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    • 1. 发明申请
    • A LOW DROP-OUT VOLTAGE REGULATOR AND A METHOD OF PROVIDING A REGULATED VOLTAGE
    • 低压降稳压器和提供调节电压的方法
    • US20160077537A1
    • 2016-03-17
    • US14785679
    • 2013-04-30
    • JEROME ENJALBERTMARIANNE MALEYRANJALAL OUADDAH
    • JEROME ENJALBERTMARIANNE MALEYRANJALAL OUADDAH
    • G05F1/575
    • G05F1/575
    • A low drop-out voltage regulator, an integrated circuit, a sensor and a method of providing a regulated voltage are provided. The low drop-out voltage regulator comprises a regulated voltage driver for providing the regulated voltage in response to a control voltage, a feedback-loop circuit for generating the control signal such that the regulated voltage driving circuit provides the regulated voltage, and a pull-up circuit for pulling up the regulated voltage to a supply voltage when a difference between the supply voltage and the control voltage is smaller than a predetermined threshold value. In the feedback-loop circuit a first feedback voltage or a second feedback voltage is generated, respectively, on basis of a first ratio and a second ratio between the feedback voltage and the regulated voltage. The second feedback voltage is generated instead of the first feedback voltage when the regulated voltage is pulled-up to the supply voltage.
    • 提供了一种低压差稳压器,集成电路,传感器和提供调节电压的方法。 低压降稳压器包括用于响应于控制电压提供调节电压的调节电压驱动器,用于产生控制信号的反馈回路电路,使得调节电压驱动电路提供调节电压, 用于在电源电压和控制电压之间的差小于预定阈值时将调节电压提升到电源电压。 在反馈回路中,基于反馈电压和调节电压之间的第一比例和第二比率分别产生第一反馈电压或第二反馈电压。 当调节电压上升到电源电压时,产生第二反馈电压而不是第一反馈电压。
    • 2. 发明申请
    • VOLTAGE SWITCHING CIRCUITRY, INTEGRATED DEVICE AND INTEGRATED CIRCUIT, AND METHOD OF VOLTAGE SWITCHING
    • 电压开关电路,集成装置和集成电路以及电压开关方法
    • US20130200944A1
    • 2013-08-08
    • US13876531
    • 2010-10-27
    • Jerome EnjalbertMarianne Maleyran
    • Jerome EnjalbertMarianne Maleyran
    • H03K17/10G05F3/02
    • H03K17/102G05F3/02
    • A voltage switching circuitry comprises a switching arrangement with a given number N of switches in series between a first terminal receiving a first voltage and a second terminal receiving a second voltage. The first voltage level is higher than the second voltage level, and N is at least equal to 2. A voltage-by-N divider, having N−1 output taps, is arranged to divide the first voltage by N to a scaled down version of the first voltage having a voltage level below voltage max ratings of the switches. The N−1 output taps of the divider are arranged to respectively output N−1 third voltages having respective levels staged below the first voltage level. N−1 max voltage generators generate N−1 fourth voltages, respectively equal to the maximum of the second voltage and of each of the N−1 third voltages. A switch control unit generates N control signals using the N−1 fourth voltages. These N control signals have respective voltage levels staged between the first voltage level and the second voltage level. In addition, each of the N control signals controls one of the switches of the switching arrangement, respectively.
    • 电压切换电路包括在接收第一电压的第一端子和接收第二电压的第二端子之间串联的给定数量N个开关的开关装置。 第一电压电平高于第二电压电平,并且N至少等于2.具有N-1个输出抽头的逐电压N分压器被布置成将第一电压除以N到缩小版本 的第一电压具有低于开关电压最大额定值的电压电平。 分配器的N-1个输出抽头被布置成分别输出具有分级低于第一电压电平的各级的N-1个第三电压。 N-1个最大电压发生器产生分别等于第二电压的最大值和N-1个第三电压的N-1个第四电压。 开关控制单元使用N-1个第四电压产生N个控制信号。 这些N个控制信号具有在第一电压电平和第二电压电平之间分级的相应电压电平。 此外,N个控制信号中的每一个分别控制开关装置的开关之一。
    • 3. 发明授权
    • Low drop-out voltage regulator and a method of providing a regulated voltage
    • 低压差稳压器和提供调节电压的方法
    • US09529374B2
    • 2016-12-27
    • US14785679
    • 2013-04-30
    • Jerome EnjalbertMarianne MaleyranJalal Ouaddah
    • Jerome EnjalbertMarianne MaleyranJalal Ouaddah
    • G05F1/30G05F1/575
    • G05F1/575
    • A low drop-out voltage regulator, an integrated circuit, a sensor and a method of providing a regulated voltage are provided. The low drop-out voltage regulator comprises a regulated voltage driver for providing the regulated voltage in response to a control voltage, a feedback-loop circuit for generating the control signal such that the regulated voltage driving circuit provides the regulated voltage, and a pull-up circuit for pulling up the regulated voltage to a supply voltage when a difference between the supply voltage and the control voltage is smaller than a predetermined threshold value. In the feedback-loop circuit a first feedback voltage or a second feedback voltage is generated, respectively, on basis of a first ratio and a second ratio between the feedback voltage and the regulated voltage. The second feedback voltage is generated instead of the first feedback voltage when the regulated voltage is pulled-up to the supply voltage.
    • 提供了一种低压差稳压器,集成电路,传感器和提供调节电压的方法。 低压降稳压器包括用于响应于控制电压提供调节电压的调节电压驱动器,用于产生控制信号的反馈回路电路,使得调节电压驱动电路提供调节电压, 用于在电源电压和控制电压之间的差小于预定阈值时将调节电压提升到电源电压。 在反馈回路中,基于反馈电压和调节电压之间的第一比例和第二比率分别产生第一反馈电压或第二反馈电压。 当调节电压上升到电源电压时,产生第二反馈电压而不是第一反馈电压。
    • 4. 发明授权
    • Power management arrangement for a mobile device
    • 移动设备的电源管理安排
    • US08339105B2
    • 2012-12-25
    • US12682452
    • 2007-10-17
    • Marianne MaleyranBertrand Clou
    • Marianne MaleyranBertrand Clou
    • H02J7/00
    • H02J1/10H02J7/0055H02J2001/008Y10T307/352
    • A power management arrangement for a mobile device comprising a digital circuit block and an analog circuit block, the power management arrangement being arranged to supply a first voltage to the analog circuit and a second voltage to the digital circuit, the power management arrangement comprising: an input unit adapted to receive input voltages from a plurality of power sources; a first voltage regulator coupled to the input unit and for supplying the first voltage; a second voltage regulator for supplying the second voltage and arranged to be selectively coupled to one of the first voltage regulator and input unit; and control logic adapted to select which of the received input voltages from the plurality of power sources provides power to the first and second voltage regulators, and to determine the magnitude of the first and second voltages supplied by the first and second voltage regulators.
    • 一种用于包括数字电路块和模拟电路块的移动设备的电源管理装置,所述电源管理装置被布置为向所述数字电路提供第一电压并将第二电压提供给所述数字电路,所述电源管理装置包括: 输入单元,适于从多个电源接收输入电压; 耦合到所述输入单元并用于提供所述第一电压的第一电压调节器; 第二电压调节器,用于提供所述第二电压并被布置为选择性地耦合到所述第一电压调节器和输入单元之一; 以及适于选择来自所述多个电源的所接收的输入电压中的哪一个为所述第一和第二稳压器提供电力以及确定由所述第一和第二电压调节器提供的所述第一和第二电压的大小的控制逻辑。
    • 5. 发明申请
    • POWER MANAGEMENT ARRANGEMENT FOR A MOBILE DEVICE
    • 移动设备的电源管理安排
    • US20100237696A1
    • 2010-09-23
    • US12682452
    • 2007-10-17
    • Marianne MaleyranBertrand Clou
    • Marianne MaleyranBertrand Clou
    • H02J1/00
    • H02J1/10H02J7/0055H02J2001/008Y10T307/352
    • A power management arrangement for a mobile device comprising a digital circuit block and an analog circuit block, the power management arrangement being arranged to supply a first voltage to the analog circuit and a second voltage to the digital circuit, the power management arrangement comprising: an input unit adapted to receive input voltages from a plurality of power sources; a first voltage regulator coupled to the input unit and for supplying the first voltage; a second voltage regulator for supplying the second voltage and arranged to be selectively coupled to one of the first voltage regulator and input unit; and control logic adapted to select which of the received input voltages from the plurality of power sources provides power to the first and second voltage regulators, and to determine the magnitude of the first and second voltages supplied by the first and second voltage regulators.
    • 一种用于包括数字电路块和模拟电路块的移动设备的电源管理装置,所述电源管理装置被布置为向所述数字电路提供第一电压并将第二电压提供给所述数字电路,所述电源管理装置包括: 输入单元,适于从多个电源接收输入电压; 耦合到所述输入单元并用于提供所述第一电压的第一电压调节器; 第二电压调节器,用于提供所述第二电压并被布置为选择性地耦合到所述第一电压调节器和输入单元之一; 以及适于选择来自所述多个电源的所接收的输入电压中的哪一个为所述第一和第二稳压器提供电力以及确定由所述第一和第二电压调节器提供的所述第一和第二电压的大小的控制逻辑。
    • 6. 发明授权
    • Voltage switching circuitry, integrated device and integrated circuit, and method of voltage switching
    • 电压开关电路,集成器件和集成电路,以及电压切换方法
    • US08890606B2
    • 2014-11-18
    • US13876531
    • 2010-10-27
    • Jerome EnjalbertMarianne Maleyran
    • Jerome EnjalbertMarianne Maleyran
    • G05F1/10G05F3/02H03K17/10
    • H03K17/102G05F3/02
    • A voltage switching circuitry comprises a switching arrangement with a given number N of switches in series between a first terminal receiving a first voltage and a second terminal receiving a second voltage. The first voltage level is higher than the second voltage level, and N is at least equal to 2. A voltage-by-N divider, having N−1 output taps, is arranged to divide the first voltage by N to a scaled down version of the first voltage having a voltage level below voltage max ratings of the switches. The N−1 output taps of the divider are arranged to respectively output N−1 third voltages having respective levels staged below the first voltage level. N−1 max voltage generators generate N−1 fourth voltages, respectively equal to the maximum of the second voltage and of each of the N−1 third voltages. A switch control unit generates N control signals using the N−1 fourth voltages. These N control signals have respective voltage levels staged between the first voltage level and the second voltage level. In addition, each of the N control signals controls one of the switches of the switching arrangement, respectively.
    • 电压切换电路包括在接收第一电压的第一端子和接收第二电压的第二端子之间串联的给定数量N个开关的开关装置。 第一电压电平高于第二电压电平,并且N至少等于2.具有N-1个输出抽头的逐电压N分压器被布置成将第一电压除以N到缩小版本 的第一电压具有低于开关电压最大额定值的电压电平。 分配器的N-1个输出抽头被布置成分别输出具有分级低于第一电压电平的各级的N-1个第三电压。 N-1个最大电压发生器产生分别等于第二电压的最大值和N-1个第三电压的N-1个第四电压。 开关控制单元使用N-1个第四电压产生N个控制信号。 这些N个控制信号具有在第一电压电平和第二电压电平之间分级的相应电压电平。 此外,N个控制信号中的每一个分别控制开关装置的开关之一。