[天线]46 Fast and accurate model for circular microstrip antennas on suspended and composite

Fast and accurate model for circular microstrip antennas on suspended and composite ubUVxYD?  
Nasimuddin, Karu Esselle, and A. K. Verma ppzQh1  
Abstract—We present a fast and accurate closed-form model for interactive y85R"d  
computer-aided design and optimization of circular microstrip '^%kTNn  
antennas on suspended or composite substrates. The model facilitates the lb\VQZp!y  
computation of the resonance frequency,input impedance and bandwidth. ':!aFMj^  
We compare the results obtained with the proposed model with those from Kjt\A]R%  
commercial software (2D-Ensemble and 3D-Microwave Studio),pr eviously ?@CbaX~+K  
published experimental results and previously obtained theoretical hO; XJyv  
results using another full-wave method. The proposed model shows better ^]MLEr!S  
agreement with experimental results as compared to the commercial fs0EbVDF  
two-dimensional and three-dimensional software. Although all theoretical OTzuOP8  
results show reasonable agreement among themselves,the proposed model OxqkpK&  
is at least one thousand times faster than full-wave software. "NtY[sT{V  
Index Terms—Antenna,ca v .. #jM-XK  
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