In the current technological climate, mobile devices have become an intrinsic part of how society functions. There is also an increasing trend and demand for these devices to be compact. As a result, there is a need for smaller electrical components that can fit seamlessly into these devices and antennas are an example of such components. While small antenna design is imperative in the current industry, there is still much discourse about existing designs as performance degradations arise with the reduction in the size of the antenna. This report will provide an insight on the designing of a compact wideband antenna. It will detail the design and simulation of a novel bowtie dipole antenna that operates within the Ultra-High fre...
This final year project was to study miniaturization techniques to reduce the size of a High Frequen...
This final year project details the design of a wideband low-profile antenna that operates in 200MHz...
The paper presents an approach to design a compact wide-band antenna spanning a frequency of 1.5-3.5...
In the current technological climate, mobile devices have become an intrinsic part of how society fu...
This dissertation is to introduce miniaturization techniques used in antenna design, especially f...
This final year project details the design of a compact wideband antenna that will be used for Unman...
This is a final year project report on the designing of a high frequency antenna. Design should be o...
A compact, wideband, windmill shape ultra-wideband antenna is designed for mobile communication and ...
The aim of this final year project is to design one printed bow-tie dipole multiband antenna operati...
A compact, wideband, windmill shape ultra-wideband antenna is designed for mobile communication and ...
This thesis presents the design of a wide band micro-strip antenna for wireless communication for op...
A simple method for the design of ultra-wideband antennas in planar format is presented. This method...
This final year project was to design and develop an Omni-directional antenna that is able to receiv...
This final year project was to design and develop an Omni-directional antenna that is able to receiv...
This final year project was to study miniaturization techniques to reduce the size of a High Frequen...
This final year project was to study miniaturization techniques to reduce the size of a High Frequen...
This final year project details the design of a wideband low-profile antenna that operates in 200MHz...
The paper presents an approach to design a compact wide-band antenna spanning a frequency of 1.5-3.5...
In the current technological climate, mobile devices have become an intrinsic part of how society fu...
This dissertation is to introduce miniaturization techniques used in antenna design, especially f...
This final year project details the design of a compact wideband antenna that will be used for Unman...
This is a final year project report on the designing of a high frequency antenna. Design should be o...
A compact, wideband, windmill shape ultra-wideband antenna is designed for mobile communication and ...
The aim of this final year project is to design one printed bow-tie dipole multiband antenna operati...
A compact, wideband, windmill shape ultra-wideband antenna is designed for mobile communication and ...
This thesis presents the design of a wide band micro-strip antenna for wireless communication for op...
A simple method for the design of ultra-wideband antennas in planar format is presented. This method...
This final year project was to design and develop an Omni-directional antenna that is able to receiv...
This final year project was to design and develop an Omni-directional antenna that is able to receiv...
This final year project was to study miniaturization techniques to reduce the size of a High Frequen...
This final year project was to study miniaturization techniques to reduce the size of a High Frequen...
This final year project details the design of a wideband low-profile antenna that operates in 200MHz...
The paper presents an approach to design a compact wide-band antenna spanning a frequency of 1.5-3.5...