## Customized complete foundations of microwave engineering |

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### Contents

Electromagnetic Theory | 17 |

Transmission Lines and Waveguides | 71 |

Impedance Transformation | 303 |

Copyright | |

9 other sections not shown

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### Common terms and phrases

admittance amplifier amplitude aperture attenuation bandwidth beam Bloch wave boundary conditions capacitance capacitor cavity characteristic impedance Chebyshev components conductor coupling device dielectric constant diode dipole directional coupler electric field electron elements equal equation equivalent circuit evaluate expression ferrite filter function given gives ground plane hence illustrated in Fig input and output integral length load impedance load stability circle magnetic field matching network Maxwell's equations microstrip microstrip line microwave mixer mode noise figure normalized obtain oscillator passband phase polarization port power gain quarter-wave transformer reactance rectangular reflection coefficient region resistance resonant frequency scattering-matrix parameters short-circuited shown in Fig shunt signal Smith chart solution space-charge strip stub substrate terminal plane tion transistor transmission line transmission-line two-port two-port network values vector velocity voltage voltage and current VSWR wave waveguide wavelength zero