物理模型开发流程及模型仿真和结果验证数据集

实验对象为非对称双栅器件紧凑模型，实验前在不同偏压以及温度条件下对双栅器件的电学性能进行测试；模型建立软件使用Mathmatica，电路设计软件使用Candence；然后对模型进行验证，通过Gummal对称性测试验证模型的连续性和收敛性，最后通过Verliog-A代码将模型编译为有源组件写入SPICE环境进行仿真。The subject of this experiment is the compact model of asymmetric double-gate devices. Prior to developing the model, the electrical performance of double-gate devices was tested under various bias voltage and temperature conditions. The compact model was constructed using Mathematica, while circuit design was carried out with Cadence. Subsequently, the model was validated: its continuity and convergence were verified through the Gummel symmetry test. Finally, the model was compiled into an active component via Verilog-A code and integrated into the SPICE environment for simulation.

搜集汇总

背景与挑战

背景概述

该数据集围绕非对称双栅器件的紧凑模型开发，涉及在不同偏压和温度条件下对器件电学性能的测试。模型建立使用Mathmatica软件，并通过Cadence进行电路设计，随后通过Gummal对称性测试验证模型的连续性和收敛性，最终将模型编译为Verilog-A代码并集成到SPICE环境中进行仿真验证。