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    • 1. 发明授权
    • Apparatus for sequentially enabling and disabling multiple powers
    • 用于顺序启用和禁用多个功率的装置
    • US07464275B2
    • 2008-12-09
    • US11213059
    • 2005-08-26
    • Tae Young LimHan Jin ChoSoon Il YeoIg Kyun KimKyoung Seon ShinHee Bum Jung
    • Tae Young LimHan Jin ChoSoon Il YeoIg Kyun KimKyoung Seon ShinHee Bum Jung
    • G06F1/26
    • G06F1/26
    • Provided is an apparatus for controlling multiple powers which is capable of turning on and off the multiple powers in their priorities for systems or components to be supplied with the multiple powers such as a liquid crystal display (LCD) module. In the apparatus for controlling multiple powers, an on-signal of high level is applied to an input terminal, and an output of a control signal generating unit is sequentially changed to a high level whenever a clock is applied to a clock signal input terminal by one period, so that outputs of the multiple powers are sequentially output. In addition, an off signal of low level is applied to the input terminal, and an output of the control signal generating unit is changed to a low level in a reversal order whenever a clock is applied to the clock signal input terminal by one period, so that outputs of the multiple powers are interrupted in the reversal order.
    • 本发明提供了一种用于控制多个功率的装置,其能够在要提供给诸如液晶显示器(LCD)模块的多个功率的系统或组件的优先级中打开和关闭多个功率。 在用于控制多个功率的装置中,将高电平的接通信号施加到输入端,并且每当时钟被施加到时钟信号输入端时,控制信号产生单元的输出被顺序地改变为高电平 一个周期,从而顺序输出多个功率的输出。 此外,只要将时钟施加到时钟信号输入端子一个周期,则将低电平的关闭信号施加到输入端子,并且控制信号产生单元的输出以反转次序改变为低电平, 使得多个功率的输出以反转顺序中断。
    • 2. 发明授权
    • Low offset automatic frequency tuning circuits for continuous-time filter
    • 低偏移自动频率调谐电路,用于连续时间滤波
    • US06400932B1
    • 2002-06-04
    • US09454389
    • 1999-12-03
    • Chang Jun OhJong Kee KwonJong Ryul LeeWon Chul SongHee Bum JungKyung Soo KimHan Jin ChoOok Kim
    • Chang Jun OhJong Kee KwonJong Ryul LeeWon Chul SongHee Bum JungKyung Soo KimHan Jin ChoOok Kim
    • H04B118
    • H03H11/0422H03L7/06
    • The present invention relates to a tuning circuit, more specifically to a tuning circuit for continuous-time filter capable of making exact the Gm value to minimize the variation of the cutoff frequency due to the variation of process in the Gm-C type of continuous-time filter. According to the invention, a frequency tuning circuit is provided which comprises integrating means for generating a signal discharging from a first reference voltage to a first predetermined value and a signal charging from a second reference voltage to a second predetermined value; offset sampling means for sampling the offset voltages of the Gm cells by receiving a current multiplied by the offset voltages from the Gm cells included in the integrating means and providing a feedback path between the output nodes and the input nodes of the included Gm cells; comparative signal generating means for generating a comparative signal by generating a reference signal by dividing a clock inputted from the external, receiving the signal discharging from the first reference voltage to the first predetermined value and the signal charging from the second reference voltage to the second predetermined value from the integrating means, and comparing the actual intersection and the target intersection of these signals; and control means for generating a control signal to regulate the Gm values of the integrating means and the offset sampling means by receiving the reference signal and the comparative signal from the comparative signal generating means and detecting the phase differences therebetween.
    • 调谐电路技术领域本发明涉及一种调谐电路,更具体地说涉及一种用于连续时间滤波器的调谐电路,其能够精确地确定Gm值,以使由于Gm-C型连续时间滤波器中的工艺变化引起的截止频率的变化最小化, 时间过滤器。 根据本发明,提供了一种频率调谐电路,其包括用于产生从第一参考电压放电到第一预定值的信号的积分装置和从第二参考电压到第二预定值的信号充电; 偏移采样装置,用于通过接收与积分装置中包括的Gm单元的偏移电压相乘的电流来对Gm单元的偏移电压进行采样,并在输出节点和所包括的Gm单元的输入节点之间提供反馈路径; 比较信号发生装置,用于通过将从外部输入的时钟分频,将从第一参考电压放电的信号接收到第一预定值和从第二参考电压到第二预定值的信号充电来产生参考信号, 从积分装置获取值,并比较这些信号的实际交点和目标交点; 以及控制装置,用于通过从比较信号发生装置接收参考信号和比较信号并检测它们之间的相位差,产生控制信号以调节积分装置和偏移采样装置的Gm值。
    • 6. 发明授权
    • Crossbar switch architecture for multi-processor SoC platform
    • 交叉开关架构为多处理器SoC平台
    • US07554355B2
    • 2009-06-30
    • US11607515
    • 2006-12-01
    • June Young ChangHan Jin Cho
    • June Young ChangHan Jin Cho
    • H04L12/50H03K17/00
    • H04L49/101H04L49/15H04L49/45
    • Provided is a crossbar switch architecture appropriate to a multi-processor system-on-a-chip (SoC) platform including a plurality of masters and slaves, capable of high-speed data transfer, allowing the number of masters or slaves therein to be easily increased, and having a simple control structure. The crossbar switch architecture includes 2×1 multiplexers connected in a matrix form consisting of rows and columns. The 2×1 multiplexers each have one input line connected with an output line of a multiplexer at a front column of the same row, and the other input line connected with an input/output line of a column including the corresponding multiplexer, and an output line of a multiplexer at the last column of each row is connected with an input/output line of the row.
    • 提供了一种适用于多处理器片上系统(SoC)平台的交叉开关架构,其包括能够进行高速数据传输的多个主机和从机,从而允许其中的主机或从机的数量容易 增加并具有简单的控制结构。 交叉开关架构包括以行和列组成的矩阵形式连接的2x1多路复用器。 2×1复用器各自具有一个输入线,与同一行前列的多路复用器的输出线连接,另一条输入线与包括相应多路复用器的列的输入/输出线连接,另一条输入线与 每行最后一列的多路复用器与该行的输入/输出线连接。
    • 9. 发明申请
    • Crossbar switch architecture for multi-processor SoC platform
    • 交叉开关架构为多处理器SoC平台
    • US20070126474A1
    • 2007-06-07
    • US11607515
    • 2006-12-01
    • June Young ChangHan Jin Cho
    • June Young ChangHan Jin Cho
    • H03K19/173
    • H04L49/101H04L49/15H04L49/45
    • Provided is a crossbar switch architecture appropriate to a multi-processor system-on-a-chip (SoC) platform including a plurality of masters and slaves, capable of high-speed data transfer, allowing the number of masters or slaves therein to be easily increased, and having a simple control structure. The crossbar switch architecture includes 2×1 multiplexers connected in a matrix form consisting of rows and columns. The 2×1 multiplexers each have one input line connected with an output line of a multiplexer at a front column of the same row, and the other input line connected with an input/output line of a column including the corresponding multiplexer, and an output line of a multiplexer at the last column of each row is connected with an input/output line of the row.
    • 提供了一种适用于多处理器片上系统(SoC)平台的交叉开关架构,其包括能够进行高速数据传输的多个主机和从机,从而允许其中的主机或从机的数量容易 增加并具有简单的控制结构。 交叉开关架构包括以行和列组成的矩阵形式连接的2x1多路复用器。 2×1复用器各自具有一个输入线,与同一行前列的多路复用器的输出线连接,另一条输入线与包括相应多路复用器的列的输入/输出线连接,另一条输入线与 每行最后一列的多路复用器与该行的输入/输出线连接。