Search

Comparing the performance of triangular microstrip patch antennas on FR4 epoxy substrate with that of typical rectangular microstrip antennas while operating at 5.8 GHz is the goal of this research project. At a frequency of 5.8GHz, the HFSS tool was used to compare the gain and return loss of an innovative triangular microstrip patch antenna to that of a rectangular patch microstrip patch antenna on a FR4 epoxy substrate. This evaluation was carried out so that a conclusion could be drawn regarding which antenna configuration provided the better performance. Both antennas contributed a combined total of 32 samples that were gathered (i.eEach group has 16 samples). With the assistance of the G Power statistical programme, the size of the sample was determined with a degree of confidence equal to eighty percent. Both the gain (4.2525 dB) and the return loss (-14.5095 dB) of the innovative triangular microstrip patch antenna are superior than those of the standard rectangular microstrip patch antenna, which are, respectively, 3.8664 dB and-14.509 dB. (-15.7555 dB). The significance level reached by the use of SPSS is lower than 0.05. (0.035). Within the confines of this inquiry, the unique triangular microstrip patch antenna at 5.8GHz gives good gain (4.2525 dB) and return loss (1.1 dB) (-14.5095 dB). [ABSTRACT FROM AUTHOR]

This effort is being done in order to build a square patch antenna operating at 5.8 GHz that has a higher gain than the traditional rectangular microstrip patch antennas that are manufactured on a substrate made of FR4 epoxy. A square patch antenna on a FR4 epoxy substrate was constructed for use at 5.8 GHz. This was done so that the antenna's gain may be increased in comparison to that of rectangular microstrip patch antennas. Both the Materials and the Methods: The consequences of Novel Ideas in terms of money On a FR4 epoxy substrate, the HFSS programme compared the performance of a square microstrip patch antenna to that of a rectangle patch antenna while both antennas were operating at 5.8GHz. The two antennas produced a total of 32 samples when combined (i.e Each group has 16 samples). The statistical tool known as G Power is used in order to make an estimate of the sample size using a confidence interval of 80 percent. When compared to its rectangular counterpart, the innovative square microstrip patch antenna has a gain of 5.2371 and a return loss of 15.3903 dB that is much lower (-15.7555 dB). The p-value of 0.035 that was calculated using SPSS is lower than the critical value required for statistical significance (0.05). According to the findings of this research, the square microstrip patch antenna has a greater gain (5.2371dB) and a smaller return loss than the rectangular patch antenna while operating at 5.8GHz (-15.3903dB). [ABSTRACT FROM AUTHOR]