Intelligent inverse design of multi-channel on-chip micronano wavelength division demultiplexer
To obtain ultra small and ultra dense wavelength division demultiplexer,an intelligent inverse design method for mul-ti-channel on-chip micronano wavelength division demultiplexer is proposed.The sequential quadratic program(SQP)algorithm and finite element method(FEM)are introduced,supplemented by interpolation,shaping,and binarization techniques,to achieve reverse design from functional requirements to specific structures.Through this method,multiple types of wavelength division de-multiplexers have been successfully designed and experimentally validated.The experimental results show that the designed wavelength division demultiplexer performs well in terms of size,transmission efficiency,and extinction ratio.
sequence quadratic program algorithminverse designchip-integratedwavelength division demultiplexer
国家科技期刊平台
NSTL
万方数据
维普
