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    • 1. 发明授权
    • Flash memory device and architecture with multi level cells
    • 闪存设备和具有多级单元的架构
    • US07082056B2
    • 2006-07-25
    • US10800228
    • 2004-03-12
    • Ben Wei ChenAugustine W. Chang
    • Ben Wei ChenAugustine W. Chang
    • G11C16/06
    • G11C11/5642G11C7/1006G11C2211/5631G11C2211/5634
    • A FLASH memory has an array of FLASH cells that each store N multiple bits of information as charge stored on a floating gate. Reference voltages or currents are generated for each boundary between the 2N states or levels and for an upper limit and a lower limit reference for each state. A selected bit line driven by a selected FLASH cell generates a sense node that is compared to a full range of 3*2N−1 comparators in parallel. The compare results are decoded to determine which state is read from the selected FLASH cell. An in-range signal is activated when the sense node is between the upper and lower limit references. The target programming count or programming pulses is adjusted during calibration to sense in the middle of the upper and lower limit references. Margin between references is adjusted by calibration codes that select currents for summing.
    • FLASH存储器具有闪存单元的阵列,每个存储N个多位信息作为存储在浮动栅极上的电荷。 对于两个状态或电平之间的每个边界以及每个状态的上限和下限参考产生参考电压或电流。 由所选择的FLASH单元驱动的所选位线产生与3×2×N + 1比较器的全范围并行比较的感测节点。 解码比较结果以确定从所选择的FLASH单元读取哪个状态。 当感测节点在上限和下限参考之间时,范围内信号被激活。 在校准期间调整目标编程计数或编程脉冲,以在上限和下限参考值的中间进行感测。 参考值之间的余量是通过选择用于求和的电流的校准码进行调整的。
    • 2. 发明授权
    • SCL type FPGA with multi-threshold transistors and method for forming same
    • 具有多阈值晶体管的SCL型FPGA及其形成方法
    • US07375548B2
    • 2008-05-20
    • US11525749
    • 2006-09-22
    • Augustine W. Chang
    • Augustine W. Chang
    • G06F7/38G03K19/173
    • G06F17/5054G11C16/0416G11C16/0483H03K19/0002
    • A new scheme of Schottky FPGA (SFPGA) IC solution is proposed. The chip is organized by embedded analog, memory, and logic units with on chip apparatus and software means to partitioning, altering selected portions of hardware. The process means is based on the combined Schottky CMOS (SCMOS, U.S. Pat. No. 6,590,800) and Flash technology. The circuit means is based on SCMOS-DTL gate arrays. Software means is based on the C++ procedures with levels of LUT. The SFPGA device supports GHz low power ASIC mixed signal product applications with embedded analog, logic, and memory array units. Several multiplexing schemes are disclosed, which accommodate tasks to vary the Vt and transmission line transmission of selected transistor or IO nets, and therefore their analog and digital device properties. A voltage doubler and supply booster and a Digital-Analog-Digital-Translator (DADT) apparatus are also disclosed in accordance with the present invention. Accordingly, the present invention includes control schemes to field program basic circuit element or any critical nets, and to alter the functionality of certain predetermined circuit units, and update array interconnections, accessing stored protocols, algorithms in all chips in the embodiment subsystem of a SFPGA chip sets.
    • 提出了一种新的Schottky FPGA(SFPGA)IC解决方案。 该芯片由具有片上设备和软件的嵌入式模拟,存储器和逻辑单元组织,以分割,更改硬件的所选部分。 处理手段基于组合的肖特基CMOS(SCMOS,美国专利号6,590,800)和闪存技术。 电路方式是基于SCMOS-DTL门阵列。 软件手段是基于具有LUT级别的C ++程序。 SFPGA器件支持具有嵌入式模拟,逻辑和存储器阵列单元的GHz低功耗ASIC混合信号产品应用。 公开了几种复用方案,其适应任务来改变所选晶体管或IO网络的Vt和传输线传输,并因此改变其模拟和数字设备属性。 根据本发明还公开了倍压器和电源升压器以及数字模拟数字转换器(DADT)装置。 因此,本发明包括对现场程序基本电路元件或任何关键网络的控制方案,并且改变某些预定电路单元的功能,以及更新阵列互连,访问存储的协议,在SFPGA的实施例子系统中的所有芯片中的算法 芯片组。
    • 3. 发明授权
    • Buried high sheet resistance structure for high density integrated
circuits with reach through contacts
    • 埋入高电阻结构的高密度集成电路通过触点到达
    • US4228450A
    • 1980-10-14
    • US844768
    • 1977-10-25
    • Narasipur G. AnanthaAugustine W. Chang
    • Narasipur G. AnanthaAugustine W. Chang
    • H01L27/04H01L21/331H01L21/74H01L21/762H01L21/82H01L21/822H01L27/08H01L27/118H01L29/73H01L29/8605H01L29/861H01L27/02
    • H01L21/743H01L21/76224H01L27/0802H01L29/8605
    • A high sheet resistance structure for high density integrated circuits and the method for manufacturing such structure is given. The structure includes a silicon region separated from other silicon regions by a dielectric barrier surrounding the region. A resistor of a first conductivity, for example, N type, encompasses substantially the surface of the silicon region. Electrical contacts are made to the resistor. A region highly doped of a second conductivity, for example, P-type, is located below a portion of the resistor region. This region of second conductivity is connected to the surface. Electrical contacts are made to this varied region for biasing purposes. A second region within the same isolated silicon region may be used as a resistor. This region is located below the buried region of second conductivity. Alternatively, the described resistor regions can be connected as transistors. This allows the formation of a standard masterslice which can be personalized at a late stage in the manufacturing to either resistors or transistors in all or a portion of the standard regions.
    • 给出了一种用于高密度集成电路的高电阻结构及其制造方法。 该结构包括通过围绕该区域的介电阻挡层与其它硅区域分离的硅区域。 第一电导率的电阻器,例如N型,基本上包含硅区域的表面。 对电阻器进行电接触。 高度掺杂第二电导率的区域,例如P型,位于电阻区域的一部分的下方。 该第二导电区域连接到表面。 为了偏压目的,将电触头制成该变化区域。 可以将同一隔离硅区域内的第二区域用作电阻器。 该区域位于第二导电性的掩埋区域的下方。 或者,所描述的电阻器区域可以作为晶体管连接。 这允许形成标准的主机,其可以在制造的后期被个性化到标准区域的全部或一部分中的电阻器或晶体管。
    • 6. 发明授权
    • SCL type FPGA with multi-threshold transistors and method for forming same
    • 具有多阈值晶体管的SCL型FPGA及其形成方法
    • US07135890B2
    • 2006-11-14
    • US10827786
    • 2004-04-19
    • Augustine W. Chang
    • Augustine W. Chang
    • H03K19/00
    • G06F17/5054G11C16/0416G11C16/0483H03K19/0002
    • A new scheme of Schottky FPGA (SFPGA) IC solution is proposed. The chip is organized by embedded analog, memory, and logic units with on chip apparatus and software means to partitioning, altering selected portions of hardware. The process means is based on the combined Schottky CMOS (SCMOS, U.S. Pat. No. 6,590,800) and Flash technology. The circuit means is based on SCMOS-DTL gate arrays. Software means is based on the C++ procedures with levels of LUT. The SFPGA device supports GHz low power ASIC mixed signal product applications with embedded analog, logic, and memory array units. Several multiplexing schemes are disclosed, which accommodate tasks to vary the Vt and transmission line transmission of selected transistor or IO nets, and therefore their analog and digital device properties. A voltage doubler and supply booster and a Digital-Analog-Digital-Translator (DADT) apparatus are also disclosed in accordance with the present invention.Accordingly, the present invention includes control schemes to field program basic circuit element or any critical nets, and to alter the functionality of certain predetermined circuit units, and update array interconnections, accessing stored protocols, algorithms in all chips in the embodiment subsystem of a SFPGA chip sets.
    • 提出了一种新的Schottky FPGA(SFPGA)IC解决方案。 该芯片由具有片上设备和软件的嵌入式模拟,存储器和逻辑单元组织,以分割,更改硬件的所选部分。 处理手段基于组合的肖特基CMOS(SCMOS,美国专利号6,590,800)和闪存技术。 电路方式是基于SCMOS-DTL门阵列。 软件手段是基于具有LUT级别的C ++程序。 SFPGA器件支持具有嵌入式模拟,逻辑和存储器阵列单元的GHz低功耗ASIC混合信号产品应用。 公开了几种复用方案,其适应任务来改变所选晶体管或IO网络的Vt和传输线传输,并因此改变其模拟和数字设备属性。 根据本发明还公开了倍压器和电源升压器以及数字模拟数字转换器(DADT)装置。 因此,本发明包括对现场程序基本电路元件或任何关键网络的控制方案,并且改变某些预定电路单元的功能,以及更新阵列互连,访问存储的协议,在SFPGA的实施例子系统中的所有芯片中的算法 芯片组。
    • 7. 发明授权
    • Method for making a high sheet resistance structure for high density
integrated circuits
    • 制造高密度集成电路用高电阻结构的方法
    • US4316319A
    • 1982-02-23
    • US141717
    • 1980-04-18
    • Narasipur G. AnanthaAugustine W. Chang
    • Narasipur G. AnanthaAugustine W. Chang
    • H01L21/74H01L21/8222H01L27/08H01L29/8605H01L21/22H01L21/265
    • H01L21/8222H01L21/743H01L27/0802H01L29/8605
    • A high sheet resistance structure for high density integrated circuits and the method for manufacturing such structure is given. The structure includes a silicon region separated from other silicon regions by a dielectric barrier surrounding the region. A resistor of a first conductivity, for example, N type, encompasses substantially the surface of the silicon region. Electrical contacts are made to the resistor. A region highly doped of a second conductivity, for example, P-type, is located below a portion of the resistor region. This region of second conductivity is connected to the surface. Electrical contacts are made to this varied region for biasing purposes. A second region within the same isolated silicon region may be used as a resistor. This region is located below the buried region of second conductivity. Alternatively, the described resistor regions can be connected as transistors. This allows the formation of a standard masterslice which can be personalized at a late stage in the manufacturing to either resistors or transistors in all or a portion of the standard regions.
    • 给出了一种用于高密度集成电路的高电阻结构及其制造方法。 该结构包括通过围绕该区域的介电阻挡层与其它硅区域分离的硅区域。 第一电导率的电阻器,例如N型,基本上包含硅区域的表面。 对电阻器进行电接触。 高度掺杂第二电导率的区域,例如P型,位于电阻区域的一部分的下方。 该第二导电区域连接到表面。 为了偏压目的,将电触头制成该变化区域。 可以将同一隔离硅区域内的第二区域用作电阻器。 该区域位于第二导电性的掩埋区域的下方。 或者,所描述的电阻器区域可以作为晶体管连接。 这允许形成标准的主机,其可以在制造的后期被个性化到标准区域的全部或一部分中的电阻器或晶体管。