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    • 5. 发明授权
    • III-nitride device and method with variable epitaxial growth direction
    • III族氮化物器件和具有可变外延生长方向的方法
    • US07491627B2
    • 2009-02-17
    • US11894850
    • 2007-08-22
    • Robert BeachPaul Bridger
    • Robert BeachPaul Bridger
    • H01L21/36H01L21/20
    • H01L29/66325H01L29/2003
    • A semiconductor device composed of III-nitride materials is produced with epitaxial growth that permits vertical and lateral growth geometries to improve device characteristics. The resulting device has a greater breakdown voltage due to the greater integrity of the semiconductor material structure since no ion implantation processes are used. The epitaxially grown layers also exhibit greater thermal conductivity for improved operation with power semiconductor devices. The device may include a laterally grown charge compensated area to form a superjunction device. The resulting device may be bidirectional and have improved breakdown voltage in addition to higher current capacity for a given voltage rating.
    • 由III族氮化物材料制成的半导体器件由外延生长制成,允许垂直和侧向生长几何形状来改善器件特性。 由于没有使用离子注入工艺,所以由于半导体材料结构的更高的完整性,所得到的器件具有更大的击穿电压。 外延生长的层还表现出更大的导热性,以改善功率半导体器件的工作。 该装置可以包括横向生长的电荷补偿区域以形成超连接装置。 所得到的器件可以是双向的,并且除了给定额定电压的较高电流容量之外还具有改进的击穿电压。
    • 9. 发明授权
    • III-nitride monolithic IC
    • III族氮化物单片IC
    • US09142637B2
    • 2015-09-22
    • US13027912
    • 2011-02-15
    • Robert BeachPaul Bridger
    • Robert BeachPaul Bridger
    • H01L21/76H01L29/66H01L21/762H01L29/20
    • H01L29/66462H01L21/76H01L21/7605H01L21/76264H01L21/76289H01L29/2003Y10S438/93
    • III-nitride materials are used to form isolation structures in high voltage ICs to isolate low voltage and high voltage functions on a monolithic power IC. Critical performance parameters are improved using III-nitride materials, due to the improved breakdown performance and thermal performance available in III-nitride semiconductor materials. An isolation structure may include a dielectric layer that is epitaxially grown using a III-nitride material to provide a simplified manufacturing process. The process permits the use of planar manufacturing technology to avoid additional manufacturing costs. High voltage power ICs have improved performance in a smaller package in comparison to corresponding silicon structures.
    • III族氮化物材料用于在高电压IC中形成隔离结构,以隔离单片电源IC上的低电压和高电压功能。 由于III族氮化物半导体材料的击穿性能和热性能的改善,使用III族氮化物材料改善了关键性能参数。 隔离结构可以包括使用III族氮化物材料外延生长以提供简化的制造工艺的电介质层。 该过程允许使用平面制造技术来避免额外的制造成本。 与相应的硅结构相比,高压功率IC在较小的封装中具有改进的性能。