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Gain/index of refraction compound guide forma semiconductor re - and areire - the

机译:折射率/折射率复合物的折射率/折射率半导体区和面积

摘要

A hybrid index/gain guided semiconductor laser has a gain guide type body with index waveguide attributes is characterized by having two regions of current confinement means. The first of these regions contains primary current confinement means and at least one second region which includes a pair of current confinement means parallel to each other and axially offset relative to the axis of the primary current confinement means and extend from the other laser facet toward the first region. The axially offset current confinement means in the second region provide regions of lower refractive index in the laser structure compared to the region of the laser optical cavity established between the offset current confinement means and, as a result, function as an index optical waveguide for the laser. The first region may be electrically isolated from the second region so that the first region is independently pumped relative to the second region. By varying the pumping current to the regions of the axially offset current confinement means, one can selectively change the refractive index differences established between the axially offset confinement means regions and the optical cavity region therebetween. The primary and offset current confinement geometry may be utilized in single or multiple element lasers.
机译:具有折射率波导属性的增益导向型主体的折射率/增益混合型半导体激光器的特征在于具有两个电流限制装置区域。这些区域中的第一个区域包含初级电流限制装置,至少一个第二区域包含一对彼此平行且相对于初级电流限制装置的轴线轴向偏移并从另一个激光面朝着激光面延伸的电流限制装置。第一区域。与在偏移电流限制装置之间建立的激光光学腔的区域相比,在第二区域中的轴向偏移电流限制装置在激光器结构中提供了较低的折射率的区域,因此,其用作用于光纤的折射率光学波导。激光。所述第一区域可以与所述第二区域电隔离,使得所述第一区域相对于所述第二区域被独立地泵浦。通过改变到轴向偏移电流限制装置区域的泵浦电流,可以有选择地改变在轴向偏移电流限制装置区域和它们之间的光腔区域之间建立的折射率差。初级和偏置电流限制几何形状可以用在单个或多个元件激光器中。

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