基于逻辑门的三核PCF全光二进制半加器
Logic gates based all-optical binary half adder using triple core PCF
摘要：
本研究利用三芯光子晶体光纤（TPCF）实现了一个全光二进制逻辑半加器。值得注意的是，本调查的一组相同的TPCF计划，这表明在我们以前的报告中的全光逻辑功能揭示了成功的半加法器操作的能力。控制信号（CS）功率定义的消光比所考虑的对称平面和三角形TPCF的输出端口的评估通过数值算法。通过适当的CS电源和输入组合，从消光比产生逻辑输出，以演示半加器操作。所获得的结果显示的显着影响的输入条件上交付的半加器操作为不同的TPCF计划考虑。此外，氯仿填充的TPCF结构证明了有效的低功耗半加器操作与有效数字的优点，相比，二氧化硅对应物。
英文摘要：
This study presents the implementation of an all-optical binary logic half adder by employing triple core photonic crystal fiber (TPCF). The noteworthy feature of the present investigation is that an identical set of TPCF schemes, which demonstrated all-optical logic functions in our previous report has revealed the ability to demonstrate the successful half adder operation. The control signal (CS) power defining the extinction ratios of the output ports for the considered symmetric planar and triangular TPCFs are evaluated through numerical algorithm. Through suitable CS power and input combinations, the logic outputs are generated from extinction ratios to demonstrate the half adder operation. The results obtained display the significant influence of the input conditions on the delivery of half adder operation for different TPCF schemes considered. Furthermore, chloroform filled TPCF structures demonstrated the efficient low power half adder operation with significant figure of merit, compared to that of the silica counterpart.
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