Design of trible-band dual-linear polarized microstrip antenna sub-array for SAR applications

Abstract

The design of triple-band C/X/Ku dual-linear polarized microstrip antenna single element and 1x2 sub-array is simulated and presented. The triple band is designed as one antenna for a dual-band C/X with dual-linear polarization and a shared aperture antenna for single Ku-band dual-linear polarization behavior. Four different shapes of feeding ports for the two antennas provide good isolation among all frequencies at both polarizations. The designed antenna exhibits stable frequency response at ON/OFF states for either single/dual frequency selection or Horizontal/Vertical polarization. The results show fair radiation pattern with high gain. The performance of the designed antenna was computed using HFSS 11.1 . The antenna is designed to fulfill the Synthetic Aperture Radar (SAR) requirements, where multi-band dualpolarization is required.

Design of multi -band dual linear polarized microstrip antenna for remote sensing applications

“…this method, here in after called add method. [5] As the multiband antenna element, the microstrip rectangular ring are used instead of a conventional rectangular microstrip patch with slot inside. This way we can obtain the smaller dimensions of the antenna element, without using high permittivity substrate, which are required in wide angle scanning systems.…”

“…Using the reflected GNSS signals from the land and ocean surface, sea ice sensing and the extraction of land surface topography and near surface soil moisture are being done with proper calibration. [5] Generally, a multipath signal in positioning considered an undesirable phenomenon that needs to be supressed. A reflected GNSS signal is one kind of multipath, also known as a scattered as an error source that deterioration the positioning accuracy.…”

A wide-band and wide-angle scanning dual-band phased-array antenna

“…Nowadays, advanced wireless systems or phased-array radars have raised the requirement of multifunctional antennas to perform communication, detection, and other tasks [1][2][3][4][5][6][7][8][9]. Therefore, researchers are trying to combine multiband antennas in the same radiation aperture, because multiband shared-aperture antennas can cover a wide operating bandwidth and support the simultaneous working situation in different frequency bands [10][11][12][13][14][15][16][17][18][19][20][21][22][23][24][25]. However, there are still some existing problems hindering the application of dual-band antenna in phased-array systems.…”

RF Energy Harvesting IoT System for Museum Ambience Control with Deep Learning

“…However, the antenna structure is complex because it consists of multilayers. A Trible band C/X/Ku (bands) dual polarized sub antenna array has 11 layers designed for specific apportion ratio application (SAR) [25]. Different designs have been reported [26,27,28] to present CP antenna arrays.…”