Description
Microwave Technology is the latest overview of the most recent advances in microwave technology and design, with a heavy emphasis on electromagnetic waves, transmission lines, and line components. Originally published in German, Microwave Technology provides comprehensive yet easy to understand information on waveguides, TEM circuits, hollow waveguides, microstrip circuits, dielectric materials, and circuit components. Microwave Technology - a perfect working textbook for the student of electrical engineering and physics, or the professional microwave engineer - presents the basic microwave concepts in a theoretical treatment. Microwave Technology features detailed discussions and explanations of the following: propagation of free space electromagnetic energy in the form of transverse waves; possibilities of wave forms on the conductor surfaces; circuits that direct waves and on which the electrical and magnetic fields run absolutely transverse to the direction of propagation; S-parameters (these serve to illustrate microwave circuit arrangements with the help of power waves); microwave components in waveguide engineering and stripline technology; how microwave circuit arrangements can be realized in a small amount of space with the help of stripline technology and semiconductor components; specifications of various circuits that are suitable for the construction of integrated circuit arrangements in the millimeter range.
Table Of Contents
Electromagnetic Waves. Circuit Waves. Hollow Waveguides. Striplines. Surface Waves. Helical Circuits. Dielectric Circuits. Scattering Parameters. Circuit Components in Coaxial Transmission Line Technology. Stripline Components and Microwave Integrated Circuits. Ferrite Components.