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    • 3. 发明授权
    • Charge pump circuit suitable for low-voltage process
    • 电荷泵电路适用于低压工艺
    • US07145382B2
    • 2006-12-05
    • US10861359
    • 2004-06-07
    • Ming-Dou KerChia-Sheng Tsai
    • Ming-Dou KerChia-Sheng Tsai
    • G05F3/24
    • H02M3/073H02M2003/075H02M2003/077
    • The present invention discloses a charge pump circuit suitable for a low-voltage process. The charge pump circuit is composed of stages of the voltage amplifying circuits connected each other, and the operation of two adjacent stages of voltage amplifying circuit is controlled by two opposite set of the timing signals. Each stage of the voltage amplifying circuit has a coupled pair of a first complementary MOS (CMOS) transistor and a second CMOS transistor switching in accordance with a timing signal and an inverse timing signal inputted into the first and second capacitors. Then, two diode devices guide charges to next stage, and a voltage higher than the integrated circuit voltage source is outputted. The present invention has advantage of high pumping gain, and the reliability issue of the gate oxide layer in the low-voltage process can be also solved.
    • 本发明公开了一种适用于低电压工艺的电荷泵电路。 电荷泵电路由彼此连接的电压放大电路的级构成,并且两个相邻级的电压放大电路的操作由两组相反的定时信号控制。 电压放大电路的每一级具有根据输入到第一和第二电容器的定时信号和反相定时信号的耦合对第一互补MOS(CMOS)晶体管和第二CMOS晶体管切换。 然后,两个二极管器件将电荷引导到下一级,并且输出高于集成电路电压源的电压。 本发明具有高泵浦增益的优点,并且还可以解决低压工艺中栅氧化层的可靠性问题。
    • 4. 发明申请
    • Charge pump circuit suitable for low-voltage process
    • 电荷泵电路适用于低压工艺
    • US20050146375A1
    • 2005-07-07
    • US10861359
    • 2004-06-07
    • Ming-Dou KerChia-Sheng Tsai
    • Ming-Dou KerChia-Sheng Tsai
    • G05F3/02G11C16/06H02M3/07
    • H02M3/073H02M2003/075H02M2003/077
    • The present invention discloses a charge pump circuit suitable for a low-voltage process. The charge pump circuit is composed of stages of the voltage amplifying circuits connected each other, and the operation of two adjacent stages of voltage amplifying circuit is controlled by two opposite set of the timing signals. Each stage of the voltage amplifying circuit has a coupled pair of a first complementary MOS (CMOS) transistor and a second CMOS transistor switching in accordance with a timing signal and an inverse timing signal inputted into the first and second capacitors. Then, two diode devices guide charges to next stage, and a voltage higher than the integrated circuit voltage source is outputted. The present invention has advantage of high pumping gain, and the reliability issue of the gate oxide layer in the low-voltage process can be also solved.
    • 本发明公开了一种适用于低电压工艺的电荷泵电路。 电荷泵电路由彼此连接的电压放大电路的级构成,并且两个相邻级的电压放大电路的操作由两组相反的定时信号控制。 电压放大电路的每一级具有根据输入到第一和第二电容器的定时信号和反相定时信号的耦合对第一互补MOS(CMOS)晶体管和第二CMOS晶体管切换。 然后,两个二极管器件将电荷引导到下一级,并且输出高于集成电路电压源的电压。 本发明具有高泵浦增益的优点,并且还可以解决低压工艺中栅氧化层的可靠性问题。
    • 6. 发明申请
    • Digital microphone system and method thereof
    • 数字麦克风系统及其方法
    • US20070239438A1
    • 2007-10-11
    • US11730939
    • 2007-04-05
    • Tsung-Peng ChuangChia-Sheng Tsai
    • Tsung-Peng ChuangChia-Sheng Tsai
    • G10L21/00
    • G10L19/00H04R1/005
    • A digital microphone system and a method thereof are described. The digital microphone comprises a receiving unit, an amplifier, a modulator, an audio processing unit and a high definition audio link. After the receiving unit receives an analog audio signal, the analog audio signal is amplified by the amplifier. The analog audio signal is then converted into a first digital data by the modulator. The high definition audio link is set between the modulator and the audio processing unit for transmitting the first digital data. The audio processing unit comprises a digital filter for converting the first digital data into a second digital data. The audio processing unit and the digital filter are integrated and implemented by software.
    • 描述了数字麦克风系统及其方法。 数字麦克风包括接收单元,放大器,调制器,音频处理单元和高清晰度音频链路。 在接收单元接收模拟音频信号之后,模拟音频信号被放大器放大。 然后,模拟音频信号由调制器转换成第一数字数据。 高分辨率音频链路设置在调制器和音频处理单元之间,用于发送第一数字数据。 音频处理单元包括用于将第一数字数据转换为第二数字数据的数字滤波器。 音频处理单元和数字滤波器由软件集成和实现。