首页> 外国专利> Construction of the rear cover semiconductor laser mirror, in particular with the emission edge, and a method for producing coatings of the rear semiconductor laser mirror, in particular with the emission edge

Construction of the rear cover semiconductor laser mirror, in particular with the emission edge, and a method for producing coatings of the rear semiconductor laser mirror, in particular with the emission edge

机译:尤其是具有发射边缘的后盖半导体激光镜的构造以及尤其是具有发射边缘的后半导体激光镜的涂层的制造方法

摘要

the invention is applicable to natural security breakthroughs heterostruktur semiconductor material, forming a mirror laser, and then the expected ratio of optical power emitted from the conformation of both mirrors, front and rear.the cover rear mirror laser pu00f3lprzewodnikowego is characterized by the fact that from surface mirror semiconductor provides six layers in sequence order: the first layer adhezyjna, first an insulating layer, the second layer adhezyjna, metallic layer, t rzecia layer and second insulating layer adhezyjna.way to produce this cover is,the prior semiconductor surface passivation is deposited on the mirror in the process of vacuum layers of cover wysokoodbiciowego method cieniowu0105 using protruding above plane coating mirror przeku0142adek with material having a spread alnou015bci heat close to the coefficient of thermal expansion material laseruju0105cego,the first stage is sequentially first layer adhezyjna, first insulating layer and the second layer adhezyjna, pozycjonuju0105c handle lines down laser so that the beam are perpendicular to the surface of materials osadzanych coated mirror and second eta pie, after prior holder of slope with rulers of angle equal to 0 - 0 degrees from normal to surface of the mirror.a metallic layer is deposited sequentially, a third layer of adhezyjna and other insulating layer.
机译:本发明适用于自然安全突破的异质结构半导体材料,形成镜面激光器,然后从前后两个镜面的构型发出预期的光功率比。盖后镜激光器的特点是从表面镜面半导体中依次得到六层:第一层粘合剂,第一绝缘层,第二层粘合剂,金属层,陶瓷层和第二绝缘层粘合剂。在覆盖wysokoodbiciowego方法cieniow的真空层的过程中,使用在平面涂层镜przek上凸出的钝化层沉积在镜面上przek u0142adek,其扩散的Alno u015bci热接近于热膨胀系数的材料,激光uj u0105cego,第一级依次为第一层粘合剂,第一绝缘层和第二层r adhezyjna,pozycjonuj u0105c操纵激光向下的方向,以使光束垂直于材料osadzanych涂层镜和第二个eta饼的表面,在先倾斜后,标尺与法线到表面的夹角等于0-0度。镜面。依次沉积金属层,第三层粘合剂和其他绝缘层。

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