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    • 3. 发明申请
    • Dynamic Level Shifter Circuit
    • 动态电平变换器电路
    • US20140340136A1
    • 2014-11-20
    • US14277269
    • 2014-05-14
    • Dialog Semiconductor GmbH
    • Mykhaylo Teplechuk
    • H03K3/356
    • H03K3/356182H03K3/012H03K3/35613H03K19/018592
    • A level shifter does not require any DC (standby) current consumption and has a fast operation with low propagation delay. The level shifting from input to output voltage ranges is performed by a pair of level shifting capacitors. The input-output power voltages domains are unrestricted and flexible. DC isolation is deployed between power domains. Symmetrical rise/fall times are without duty cycle distortion. Over voltage stress is reduced by using metal capacitors. Finally the level shifter does not use high-voltage devices for level shifting purpose. Embodiments of level shifters provide one-way level shifting and bi-directional level shifting.
    • 电平移位器不需要任何DC(待机)电流消耗,并且具有低传播延迟的快速操作。 从输入电压范围的电平转换由一对电平移位电容器执行。 输入输出电源电压域是无限制和灵活的。 直流隔离部署在电源域之间。 对称上升/下降时间没有占空比失真。 使用金属电容可以降低过压应力。 最后,电平转换器不使用高压器件进行电平转换。 电平移位器的实施例提供单向电平转换和双向电平转换。
    • 9. 发明授权
    • Dynamic level shifter circuit
    • 动态电平转换电路
    • US09197200B2
    • 2015-11-24
    • US14277269
    • 2014-05-14
    • Dialog Semiconductor GmbH
    • Mykhaylo Teplechuk
    • H03K5/00H03K3/356H03K19/0185
    • H03K3/356182H03K3/012H03K3/35613H03K19/018592
    • A level shifter does not require any DC (standby) current consumption and has a fast operation with low propagation delay. The level shifting from input to output voltage ranges is performed by a pair of level shifting capacitors. The input-output power voltages domains are unrestricted and flexible. DC isolation is deployed between power domains. Symmetrical rise/fall times are without duty cycle distortion. Over voltage stress is reduced by using metal capacitors. Finally the level shifter does not use high-voltage devices for level shifting purpose. Embodiments of level shifters provide one-way level shifting and bi-directional level shifting.
    • 电平移位器不需要任何DC(待机)电流消耗,并且具有低传播延迟的快速操作。 从输入电压范围的电平转换由一对电平移位电容器执行。 输入输出电源电压域是无限制和灵活的。 直流隔离部署在电源域之间。 对称上升/下降时间没有占空比失真。 使用金属电容可以降低过压应力。 最后,电平转换器不使用高压器件进行电平转换。 电平移位器的实施例提供单向电平转换和双向电平转换。
    • 10. 发明申请
    • Method and Apparatus for DC-DC Converter with Boost/Low Dropout (LDO) Mode Control
    • 具有升压/低压差(LDO)模式控制的DC-DC转换器的方法和装置
    • US20150177754A1
    • 2015-06-25
    • US14147667
    • 2014-01-06
    • Dialog Semiconductor GmbH
    • Zakaria MengadMykhaylo Teplechuk
    • G05F1/56
    • G05F1/56G05F1/575G05F1/59G05F1/618H02M3/158H02M2001/0045
    • A low dropout (LDO) device with improved linear mode comprising an error amplifier, a programmable attenuation factor circuit coupled to said error amplifier, a feedback network whose input is electrically connected to said programmable attenuation factor circuit and whose output is electrically coupled to the negative input of said error amplifier, a high side (HS) pre-drive circuit whose input is a high impedance (HiZ) mode signal, a low side (LS) pre-drive circuit whose input is a low pull-down input mode signal, a high side (HS) output stage element electrically coupled to said high side (HS) pre-drive circuit, a low side (LS) output stage element electrically coupled to said low side (LS) pre-drive circuit, and a high side sense (HSENSE) output stage element whose gate is electrically coupled to said high side (HS) pre-drive circuit, and whose gate and source are electrically connected to the output of said error amplifier.
    • 具有改进的线性模式的低压差(LDO)装置包括误差放大器,耦合到所述误差放大器的可编程衰减因子电路,其输入电连接到所述可编程衰减因子电路并且其输出电耦合到负的反馈网络 所述误差放大器的输入,输入为高阻抗(HiZ)模式信号的高边(HS)预驱动电路,输入为低下拉输入模式信号的低侧(LS)预驱动电路, 电耦合到所述高侧(HS)预驱动电路的高侧(HS)输出级元件,电耦合到所述低侧(LS)预驱动电路的低侧(LS)输出级元件,以及高侧 感测(HSENSE)输出级元件,其栅极电耦合到所述高侧(HS)预驱动电路,并且其栅极和源极电连接到所述误差放大器的输出。