Yagi-Uda Antenna is a widely used roof top DVB-T2 receiver antenna due to its high forward gain capability, low cost and ease in construction. In Tanzania, there have been some complaints which were logged to Tanzania Communications Regulatory Authority (TCRA) by the customers on the poor reception of DVB-T2 signals which may be caused by signal degradation. In this paper we propose enhancement of the gain of the Yagi antenna so as to improve the reception signals of the DVB-T2. This will help solve those complaints. It is well known that the increase in radiation pattern causes the increase in directivity and hence gain which will have an impact on good quality of reception for DVB-T2 signals coming from the transmitter. After carefully de...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
The aim of this study is to develop a prototype that automatically improves the position of a Yagi-U...
Abstract- A Yagi-Uda antenna of five elements is designed with use of surface reflector instead of w...
DVB-T2 is the second generation of the digital terrestrial television broadcasting system which tran...
DVB-T2 is the most advanced digital terrestrial television system, which is regarded as an extension...
This paper presents an enhanced gain of Yagi-Uda antenna with folded dipole for amateur radio Very H...
The paper focuses on analysis and operation of Yagi-Uda antenna which is usually excited at frequenc...
This study presents the evaluation of digital video broadcasting-terrestrial second generation (DVB-...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
Presently, unlicensed frequencies have gained a wide popularity due to no license payments need to b...
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 aim of this study is to develop a prototype that automatically improves the position of a Yagi-U...
Abstract- A Yagi-Uda antenna of five elements is designed with use of surface reflector instead of w...
DVB-T2 is the second generation of the digital terrestrial television broadcasting system which tran...
DVB-T2 is the most advanced digital terrestrial television system, which is regarded as an extension...
This paper presents an enhanced gain of Yagi-Uda antenna with folded dipole for amateur radio Very H...
The paper focuses on analysis and operation of Yagi-Uda antenna which is usually excited at frequenc...
This study presents the evaluation of digital video broadcasting-terrestrial second generation (DVB-...
The main challenge for the far field energy harvesting is to overcome the losses due to the long dis...
Presently, unlicensed frequencies have gained a wide popularity due to no license payments need to b...
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 aim of this study is to develop a prototype that automatically improves the position of a Yagi-U...
Abstract- A Yagi-Uda antenna of five elements is designed with use of surface reflector instead of w...