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Six-Port Technique with Microwave and Wireless Applications

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ISBN-10: 1608070336

ISBN-13: 9781608070336

Edition: 2009

Authors: Fadhel M. Ghannouchi, Abbas Mohammadi

List price: $89.00
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Book details

List price: $89.00
Copyright year: 2009
Publisher: Artech House
Publication date: 10/1/2009
Binding: Hardcover
Pages: 264
Size: 6.25" wide x 9.00" long x 0.75" tall
Weight: 0.990
Language: English

Yvonne C. Hebert, California State University, Los Angeles, BA and MA in psychology, worked for 20 years as a psychotherapist with families in Southern California. Her career has also included positions as a Prevention Social Worker for Michigan Children's Services, and as a Rehabilitation Counselor in S. Ca. Ms.Hebert attended the University of California at Los Angeles Creative Writing Program. Besides being a self-described "news junkie," her hobbies include her pets, gardening, and travel.

Fadhel M. Ghannouchi is a professor in the Department of Electrical and Computer Engineering at the University of Calgary, where he also serves as a Canada Research Chair in intelligent RF Radio Technology. Dr. Ghannouchi holds a Ph.D. in electrical and computer engineering from the University of Montreal. He has written over 300 referred journal articles and conference papers and over 40 technical reports. Abbas Mohammadi is a professor in the Electrical and Computer Engineering Department at the Amirkabir University of Technology and an adjunct researcher at the University of Calgary. He holds a Ph.D. in electrical engineering from the University of Saskatchewan in Canada.

Introduction to the Six-Port Technique
Microwave Network Theory
Power and Reflection
Scattering Parameters
Microwave Circuits Design Technologies
Microwave Transmission Lines
Microwave Passive Circuits
Fabrication Technologies
Six-Port Circuits
Microwave Network Measurements
Wireless Applications
Microwave Applications
References
Six-Port Fundamentals
Analysis of Six-Port Reflectometers
Linear Model
Quadratic Model
Six- to Four-Port Reduction
Error Box Procedure Calculation
Power Flow Measurements
Six-Port Reflectometer with a Reference Port
Measurement Accuracy Estimation
References
The Design of Six Port Junctions
Design Consideration for Six-Port Junctions
Waveguide Six-Port Junctions
Frequency Compensated Optimal Six-Port Junctions
Frequency Compensated Quasi-Optimal Six-Port Junctions
A Six-Port Junction Based on a Symmetrical Five-Port Ring Junction
High Power Six-Port Junction in Hybrid WaveGuide/Stripline Technology
Worst-Case Error Estimation
References
Calibration Techniques
Calibration Method Using Seven Standards
Linear Calibration Using Five Standards
Nonlinear Calibration Using Four Standards
Nonlinear Calibration Using Three Standards
Self-Calibration Based on Active Load Synthesis
Dynamic Range Extension
Diode Linearization Technique
Power Calibration Technique
References
Six-Port Network Analyzers
General Formulation
Case of a Reciprocal Two-Port DUT
Case of an Arbitrary Two-Port DUT
Six-Port Based De-Embedding Technique: Theory
Two-Port De-Embedding Technique
Calculation of the Error-Box Parameters
Determination of S Parameters of an Arbitrary DUT
Tri-Six-Port Network Analyzer
N-Six-Port Network Analyzer
A Single Six-Port N-Port Vector Network Analyzer
N-Port Calibration Algorithm
References
Source Pull and Load-Pull Measurements Using the Six-Port Technique
Principles of Source-Pull/Load-Pull Measurements
Impedance and Power Flow Measurements with an Arbitrary Test Port Impedance
Operation of a Six-Port in Reverse Configuration
Six-Port Reflectometer Calibration in Reverse Configuration
Error Box Calculation for Reverse Six-Port Measurements
Discussion
Source-Pull Configuration Using Six-Port
Passive Source-Pull Configuration
Active Source-Pull Configuration
Load-Pull Configuration Using Six-Port
Passive Load-Pull Configuration
Active Branch Load-Pull Configuration
Active Loop Load-Pull Configuration
Source-Pull/Load-Pull Configuration Using Six-Port
A De-Embedding Technique for On-Wafer Load-Pull Measurements
Calibration and Measurement Techniques
Applications of Source-Pull Measurements
Low Noise Amplifier Characterization
Mixer Characterization
Power Amplifier Characterization
Source-Pull/Load-Pull Oscillator Measurements
Six-Port Reflectometer with Variable Test Port Impedance
Oscillator Measurements
AM-AM/AM-PM Distortion Measurements of Microwave Transistors Using Active Load-Pull
Principle of Operation
Measurement Procedure
Time-Domain Wave-Correlator for Power Amplifier Characterization and Optimization
Time-Domain Waveform Measurement
Multiharmonic Six-Port Reflectometer
Time-Domain Voltage and Current Measurements
References
Six-Port Wireless Applications
Multiport Transceiver
Multiport Modulator
Multiport Demodulator
Six-Port Receiver
Five-Port Receiver
Noise in Six-Port Receiver
Six-Port Receiver Calibration
Six-Port Structure Bandwidth
Six-Port in Software Radio Applications
Five-Port Structure in Software Defined Radio Applications
Six-Port in UWB Applications
Six-Port Impulse Radio Modulator
Six-Port Impulse Radio Demodulator
Five-Port Receiver in UWB
Six-Port in Millimeter-Wave Radios
Comparison Between Six-Port and Conventional Receivers
RF Performance
Boundary Limitations
Six-Port in Phased-Array Systems
References
Six-Port Microwave Applications
Six-Port Microwave Reflectometer
Six-Port Reflectometer
High Power Microwave Reflectometer
Six-Port Wave-Correlator
General Concept
Calibration System
Architecture of a Wave-Correlator
Beam Direction Finder Using a Six-Port Wave-Correlator
Doppler Estimation Using a Six-Port Wave-Correlator
Six-Port Applications in Direction Finders
Six-Port Applications in Radar
Six-Port Doppler Sensor
Six-Port Range Sensor
Radar Structure
Radar Calibration
Antenna Measurement Using Six-Port
Near-Field Antenna Measurement
Polarization Measurement
Material Characterization Using Six-Port
Measurement System
Probe Model Analysis
Probe Calibration
Optical Measurement Using Six-Port
Optical Six-Port Junction Design
Optical Six-Port Analysis
References
About the Authors
Index