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When we speak of “accuracy” in Transient simulation, there are several different issues. Now we are getting to the heart of question – COST! It’s a question of when not if. There is error because the second order integration methods used in Transient analysis can exactly track a parabola but not circuit waveforms (an exponential or sine wave cannot be exactly represented by a second order polynomial). There is no method to directly solve a system of nonlinear circuit equations, so Spice uses an iterative process at each step in time of the Transient simulation. Additionally theory says Spice’s integrating solution method cannot know how far it’s waveform tracking is from what an engineer would call ideal. If tracking error is too high, it shortens the time step and recomputes the solution. At each time step, it starts with the solution from the previous time step. It takes time to find the right hardware for your flight sim setup.

This takes experience and talent in operations and support from leadership. However, the reality is that this level of efficiency takes time and effort to create. One useful check: half the time step and see if results change. Here we outline the main technologies and how they’re changing business but more importantly, we discuss how to manage the change. Companies have been leveraging this technology to improve customer loyalty by providing an uninterrupted connection between the business and its customers. Then if I don’t like the results, does the program show me what component tolerances were used in the runs that have the highest deviation, so I can guess which ones might be a problem, or just the total deviation? In an ideal world, I would use Sensitivity to find which component values I am worried about, then assign tolerances to that limited set of values and run Monte Carlo. If the node voltages have settled and are not changing, then the accuracy of simulation results will be orders of magnitude higher. Fortunately in the real world there are often just a few critical components (a design goal of experienced designers).

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Device manufacturers are using user defined math equations with custom math functions (.FUNC syntax) and/or the DDT function (both part of PSpice syntax) to describe SiC device behavior. These problems are still present with the NonLinear Source clipping functions or narrow pulses created by the circuitry. Using all math functions allows us to get models now, but they are not as forgiving in simulation as a model based on circuit components. 1.0 due to using the current source. Add a current Signal Source and connect it from the node to ground. Add a current source connected from the node to ground. RELTOL is used as a relative tolerance on the amount of change in node voltages from one iteration to the next. You can multiply their sensitivities times the component tolerances to manually compute the change at circuit output, adding the changes together to get close to a worst case. Apart from enhancing your driving skills, driving simulation can also produce benefits in various fields. Simulation is valued for its ability to provide realistic, context-rich experiential learning in a safe environment.