This paper presents an enhanced gain of Yagi-Uda antenna with folded dipole for amateur radio Very High Frequency (VHF) band. The analysis is performed using CST Microwave Studio Suite software. The structure of this directional antenna integrates three main parts which are directors, reflectors and feeder point of 50 Ω. The performance of the proposed antenna has a tolerable reflection coefficient below -10 dB at 144.46 MHz. A maximum gain of around 14.03 dB with a good efficiency of 75.6% is achieved. The gain of the antenna increases up to 2% when added with 7 elements of reflector than with one element of reflector and enhanced significantly by 23.6% compared to the conventional Yagi-Uda antenna
This paper presents the design and implementation of dual stacked identical Yagi antenna. An Antenna...
Antennas are frequency-dependent devices. The design of each antenna depends on the frequency band i...
This work proposes, builds, and manufactures a small, high-gain MIMO antenna for radar applications....
The paper focuses on analysis and operation of Yagi-Uda antenna which is usually excited at frequenc...
Abstract- A Yagi-Uda antenna of five elements is designed with use of surface reflector instead of w...
The antenna is supplied by a balanced microstripslotline plus it makes a good utilization of space i...
Yagi-Uda Antenna is a widely used roof top DVB-T2 receiver antenna due to its high forward gain capa...
AbstractWe review the research progress on Yagi-Uda antennas starting from the very first paper publ...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
This paper presents the design and implementation of dual stacked identical Yagi antenna. An Antenna...
Antennas are frequency-dependent devices. The design of each antenna depends on the frequency band i...
This work proposes, builds, and manufactures a small, high-gain MIMO antenna for radar applications....
The paper focuses on analysis and operation of Yagi-Uda antenna which is usually excited at frequenc...
Abstract- A Yagi-Uda antenna of five elements is designed with use of surface reflector instead of w...
The antenna is supplied by a balanced microstripslotline plus it makes a good utilization of space i...
Yagi-Uda Antenna is a widely used roof top DVB-T2 receiver antenna due to its high forward gain capa...
AbstractWe review the research progress on Yagi-Uda antennas starting from the very first paper publ...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
This paper presents the design and implementation of dual stacked identical Yagi antenna. An Antenna...
Antennas are frequency-dependent devices. The design of each antenna depends on the frequency band i...
This work proposes, builds, and manufactures a small, high-gain MIMO antenna for radar applications....