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    • 1. 发明申请
    • CROSS-POINT ADJUSTMENT CIRCUIT
    • 交叉点调整电路
    • US20080079484A1
    • 2008-04-03
    • US11736263
    • 2007-05-21
    • Jason Y. MiaoTimothy G. Moran
    • Jason Y. MiaoTimothy G. Moran
    • H04B1/10G11C5/14H02M7/28
    • H04B10/40
    • An amplifier stage or circuit for providing cross-point adjustment. The circuit may include a first input node configured to receive a first data signal and a second input node configured to receive a second data signal that is complementary of the first data signal. The circuit also includes a programmable first stage having a first node coupled to the first input node and a second node coupled to the second input node that is configured to adjust an amount of current provided to the first and second data signals to create a signal offset. The circuit further includes a second stage having a first node coupled to a third node of the programmable first stage and a second node coupled to a fourth node of the programmable first stage configured to provide the signal offset at a third and fourth node of the second stage to adjust the cross-point of the first and second signals.
    • 用于提供交叉点调整的放大器级或电路。 电路可以包括被配置为接收第一数据信号的第一输入节点和被配置为接收与第一数据信号互补的第二数据信号的第二输入节点。 电路还包括可编程第一级,其具有耦合到第一输入节点的第一节点和耦合到第二输入节点的第二节点,其被配置为调整提供给第一和第二数据信号的电流量,以产生信号偏移 。 电路还包括第二级,其具有耦合到可编程第一级的第三节点的第一节点和耦合到可编程第一级的第四节点的第二节点,其被配置为在第二节点的第三和第四节点处提供信号偏移 阶段来调整第一和第二信号的交叉点。
    • 7. 发明授权
    • Voltage multiplier with improved power efficiency and apparatus provided with such voltage multiplier
    • 具有提高功率效率的电压倍增器和具有这种电压倍增器的装置
    • US07944719B2
    • 2011-05-17
    • US12063236
    • 2006-08-01
    • Peter Luerkens
    • Peter Luerkens
    • H02M7/28
    • H02M3/07H05G1/12
    • A voltage multiplier comprising a chain of multiplier stages, each multiplier stage (STGj) comprising first and second inputs (IPIj, IP2j) and first and second outputs (OPIj, 0P2j), which first and second outputs of a multiplier stage is coupled to respective first and second inputs of another multiplier stage, each multiplier stage (STGj) comprising a series diode arrangement of two diodes (DIj, D2j) coupled, in the same current conducting direction, between the first input (IPIj) and the first output (OPIj). Each multiplier stage (STGj) further comprises a first capacitor (CIj) coupled between the first input (IPIj) and the first output (OPIj), and a second capacitor (C2j) coupled between the second input (IP2j) and the second output (0P2j). Each multiplier stage (STGj) further comprises equalizing means (VLSj; C2j, C3j, C4j), preferably capacitors (Csj), for equalizing the current distributions, as a function of time, of the currents (Ij) through the diodes (DIj, D2j).
    • 包括乘法器级链的电压倍增器,每个乘法器级(STGj)包括第一和第二输入(IPIj,IP2j)以及第一和第二输出(OPIj,0P2j),乘法器级的第一和第二输出耦合到相应的 另一乘法器级的第一和第二输入,每个乘法级(STGj)包括在相同的电流传导方向上在第一输入(IPIj)和第一输出(OPIj)之间耦合的两个二极管(DIj,D2j)的串联二极管布置 )。 每个乘法器级(STGj)还包括耦合在第一输入(IPIj)和第一输出(OPIj)之间的第一电容器(C1j)和耦合在第二输入端(IP2j)和第二输出端 0P2j)。 每个乘法器级(STGj)还包括均衡装置(VLSj; C2j,C3j,C4j),优选电容器(Csj),用于均衡通过二极管(DIj,...)的电流(Ij)作为时间的函数的电流分布, D2j)。