![]() LTspice includes a set of proprietary Special Functions/mixed-mode simulation devices generally used to create simulation models. 【Download】 Optimizing SoC performance in-life with Embedded Analytics It is this characteristic that makes LTspice so useful for simulating analog circuits. In a nutshell, LTspice behaves like a historical analog computer. You can see this by right clicking in your LTspice Plot window and selecting View → Mark Data Points. Each timestep is tagged with current simulation time so that it can be plotted at the right point. Similarly, it increases the time step when it encounters relatively little activity. ![]() ![]() The more activity, the smaller the time interval. Under the hood, the simulator chooses the simulation timestep based on activity. LTspice behaves as a simulator of continuous time systems. This article summarizes how to use LTspice to simulate the operation of a mixed continuous and sampled systems. ![]() Using undocumented features, you can create a simulation in LTSpice to validate the quality of your DSP algorithms.ĭid you know that you can use LTspice to do digital signal processing (DSP)? Actually, I should say it is useful for validating the operation of a signal-processing algorithm under development. ![]()
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