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    • 3. 发明授权
    • Design of high-frequency substrate noise isolation in BiCMOS technology
    • BiCMOS技术中高频衬底噪声隔离设计
    • US07511346B2
    • 2009-03-31
    • US11320255
    • 2005-12-27
    • Der-Chyang YehChuan-Ying LeeVictor P. C. Yeh
    • Der-Chyang YehChuan-Ying LeeVictor P. C. Yeh
    • H01L29/76H01L29/94H01L31/062H01L31/113H01L31/119
    • H01L21/761H01L21/823878
    • A high-frequency noise isolation structure and a method for forming the same are provided. The noise isolation structure isolates a first device region and a second device region over a semiconductor substrate. The noise isolation structure preferably includes a sinker region substantially encircling a first device region, a buried layer underlying the first device region and joining the sinker region, a deep guard ring substantially encircling the sinker region, and a deep trench oxide region substantially encircling the sinker region. The isolation structure further includes a wide guard ring between the first and the second device regions. The sinker region and the buried region preferably have a high impurity concentration. Integrated circuits to be noise decoupled are preferably formed in the respective first and second device regions.
    • 提供高频噪声隔离结构及其形成方法。 噪声隔离结构隔离半导体衬底上的第一器件区域和第二器件区域。 噪声隔离结构优选地包括基本上环绕第一器件区域的沉降片区域,位于第一器件区域下方的接合沉积片区域,基本上环绕沉降片区域的深保护环,以及基本上环绕沉降片的深沟槽氧化物区域 地区。 隔离结构还包括在第一和第二器件区之间的宽保护环。 沉降片区域和掩埋区域优选具有高杂质浓度。 优选地,在相应的第一和第二设备区域中形成要进行噪声去耦的集成电路。
    • 4. 发明申请
    • Design of high-frequency substrate noise isolation in BiCMOS technology
    • BiCMOS技术中高频衬底噪声隔离设计
    • US20070145489A1
    • 2007-06-28
    • US11320255
    • 2005-12-27
    • Der-Chyang YehChuan-Ying LeeVictor Yeh
    • Der-Chyang YehChuan-Ying LeeVictor Yeh
    • H01L29/76
    • H01L21/761H01L21/823878
    • A high-frequency noise isolation structure and a method for forming the same are provided. The noise isolation structure isolates a first device region and a second device region over a semiconductor substrate. The noise isolation structure preferably includes a sinker region substantially encircling a first device region, a buried layer underlying the first device region and joining the sinker region, a deep guard ring substantially encircling the sinker region, and a deep trench oxide region substantially encircling the sinker region. The isolation structure further includes a wide guard ring between the first and the second device regions. The sinker region and the buried region preferably have a high impurity concentration. Integrated circuits to be noise decoupled are preferably formed in the respective first and second device regions.
    • 提供高频噪声隔离结构及其形成方法。 噪声隔离结构隔离半导体衬底上的第一器件区域和第二器件区域。 噪声隔离结构优选地包括基本上环绕第一器件区域的沉降片区域,位于第一器件区域下方的接合沉积片区域的基底层,基本上环绕沉降片区域的深保护环,以及基本上环绕沉降片的深沟槽氧化物区域 地区。 隔离结构还包括在第一和第二器件区之间的宽保护环。 沉降片区域和掩埋区域优选具有高杂质浓度。 优选地,在相应的第一和第二设备区域中形成要进行噪声去耦的集成电路。
    • 6. 发明申请
    • Semiconductor layout structure for ESD protection circuits
    • ESD保护电路的半导体布局结构
    • US20060278928A1
    • 2006-12-14
    • US11152440
    • 2005-06-14
    • Yi-Hsun WuKuan-Lun ChangChuan-Ying LeeJian-Hsing Lee
    • Yi-Hsun WuKuan-Lun ChangChuan-Ying LeeJian-Hsing Lee
    • H01L23/62
    • H01L27/0262
    • A semiconductor layout structure for an electrostatic discharge (ESD) protection circuit is disclosed. The semiconductor layout structure includes a first area, in which one or more devices are constructed for functioning as a silicon controlled rectifier, and a second area, in which at least one device is constructed for functioning as a trigger source that provides a triggering current to trigger the silicon controlled rectifier for dissipating ESD charges during an ESD event. The first area and the second area are placed adjacent to one another without having a resistance area physically interposed or electrically connected therebetween, such that the triggering current received by the silicon controlled rectifier is increased during the ESD event.
    • 公开了一种用于静电放电(ESD)保护电路的半导体布局结构。 半导体布局结构包括第一区域,其中构造一个或多个器件用作可控硅整流器,以及第二区域,其中构造至少一个器件用作触发源,该触发源提供触发电流 触发可控硅整流器,以在ESD事件期间耗散ESD电荷。 第一区域和第二区域彼此相邻放置,而不会在其间物理地插入或电连接电阻区域,使得在ESD事件期间由可控硅整流器接收的触发电流增加。