With the develop of FTTH, the ultimate goal is to realize the union of CATV, telephone and internet, so triplexer is one of the key components in FTTH. 随着FTTH的发展,最终的目标是要实现电视、电话和因特网的三网合一,所以单纤三重波分复用器是核心器件之一。
Experimental results have demonstrated the basic ternary logic functions: complement, minimum, maximum, cycle and literals. A circuit design of ternary T-gate or triplexer has also been proposed. 实验上演示了补、与、或、循环和阈等基本的三值逻辑函数,并给出了三路选择开关线路的设计。
Hybrid integrated research of triplexer based on silica AWG 基于silica波导光栅的单纤三向器的混合集成研究
Design of Triplexer Based on Silica on Silicon Direction Coupler 基于硅基定向耦合器的单纤三向器设计
An arrayed waveguide grating ( AWG) based triplexer has many advantages including small size and low cost. 利用阵列波导光栅实现单纤三重波分复用器是一种具有很多优点的方法。
The Optical Analysis of Triplexer Triplexer的光学分析
As a core optoelectronic components used in FTTH, Triplexer has a significant and forward-looking value in research. 而作为FTTH系统所用到的一个核心光电子器件,Triplexer的研究有着基础性和前瞻性的意义,具有较大的发展应用潜力和研究价值。
Due to the existence of PBG, only the frequency above the cutoff frequency can be transmitted, whereas the frequency below the cutoff frequency where no guided super modes exist is prohibited. Thus, we propose a triplexer based this property. 由于光子禁带的存在,频率大于截止频率的光波可以在波导中传输,而频率小于截止频率的光波则被禁止。因此,基于这些特性设计了一种超微光子晶体三波长分束器。