Microwave devices and antennas. Part 2. Theory and technique of antennas. Neganov V.A., Klyuyev D.S., Tabakov D.P.

In the first part of this textbook, methods for designing and designed by microwave devices were considered: the transmission lines of various types, resonators, filters, phase reversers, attenuers, tricine compounds, directed branches, fervor, ferrite devices (valves, circulators, phaseuries) and microwave devices on semiconductor diodes. Examples of the use of microwave devices in radio communications, radar, measuring equipment, etc. are given.

The second part considers the main sections of the theory and technique of antennas. The issues of calculating and designing various types of antennas (from vibrator to shutter and antenna grates, including phased) are highlighted. The main attention is paid to the antennas of the microwave and the calculations of their electromagnetic fields in the near zone, which is very important when solving the problems of electromagnetic compatibility.

The book included the original material received by the authors. In particular, a self -complicated method for calculating the electromagnetic field of antennas is described, which allows to carry out a continuous transition from the field on the radiating surface of the antenna to the field outside it and vice versa. This method is also called the method of physical regulation.

The textbook is intended for specialties: 210400 Radio Engineering and 210601 “Radio Electronic Systems and Complexes”. Can be used by the developers of microwave equipment and antenna-feeder devices.