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    • 2. 发明申请
    • Bit down-scaling apparatus and method, GPS synchronization acquisition method, and GPS receiver
    • 比特缩小装置和方法,GPS同步采集方法和GPS接收机
    • US20050190820A1
    • 2005-09-01
    • US11066844
    • 2005-02-25
    • Jung-Hun Heo
    • Jung-Hun Heo
    • G01S5/14G01S5/06H04B1/707
    • H04B1/7075H04B2201/70707
    • The n-to-m bit down-scaling correlates a plurality of n-bit correlation integral values into a plurality of m-bit data (n>m). The n-bit correlation integral values are obtained by correlating global positioning system (GPS) signals with a plurality of expected codes. Upper (n−m+1) bits are selected from the n-bit correlation integral values, and (n−m+1)-bit estimated absolute values are obtained. A significant bit of a maximum value of the upper (n−m+1) bits of the estimated absolute values is selected. A scale level is obtained based on the significant bit of the maximum value. The n-bit correlation integral values are down-scaled into the m-bit data based on the scale level. The amount of n-bit correlation integral values is reduced into m-bit correlation integral values by the down-scaling method, and thereby reducing a size of the memory for storing the correlation integral values.
    • n比特比特缩小将多个n比特相关积分值相关联成多个m比特数据(n> m)。 通过将全球定位系统(GPS)信号与多个预期代码相关联来获得n位相关积分值。 从n位相关积分值中选择上(n-m + 1)位,并且获得(n-m + 1)位估计绝对值。 选择估计绝对值的上(n-m + 1)位的最大值的有效位。 基于最大值的有效位获得比例级别。 n比特相关积分值根据比例级别缩小到m比特数据。 通过缩小方法将n位相关积分值的量减少为m位相关积分值,从而减小用于存储相关积分值的存储器的大小。
    • 4. 发明申请
    • POWER PATH CONTROLLER OF A SYSTEM-ON-CHIP
    • 系统芯片的电力通道控制器
    • US20160111134A1
    • 2016-04-21
    • US14813896
    • 2015-07-30
    • Se-Ki KIMDae-Yong KIMDong-Hun HEO
    • Se-Ki KIMDae-Yong KIMDong-Hun HEO
    • G11C5/14
    • G11C5/147G11C5/143
    • A power path controller included in a system-on-chip (SoC) is provided. The power path controller is coupled to a first power source and a second power source. The power path controller includes a first switch located between the first power source and a memory core included in the SoC, a second switch located between the second power source and the memory core, a comparator configured to compare a first power supply voltage supplied from the first power source with a second power supply voltage supplied from the second power source, and a switch controller configured to selectively activate the first switch or the second switch according to a comparison result of the comparator.
    • 提供了包括在片上系统(SoC)中的电源路径控制器。 电源路径控制器耦合到第一电源和第二电源。 功率路径控制器包括位于第一电源和包括在SoC中的存储器核心之间的第一开关,位于第二电源和存储器芯之间的第二开关,比较器,被配置为比较从第二电源提供的第一电源电压 第一电源,具有从第二电源提供的第二电源电压;以及开关控制器,被配置为根据比较器的比较结果选择性地启动第一开关或第二开关。
    • 7. 发明申请
    • VOLTAGE CONVERTER AND METHOD OF PERFORMING VOLTAGE CONVERSION
    • 电压转换器和执行电压转换的方法
    • US20120281447A1
    • 2012-11-08
    • US13438189
    • 2012-04-03
    • DONG-HUN HEOSEUNG-CHUL SHIN
    • DONG-HUN HEOSEUNG-CHUL SHIN
    • H02M3/00
    • H02M3/1588H02M2001/0025H02M2001/0032Y02B70/1466Y02B70/16
    • A voltage converter includes a compensation unit, first and second control units, and an output voltage generation unit. The compensation unit selects compensation feedback voltage or output feedback voltage depending on an operation mode, and generates a compensation voltage based on the selected feedback voltage and a first reference voltage, the compensation feedback voltage corresponding to the compensation voltage, and the output feedback voltage corresponding to an output power supply voltage. The first control unit generates a first control signal based on the compensation voltage and a second reference voltage. The second control unit generates a second control signal based on the first reference voltage and the output feedback voltage. The output voltage generation unit selects one of the first control signal and the second control signal depending on the operation mode, and generates the output power supply voltage based on the selected control signal and an input voltage.
    • 电压转换器包括补偿单元,第一和第二控制单元以及输出电压产生单元。 补偿单元根据操作模式选择补偿反馈电压或输出反馈电压,并根据所选择的反馈电压和第一参考电压产生补偿电压,对应于补偿电压的补偿反馈电压和相应的输出反馈电压 到输出电源电压。 第一控制单元基于补偿电压和第二参考电压产生第一控制信号。 第二控制单元基于第一参考电压和输出反馈电压产生第二控制信号。 输出电压产生单元根据操作模式选择第一控制信号和第二控制信号中的一个,并根据所选择的控制信号和输入电压产生输出电源电压。