Microwind supports a range of CMOS process nodes, from older (2µm, 1.2µm, 0.8µm) to modern (90nm, 65nm, 45nm, 32nm, and even 22nm). You can choose the technology file, adjusting parameters like gate oxide thickness, mobility, and supply voltage.
Let’s walk through a typical exercise – designing a CMOS inverter in Microwind software.
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Keywords used naturally: Microwind software, IC layout, CMOS design, VLSI simulation, DSCH, 3D visualization, mixed-signal simulation, design rule checker, parasitic extraction.
Microwind is not just a layout editor; it is a complete simulation environment. Here are its core functionalities: Microwind supports a range of CMOS process nodes,
is an innovative Electronic Design Automation (EDA) and VLSI layout editor specifically engineered for designing and simulating integrated circuits (ICs) at the physical description level. Originally developed in Toulouse, France, it has become a cornerstone in the educational market, providing students and researchers with a lightweight yet powerful platform to transition from theoretical CMOS concepts to practical semiconductor design. Core Features and Functionalities
| Error Message | Likely Cause | Solution | | :--- | :--- | :--- | | "DRC: Metal spacing < 0.14µm" | Metal lines too close | Increase gap between Metal1 shapes. | | "No connection between gate and source" | Missing contact or overlapping layer | Ensure contact cut is correctly placed. | | "Simulation fails to converge" | Floating node or unrealistic time step | Check for unconnected inputs. Reduce max time step. | | "PMOS in P-substrate" | Forgot to draw N-well | Draw N-well region around PMOS active area. | The world is shifting towards renewable energy sources,
is a comprehensive Electronic Design Automation (EDA) software tool used primarily in educational and research settings for the design and simulation of CMOS integrated circuits at the layout level. Core Capabilities Layout Design & Editing
Microwind computes dynamic power (P = C * V² * f) and static (leakage) power. It even shows instantaneous current spikes during switching.