Design & Fabrication of Matamaterial based Multiband Antenna for Gps,Radar,and Mobile Applications
The built-in antennas are potential candidates for application in wireless handheld devices. The traditional antennas used in wireless handheld devices are very simple and easy to install, however, they can be used for the single frequency application only. Recently, multiband wireless devices have
Project Title
Design & Fabrication of Matamaterial based Multiband Antenna for Gps,Radar,and Mobile Applications
Project Area of Specialization
Project Summary
The built-in antennas are potential candidates for application in wireless handheld devices. The traditional antennas used in wireless handheld devices are very simple and easy to install, however, they can be used for the single frequency application only. Recently, multiband wireless devices have become very popular because they permit people to use the wireless device with multi network that have multiple frequencies. Since it is not feasible to equip such a device with many antennas for each frequency band, and built-in antennas need to be small size, low profile and multi-band reception. So, there is a need to design antenna which operates in multi-band. These antennas operate at specific frequencies, but this added complexity to the antenna design. Besides, the performance of these antennas is relatively low compared to the traditional single band counterpart. In order to enhance and optimized the overall performance of these antennas metamaterial surfaces are proposed. So, there is a need to design the antenna on metamaterial surfaces and compare the performance with the conventional counterpart.
Project Objectives
- Design and analysis of Multiband band antenna for GPS RADAR and Mobile applications.
- Design and characterization of multiband meta material surface.
- Performance comparison of the proposed antenna with and without meta material surface.
- Size reduction
- Gain enhancement
Project Implementation Method
All the simulations and optimizations processes are performed using CST or HFSS an industry standard software simulator, which is based on Finite Integration Technique (FIT) that is equivalent to Finite Difference Time-domain (FDTD).
The following steps are involved:
1.Selection of material: The selection of materials includes to select such materials that are low loss i.e having low loss tangent also easily available etc.
2. Designing of multiband antenna and metamaterial surface.
3. Comparison and result validations.
Benefits of the Project
Antenna is the key element in wireless communications. The designed antenna can be used for Military purpose such as for the purpose of avoiding the detection by the radar, it is of significance to reduce the radar cross section (RCS) of sensitive targets such as naval ships and airborne vehicles and other civil purpose. The metamaterial based designed antenna can also be used in weather applications. The design of Multiband metamaterial-based antennas is generally compact that’s why it can be used for handheld devices. There are many multiband antennas used for different applications such as Bluetooth, Wi-Fi, GPS, WiMAX etc. For these applications we have to use different narrow band antennas. By utilizing the results of our research someone can avoid different narrow band antennas which are only functional for specific application. The result of our research will be a wide band antenna which can be used for all of these applications and will replace all the narrow band antennas by a multiband antenna.
Technical Details of Final Deliverable
The expected deliverables at the end of the project are:
1. Design, fabrication and testing of the proposed antenna and metamaterial surface.
2. A well-compiled and compressive thesis report.
3. Publication/ submission of research output of the project.
Final Deliverable of the Project
Core Industry
Other Industries
Core Technology
Other Technologies
Sustainable Development Goals
Required Resources
| Item Name | Type | No. of Units | Per Unit Cost (in Rs) | Total (in Rs) |
|---|---|---|---|---|
| Fabrication & testing | Equipment | 2 | 25000 | 50000 |
| Total in (Rs) | 50000 |
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