![]() There are a few basic analyses that can be performed in typical SPICE simulation applications. ![]() ![]() Many digital simulation tasks can be performed in basic SPICE simulation applications, and more specialized SPICE simulators can run logic simulations for digital circuits. A SPICE simulation application can be used to simulate the electrical behavior of many analog or mixed signal circuits. The original Berkeley SPICE simulation application was released as open source, and it forms the basis of today’s SPICE simulation applications. The acronym “SPICE” stands for Simulation Program with Integrated Circuit Emphasis, although this simulation framework can be used for much more than just integrated circuit design. Keep on reading to learn about what is a SPICE simulation and how to use them in your designs. You don’t need to be an expert on electrical simulations, but knowing how to use a SPICE simulator and how to interpret the results helps you design accurately for many applications. If you’re new to SPICE simulations and you’ve never used a simulator as a PCB designer, then don’t fret. ![]() But at a deeper level, what is a SPICE simulation, how does a SPICE simulation work, and what are some best practices for using SPICE? SPICE simulations are probably the most famous simulation tool used in electronics design, whether for PCB design, integrated circuit design, or for designing other electrical systems. Electronics veterans probably know quite a bit about SPICE simulations, but even some old-school engineers still run off their intuition and experience when designing circuits. ![]()
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