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    • 1. 发明申请
    • SWITCHING MODULE
    • 切换模块
    • US20160254675A1
    • 2016-09-01
    • US15029294
    • 2013-10-24
    • Alexander Petrovich SOLDATOVVasily Alekseyevich SYNGAEVSKIYGennady Mihaylovich VYDOLOB
    • Alexander Petrovich SOLDATOVVasily Alekseyevich SYNGAEVSKIYGennady Mihaylovich VYDOLOB
    • H02J4/00
    • H02J4/00G01R19/0092H02M1/00H02M2001/0009
    • A switching module comprising at least one current sense component. The at least one current sense component is arranged to generate a first phase sense current based at least partly on a received output signal of the at least one differential amplifier when the first cross-coupling component is configured to operably couple the differential inputs of the at least one differential amplifier to the output node of the at least one power switching device and the current sense feedback node with a first polarity, generate a second phase sense current based at least partly on a received output signal of the at least one differential amplifier when the first cross-coupling component is configured to operably couple the differential inputs of the at least one differential amplifier to the output node of the at least one power switching device and the current sense feedback node with a second polarity, and output a combined sense current based at least partly on a combination of the first phase sense current and the second phase sense current.
    • 一种切换模块,包括至少一个电流感测部件。 所述至少一个电流感测组件被布置成当至少部分地基于所述至少一个差分放大器的接收输出信号产生第一相位感测电流,当所述第一交叉耦合组件被配置为可操作地耦合所述at 至少一个功率开关器件的输出节点和具有第一极性的电流检测反馈节点的至少一个差分放大器至少部分地基于所述至少一个差分放大器的接收输出信号产生第二相位检测电流, 第一交叉耦合部件被配置为将至少一个差分放大器的差分输入端与第二极性的至少一个功率开关器件和电流检测反馈节点的输出节点可操作地耦合,并输出组合感测电流 至少部分地基于第一相位感测电流和第二相位感测电流的组合。
    • 2. 发明申请
    • PHASE DETECTOR AND PHASE-LOCKED LOOP
    • 相位检测器和相位锁定环路
    • US20160126963A1
    • 2016-05-05
    • US14895267
    • 2013-06-06
    • Gennady Mihaylovich VYDOLOB
    • GENNADY MIHAYLOVICH VYDOLOB
    • H03L7/089H03D13/00
    • H03L7/0891H03D13/004H03L7/089H03L7/091H03L7/1077
    • A phase detector for generating a phase difference signal indicative of a phase difference between a first bi-level signal of frequency F1 and a second bi-level signal of frequency F2 is proposed. The phase detector may include first and second detector inputs first and second flip-flops, a NAND gate, and a first and second overphase detection units. An output of the first overphase detection unit may be connected to a direct input of the second flip-flop and may be arranged to output the level “1” in response to F1≦F2 and the level “0” in response to F1>F2. An output of the second overphase detection unit may be connected to a direct input of the first flip-flop and may be arranged to output the level “1” in response to F2≦F1 and the level “0” in response to F2>F1.
    • 提出了一种相位检测器,用于产生指示频率F1的第一双电平信号和频率为F2的第二双电平信号之间的相位差的相位差信号。 相位检测器可以包括第一和第二检测器输入第一和第二触发器,NAND门以及第一和第二超相位检测单元。 第一上相检测单元的输出可以连接到第二触发器的直接输入,并且可以被布置为响应于F1> N1而输出电平“1”;响应于F1> F2而输出电平“0” 。 第二过相检测单元的输出可以连接到第一触发器的直接输入,并且可以被布置为响应于F2> n1而输出电平“1”; F1和响应于F2> F1的电平“0” 。
    • 4. 发明授权
    • Phase detector and phase-locked loop
    • 相位检测器和锁相环
    • US09444471B2
    • 2016-09-13
    • US14895267
    • 2013-06-06
    • Gennady Mihaylovich Vydolob
    • Gennady Mihaylovich Vydolob
    • H03L7/089H03D13/00H03L7/091H03L7/107
    • H03L7/0891H03D13/004H03L7/089H03L7/091H03L7/1077
    • A phase detector for generating a phase difference signal indicative of a phase difference between a first bi-level signal of frequency F1 and a second bi-level signal of frequency F2 is proposed. The phase detector may include first and second detector inputs, first and second flip-flops, a NAND gate, and a first and second overphase detection units. An output of the first overphase detection unit may be connected to a direct input of the second flip-flop and may be arranged to output the level “1” in response to F1≦F2 and the level “0” in response to F1>F2. An output of the second overphase detection unit may be connected to a direct input of the first flip-flop and may be arranged to output the level “1” in response to F2≦F1 and the level “0” in response to F2>F1.
    • 提出了一种相位检测器,用于产生指示频率F1的第一双电平信号和频率为F2的第二双电平信号之间的相位差的相位差信号。 相位检测器可以包括第一和第二检测器输入,第一和第二触发器,NAND门以及第一和第二超相位检测单元。 第一上相检测单元的输出可以连接到第二触发器的直接输入,并且可以被布置为响应于F1≤F2而输出电平“1”,并响应于F1> F2输出电平“0” 。 第二过相检测单元的输出可以连接到第一触发器的直接输入,并且可以被布置为响应于F2≤F1而输出电平“1”,并且响应于F2> F1而输出电平“0” 。