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The paper presents the numerical study of 32-element phased-array antenna with 16-elements beam units along with 16 elements beam steering units. In the subsequent part deals with the working plan related with the radiating units and phase-shifter.
In the first part of presentation it is planned to present the wide review of all the method of microwave methods of measurements of linear dielectric and non-linear dielectrics as ferroelectrics.
The paper presents the numerical study of 32-element phased-array antenna with 16-elements beam units along with 16 elements beam steering units. In the subsequent part deals with the working plan related with the radiating units and phase-shifter.
Present paper describes the development of a fan-beam cassegarian antenna unit being fed by a 4-element binomial array with centre frequency of 2.45 GHz with a 4 set of well matched microstrip dipole units.
In order to regularize the software by Back Propagation Neural Network (BPNN) two types of dipoles viz. normal fat dipoles as treated in many handbooks and truncated conical dipoles are selected in this paper. The first type is essentially to find out the feasibility of BPNN software to be applied for grounded truncated conical monopole. The second case is a semi-empirical approach that has been developed,...
Present paper describes the development of a fan-beam cassegarian antenna unit being fed by a 4-element binomial array with centre frequency of 2.45 GHz with a 4 set of well matched microstrip dipole units.
The broadwall coaxial-microstrip launcher has been studied from the point of view of modelling the reactance seen at the coaxial port. It turns out that, for the purpose of writing the input reactance, the feeding probe can be treated as a thin cylindrical antenna situated in an homogeneous infinite space.
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