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From powerskills-tool
Guides LTSpice/PyLTSpice circuit simulation from netlist creation through batch simulation, trace inspection, and convergence debugging.
How this skill is triggered — by the user, by Claude, or both
Slash command
/powerskills-tool:ltspiceThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
Start with a runnable netlist and a clean batch simulation. Use plotting and GUI steps only after the run succeeds.
Start with a runnable netlist and a clean batch simulation. Use plotting and GUI steps only after the run succeeds.
create_rc_transient_netlist(...) for a minimal example, or create_simulation_session(netlist_text) for a real case.run_simulation(netlist_path, session_dir) to generate the raw and log files.read_simulation_log(log_file_path) if the run fails or looks suspicious.list_available_traces(raw_file_path) before requesting plots.plot_specific_traces(raw_file_path, session_dir, trace_names) for focused waveform review.view_netlist_in_ltspice(netlist_path) only when the GUI is actually needed.npx claudepluginhub power-agent/powerskills --plugin powerskills-toolGuides writing and editing LTspice netlists (.cir/.net/.sp), schematics (.asc), and interpreting simulation results. Covers SPICE syntax, behavioral sources, .MEAS directives, parameters, convergence issues, and common pitfalls.
Automatically generates and runs SPICE testbenches for KiCad schematic subcircuits, validating filter frequencies, divider ratios, opamp gains, LC resonance, and crystal load capacitance against simulation results.
Designs experimental circuits using Ohm's law, Kirchhoff's laws, and transient analysis — select components, calculate behavior, and plan safe measurements.