The time-domain simulation of coplanar waveguide (CPW) elements for picosecond pulse applications is described. CPW discontinuities were simulated using the 3D transmission-line-matrix (TLM) method. We present a cost-effective approach for the time-domain simulation of coplanar circuit structures utilizing distributed computing within a parallel software environment. The use of matched layers and skin effect models is discussed. The application of TLM method and distributed computing to the efficient analysis of coplanar structures is presented     «

The time-domain simulation of coplanar waveguide (CPW) elements for picosecond pulse applications is described. CPW discontinuities were simulated using the 3D transmission-line-matrix (TLM) method. We present a cost-effective approach for the time-domain simulation of coplanar circuit structures utilizing distributed computing within a parallel software environment. The use of matched layers and skin effect models is discussed. The application of TLM method and distributed computing to the effi...     »

time-domain analysis, transmission line matrix methods, microwave circuits, time-domain simulation, coplanar waveguides, waveguide discontinuities, waveguide theory, distributed parameter networks, coplanar waveguide, 3D TLM method, picosecond pulse applications, skin effect, transmission-line-matrix method, electronic engineering computing, parallel processing, distributed computing, coplanar circuits, CPW discontinuities, CPW elements, matched layers, parallel computing environment, skin effect models     «

time-domain analysis, transmission line matrix methods, microwave circuits, time-domain simulation, coplanar waveguides, waveguide discontinuities, waveguide theory, distributed parameter networks, coplanar waveguide, 3D TLM method, picosecond pulse applications, skin effect, transmission-line-matrix method, electronic engineering computing, parallel processing, distributed computing, coplanar circuits, CPW discontinuities, CPW elements, matched layers, parallel computing environment, skin effec...     »