Design and Comparison of a Compact Tapered Triangular Single and MIMO Antenna with Polarization Diversity for Wideband Applications
Journal Title: IOSR Journal of Electronics and Communication Engineering(IOSR-JECE) - Year 2018, Vol 13, Issue 3
Abstract
In wireless communication applications high data rates is the prime requirement. This demand necessities the need of inclusion of more number of antennas in wireless applications. These systems require an antenna with optimum bandwidth and polarization diversity. This paper discusses a compacted modified triangular antenna that functions at 2.45 GHz. The modified tapered triangular antenna structure gives the miniaturization. Also adding partial ground enhances bandwidth of MIMO microstrip antenna. The structure to be designed is a 2×2, microstrip fed tapered triangular MSA. The patches are kept orthogonal to produce polarization diversity. Antenna to be implemented has been structured on FR4 substrate with dielectric constant of 4.4. The antennas are simulated and the results for triangular single and 2X2 MIMO antenna are compared. 2X2 multi input multi output design gives a large bandwidth from 1.58 GHz to 3.96 GHz corresponds to 99.16% impedance bandwidth at VSWR 2:1. The pattern for radiation of single tapered triangular antenna is directional and that for multi input multi output is nearly omnidirectional in azimuth plane and bidirectional in elevation plane. The antenna to be implemented possesses a gain of 3.3dBi with overall size very compact. This antenna is most suited for WLAN, Wi-Fi, & WiMAX applications.
Authors and Affiliations
V. W. Sonone, Dr. A. N. Gaikwad, Dr. N. B. Chopade
Aurdino based Light Monitoring and Control
The main objective of this paper is to design an RF module based outdoor light monitoring and control system that can monitor and handle outdoor lights more efficiently as compared to the conventional systems. The propos...
Factors That Impede Transmission and Reception of Mobile Cellular and Global Positioning System (GPS) Signals in Adamawa State
This project was designed to assess the extent to which some factors affect transmission and reception of mobile cellular telephone signals in Adamawa State. To carry out the study, four research questions and one hypoth...
2GHz Microstrip Low Pass Filter Design with Open-Circuited Stub
A 3 pole 2GHz Butterworth microstrip low pass filter is designed and fabricated based on the Opencircuited stub microstrip realization technique. The filter is designed using the FR4 substrate and the performance of the...
High Speed Low Bit Error Rate Digital Audio Broadcasting System Using Parallel Concatenated Convolution Turbo Codes
The major parameters to analyze the performance Digital Audio Broadcasting (DAB) system is Speed and Bit Error Rate. Orthogonal Frequency Division Multiplexing (OFDM) and Multiple Input and Multiple Output (MIMO) techniq...
Evaluation of the Effect of Fiber optic Dispersion on a(XGPON)Next Generation passive optical network
The next generation passive optical network requires a network that can provide high capacity data to meet the increase rate for high speed data. The fiber optic media has low susceptibility to electromagnetic interferen...