New design of variable X-coupler optical waveguide passive device

J. Y. Asous, S. Shaari
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引用次数: 3

Abstract

A new design of a variable passive X-coupler optical waveguide device is proposed and its geometry and application are discussed. This device differs from other conventional 2/spl times/2 directional couplers and fixed X-couplers, as the device functionality is based on the principle that it is symmetrical, with variable parameters, and that the power in each excited mode can be directed unambiguously into one of the output channels by varying any of its parameters. The geometry and relative position between the input waveguide and the second waveguide of these symmetrical X-shaped channels determines the power splitting ratio. The device has excellent features compared to other passive optical couplers, due to the flexibility of the design parameters such as the off-set distance in the z-direction and the waveguide spacing in the y-direction.
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可变x耦合器光波导无源器件的新设计
提出了一种新的可变无源x耦合器光波导器件的设计方案,并对其几何结构和应用进行了讨论。该器件不同于其他传统的2/spl倍/2定向耦合器和固定x耦合器,因为该器件的功能是基于对称的原则,具有可变参数,并且每个激励模式中的功率可以通过改变其任何参数明确地定向到其中一个输出通道。这些对称x形通道的输入波导和第二波导之间的几何形状和相对位置决定了功率分割比。由于设计参数(如z方向偏移距离和y方向波导间距)的灵活性,该器件与其他无源光耦合器相比具有优异的特性。
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