Fiber-Optic System for Control of the Output Frequency of the Voltage-Controlled Generator on the Radar Antenna

The necessity of developing a multifunctional radar station for solving various tasks, including environmental monitoring, is substantiated. The necessity has been established for solving several tasks, including environmental monitoring of air spaces. The necessity of introducing fiber-optic communication lines (FOCL) for the frequency tuning codes transmission and frequency regulation is substantiated. The necessity of introducing an additional control channel on the fiber-optic communication lines (FOCL) is justified. A new scheme is presented for constructing the radar station radiation path in the range from 1 to 18 GHz. A functional expansion of the radar station capabilities is presented through the introduction of a modernized radiation path and the study of radiation formations. Fiber-optic lines investigations have been carried out in terms of launching frequency codes and a control channel. The corresponding characteristics have been given.