Passive and active microwave circuits

✍ Scribed by J. Helszajn.

• Publisher: Wiley,
• Year: 1978
• Tongue: English
• Leaves: 288
• Category: Library

✦ Table of Contents

1. The Scattering Matrix
   1.1 The Scattering Matrix
   1.2 The Scattering Matrix Eigenvalues
   1.3 Eigenvectors
   1.4 Diagonalization of Scattering Matrix
   1.5 Scattering Parameters of 2-port Networks
   1.6 The Unitary Condition
   1.7 The Dissipation Matrix
   1.8 Scattering Transfer Parameters
   1.9 Generalized 2-port Scattering Parameters
   1.10 Experimental Determination of Microwave Networks
   Problems
   References
   Further Reading
   1. Immittance Matrices
      2.1 Impedance Matrix
      2.2 The Admittance Matrix
      2.3 Eigennetworks
      2.4 Eigenvalues of Scattering and Immittance Matrices
      2.5 Relation Between S, Z, and Y Matrices
      2.6 Equivalent Circuit of Uniform Transmission Line
      2.7 Equivalent Circuit of Transmission Cavity Resonator
      Problems
      Further Reading
   2. Directional Couplers
      3.1 Scattering Matrix of Directional Coupler
      3.2 Hybrid Junctions
      3.3 Even and Odd Modes Theory of Directional Couplers
      3.4 Operation of Sidewall and Topwall Hybrids
      3.5 Eigenvalue Theory of Sidewall Waveguide Hybrid
      3.6 the Multibranch Directional Coupler
      Problems
      Further Reading
   3. Impedance and Mode Transducers
      4.1 Quarter-wave Impedance Transformer
      4.2 Stepped-impedance Transformers
      4.3 Matched Terminations
      4.4 Rotary Joint
      4.5 Mode Transducers
      4.6 Variable Shortcircuit
      4.7 Quarter Wave Plate
      Problems
      Further Reading
   4. Two-port Phase and Attenuation Networks
      5.1 Uncalibrated Waveguide Phase-shifters and Attenuators
      5.2 Variable Rotor Attenuator
      5.3 High-power Attenuator
      5.4 Variable Rotor Phase Shifter
      5.5 High-power Variable Phase Shifter
      Problems
   5. Cavity Resonators
      6.1 Unloaded, External, and Loaded Q-factors
      6.2 Resonant Circuit Using Distributed Transmission Lines
      6.3 Boundary Conditions of Rectangular Microwave Cavity Resonators
      6.4 Rectangular Waveguide Cavity Resonator
      6.5 Scattering Matrix of Series Resonator
      6.6 Scattering Matrix of Series Resonator with Damping
      6.7 Microivave Cavity Resonator Using Susceptances Spaced by Section of Line
      6.8 Impedance Matrix of Transformer-coupled Resonator
      Problems
      Further Reading
   6. Microwave Filters
      7.1 The Synthesis Procedure
      7.2 Butterworth Lowpass Filter Approximation
      7.3 Darlington Insertion Loss Filter Synthesis
      7.4 Frequency Transformations
      7.5 Lowpass to Bandpass Transformation
      7.6 Lowpass to Bandstop Transformation
      7.8 Impedance Scaling
      7.9 Immittance Inverters
      7.10 Microwave Bandpass Filter Configuration
      Problems
      References
      Further Reading
   7. Nonreciprocal Ferrite Devices
      8.1 Susceptibility Tensor in Infinite Medium
      8.2 Scalar Susceptibility
      8.3 Tensor Permeability
      8.4 Scalar Permeability
      8.5 Faraday Rotation
      8.6 Faraday Rotation Isolator
      8.7 Four-port Faraday Rotator Circulator
      8.8 Nonreciprocal Faraday Rotation Type Phase Shifter
      8.9 Circular Polarization in Rectangular Waveguide
      8.10 Nonreciprocal Propagation in Rectangular Waveguide
      8.11 Perturbation Theory of Nonreciprocal Rectangular Waveguide Phase Shifter
      8.12 Perturbation Theory of the Rectangular Waveguide Resonance Isolator
      8.13 Differential Phase Shift Circulator
      Problems
      References
      Further Reading
   8. Yig Filters
      9.1 Scattering Matrix of 2-port Gyrator Network
      9.2 Immittance Matrices of Gyrator Network
      9.3 Two-port Gyrator Using Orthogonal Loops Coupled by a Yig Sphere
      9.4 Equivalent Circuit of Coupled Yig Resonator Using Gyrator Network
      9.5 Scattering Matrix of Loop Coupled Yig Filter at Resonance
      9.7 Scattering Matrix of Loop-coupled Yig Filter with Damping
      9.8 Reflection Coefficient of Lossy Gyrator Circuit with One Port Terminated in Variable Shortcircuit
      9.9 Coincidence Limiting in Yig Spheres at Large Signal Power
      Problems
      Further Reading
      References
   9. The Junction Circulator
      10.1 Network Definition of Junction Circulator
      10.2 The Scattering Matrix Eigenvalues
      10.3 Scattering Matrix Eigenvectors
      10.4 Diagonalization of Scattering Matrix
      10.5 Lumped Element Circulator
      Problems
      Further Reading
   10. Variable Capacitance Diode Circuits
       11.1 Semiconductor Diodes
       11.2 Junctioncapa Citance
       11.3 Capacitance, Elastance, and Charge
       11.4 Frequency Multipliers
       11.5 the Parametric Amplifier
       11.6 Varactor Analogue Phase Shifter
       Problems
       Further Reading
   11. Pin Control Devices
       12.1 Basics Witching Circuits
       12.2 Dissipation in Pin Diodes
       12.3 Nonreflective Pin Diode Attenuators
       12.4 Single-pole Double-throw Pin Diode Switchusing Shunt Diodes
       12.5 Basic Construction of Sp3t Switch
       12.6 Pin Control Diode Phase Shifters
       Problems
       Further Reading
   12. Microwave Mixers (G.P. Riblet and G. Lo)
       13.1 Schottky Barrier Diode
       13.2 Resisti Ve Mixing
       13.3 Conversion Loss
       13.4 Image Frequency
       13.5 Balanced Mixer
       13.6 Noise Factor
       Problems
       Further Reading
   13. Transferred-electron Oscillators and Amplifiers
       14.1 Transferred Electron Transit Time Devices
       14.2 Domain Formation and the Gunn Effect
       14.3 Gain of Simple Negative Resistance Amplifier
       14.4 Gain-bandwidth Product of Negative Resistance Amplifier
       14.5 Gain Bandwidth of Wideband Negative Resistance Amplifier
       14.6 Coaxial Gunn Oscillator
       14.7 Waveguide-cavity Gunn-effect Oscillator
       Further Reading
       Problems
   14. Microwave-transistor Amplifier Design (with W.T. Nisbet)
       15.1 Stability of a 2-port Network
       15.2 Unconditional Stability
       15.3 Definition of Transducer Power Gain
       15.4 Complex Conjugate Image Matching
       15.5 Circles of Constant Unilateral Gain
       15.6 Unilateral Figure of Merit
       15.7 Example of Narrow-band Amplifier Design
       15.8 Nonunilateral Design
       15.9 Unilateral Design
       Problems
       Further Reading
       Index