PulsonixSim
pulsonix.com/spice-simulationIntroduction
PulsonixSim is an analog/digital mixed-mode Spice simulation tool integrated into the Pulsonix EDA platform, developed by WestDev Ltd, designed to streamline the workflow from design to simulation. The tool provides fully integrated mixed-mode simulation capabilities, allowing users to define analysis modes, add stimuli and probes, and attach Spice models to library components within the Pulsonix environment for analog/digital mixed-circuit simulation. Core features include: unified component library (simulation, schematic capture, and PCB design share the same library, eliminating the need to load additional independent libraries when switching workflows), Monte Carlo and stepped analysis (supports easy definition of Monte Carlo and stepped analysis in simulation parameters, with global setting of capacitor, resistor, and matching tolerances), embedded graphing capabilities (supports generating "In-design graphs" that can be placed anywhere in the design and saved for documentation, or use full-window graphs), LTSpice engine integration (supports exporting schematic designs directly to the LTSpice engine for simulation without using LTSpice's built-in schematic editor, with配套 component libraries), flexible stimuli and probes (provides drag-and-drop stimuli and probes, supporting power supplies, waveform generators, and various other signal sources). Offers a fully functional free trial version (limited to 100 component pins), suitable for electronic design scenarios requiring schematic capture, PCB layout and routing, and circuit simulation verification, especially for engineers and enterprises needing unified data management, high-precision mixed-signal analysis (including Monte Carlo analysis), and the ability to leverage LTSpice engine for specific simulations.
Features
- Fully integrated mixed-mode simulation
- Unified component library (simulation/schematic/PCB)
- Monte Carlo and stepped analysis
- Embedded graphing capabilities
- LTSpice engine integration
- Flexible stimuli and probes