• Laser & Optoelectronics Progress
  • Vol. 56, Issue 18, 182301 (2019)
Zhen Liu1、2, Rong Wu1, Qingbo Yan1, and Xiaosuo Wu1、2、*
Author Affiliations
  • 1 School of Electronic and Information Engineering, Lanzhou Jiaotong University, Lanzhou, Gansu 730070, China
  • 2 Key Laboratory of Opto-Technology and Intelligent Control, Ministry of Education, Lanzhou Jiaotong University, Lanzhou, Gansu 730070, China
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    DOI: 10.3788/LOP56.182301 Cite this Article Set citation alerts
    Zhen Liu, Rong Wu, Qingbo Yan, Xiaosuo Wu. Design and Simulation of Two-Dimensional Photonic Crystal All-Optical Logic Gates[J]. Laser & Optoelectronics Progress, 2019, 56(18): 182301 Copy Citation Text show less
    Energy band structure of complete photonic crystal
    Fig. 1. Energy band structure of complete photonic crystal
    Structure of OR gate of photonic crystal
    Fig. 2. Structure of OR gate of photonic crystal
    Simulated field distributions of OR gate. (a) IA=0, IB=1; (b) IA=1, IB=0; (c) IA=1, IB=1
    Fig. 3. Simulated field distributions of OR gate. (a) IA=0, IB=1; (b) IA=1, IB=0; (c) IA=1, IB=1
    Performance variations of OR gate. (a) Transmittance of out port; (b) curve of time response
    Fig. 4. Performance variations of OR gate. (a) Transmittance of out port; (b) curve of time response
    Structure of AND gate of photonic crystal
    Fig. 5. Structure of AND gate of photonic crystal
    Simulated field distributions for AND gate. (a) IA=0, IB=1; (b) IA=1, IB=0; (c) IA=1, IB=1
    Fig. 6. Simulated field distributions for AND gate. (a) IA=0, IB=1; (b) IA=1, IB=0; (c) IA=1, IB=1
    Performance variations of AND gate. (a) Transmittance of out port; (b) curve of time response
    Fig. 7. Performance variations of AND gate. (a) Transmittance of out port; (b) curve of time response
    Structure of XOR gate of photonic crystal
    Fig. 8. Structure of XOR gate of photonic crystal
    Simulated field distributions of XOR gate. (a) IA=0, IB=1; (b) IA=1, IB=0; (c) IA=1, IB=1
    Fig. 9. Simulated field distributions of XOR gate. (a) IA=0, IB=1; (b) IA=1, IB=0; (c) IA=1, IB=1
    Performance variations of XOR gate. (a) Transmittance of out port; (b) curve of time response
    Fig. 10. Performance variations of XOR gate. (a) Transmittance of out port; (b) curve of time response
    Structure of NOR gate of photonic crystal
    Fig. 11. Structure of NOR gate of photonic crystal
    Simulated field distributions of NOR gate. (a) IA=0, IB=0; (b) IA=0, IB=1; (c) IA=1, IB=0; (d) IA=1, IB=1
    Fig. 12. Simulated field distributions of NOR gate. (a) IA=0, IB=0; (b) IA=0, IB=1; (c) IA=1, IB=0; (d) IA=1, IB=1
    Performance variations of NOR gate. (a) Transmittance of out port; (b) curve of time response
    Fig. 13. Performance variations of NOR gate. (a) Transmittance of out port; (b) curve of time response
    Structure of NAND gate of photonic crystal
    Fig. 14. Structure of NAND gate of photonic crystal
    Simulated field distributions of NAND gate. (a) IA=0, IB=0; (b) IA=0, IB=1; (c)IA=1, IB=0; (d)IA=1, IB=1
    Fig. 15. Simulated field distributions of NAND gate. (a) IA=0, IB=0; (b) IA=0, IB=1; (c)IA=1, IB=0; (d)IA=1, IB=1
    Performance variations of NAND gate. (a) Transmittance of out port; (b) curve of time response
    Fig. 16. Performance variations of NAND gate. (a) Transmittance of out port; (b) curve of time response
    IAIBOutput logicTransmittance
    0000
    0110.7714
    1010.6976
    1110.9969
    Table 1. Truth table of OR gate
    IAIBOutput logicTransmittance
    0000
    0100.1330
    1000.1621
    1110.9895
    Table 2. Truth table of AND gate
    IAIBOutput logicTransmittance
    0000
    0110.5571
    1010.7349
    1100.0895
    Table 3. Truth table of XOR gate
    IAIBOutput logicTransmittance
    0010.6897
    0100.2420
    1000.1969
    1100.1284
    Table 4. Truth table of NOR gate
    IAIBOutput logicTransmittance
    0010.5989
    0110.6488
    1010.7349
    1100.0950
    Table 5. Truth table of NAND gate
    Zhen Liu, Rong Wu, Qingbo Yan, Xiaosuo Wu. Design and Simulation of Two-Dimensional Photonic Crystal All-Optical Logic Gates[J]. Laser & Optoelectronics Progress, 2019, 56(18): 182301
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