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- 2012419922 contributor B12589342.
- 2012419922 created "c2011.".
- 2012419922 date "2011".
- 2012419922 date "c2011.".
- 2012419922 dateCopyrighted "c2011.".
- 2012419922 description "Includes index.".
- 2012419922 description "Machine generated contents note: 1.Theoretical Foundations -- 1.1.Foster's Theorem -- 1.1.1.Lumped-Element Lossless Circuits -- 1.1.2.Microwave Lossless Circuits -- 1.1.3.Reflection Coefficient of a Lossless Circuit -- 1.2.LCR Resonant Circuits -- 1.2.1.Series Resonant Circuit -- 1.2.2.Parallel Resonant Circuit -- 1.2.3.Augmented Parallel Resonant Circuit -- 1.3.Lossy Microwave One-Port -- 1.4.Q Factor Definitions -- 1.4.1.Q in Terms of Energy Ratio -- 1.4.2.Q in Terms of Reactance (or Susceptance) Slope -- 1.4.3.Coupling Coefficient -- 1.4.4.Partial Qs -- 1.5.Q Circles -- 1.6.Fractional Linear Curve Fitting -- 1.6.1.De-Embedding Problem -- 1.6.2.Scalar Products -- 1.6.3.Overdetermined System of Equations -- 1.6.4.Weighting -- 1.6.5.Error Estimates -- 1.7.Lossless Coupling -- 1.7.1.High-Q Approximations -- 1.7.2.Input Reflection Coefficient -- 1.7.3.Repeated Curve Fitting -- 1.7.4.Computation of Q1 and k from a1 to a3 -- 1.8.Correction for Coupling Losses -- References -- 2.Reflection Measurement Method -- 2.1.Program Q0REFL -- 2.1.1.Selecting MATLAB Properties -- 2.1.2.Using Q0REFL on Measured Data -- 2.2.Using Q0REFL on Validation Data -- 2.2.1.Generating the Validation Data -- 2.2.2.Influence of X5 and R5 -- 2.2.3.Influence of the Line Length -- 2.2.4.Influence of Random Errors -- References -- 3.Reaction Measurement Method -- 3.1.Equivalent Circuit and the Corresponding Q Circles -- 3.2.Program Q0REAC -- 3.3.Generating the Validation Data -- 3.3.1.Influence of Capacitances in Microstrip-to-Coaxial Launchers -- 3.3.2.Influence of the Microstrip Line -- 3.4.De-Embedding Resonator's S Matrix -- 3.4.1.Equivalent Network Matrix Transformations -- 3.4.2.Evaluating the Element Values of the Fixture by Optimization -- 3.5.Program DEREAC -- 3.6.Program DEREACPL -- References -- 4.Transmission Measurement Method -- 4.1.Equivalent Network for Transmission Type Measurement -- 4.1.1.Q Circle for Scattering Coefficient S21 -- 4.1.2.Q Circles for Scattering Coefficients S11 and S22 -- 4.1.3.Generating the Validation Data -- 4.2.Program Q0TRAN -- 4.2.1.Recovering Resonator Characteristics from the S-Parameter Data -- 4.2.2.Processing Failure -- 4.2.3.Uncertainty Estimates -- 4.2.4.Use of Q0TRAN on the Measured Data -- 4.2.5.Use of Q0TRAN on the Simulated Data -- References.".
- 2012419922 extent "x, 190 p. :".
- 2012419922 identifier "1608071618 (spiral)".
- 2012419922 identifier "9781608071616 (spiral)".
- 2012419922 issued "2011".
- 2012419922 issued "c2011.".
- 2012419922 language "eng".
- 2012419922 publisher "Boston ; London : Artech House,".
- 2012419922 subject "MATLAB.".
- 2012419922 subject "Microwave circuits.".
- 2012419922 subject "Microwave measurements.".
- 2012419922 subject "TK7876 .K336 2011".
- 2012419922 tableOfContents "Machine generated contents note: 1.Theoretical Foundations -- 1.1.Foster's Theorem -- 1.1.1.Lumped-Element Lossless Circuits -- 1.1.2.Microwave Lossless Circuits -- 1.1.3.Reflection Coefficient of a Lossless Circuit -- 1.2.LCR Resonant Circuits -- 1.2.1.Series Resonant Circuit -- 1.2.2.Parallel Resonant Circuit -- 1.2.3.Augmented Parallel Resonant Circuit -- 1.3.Lossy Microwave One-Port -- 1.4.Q Factor Definitions -- 1.4.1.Q in Terms of Energy Ratio -- 1.4.2.Q in Terms of Reactance (or Susceptance) Slope -- 1.4.3.Coupling Coefficient -- 1.4.4.Partial Qs -- 1.5.Q Circles -- 1.6.Fractional Linear Curve Fitting -- 1.6.1.De-Embedding Problem -- 1.6.2.Scalar Products -- 1.6.3.Overdetermined System of Equations -- 1.6.4.Weighting -- 1.6.5.Error Estimates -- 1.7.Lossless Coupling -- 1.7.1.High-Q Approximations -- 1.7.2.Input Reflection Coefficient -- 1.7.3.Repeated Curve Fitting -- 1.7.4.Computation of Q1 and k from a1 to a3 -- 1.8.Correction for Coupling Losses -- References -- 2.Reflection Measurement Method -- 2.1.Program Q0REFL -- 2.1.1.Selecting MATLAB Properties -- 2.1.2.Using Q0REFL on Measured Data -- 2.2.Using Q0REFL on Validation Data -- 2.2.1.Generating the Validation Data -- 2.2.2.Influence of X5 and R5 -- 2.2.3.Influence of the Line Length -- 2.2.4.Influence of Random Errors -- References -- 3.Reaction Measurement Method -- 3.1.Equivalent Circuit and the Corresponding Q Circles -- 3.2.Program Q0REAC -- 3.3.Generating the Validation Data -- 3.3.1.Influence of Capacitances in Microstrip-to-Coaxial Launchers -- 3.3.2.Influence of the Microstrip Line -- 3.4.De-Embedding Resonator's S Matrix -- 3.4.1.Equivalent Network Matrix Transformations -- 3.4.2.Evaluating the Element Values of the Fixture by Optimization -- 3.5.Program DEREAC -- 3.6.Program DEREACPL -- References -- 4.Transmission Measurement Method -- 4.1.Equivalent Network for Transmission Type Measurement -- 4.1.1.Q Circle for Scattering Coefficient S21 -- 4.1.2.Q Circles for Scattering Coefficients S11 and S22 -- 4.1.3.Generating the Validation Data -- 4.2.Program Q0TRAN -- 4.2.1.Recovering Resonator Characteristics from the S-Parameter Data -- 4.2.2.Processing Failure -- 4.2.3.Uncertainty Estimates -- 4.2.4.Use of Q0TRAN on the Measured Data -- 4.2.5.Use of Q0TRAN on the Simulated Data -- References.".
- 2012419922 title "Q factor measurements using MATLAB® / Darko Kajfez.".
- 2012419922 type "text".