Flat metal -dielectric waveguide and devices based on it. Monograph

The work provides the development of a new design and technological solution of the transmission line-flat metallodielectric waveguide and microwaves based on it, which have constructive simplicity and manufacturability of manufacturing, providing improved metrological, operational, economic indicators. Methods of constructing coordinated loads, transitions from a standard waveguide and a coaxial line to a flat metallodielectric wave of detector heads are proposed. Methods of constructing and mathematical models of two types of wavelengths in a flat metallodielectric waveguide based on wave-free converters and a fixed short-carrier have been developed and investigated. A multifunctional measuring complex was proposed and investigated for determining the parameters of devices built on the basis of a flat metal -electric waveguide. Mathematical models of meters of modules and arguments of comprehensive reflection and transmission coefficients, as well as the uninhabited attenuation of the flat waveguide, have been developed. A mathematical model of a combined directional branch was developed, one of the channels of which is made on a standard floor of the rectangular wave, and secondary - on the proposed flat metal -electric waveguide