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    • 1. 发明授权
    • System and method for improving linearity of electronic circuits with mechanical oscillators
    • 用机械振荡器提高电子线路的线性度的系统和方法
    • US07626530B2
    • 2009-12-01
    • US12113404
    • 2008-05-01
    • Christoph LangJohan Vanderhaegen
    • Christoph LangJohan Vanderhaegen
    • H03M1/06
    • H03M1/1042H03M1/12
    • A system converts an analog input signal to an output signal in a very linear manner using very low chip area and very low power consumption. The system includes a micro electromechanical oscillating signal source for generating a linearly varying oscillating signal, an analog signal generator coupled to the micro electromechanical oscillating signal source, the analog signal generator being configured to convert the linearly varying oscillating signal to an electrical analog signal, a minimum transistor circuit having an input for receiving an analog signal, a switch that selectively couples the electrical analog signal to the input of the minimum transistor circuit, the minimum transistor circuit being configured to process the electrical analog signal and generate digital output values, an error detection circuit coupled to the minimum transistor circuit to detect non-linearity errors in the digital output values, and a linearity correction circuit coupled to the error detection circuit, the linearity correction circuit being configured to compensate for the non-linearity errors detected by the error detection circuit.
    • 系统使用非常低的芯片面积和非常低的功耗,以非常线性的方式将模拟输入信号转换为输出信号。 该系统包括用于产生线性变化的振荡信号的微机电振荡信号源,耦合到微机电振荡信号源的模拟信号发生器,模拟信号发生器被配置为将线性变化振荡信号转换为电模拟信号, 具有用于接收模拟信号的输入的最小晶体管电路,选择性地将电模拟信号耦合到最小晶体管电路的输入的开关,最小晶体管电路被配置为处理电模拟信号并产生数字输出值,误差 检测电路耦合到所述最小晶体管电路以检测所述数字输出值中的非线性误差;以及线性校正电路,耦合到所述误差检测电路,所述线性校正电路被配置为补偿由所述误差检测到的非线性误差 检测电路。
    • 2. 发明申请
    • SYSTEM AND METHOD FOR IMPROVING LINEARITY OF ELECTRONIC CIRCUITS WITH MECHANICAL OSCILLATORS
    • 用于改善电子电路与机械振荡器的线性关系的系统和方法
    • US20090273499A1
    • 2009-11-05
    • US12113404
    • 2008-05-01
    • Christoph LangJohan Vanderhaegen
    • Christoph LangJohan Vanderhaegen
    • H03M1/12
    • H03M1/1042H03M1/12
    • A system converts an analog input signal to an output signal in a very linear manner using very low chip area and very low power consumption. The system includes a micro electromechanical oscillating signal source for generating a linearly varying oscillating signal, an analog signal generator coupled to the micro electromechanical oscillating signal source, the analog signal generator being configured to convert the linearly varying oscillating signal to an electrical analog signal, a minimum transistor circuit having an input for receiving an analog signal, a switch that selectively couples the electrical analog signal to the input of the minimum transistor circuit, the minimum transistor circuit being configured to process the electrical analog signal and generate digital output values, an error detection circuit coupled to the minimum transistor circuit to detect non-linearity errors in the digital output values, and a linearity correction circuit coupled to the error detection circuit, the linearity correction circuit being configured to compensate for the non-linearity errors detected by the error detection circuit.
    • 系统使用非常低的芯片面积和非常低的功耗,以非常线性的方式将模拟输入信号转换为输出信号。 该系统包括用于产生线性变化的振荡信号的微机电振荡信号源,耦合到微机电振荡信号源的模拟信号发生器,模拟信号发生器被配置为将线性变化振荡信号转换为电模拟信号, 具有用于接收模拟信号的输入的最小晶体管电路,选择性地将电模拟信号耦合到最小晶体管电路的输入的开关,最小晶体管电路被配置为处理电模拟信号并产生数字输出值,误差 检测电路耦合到所述最小晶体管电路以检测所述数字输出值中的非线性误差;以及线性校正电路,耦合到所述误差检测电路,所述线性校正电路被配置为补偿由所述误差检测到的非线性误差 检测电路。