Affiliation:
1. C.V. Raman University, India
2. SR Group of Institutions, India
Abstract
Consumers not only wish to be able to quickly transport whatever they are carrying from one location to another, but also wish the procedure to be simple. The goal of aiming for a broadband flexible antenna that may operate for a large spectrum of wireless between typical internet devices with low power has been achieved, and it has been created with the use of a flexible substrate. In addition to having the ability to install the antenna on a flexible substrate, this was done because it needed to fulfill the demands of the consumers. At a frequency of the operation that falls between 3.95 to 10.12 GHz, the antenna has a rather tiny size, under five millimeters. According to the simulation, the directivity can be expressed as in a highly resonated stage. The antenna with the highest influence is at 5.09 GHz, which is 3.386 dBi. The antenna that may be seen has a broadband width of 87.70%. Therefore, it is low profile; in addition, the documented antenna will be able to perform exceptionally well in telemedicine applications.