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    • 1. 发明授权
    • Memory circuit and method of writing datum to memory circuit
    • 存储电路和将数据写入存储电路的方法
    • US08559251B2
    • 2013-10-15
    • US13354884
    • 2012-01-20
    • Chih-Yu LinWei Min ChanYen-Huei ChenHung-Jen LiaoJonathan Tsung-Yung Chang
    • Chih-Yu LinWei Min ChanYen-Huei ChenHung-Jen LiaoJonathan Tsung-Yung Chang
    • G11C7/10
    • G11C11/419
    • A circuit includes a first node, a second node, a memory cell, a first data line, a second data line, and a write driver. The memory cell is coupled to the first node and the second node and powered by a first voltage at the first node and a second voltage at the second node. The first data line and the second data line are coupled to the memory cell. The write driver has a third node carrying a third voltage less than the first voltage during a write operation. The write deriver is coupled to the first data line and the second data line and configured to, during a write operation, selectively coupling one of the first data line and the second data line to the third node and coupling the other one of the first data line and the second data line to the first node.
    • 电路包括第一节点,第二节点,存储器单元,第一数据线,第二数据线和写驱动器。 存储器单元耦合到第一节点和第二节点,并由第一节点处的第一电压和第二节点处的第二电压供电。 第一数据线和第二数据线耦合到存储器单元。 写入驱动器具有在写入操作期间承载小于第一电压的第三电压的第三节点。 写引导器耦合到第一数据线和第二数据线,并且被配置为在写操作期间,选择性地将第一数据线和第二数据线之一耦合到第三节点,并将第一数据中的另一个耦合 线和第二条数据线到第一个节点。
    • 3. 发明申请
    • PRE-COLORED METHODOLOGY OF MULTIPLE PATTERNING
    • 多彩图案的预色彩方法
    • US20130263065A1
    • 2013-10-03
    • US13586177
    • 2012-08-15
    • Yen-Huei ChenWei Min ChanHung-Jen LiaoJonathan Tsung-Yung Chang
    • Yen-Huei ChenWei Min ChanHung-Jen LiaoJonathan Tsung-Yung Chang
    • G06F17/50
    • G06F17/50G06F17/5068G06F2217/12
    • Some embodiments relate to a method for pre-coloring data within an integrated chip layout to avoid overlay errors that result from mask misalignment during multiple patterning lithography. The method may be performed by generating a graphical IC layout file containing an integrated chip layout having a plurality of IC shapes. The IC shapes within the graphical IC layout file are assigned a color during decomposition. The IC shapes are further pre-colored in a manner that deliberately assigns the pre-colored data to a same mask. During mask building data associated with IC shapes that have been pre-colored is automatically sent to a same mask, regardless of the colors that are assigned to the shapes. Therefore, the pre-colored shapes are not assigned to a masked based upon a decomposition, but rather based upon the pre-coloring. By assigning IC shapes to a same mask through pre-coloring, overlay errors can be reduced.
    • 一些实施例涉及用于在集成芯片布局内预先着色数据的方法,以避免在多次图案化光刻期间由掩模未对准而产生的重叠误差。 该方法可以通过生成包含具有多个IC形状的集成芯片布局的图形IC布局文件来执行。 图形IC布局文件中的IC形状在分解过程中会分配一种颜色。 IC形状进一步预先着色,以故意将预色数据分配给相同的掩码。 在掩模建立过程中,与预先着色的IC形状相关联的数据将自动发送到相同的掩码,而不管分配给形状的颜色如何。 因此,预先着色的形状不是基于分解而分配给掩蔽的,而是基于预着色。 通过预先着色将IC形状分配给相同的掩模,可以减少重叠错误。
    • 4. 发明申请
    • Pre-Colored Methodology of Multiple Patterning
    • 多种图案预色彩方法
    • US20130263066A1
    • 2013-10-03
    • US13607946
    • 2012-09-10
    • Yen-Huei ChenHung-Jen LiaoJonathan Tsung-Yung Chang
    • Yen-Huei ChenHung-Jen LiaoJonathan Tsung-Yung Chang
    • G06F17/50
    • G06F17/5072G06F17/5068G06F2217/12Y02P90/265
    • Some embodiments relate to a method of pre-coloring word lines and control lines within an SRAM integrated chip design to avoid timing delays that result from processing variations introduced through multiple patterning lithography processes. The method is performed by generating a graphical IC layout file having an SRAM circuit with a plurality of word lines and Y-control lines. The word lines and Y-control lines are assigned a color during decomposition. The word lines and Y-control lines are further pre-colored in a manner that deliberately assigns the pre-colored data to a same mask. Therefore, during mask building, data associated with pre-colored word and Y-control lines is sent to a same mask, regardless of the colors that are assigned to the data. By assigning word and Y-control lines to a same mask through pre-coloring, processing variations between the word and Y-control lines are minimized, thereby mitigating timing variations in an SRAM circuit.
    • 一些实施例涉及在SRAM集成芯片设计中预先着色字线和控制线的方法,以避免由通过多次图案化光刻工艺引入的处理变化而产生的定时延迟。 该方法通过生成具有多个字线和Y控制线的SRAM电路的图形IC布局文件来执行。 在分解过程中,字线和Y控制线被分配一个颜色。 字线和Y控制线进一步预先着色,以故意将预色数据分配给相同的掩码。 因此,在面具构建期间,与预色彩字和Y控制线相关联的数据被发送到相同的掩码,而不管分配给数据的颜色如何。 通过预分色将字和Y控制线分配给相同的掩码,字和Y控制线之间的处理变化被最小化,从而减轻SRAM电路中的定时变化。
    • 5. 发明授权
    • Pre-colored methodology of multiple patterning
    • 多色图案的预色方法
    • US08713491B2
    • 2014-04-29
    • US13607946
    • 2012-09-10
    • Yen-Huei ChenHung-Jen LiaoJonathan Tsung-Yung Chang
    • Yen-Huei ChenHung-Jen LiaoJonathan Tsung-Yung Chang
    • G06F17/50
    • G06F17/5072G06F17/5068G06F2217/12Y02P90/265
    • Some embodiments relate to a method of pre-coloring word lines and control lines within an SRAM integrated chip design to avoid timing delays that result from processing variations introduced through multiple patterning lithography processes. The method is performed by generating a graphical IC layout file having an SRAM circuit with a plurality of word lines and Y-control lines. The word lines and Y-control lines are assigned a color during decomposition. The word lines and Y-control lines are further pre-colored in a manner that deliberately assigns the pre-colored data to a same mask. Therefore, during mask building, data associated with pre-colored word and Y-control lines is sent to a same mask, regardless of the colors that are assigned to the data. By assigning word and Y-control lines to a same mask through pre-coloring, processing variations between the word and Y-control lines are minimized, thereby mitigating timing variations in an SRAM circuit.
    • 一些实施例涉及在SRAM集成芯片设计中预先着色字线和控制线的方法,以避免由通过多次图案化光刻工艺引入的处理变化而产生的定时延迟。 该方法通过生成具有多个字线和Y控制线的SRAM电路的图形IC布局文件来执行。 在分解过程中,字线和Y控制线被分配一个颜色。 字线和Y控制线进一步预先着色,以故意将预色数据分配给相同的掩码。 因此,在面具构建期间,与预色彩字和Y控制线相关联的数据被发送到相同的掩码,而不管分配给数据的颜色如何。 通过预分色将字和Y控制线分配给相同的掩码,字和Y控制线之间的处理变化被最小化,从而减轻SRAM电路中的定时变化。
    • 6. 发明授权
    • Data inversion for dual-port memory
    • 双端口存储器的数据反转
    • US08693265B2
    • 2014-04-08
    • US13552692
    • 2012-07-19
    • Tzu-Kuei LinJonathan Tsung-Yung ChangHung-Jen LiaoYen-Huei ChenJhon Jhy Liaw
    • Tzu-Kuei LinJonathan Tsung-Yung ChangHung-Jen LiaoYen-Huei ChenJhon Jhy Liaw
    • G11C16/04
    • G11C7/1006G11C7/1075G11C8/16G11C11/412
    • A semiconductor memory includes first and second memory storage latches each including first and second ports. A first pair of bit lines is coupled to the first ports, and a second pair of bit lines is coupled to the second ports. The first and second pairs of bit lines are twisted between the first and second memory storage latches. A first sense amplifier is coupled to the first pair of bit lines for outputting data, and a second sense amplifier is coupled to the second pair of bit lines for outputting an intermediate data signal. Output logic circuitry is coupled to an output of the second sense amplifier and is configured to output data based on the intermediate data signal and a control signal that identifies if the data is being read from the first memory storage latch or from the second memory storage latch.
    • 半导体存储器包括每个包括第一和第二端口的第一和第二存储器存储器锁存器。 第一对位线耦合到第一端口,并且第二对位线耦合到第二端口。 第一和第二对位线在第一和第二存储器锁存器之间被扭转。 第一读出放大器耦合到第一对位线,用于输出数据,第二读出放大器耦合到第二对位线,用于输出中间数据信号。 输出逻辑电路耦合到第二读出放大器的输出,并且被配置为基于中间数据信号和控制信号输出数据,该控制信号识别数据是否正在从第一存储器存储锁存器或第二存储器存储器锁存器中读取 。