A new type of cascading of Mach–Zehnder interferometer (MZI) structure is presented based on the electro-optic effect for simultaneous multiple operations of different logic families operation in this paper. Unit MZI as a switch to cascading-structure is presented, starting from the illustration of material characteristics to logic realization. It includes some exciting techniques to implement the simultaneous multiple optical logic operations through mathematical understanding along with the simulation of proposed devices using the MATLAB. After that, the realization of the proposed structure is done, on OptiBPM simulation software which provides comparative potential advantages of high-speed optical logic devices in the field of next-generation high-speed optical systems. These logic devices miniaturization may be useful for the development of a logical unit of the optical Arithmetic logic unit (ALU) of the future optical microprocessor system.

本文基于电光效应，提出了一种新型级联马赫-曾德干涉仪（MZI）结构，用于不同逻辑族操作的同时多个操作。介绍了单元MZI作为级联结构的切换，从材料特性的说明到逻辑实现。它包括一些令人兴奋的技术，通过数学理解以及使用 MATLAB 对提议的设备进行仿真来实现同时的多个光学逻辑操作。之后，在OptiBPM仿真软件上完成了所提出的结构的实现，该软件提供了高速光逻辑器件在下一代高速光学系统领域的比较潜在优势。