Inventi Rapid - Antennas & Propagation
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Journal Scope:
Quarterly published in print and online ‘Inventi Rapid/Impact: Antennas & Propagation’ publishes high quality unpublished as well as high impact pre-published research and reviews catering to the needs of researchers and professionals. It focuses on multidimensional aspects of antennas & propagation, particularly - antennas analysis and design, antennas array, antennas simulation, beam control and steering, etc.
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METHODS OF REDUCING MUTUAL COUPLING BETWEEN MICROSTRIP MIMO ANTENNA: A REVIEW
Now a day’s the MIMO (Multiple Input Multiple Output) antennas with arrays became hot topic of study. The most common necessity of today’s wireless communication system is high data rate along with neutralization of the effect of fading when signal propagates through various surroundings, thus MIMO antenna system is turn out to be solitary solutions of this. For augmentation of range...
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THIRD ORDER LOW PASS CHEBYSHEV FILTER CHARACTERISTIC REALIZATION USING THE ANSOFT DESIGNER
In this paper, the design of third order low pass chebyshev filter is presented. The filter is designed at 1 GHz and having 1 dB ripple in pass band. The lumped parameter model of filter and microstrip filter is simulated in ansoft designer. The simulated results are compared and it shows good agreement between them....
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ENHANCEMENT OF BANDWIDTH AND EFFICIENCY OF THE MICROSTRIP PATCH ANTENNA USING DR
In this thesis I am going to design a rectangular microstrip patch antenna for C- band application at 7GHz frequency for 50O impedance and then observe the output results from return loss plot and VSWR plot and note down the readings of simulated Bandwidth and efficiency using CST microwave studio software. After that I will use a Dielectric Resonator because it has the advantages of low radiation...
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ENHANCEMENT OF BANDWIDTH AND EFFICIENCY OF THE MICROSTRIP PATCH ANTENNA USING DR
In this thesis I am going to design a rectangular microstrip patch antenna for C- band application at 7GHz frequency for 50O impedance and then observe the output results from return loss plot and VSWR plot and note down the readings of simulated Bandwidth and efficiency using CST microwave studio software. After that I will use a Dielectric Resonator because it has the advantages of low radiation...
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