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Wiltse Introduction and Overview of Millimeter Waves
Haddad appearing here as Chapter 3 This is a companion chapter to IMPATT
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Alexopoulos angle aperture aperture efficiency approximately assumed axis beamwidth bolometer calculated cavity coefficient coplanar cos2 Cullen curve cutoff cross section cw powers dc solution detector device dielectric constant diffraction diode dipole doping profile double-drift double-Read effect efficiency electric field equation field profile formula GaAs hybrid Gaussian beam geometry GHz Taking given grounded substrate gyrotron heat sink IEEE IEEE Trans imaging array imaging systems IMPATT impedance Infrared InP hybrid integrated interface kA/cm2 and Vrf large-signal results versus loss tangent maximum measured method microwave Millimeter Waves mirror mode obtained open resonator operation optical system optimum paraboloid parallel-plate parameters patterns permittivity Phys plotted in Fig Profile in Fig Q factor Q value radiation reflector refractive index refrigerator resonant frequency results versus Jdc Rutledge sample shown in Fig slot structure substrate surface waves Table temperature theory thermal conductivity thermal resistance thermal resistance expressions thickness tion transmission lines V/cm voltage waveguide wavelengths