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    • 2. 发明授权
    • 2×2 optical switching apparatus using photonic crystal structures
    • 采用光子晶体结构的2x2光开关装置
    • US07013061B2
    • 2006-03-14
    • US10714457
    • 2003-11-17
    • Hong-seok LeeSuk-han LeeJi-deog KimIl-kwon Moon
    • Hong-seok LeeSuk-han LeeJi-deog KimIl-kwon Moon
    • G02B6/26
    • G02F1/3137G02F1/0147G02F2202/32
    • A 2×2 optical switching apparatus using photonic crystal structures has a compact, simple structure and includes an optical-guide module having first, second, third and fourth waveguides, the first and second waveguides guiding a first optical signal of a first input port to a first and a second output port, respectively, the third and fourth waveguides guiding a second optical signal of a second input port to the second and the first output ports, respectively, and formed with photonic crystals having a complete photonic bandgap for a wavelength range of the first and second optical signals, and a switching control section controlling the first and second optical signals to be respectively guided through either a first/third waveguide route or a second/fourth waveguide route according to a route-selecting-control signal inputted from outside. The 2×2 optical switching apparatus has no mechanical motion, little polarization dependence and may be efficiently used in optical networks.
    • 使用光子晶体结构的2x2光开关装置具有紧凑的简单结构,并且包括具有第一,第二,第三和第四波导的光导模块,第一和第二波导将第一输入端口的第一光信号引导到第一 和第二输出端口,所述第三和第四波导分别将第二输入端口的第二光信号引导到所述第二输出端口和所述第一输出端口,并且形成为具有用于波长范围的完整光子带隙的光子晶体 第一和第二光信号,以及根据从外部输入的路由选择控制信号,控制第一和第二光信号分别被引导通过第一/第三波导路径或第二/第四波导路径的切换控制部。 2×2光开关装置没有机械运动,极少的偏振依赖性,并且可以有效地用于光网络。
    • 4. 发明授权
    • Light regulating device and photonic crystal display utilizing photonic bandgap controls
    • 光调节装置和利用光子带隙控制的光子晶体显示器
    • US07064886B2
    • 2006-06-20
    • US10626881
    • 2003-07-25
    • Il-kwon MoonSuk-han LeeHong-seok LeeJi-deog Kim
    • Il-kwon MoonSuk-han LeeHong-seok LeeJi-deog Kim
    • G02F1/00G02F1/03G02F1/1335
    • G02F1/01G02F2202/32
    • A light regulating device and photonic crystal display device utilizing bandgap controls including a photonic crystal including a material that is capable of varying its refractive index in accordance with an electric field, the photonic crystal having a photonic bandgap in a specific frequency range; and an upper transparent electrode and a lower transparent electrode arranged on an upper side and a lower side of the photonic crystal, respectively, to which a voltage is applied, wherein a size of the photonic bandgap of the photonic crystal is controlled by the voltage applied between the upper transparent electrode and the lower transparent electrode. With the present invention, a reflection-type or penetration-type display is available which has a simple pixel structure, a high light efficiency, and a high color contrast ratio, the display using high reflection factors depending on color ranges of a photonic crystal.
    • 一种调光装置和光子晶体显示装置,利用带隙控制装置,包括光子晶体,其包括能够根据电场改变其折射率的材料,所述光子晶体在特定频率范围内具有光子带隙; 以及分别设置在其上施加电压的光子晶体的上侧和下侧的上透明电极和下透明电极,其中光子晶体的光子带隙的大小由施加的电压控制 在上透明电极和下透明电极之间。 根据本发明,可以使用具有简单像素结构,高光效率和高对比度比的反射型或穿透式显示器,该显示器使用高光反射系数,取决于光子晶体的颜色范围。
    • 5. 发明授权
    • Polarization mode dispersion compensation apparatus using a photonic crystal structure
    • 使用光子晶体结构的偏振模色散补偿装置
    • US07206513B2
    • 2007-04-17
    • US10636735
    • 2003-08-08
    • Hong-seok LeeJi-deog KimIl-kwon MoonSuk-han Lee
    • Hong-seok LeeJi-deog KimIl-kwon MoonSuk-han Lee
    • H04J14/02
    • G02F1/0121B82Y20/00G02B6/1225G02F1/011G02F1/0136G02F1/1326G02F1/13318G02F2202/32H04B10/2569
    • A polarization mode dispersion compensation apparatus using a photonic crystal structure includes an optical signal splitter for splitting and outputting incident optical signals into optical signals of a first and second polarization state; an optical signal combiner for combining and outputting the optical signals of the first and second polarization states; an optical signal guide having a photonic crystal structure having a first waveguide and a longer and variable second waveguide; a signal tab for externally outputting a portion of the optical signals and for outputting a portion of the optical signals to a feedback unit; a feedback unit for measuring a dispersion degree of the first and second polarization states inputted from the signal tab, and for outputting a feedback signal for removing the polarization mode dispersion; and an effective optical path length variation unit for varying an effective optical path length of the second waveguide.
    • 使用光子晶体结构的偏振模色散补偿装置包括用于将入射光信号分离并输出到第一和第二偏振状态的光信号的光信号分离器; 光信号组合器,用于组合和输出第一和第二极化状态的光信号; 具有光子晶体结构的光信号引导件,具有第一波导和较长且可变的第二波导; 用于从外部输出光信号的一部分并将一部分光信号输出到反馈单元的信号标签; 反馈单元,用于测量从信号标签输入的第一和第二偏振态的色散度,并输出用于去除偏振模色散的反馈信号; 以及用于改变第二波导的有效光程长度的有效光程长度变化单元。
    • 8. 发明申请
    • Optical isolator using photonic crystal
    • 光隔离器使用光子晶体
    • US20060140539A1
    • 2006-06-29
    • US11316842
    • 2005-12-27
    • Hong-seok LeeJi-deog Kim
    • Hong-seok LeeJi-deog Kim
    • G02B6/26
    • G02B6/2746B82Y20/00G02B6/1225
    • An optical isolator using a photonic crystal. The optical isolator includes an input portion that in turn includes an input waveguide part and an input waveguide having a taper portion formed in the input waveguide part. An output portion includes an output waveguide part and an output waveguide formed in the output waveguide part continuously with the input waveguide. The output waveguide includes a backward directional optical signal shield surface having an inclination greater than the taper portion with respect to an optical signal transmission center axis. The optical isolator is operable to have an optical signal substantially transmitted in a forward direction from the input portion to the output portion and further operable to substantially not transmit the optical signal in a backward direction from the output portion to the input portion.
    • 使用光子晶体的光隔离器。 光隔离器包括输入部分,该输入部分又包括输入波导部分和在输入波导部分中形成有锥形部分的输入波导。 输出部分包括与输入波导连续地形成在输出波导部分中的输出波导部分和输出波导。 输出波导包括相对于光信号传输中心轴线具有大于锥形部分的倾斜度的反向定向光信号屏蔽表面。 光隔离器可操作为具有从输入部分到输出部分的正向基本上传输的光学信号,并且还可操作以基本上不将光信号从输出部分向后方向传输到输入部分。
    • 9. 发明授权
    • Optical isolator using photonic crystal
    • 光隔离器使用光子晶体
    • US07164823B2
    • 2007-01-16
    • US11316842
    • 2005-12-27
    • Hong-seok LeeJi-deog Kim
    • Hong-seok LeeJi-deog Kim
    • G02B6/42
    • G02B6/2746B82Y20/00G02B6/1225
    • An optical isolator using a photonic crystal. The optical isolator includes an input portion that in turn includes an input waveguide part and an input waveguide having a taper portion formed in the input waveguide part. An output portion includes an output waveguide part and an output waveguide formed in the output waveguide part continuously with the input waveguide. The output waveguide includes a backward directional optical signal shield surface having an inclination greater than the taper portion with respect to an optical signal transmission center axis. The optical isolator is operable to have an optical signal substantially transmitted in a forward direction from the input portion to the output portion and further operable to substantially not transmit the optical signal in a backward direction from the output portion to the input portion.
    • 使用光子晶体的光隔离器。 光隔离器包括输入部分,该输入部分又包括输入波导部分和在输入波导部分中形成有锥形部分的输入波导。 输出部分包括与输入波导连续地形成在输出波导部分中的输出波导部分和输出波导。 输出波导包括相对于光信号传输中心轴线具有大于锥形部分的倾斜度的反向定向光信号屏蔽表面。 光隔离器可操作为具有从输入部分到输出部分的正向基本上传输的光学信号,并且还可操作以基本上不将光信号从输出部分向后方向传输到输入部分。