	p. 5
Fixed Predistortion	p. 6
Adaptive Predistortion	p. 6
Envelope Elimination and Recovery (EER)	p. 7
Linear Amplification Using Nonlinear Components (LINC)	p. 7
Combined Analog Locked-Loop Universal Modulation (CALLUM)	p. 8
I-V Trajectory Modification	p. 8
Dougherty Amplification	p. 9
Device Tailoring	p. 9
Summary	p. 10
Low Noise Amplifier Design
Introduction	p. 1
Definitions	p. 1
Design Theory	p. 7
Practical Design of a Low Noise Amplifier	p. 9
Design Examples	p. 12
Future Trends	p. 24
Microwave Mixer Design
Introduction	p. 1
Single-Diode Mixers	p. 2
Single-Balanced Mixers	p. 3
Double-Balanced Mixers	p. 4
FET Mixer Theory	p. 6
Modulation and Demodulation Circuitry
Some Fundamentals: Why Modulate?	p. 1
How to Shift Frequency	p. 2
Analog Multipliers, or "Mixers"	p. 3
Synchronous Detection of Suppressed Carrier Signals	p. 5
Single Sideband Suppressed Carrier	p. 6
Amplitude Modulation as Double Sideband with Carrier	p. 7
Modulation Efficiency	p. 8
The Envelope Detector	p. 9
Envelope Detection of SSB Using Injected Carrier	p. 11
Direct vs. Indirect Means of Generating FM	p. 12
Quick-and-Dirty FM Slope Detection	p. 14
Lower Distortion FM Detection	p. 15
Digital Means of Modulation	p. 16
Correlation Detection	p. 18
Digital QAM	p. 19
Power Amplifier Circuits
Introduction	p. 1
Design Analysis	p. 1
Typical PA Specification Parameters	p. 2
Basic Power Amplifier Concept	p. 3
Analysis of the Specification	p. 5
Topology	p. 9
Choice of Active Device Technology	p. 12
Oscillator Circuits
Introduction	p. 1
Specifications	p. 1
Technologies and Capabilities	p. 5
Theory	p. 9
Summary	p. 15
Phase Locked Loop Design
Introduction	p. 1
Roles and Attributes of Phase Locked Loops	p. 2
Transfer Function of the Basic PLL	p. 3
Stability	p. 5
Type and Order	p. 5
Phase Noise	p. 12
Phase Detector Design	p. 16
Loop Filter Design	p. 19
Transient Response	p. 24
Conclusion	p. 25
Filters and Multiplexers
Introduction	p. 1
Analysis and Synthesis	p. 2
Types of Transfer Function	p. 3
Approximations to Transfer Functions	p. 4
Element Types and Properties	p. 8
Filter Implementations	p. 10
Simulation and Synthesis Software	p. 12
Linear Simulators	p. 13
Electromagnetic (E-M) Simulators	p. 13
Synthesis Software	p. 13
Active Filters	p. 13
RF Switches
Introduction	p. 1
PIN Diode Switches	p. 2
MESFET Switches	p. 4
Switching Circuits	p. 6
Insertion Loss and Isolation	p. 7
Switch Design	p. 8
RF Package Design and Development
Introduction	p. 1
Thermal Management	p. 2
Mechanical Design	p. 4
Package Electrical and Electromagnetic Modeling	p. 6
Design Verification, Materials, and Reliability Testing	p. 6
Computer-Integrated Manufacturing	p. 8
Conclusions	p. 8
Guided Wave Propagation and Transmission Lines
Introduction	p. 1
TEM Transmission Lines, Telegrapher's Equations, and Transmission Line Theory	p. 2
Guided Wave Solution from Maxwell's Equations, Rectangular Waveguide, and Circular Waveguide	p. 5
Planar Guiding Structures	p. 11
Linear Measurements
Introduction	p. 1
Signal Measurements	p. 1
Network Measurements	p. 3
Network Analyzer Calibration
Introduction	p. 1
VNA Functionality	p. 2
Sources of Measurement Uncertainties	p. 3
Modeling VNA Systematic Errors	p. 3
Calibration	p. 4
Calibration Standards	p. 5
Noise Measurements
Fundamentals of Noise	p. 1
Detection	p. 3
Noise Figure and Y-Factor Method	p. 3
Phase Noise and Jitter	p. 5
Summary	p. 9
Nonlinear Microwave Measurement and Characterization
Introduction	p. 1
Mathematical Characterization of Nonlinear Circuits	p. 2
Harmonic Distortion	p. 4
Gain Compression and Phase Distortion	p. 5
Intermodulation Distortion	p. 10
Multicarrier Intermodulation Distortion and Noise Power Ratio	p. 13
Distortion of Digitally Modulated Signals	p. 15
Summary	p. 20
Theory of High-Power Load-Pull Characterization for RF and Microwave Transistors
Introduction	p. 1
System Architecture for High-Power Load-Pull	p. 2
Characterization of System Components	p. 5
System Performance Verification	p. 13
Summary	p. 14
Pulsed Measurements
Introduction	p. 1
Isothermal and Isodynamic Characteristics	p. 2
Relevant Properties of Devices	p. 7
Pulsed Measurement Equipment	p. 10
Measurement Techniques	p. 18
Data Processing	p. 26
Microwave On-Wafer Test
On-Wafer Test Capabilities and Applications	p. 1
Test Accuracy Considerations	p. 6
On-Wafer Test Interface	p. 12
On-Wafer RF Test Benefits	p. 15
High Volume Microwave Test
High Volume Microwave Component Needs	p. 1
Test System Overview	p. 4
High Volume Test Challenges	p. 8
Data Analysis Overview	p. 13
Conclusion	p. 17
Computer-Aided Design of Passive Components
Introduction	p. 1
Circuit Theory Based CAD	p. 2
Field Theory-Based CAD	p. 4
Solution Time for Circuit Theory and Field Theory	p. 6
A Hybrid Approach to Circuit Analysis	p. 6
Optimization	p. 10
The Next Decade	p. 10
Conclusion	p. 11
Nonlinear RF and Microwave Circuit Analysis
Introduction	p. 1
Modeling RF and Microwave Signals	p. 2
Basics of Circuit Modeling	p. 8
Time-Domain Circuit Simulation	p. 10
Harmonic Balance: Mixed Frequency and Time Domain Simulation	p. 16
Frequency Domain Analysis of Nonlinear Circuits	p. 19
Summary	p. 21
Computer-Aided Design of Microwave Circuitry
Introduction	p. 1
Initial Design	p. 1
Physical Element Models	p. 2
Layout Effects	p. 2
Sensitivity to Process Variation	p. 3
Time Domain vs. Frequency Domain Simulation	p. 5
Nonlinear Transistor Modeling for Circuit Simulation
Modeling in General	p. 1
Scope of This Work	p. 4
Equivalent Circuit Models	p. 4
SPICE Models and Application-Specific Models	p. 6
Improved Transistor Models for Circuit Simulation	p. 6
Modeling Gate Charge as a Function of Local and Remote Voltages in MESFETS and PHEMTS	p. 7
Modeling the Effects Due to Traps	p. 9
Modeling Temperature Effects and Self-Heating	p. 10
Enhancing the Gummel-Poon Model for Use with GaAs and InP HBTs	p. 12
Modeling the RF LDMOS Power Transistor	p. 15
Parameter Extraction for Analytical Models	p. 15
The Vector Nonlinear Network Analyzer	p. 16
Model Verification	p. 17
Foundry Models and Statistics	p. 17
Future Nonlinear Transistor Models	p. 17
Index	p. 1
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Commercial Wireless Circuits and Components Handbook

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