A Microfluidically Reconfigurable Dual-Band Slot Antenna With a Frequency Coverage Ratio of 3:1 PROJECT TITLE :A Microfluidically Reconfigurable Dual-Band Slot Antenna With a Frequency Coverage Ratio of 3:1ABSTRACT:Reconfiguration of crammed and empty microchannels is employed to comprehend a switchable twin-band slot antenna whose both bands will be controlled independently. Reactive loading effect of Galinstan bridges is used to shift down each slot antenna's frequency of operation. Using 5 microchannels leads to a five-bit reconfigurable antenna. Any combination of frequencies within the ranges of 1.8-3.1 GHz (first band) and 3.2-five.four GHz (second band) will be obtained. This translates into a discrete tuning ratio of ~ 1.7:1 for both bands and overall ratio of three:1 (one.eight-five.4 GHz) for the antenna. The antenna circuit board is realized using common printed circuit board (PCB) techniques, and the microchannels' polydimethylsiloxane (PDMS) substrate is fabricated using 3-d printing technologies. The circuit board and therefore the PDMS substrates are bonded to every alternative employing a thin layer of spin-coated PDMS. The performance of the antenna is measured, and shut agreement between the simulation and measurement is observed. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Agile Development for the Brazilian System of IDTV with Ginga-NCL: LUAR Validation On Energy Harvesting Gain and Diversity Analysis in Cooperative Communications