When various conductor configurations are designed it is very time consuming to measure basic conductor stability parameters, such as MQE, for each conductor.
The results of LDOS and conductance as a function of the Fermi energy and the normalized magnetic flux (ϕ/ϕ0) for three different conductor configurations are displayed in the contour plots of Figure3.
Multi-conductor cables are also available with a 14 to 24 AWG foil shielding, with 2, 3, and 4 conductor configurations.
The results provided show that FEM results are very accurate and more general than those provided by the formulas, since FEM models can be applied to a wide range of conductors' configurations and electrical frequencies.
In the notch-port configuration, conductor 1 is the feedline, conductor 2 is grounded and conductor 3 is the resonator, and both the feedline and resonator can extend from both ends of the coupler.
In the butt-port configuration, conductors 1 and 3 are terminated on one end of the coupler.
We have obtained these behaviours for different configurations of conductor, considering variations in length and widths of the finite ribbons and leads.
Contour plots of LDOS (lower panels) and conductance (upper panels) as a function of the Fermi energy and the magnetic flux crossing the hexagonal lattice for three different configurations of conductor.
The mathematical methods of electrostatics make it possible to calculate the distributions of the electric field and of the electric potential from a known configuration of charges, conductors, and insulators.
