Abstract
The results of electrodynamic simulation of a wide bandwidth antenna emitter for Ku band are presented. The emitter in question has two orthogonal linear polarizations and is designed on multilayer printed circuit board. The simulation results of a four-element antenna array based on that antenna element are also presented.
Highlights
During the processes of modern radar systems development and their tasks range expanding, the demands for the final product are being tightened
With two-channel processing and signal generation, a dual-polarized antenna emitter potentially allows the radar to specify the type of polarization of the received and transmitted signals
This paper presents the results of electrodynamic simulation of a single wide bandwidth antenna emitter for further use in the Ku-band antenna array
Summary
During the processes of modern radar systems development and their tasks range expanding, the demands for the final product are being tightened. This is especially true for on-board systems. With two-channel processing and signal generation, a dual-polarized antenna emitter potentially allows the radar to specify the type of polarization of the received and transmitted signals. This paper presents the results of electrodynamic simulation of a single wide bandwidth antenna emitter for further use in the Ku-band antenna array
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