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    • 5. 发明授权
    • TTG-DFB laser diode
    • TTG-DFB激光二极管
    • US5222087A
    • 1993-06-22
    • US872405
    • 1992-04-23
    • Wolfgang ThulkeStefan Illek
    • Wolfgang ThulkeStefan Illek
    • H01S5/00H01S5/026H01S5/06H01S5/062H01S5/12
    • H01S5/06206H01S5/12
    • A TTG-DFB laser diode on a doped substrate having a stripe-shaped layer structure that has an intermediate layer between an active layer and a tuning layer. A confinement layer laterally adjoins this layer structure at both sides, is doped for the same conductivity type as the substrate and is electrically conductively connected to the substrate through an interruption of the layers situated therebelow. An upper region, that respectively extends up to the surface and that is oppositely doped, is formed in the confinement layer above the layer structure. A lateral region, separated therefrom and that is electrically conductively connected via a lower confinement layer to a side of the layer structure facing toward the substrate, is formed in the confinement layer. Contact layers and contacts are applied on the upper region and on the lateral region, and a contact is applied on the substrate, so that separate current injection into both the active layer and the tuning layer is possible through the intermediate layer.
    • 掺杂衬底上的TTG-DFB激光二极管具有带状层结构,其在有源层和调谐层之间具有中间层。 在两侧侧向邻接该层结构的限制层被掺杂用于与衬底相同的导电类型,并且通过中间位于其下的层而导电地连接到衬底。 在层结构上方的限制层中形成分别延伸到表面并且相对掺杂的上部区域。 在限制层中形成有从其隔开的并且经由下限制层导电连接到层结构面向衬底的一侧的横向区域。 接触层和触点施加在上部区域和横向区域上,并且在基板上施加接触,从而可以通过中间层分别注入有源层和调谐层。