Microwave EngineeringThis second edition emphasizes the fundamental concepts of Maxwell's equations, wave propagation, network analysis and design principles as applied to modern microwave engineering. Applications of microwave engineering are also changing, with increasing emphasis on commercial use of microwave technology for personal communications systems, wireless local area networks, millimeter wave collision avoidance vehicle radars, radio frequency (RF) identification tagging, direct broadcast satellite television, and many other systems related to the information infrastructure. |
Contents
ELECTROMAGNETIC THEORY | 1 |
TRANSMISSION LINE THEORY | 56 |
The Telegrapher Equations Derived | 63 |
Copyright | |
16 other sections not shown
Common terms and phrases
ABCD admittance amplifier amplitude antenna aperture attenuation bandpass filter bandwidth bias field capacitance capacitor cavity characteristic impedance circuit of Figure components conductor coupled line cutoff frequency device dielectric diode directional coupler electric field equations equivalent circuit equivalent noise temperature EXAMPLE ferrite gain geometry gives H₂ hybrid image impedance input impedance insertion loss isolation length line sections load impedance lossless lossy low-pass filter matching network matrix microstrip microstrip line microwave mixer noise figure noise power noise temperature odd-mode open-circuited oscillator output parameters passband phase shifter plane wave plot polarized port propagation constant quarter-wave radar ratio rectangular waveguide reflection coefficient resistor resonant frequency response shown in Figure shows shunt signal slab Smith chart solution stripline stub transformer transistor transmission line two-port network V₁ V₂ vector versus frequency voltage waveguide Z₁