摘要:
A device for forming a Group III-V semiconductor on a substrate. The device has a primary chamber comprising a substrate and a heat source for heating the substrate to a first temperature. A secondary chamber comprises a metal source and a second heat source for heating the secondary chamber to a second temperature. A first source is provided which is capable of providing HCl to the secondary chamber wherein the HCl and the metal form metal chloride. A metal-organic source is provided. A metal chloride source is provided which comprises a metal chloride. At least one of the metal chloride, the metal-organic and the second metal chloride react with the nitrogen containing compound to form a Group III-V semiconductor on the substrate.
摘要:
A light emitting device with a template comprising a substrate and a nested superlattice. The superlattice has Al1-x-yInyGaxN wherein 0≦x≦α and 0≦y≦1 with x increasing with distance from said substrate. An ultraviolet light-emitting structure on the template has a first layer with a first conductivity comprising Al1-x-yInyGaxN wherein α≦x; a light emitting quantum well region above the first layer comprising Al1-x-yInyGaxN wherein α≦x≦b; and a second layer over the light emitting quantum well with a second conductivity comprising Al1-x-yInyGaxN wherein b≦x. The light emitting device also has a first electrical contact in electrical connection with the first layer, a second electrical contact in electrical connection with the second layer; and the device emits ultraviolet light.
摘要翻译:一种具有模板的发光器件,包括衬底和嵌套超晶格。 超晶格具有Al1-x-yInyGaxN,其中随着距离所述衬底的距离而增加x,其中0≤x≤α和0≤y≤1。 模板上的紫外发光结构具有包含Al 1-x-y In y Gax N的第一导电性的第一层,其中α1 x; 包括Al1-x-yInyGaxN的第一层之上的发光量子阱区,其中α@ x @ b; 以及在所述发光量子阱上的第二层,其具有包含Al 1-x-y In y G x N N的第二导电,其中b @ x。 发光器件还具有与第一层电连接的第一电触头,与第二层电连接的第二电触点; 并且该装置发射紫外线。
摘要:
A light emitting device with an ultraviolet light-emitting structure having a first layer with a first conductivity, a second layer with a second conductivity; and a light emitting quantum well region between the first layer and second layer. A first electrical contact is in electrical connection with the first layer and a second electrical contact is in electrical connection with the second layer. A template serves as a platform for the light-emitting structure. The template has a micro-undulated buffer layer with AlxInyGa1-x-yN, wherein 0
摘要翻译:一种具有紫外发光结构的发光器件,具有具有第一导电性的第一层,具有第二导电性的第二层; 以及在第一层和第二层之间的发光量子阱区。 第一电触头与第一层电连接,第二电接触与第二层电连接。 模板作为发光结构的平台。 该模板具有Al x In y Ga 1-x-y N的微凹凸缓冲层,其中0
摘要:
Nitride-based film is grown using multiple precursor fluxes. Each precursor flux is pulsed one or more times to add a desired element to the nitride-based film at a desired time. The quantity, duration, timing, and/or shape of the pulses is customized for each element to assist in generating a high quality nitride-based film.
摘要:
An improved solution for producing nitride-based heterostructure(s), heterostructure device(s), integrated circuit(s) and/or Micro-Electro-Mechanical System(s) is provided. A nitride-based etch stop layer that includes Indium (In) is included in a heterostructure. An adjacent layer of the heterostructure is selectively etched to expose at least a portion of the etch stop layer. The etch stop layer also can be selectively etched. In one embodiment, the adjacent layer can be etched using reactive ion etching (RIE) and the etch stop layer is selectively etched using a wet chemical etch. In any event, the selectively etched area can be used to generate a contact or the like for a device.
摘要:
A heterostructure semiconductor device that includes a composite layer between an active layer and a gate. The composite layer includes a strain matching layer and a barrier layer. The strain matching layer reduces the strain between the barrier layer and the active layer. The device can incorporate various additional layers as well as gate and/or contact configurations to obtain desired device performance characteristics.
摘要:
Nitride-based film is grown using multiple precursor fluxes. Each precursor flux is pulsed one or more times to add a desired element to the nitride-based film at a desired time. The quantity, duration, timing, and/or shape of the pulses is customized for each element to assist in generating a high quality nitride-based film.
摘要:
An improved solution for producing nitride-based heterostructure(s), heterostructure device(s), integrated circuit(s) and/or Micro-Electro-Mechanical System(s) is provided. A nitride-based etch stop layer that includes Indium (In) is included in a heterostructure. An adjacent layer of the heterostructure is selectively etched to expose at least a portion of the etch stop layer. The etch stop layer also can be selectively etched. In one embodiment, the adjacent layer can be etched using reactive ion etching (RIE) and the etch stop layer is selectively etched using a wet chemical etch. In any event, the selectively etched area can be used to generate a contact or the like for a device.
摘要:
Nitride-based film is grown using multiple precursor fluxes. Each precursor flux is pulsed one or more times to add a desired element to the nitride-based film at a desired time. The quantity, duration, timing, and/or shape of the pulses is customized for each element to assist in generating a high quality nitride-based film.