提出将电路级模拟器扩展应用到二维铁电液晶(FLC)的光电混合系统。依照铁电液晶的理论模型建立等效电路,通过调整时序脉冲及驱动源波形,灵活地控制晶胞厚度、面积、粘滞系数、入射偏振角和自发极化强度等典型参数,实现了开关响应特性的动态模拟。比较铁电液晶与扭曲向列型液晶(TN)显示盒的差异。结果表明,该技术方法不仅适用于FLC结构参数指标的优化,而且对于其它集成光学器件的仿真技术研究也是一种有益地探索。 A circuit-level simulator is proposed to be extended to the optoelectronic hybrid system of two-dimensional ferroelectric liquid crystal (FLC). According to the theoretical model of ferroelectric liquid crystal, an equivalent circuit is established. By adjusting the timing pulse and driving source waveform and controlling the typical parameters such as cell thickness, area, viscosity coefficient, incident polarization angle and spontaneous polarization intensity, the switching response Dynamic simulation of characteristics. Compare ferroelectric liquid crystal and twisted nematic liquid crystal (TN) display box difference. The results show that this method is not only suitable for the optimization of the parameters of FLC structure, but also beneficial to the research on the simulation technology of other integrated optics.