This article introduces a number of new features recently implemented in the 'Quite universal circuit simulator - SPICE variant' (Qucs-S), including structure and fundamental schematic capture algorithms, at the same time highlighting their use in behavioural semiconductor device modelling.
QUANTUMWISE ATKPYTHON IMPORT SOFTWARE
In this paper, I discuss the capabilities of the EMMA code for the modeling and simulation of one such electromechanical device, a slim-loop ferroelectric (SFE) firing set.Įxtended behavioural device modelling and circuit simulation with Qucs-SĬurrent trends in circuit simulation suggest a growing interest in open source software that allows access to more than one simulation engine while simultaneously supporting schematic drawing tools, behavioural Verilog-A and XSPICE component modelling, and output data post-processing. The EMMA computer code is used to model such devices and simulate their operation.
The high fidelity modeling and simulation of complicated electromechanical devices was not feasible prior to having the Accelerated Strategic Computing Initiative (ASCI) computers and the ASCI developed codes at Sandia National Laboratories (SNL).
The modeling and simulation of such devices is a challenging problem since one has to represent the coupled physics of detonation, shock propagation, and electromagnetic field generation. Modeling and Simulation of Explosively Driven Electromechanical DevicesĬomponents that store electrical energy in ferroelectric materials and produce currents when their permittivity is explosively reduced are used in a variety of applications.
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