Rancangan bangun antena mikrostrip feedline model patch Yin-Yang 2,5 GHZ untuk Wireless Sensor
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Institusion
Universitas Merdeka Malang
Author
Sugiarto, Sanditiya Kristian
Subject
Datestamp
2020-10-09 02:16:44
Abstract :
Antennae?s requirement increases on the nircable network. On the other side, it needs a small and flexible antenna as many devices which have mobile, thus microstrip antenna is the best choice. One example of the device is wireless sensor. As the concept, the wireless sensor is a network from many sensors which are distributed and controlled by computer in far distance. Every sensor has software and hardware which combines and works together so it makes nircable network. The frequency of it is generally same with wifi. Therefore, it creates a Yin Yang patch model feedline microstrip antenna at a frequency of 2.5 GHz on this research. As the results of antenna by using software simulation, it shows that the return loss is about -16.5847 dB ,bandwidth is about 292.6 MHz or 11.85%. VSWR value is as expected with the research that is ? 2, which has 1.3479. Axial ratio value is about 1.1202, in order that the polarization is circular. For impedancy?s value of antena, it gets (1.2433 ? 0.2290j) ?. The radiation pattern is bidirectional. The results? calibration have -17,1 dB of return loss. For axial ratio, it gets 1,157 dB.
Antennae?s requirement increases on the nircable network. On the other side, it needs a small and flexible antenna as many devices which have mobile, thus microstrip antenna is the best choice. One example of the device is wireless sensor. As the concept, the wireless sensor is a network from many sensors which are distributed and controlled by computer in far distance. Every sensor has software and hardware which combines and works together so it makes nircable network. The frequency of it is generally same with wifi. Therefore, it creates a Yin Yang patch model feedline microstrip antenna at a frequency of 2.5 GHz on this research. As the results of antenna by using software simulation, it shows that the return loss is about -16.5847 dB ,bandwidth is about 292.6 MHz or 11.85%. VSWR value is as expected with the research that is ? 2, which has 1.3479. Axial ratio value is about 1.1202, in order that the polarization is circular. For impedancy?s value of antena, it gets (1.2433 ? 0.2290j) ?. The radiation pattern is bidirectional. The results? calibration have -17,1 dB of return loss. For axial ratio, it gets 1,157 dB.
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