DSpice Files

DSpice Setup 0.1.3.exe (Application for Win 64).
DSpice_src_0.1.3.zip (DSpice source code, complete).

=== Core Features ===
- Interface of DSpice created using ElectronJS and Node.js, enabling a modern cross-platform desktop experience.
- Powered by ngspice, providing a robust library for analog and mixed-signal circuit simulation.
- Comprehensive support for analog models, offering flexibility for various use cases.

=== What’s New in Version 0.1.3 (13/08/2026) ===
- Expanded SPICE Model Libraries: Added power MOSFET (VDMOS) and Zener diode SPICE models, with comprehensive updates to existing MOSFET and diode model libraries.
- Enhanced Sidebar & Library Management: Introduced a dedicated SPICE library panel in the sidebar, complete with new SVG icons for better navigation and visual consistency.
- Improved Workflow: Users can now open files directly from the SPICE library panel into the netlist editor, streamlining the circuit design process.
- System Improvements: Updated dialog handling mechanisms for better stability and a smoother user experience.
- New Components: Added internal port elements (Input, Output, Bidirectional), Voltage Bar element, and a new MESFET element.
- Expanded SPICE Models: Added macro models for LM311 and LM393 (Voltage Comparator), and updated JFET and BJT model libraries for improved accuracy.
- Enhanced UI/UX: Added SVG icons for Port and VBar in the toolbar/menus, updated the element list to display symbol names, and adjusted port sizes for better visibility.
- Improved Workflow: Connected wires now automatically rename to match the port name.
- Terminology & Cleanup: Renamed "Part" to "Symbol" and "Net" to "Wire" in the selection list for better clarity, and removed obsolete "modelspice" entries from the symbol list.

=== Future Work ===
- Develop a dedicated Project Workspace to manage multiple circuit files, simulation profiles, and related assets in a unified, organized environment.
- Integrate AI-assisted tools to help analyze circuits, troubleshoot errors, and optimize simulation performance.
- Implement interactive simulation capabilities, allowing real-time parameter adjustments and immediate visual feedback during runtime.
- Develop a comprehensive Options/Settings Dialog for advanced user customization.
- Expand the component library with additional advanced semiconductor devices and digital models.
- Export analysis results to standard formats (e.g., CSV, TXT files).
- Integrate Verilog (Verilog-A/AMS) for advanced mixed-signal (analog and digital) modeling.
- Embed a Python scripting engine for automation, custom extensions, and advanced data processing.
- Extend application compatibility to support multiple operating systems, specifically adding native builds for Linux and macOS.