CAJ | 학술논문

本研究利用田口实验优化法配合光束传播法设计优化光方向完全耦合器 sin-square 函数,能夠达到低串扰与短耦合器长度的目标,在田口实验优化法中我们选择直交表 L9 做为我们的实验平台.研究结果显示,使用 BPM 辅助设计方式配合田口方法可有效的减少设计优化光方向完全耦合器的实验数.在实验过程中我们尝试去找出并设定符合低串扰与短耦合器长度的绝热式光方向耦合器 sin-square 函数的结构参数范围,并且在田口实验优化法中的确认实验可以达到95%的信心指数.在这份研究中,我们证实利用田口实验优化法配合 BPM 辅助设计优化光方向完全耦合器 sin-square 函数是确实可行的.
본연구이용전구실험우화법배합광속전파법설계우화광방향완전우합기 sin-square 함수,능구체도저천우여단우합기장도적목표,재전구실험우화법중아문선택직교표 L9 주위아문적실험평태.연구결과현시,사용 BPM 보조설계방식배합전구방법가유효적감소설계우화광방향완전우합기적실험수.재실험과정중아문상시거조출병설정부합저천우여단우합기장도적절열식광방향우합기 sin-square 함수적결구삼수범위,병차재전구실험우화법중적학인실험가이체도95%적신심지수.재저빈연구중,아문증실이용전구실험우화법배합 BPM 보조설계우화광방향완전우합기 sin-square 함수시학실가행적.
Optimal design based on Taguchi method for optical directional full couplers of sin-square func-tion is investigated. L9 experimental tests based on Taguchi method are performed, and beam propagation method is used to simulate design conditions. The objective of the work includes in the new design of opti-cal directional full couplers can obtain respectively low crosstalk and short couplers. In accordance with this simulation process, the working time of simulation and optimization experimentally can be greatly re-duced. For the sin-square function, we try and find the best sets of coupling waveguide structure parame-ters of adiabatic directional couplers with larger structure tolerance and shorter coupler length, the results can obtain 95% of the trust ranges. The optimal design conditions determined by Taguchi's method for re-ducing the low crosstalk and short couplers were verified experimentally in this work.