Abstract Electric Circuit Element (ECE) are special boundary conditions that enable a
natural coupling between electromagnetic devices and circuits. ECE can be generalized to …

The complementary energy bounds of dual formulations on dual meshes for eddy current
problems are investigated. Based on the algebraic discretization of Maxwell equations on …

The finite element method (FEM) using Whitney elements and the finite integral technique
(FIT) using dual meshes work both with the metric free global variables. Though the …

An efficient methodology to extract compact models for microstrip lines on lossy silicon
substrate is presented. The transversal magnetic field equations are solved by dual finite …

The models of passive components have to describe all relevant electromagnetic field
effects at high frequency encountered inside these devices. These effects are quantified by …

Dual full-wave (FW) frequency-domain E and H formulations, with scalar potentials on the
boundary, and with electric circuit element boundary conditions are discussed and details …

Purpose–The paper has the purpose of proposing a new open boundary condition to be
used in conjunction with the finite integration technique (FIT) for the modelling of passive on …

The paper describes an effective procedure to extract the reduced order models of multi-wire
on-chip interconnects. These models take into consideration effects of the high frequency …

Due to the increase of the operation frequency and the down-scaling of the on-chip size, the
parasitic effects of the electromagnetic field cannot be neglected any longer in the design of …

In order to solve a complex problem such as the electromagnetic field analysis in integrated
circuits, a series of idealizations have to be considered. Their main goal is to reduce the …