Electric Current and Voltage Behaviour for a Perturbed Capacitor Lattice with Planar Triangular Design
The wave concept iterative process (WCIP) method is introduced in the goal to study the electric voltage and current distribution for a planar capacitor circuit with equilateral triangular architecture, excited by a vertical lumped source. The grid is governed by three planar directional vectors phase shifted the one to the other to 60 degree. The formulation employ the definition of the auxiliary sources for modelling the electrical components of the circuit (resistor and capacitor). Simulation results consider the current distribution on an RC circuit network with equilateral triangular lattice for both regular and perturbed design.
