However the author moved on to the more functional, complete, and proven open source NGSpice library. Yet, the author was very interested in knowing how the SPICE algorithm functioned, thus the author (initially) developed their own SPICE library (based on SPICE algorithms from textbooks). A number of commercial professional SPICE based applications were utilised during the courses, and there were (free) limited student versions of the software. SPICE circuit simulation formed a big part of the teaching curriculum of the electronics courses lectured by the author. The application operates similar to any other SPICE circuit simulator, and in many cases is not as complete, or fully functional, as other SPICE circuit simulators. Hence the simulation utilises a professional and proven crowd sourced simulation engine. It utilises a compilation of the open source NGSpice library () to perform the simulation. I hope you enjoy this new take on circuit software.SpiceCircuit – is a full graphical circuit entry and simulation application. ICircuit 3D was designed with a strong emphasis on fun and exploration and there are a lot more features along those lines to discover! You can stick them to other parts to make panels and structures, or just leave them laying on the bench haphazardly, like I do. Once connected to each other, wires stay connected no matter where the part is positioned. When a circuit is completed, they start simulating. From there you can drag them around and connect them to each other by drawing wires between their ports. When you add parts, they land on the table due to gravity. * Import images for reference or documentation, and they’ll appear as physical photographsĪll of these are available in the 3D work environment that mimics an electronics workbench. * Import custom 3D models to attach your projects to, and simulate their behavior on the workbench * Import custom circuit elements in Eagle Board or Fritzing element formats (imported circuits won’t simulate, but you can at least wire them up) These are not fully simulated, but are great for layout out your designs. * The full symbolic original iCircuit library * Various batteries, including AA, AAA, 18650, and coin * Waveform Generators to make AC, Square, and Sawtooth signals * Multiple breadboard and wiring elements * Tons of resistors, capacitors, and LEDs ![]() ![]() You can even import your own 3D models to attach your electronics to, or use Blocks to build an enclosure, or a panel for them! Add photographs and other reference images to the environment to keep them close at hand. In the event of a wiring issue or an over-stressed element, magic smoke will billow from the point of failure, making it easy to locate, diagnose, and fix errors. ![]() Tapping a part gives you quick access to simulated values such as voltage and current and also allows you to change the parameters of the part. When powered, LEDs light up realistically, DC motors spin, and speakers make noise! Follow the flow of current along your simulated wires, and see pinout and color code data on the circuit components themselves. Each of these parts is adoringly rendered to look like the real thing so that you can enjoy the beauty of electronics. It combines the robust electronics simulation engine of the original iCircuit with the latest rendering and 3D physics technology of macOS.ĭon’t let the physical availability of parts be a constraint on your creativity! Choose from an expansive library of more than 150 physically and electronically simulated parts and over 1,000 reference boards to build and test your circuits for flaws, simulate your physical designs, and test your Arduino code in a fun sandbox environment. ICircuit 3D gives you an endless virtual workbench upon which to design and test your electronics projects.
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