Paper Contents
Abstract
The FR4 epoxy resin was used to create the antenna. Its small size, broad capabilities, and superior performance in the loading situation of the human body, this antenna is a good choice for small wearable biomedical equipment. A circularly polarised antenna with a multiple-input multiple-output (MIMO) architecture will be offered by our design. The main growing technology, wearable antenna, supports numerous uses in the fields of entertainment, navigation, health care, and the military. A number of physiological characteristics of the human body can be remotely sensed and monitored with the help of WBAN technology, particularly wearable antennas. While weighing the benefits of WBAN and wearable antennas, it's important to be mindful of how they may affect a person's physiology. The selection of an acceptable RF technology for wearable designs should be made by antenna designers, with the least possible impact on efficiency and gain owing to electromagnetic immersion in human tissue.KeywordsWearable Antenna, MIMO, EM Waves, epoxy material, circularly polarized antenna
Copyright
Copyright © 2023 Selva Murugan P. This is an open access article distributed under the Creative Commons Attribution License.
