196,036 research outputs found
Efficient numerical investigation of an active reconfigurable periodicstructure
No full textApplication of an advanced numerical scheme, namely the Synthetic Function eXpansion (SFX) algorithm, to the analysis of an active 1D structure is presented. A passive periodic configuration consisting of parallel patches loading a microstrip line is turned into an active structure by inserting a pair of 2 switches to the two ends of each patch; the states of the pair of switches are changed contemporaneously. Variation of the states of the switches modifies the current distribution on the structure. The characterization of the large number of possible configurations requires a huge numerical effort which is alleviate by the use of the proposed method. Examples of the numerical investigations in a case of a 120 element array controlled by different periodic patterns are considered and discusse
Efficient electromagnetic characterization and optimization of a 1D reconfigurable periodic configuration in microstrip technology
No full textApplication of the Synthetic Function eXpansion (SFX) algorithm to the analysis of active, reconfigurable 1D structures is presented. The reference structure consists of a passive configuration of parallel patches periodically loading a microstrip line. The active counterpart is obtained by inserting a pair of 2 switches to the two ends of each patch. The matching and radiation characteristics of a 24-element arrays for different lateral shifts of the patches demonstrates possibility of controlling the aforementioned parameters
Efficient Numerical Analysis of Large Planar High Impedance Surface by the Synthetic Function eXpansion technique
No full text
Investigation on the auxiliary source issue in the Synthetic Function eXpansion analysis
No full textOn the Numerical Evaluation of the Testing Integrals for the Galerkin Discretization of Surface Integral Equations
No full textCombining Mode Matching/FEM with Integral Equation Method for the Design of Horn Antennas
No full text
- …
