Microwave Transmission Line Circuits

ISBN-10: 1608075699

ISBN-13: 9781608075690

Edition: 2013

Authors: William Thomas Joines, William Devereux Palmer, Jennifer Truman Bernhard

List price: $129.00
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Here's an authoritative resource that offers you valuable assistance with your work involving microwave circuit analysis and design. This practical book provides a thorough understanding of the properties of planar transmission lines for integrated circuits. It presents matrix and computer-aided methods for analysis and design of circuit components. You find in-depth details on input, output, and interstage networks, as well as coverage of stability, noise, and signal distortion. Moreover, this unique book is the first to explore and develop the interface between lumped-element circuits and distributed element circuits. Supported with over 580 equations and 100 illustrations, this volume presents the necessary technological underpinnings and all the practical details you need to fully comprehend and work with the material.
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Book details

List price: $129.00
Copyright year: 2013
Publisher: Artech House
Publication date: 12/31/2012
Binding: Hardcover
Pages: 320
Size: 6.00" wide x 9.00" long x 0.75" tall
Weight: 1.188
Language: English

Defining Microwaves
Radar Systems
Pulse Radar
Doppler Radar
Frequency-Modulated Continuous-Wave Radar
Microwave Communication Systems
Microwave Links and Repeaters
Carrier Modulation
Signal-to-Noise Requirements
Channel Capacity and Information Content
Microwave Transmission Lines
Useful Transmission Line Configurations
Wave Equation for Voltage and Current
Incident, Reflected, and Standing Waves
Voltage Reflection Coefficient
Power Flow
Voltage Standing Wave Ratio
Transmission Lines with Losses
Transmission Line Parameter Calculations
Impedance Matching
Impedance Transformations and the Smith Chart
Transmission Line Segments As Network Elements
Lumped-Element Limitations
Using Transmission Lines as Lumped Elements
Impedance Matching Using Lumped Ls and Cs
Resonant Circuits
Matrix Representation Of Microwave Networks
Z, Y, and ABCD Matrices for Connected Networks
Two-Port Network Parameters
Two-Port Networks Connected in Cascade
Network Gain or Loss in Terms of ABCD Parameters
Insertion Gain for Complex Z<sub>S</sub> and Z<sub>L</sub>
Transducer Gain for Complex Z<sub>S</sub> and Z<sub>L</sub>
Scattering Parameters and the Scattering Matrix of a Network
Signal Flow Graphs and Mason's Gain Rule
Synthesis And Design Of Frequency-Filtering Networks
Network Synthesis and Design
Lowpass Filters
Bandpass Filters
Highpass and Bandstop Filters
Network Design Using Q Tapering of Sections
Tapped-Stub Resonator
The Half-Wavelength Tapped Stub as a Tunable Filter
Coupled Line Filters
Broadband Impedance-Matching Networks
Network Model for Impedance Matching
The Q of �/4 and �/2 Transformer Sections
Multiple Quarter-Wavelength Transformers in Cascade
Two Cascaded Sections
Three Cascaded Sections
More Compact Impedance-Matching Networks
Lumped-Element Equivalent of the Quarter-Wavelength Transformer
The Eighth-Wavelength Transformer
Impedance Matching a Real Source to a Complex Load
Combining, Dividing, And Coupling Circuits
Power Dividers and Power Combiners
Two-Way Power Divider/Combiner
N-Way Power Divider/Combiner
Unequal Power Division
Branch-Line, or 90-Degree Hybrid Coupler
180-Degree Hybrid Coupler
Frequency Diplexers
Transmission Line Applications In Active Circuits
Impedance Matching for Maximum Gain
Transistor Equivalent Circuit
Stability Conditions and the Bilateral Amplifier
Conjugately Matching the Bilateral Amplifier
Stabilizing Potentially Unstable Transistors
Dynamic Range of a Transistor Amplifier
Lower Input Power Limit (Minimum Detectable or Usable Signal)
Upper Input Power Limit
The Transistor as an Oscillator
Feedback Oscillators
Negative Resistance Oscillator
Microwave Diodes
Diode Fundamentals
Diodes as Analog Devices
Diodes as Digital Devices
Normalized Element Values for Lowpass Filters
Microstrip Characteristic Impedance
About The Authors
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