Abstract:An improved symbolic analysis procedure to enhance the analytic efficiency of the reported symbolic nodal analysis is presented. Two techniques are adopted in the proposed method to reduce the order of the system of equations when performing symbolic analysis. The first one uses voltage signal sources directly to perform symbolic analysis without replacing them with their nullor equivalences. The second one uses the nullor, grounded mirror, and floating mirror elements to model the active devices that involve … Show more
Behavior models are proposed for HSPICE simulation of first-, second- and third-generation current conveyors. They can be used to speed up the exploration and verification of current conveyor-based circuit designs. To demonstrate the feasibility and workability of the proposed HSPICE simulation models, they are used as the current measuring devices for grounded and floating current sensing, and the simulation results are consistent with the theoretical expectation. The flexibility in the current sensing capability of the CCIII is also shown by a practical example using the behavior model. HSPICE simulation results are given.
Solid-state physics, directed to the design, manufacture, research, and further application of advanced materials and composites, play one of the most important roles in the quick development of modern science, techniques, and technologies [...]
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