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    • 1. 发明授权
    • Method for making a SOI semiconductor substrate with thin active semiconductor layer
    • 制造具有薄的有源半导体层的SOI半导体衬底的方法
    • US07029991B2
    • 2006-04-18
    • US10312024
    • 2001-06-21
    • Vincent Le GoascozHerve Jaouen
    • Vincent Le GoascozHerve Jaouen
    • H01L21/322
    • H01L21/26533H01L21/76243
    • The invention concerns a method comprising: 1) a first phase including steps which consist in forming in the upper part of a first initial semiconductor substrate a first layer of insulating material above a sectional plane of said first substrate, contacting the first layer of insulating material with the insulating upper part of a second initial substrate, so as to form a single layer of insulating material, a break at the sectional plane, so as to obtain an intermediate semiconductor substrate on the single insulating material layer; then, 2) in a second phase which consists in forming in the intermediate semiconductor substrate an additional insulating material layer adjacent to the single insulating material and topped with an upper layer of a final semiconductor substrate.
    • 本发明涉及一种方法,包括:1)包括以下步骤的第一相:第一阶段,其包括在第一初始半导体衬底的上部形成在所述第一衬底的截面上方的第一绝缘材料层,与第一绝缘材料层接触 与第二初始衬底的绝缘上部形成单层绝缘材料,在截面上形成断裂,以在单个绝缘材料层上获得中间半导体衬底; 那么2)在第二阶段中,其包括在中间半导体衬底中形成与单个绝缘材料相邻的附加的绝缘材料层并且顶上最后的半导体衬底的上层。
    • 3. 发明授权
    • Lateral operation bipolar transistor and a corresponding fabrication process
    • 横向操作双极晶体管和相应的制造工艺
    • US06897545B2
    • 2005-05-24
    • US10142249
    • 2002-05-09
    • Olivier MenutHerve Jaouen
    • Olivier MenutHerve Jaouen
    • H01L29/06H01L29/10H01L27/102
    • H01L29/1012H01L29/0649H01L29/735
    • The transistor includes an emitter region 17 disposed in a first isolating well 11, 150 formed in a semiconductor bulk. An extrinsic collector region 16 is disposed in a second isolating well 3, 150 formed in the semiconductor bulk SB and separated laterally from the first well by a bulk separator area 20. An intrinsic collector region is situated in the bulk separator area 20 in contact with the extrinsic collector region. An intrinsic base region 100 is formed which is thinner laterally than vertically and in contact with the intrinsic collector region and in contact with the emitter region through bearing on a vertical flank of the first isolating well facing a vertical flank of the second isolating well. An extrinsic base region 60 is formed which is substantially perpendicular to the intrinsic base region in the top part of the bulk separator area, and contact terminals C, B, E respectively in contact with the extrinsic collector region, the extrinsic base region, and the emitter region.
    • 晶体管包括设置在半导体本体中形成的第一隔离阱11,150中的发射极区17。 外部集电极区域16设置在形成于半导体本体SB中的第二隔离阱3,150中,并且通过体分离器区域20与第一阱横向分离。 内部集电极区域位于与外部集电极区域接触的体分离器区域20中。 形成本征基区100,其横向比垂直地更薄并且与本征收集区相接触,并且通过轴承在第一隔离井的垂直侧面与第二隔离井的垂直侧面的垂直侧面接触。 形成基本上垂直于本体分离器区域的顶部中的本征基极区域的外部基极区域60,以及分别与外部基极区域,外部基极区域和外部基极区域接触的接触端子C,B,E 发射区。
    • 5. 发明授权
    • Semiconductor device having optoelectronic remote signal-exchange means
    • 具有光电远程信号交换装置的半导体装置
    • US6100595A
    • 2000-08-08
    • US105735
    • 1998-06-26
    • Herve JaouenMichel Marty
    • Herve JaouenMichel Marty
    • H01L33/00G02B6/42H01L27/14H01L31/0232H01L23/14G02B6/30
    • G02B6/4212G02B6/4248H01L2224/16225H01L2224/32225H01L2224/73204
    • A semiconductor device includes a chip forming an integrated circuit; a connection substrate; an internal coupling mechanism; and at least one optical communication system. The connection substrate comprises an external coupling mechanism for electrically coupling to a device other than the chip. The internal coupling mechanism electrically couples the integrated circuit to the external coupling mechanism. The at least one optical communication system comprises two optoelectronic parts. The first optoelectronic part is either an emitter or a receiver which is integrated into the chip and constitutes one component of the integrated circuit. The second optoelectronic part is borne by the connection substrate and is able to be externally connected to the connection substrate. The second optoelectronic part faces the first optoelectronic part and is capable of exchanging light signals with the first optoelectronic part.
    • 半导体器件包括形成集成电路的芯片; 连接基板; 内联机构; 和至少一个光通信系统。 连接基板包括用于电耦合到除了​​芯片之外的装置的外部耦合机构。 内部耦合机构将集成电路电耦合到外部耦合机构。 所述至少一个光通信系统包括两个光电子部件。 第一个光电子部分是集成到芯片中的发射极或接收器,并构成集成电路的一个部件。 第二光电子部分由连接基板承载,并且能够从外部连接到连接基板。 第二光电子部分面向第一光电子部分,并且能够与第一光电子部分交换光信号。
    • 8. 发明授权
    • Process for fabricating a metal-metal capacitor within an integrated circuit, and corresponding integrated circuit
    • 在集成电路内制造金属 - 金属电容器的工艺及相应的集成电路
    • US06423996B1
    • 2002-07-23
    • US09658221
    • 2000-09-08
    • Michel MartyHerve Jaouen
    • Michel MartyHerve Jaouen
    • H01L27108
    • H01L28/40
    • A process for fabricating a metal-metal capacitor within an integrated circuit comprises the steps of: producing a first metal electrode, a second metal electrode, and a dielectric layer on top of a lower insulating layer; and depositing an upper insulating layer on top of the two metal electrodes and the dielectric layer. The integrated circuit comprises the insulating layer, a first metal layer which is on top of the lower insulating layer, and the upper insulating layer which is on top of the first metal layer. The capacitor comprises the first metal electrode, the second metal electrode, and the dielectric layer wherein each of the two metal electrodes is in contact with one side of the dielectric layer. The electrodes and the dielectric layer lie between the lower insulating layer, which supports a level of metallization (M1), and the upper insulating layer which covers this level of metallization.
    • 一种用于在集成电路内制造金属 - 金属电容器的工艺包括以下步骤:在下绝缘层的顶部上产生第一金属电极,第二金属电极和电介质层; 以及在所述两个金属电极和所述电介质层的顶部上沉积上绝缘层。 集成电路包括绝缘层,位于下绝缘层顶部的第一金属层和位于第一金属层顶部的上绝缘层。 电容器包括第一金属电极,第二金属电极和电介质层,其中两个金属电极中的每一个与电介质层的一侧接触。 电极和电介质层位于支撑金属化水平(M1)的下绝缘层和覆盖这种金属化水平的上绝缘层之间。