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    • 13. 发明授权
    • Programmable buffer circuit
    • 可编程缓冲电路
    • US08063665B1
    • 2011-11-22
    • US12496612
    • 2009-07-01
    • Gajender RohillaEashwar ThiagarajanHarold KutzMonte MarMohandas Palatholmana Sivadasan
    • Gajender RohillaEashwar ThiagarajanHarold KutzMonte MarMohandas Palatholmana Sivadasan
    • H03K19/0175
    • H03K19/018585H03F3/387H03F3/45183H03M1/124H03M1/129
    • A buffer circuit includes an input configured to receive an input signal; and a buffer configured to generate an output signal based on the input signal. In an embodiment, the output signal has a linear relationship with the input signal when the input signal is within the input voltage range; and the buffer circuit further includes a level-shifting circuit coupled with the input, wherein the level shifting circuit determines an input voltage range, and wherein one of an upper limit and a lower limit of the input voltage range is within 50 millivolts from a supply rail voltage. In another embodiment, the buffer circuit further includes a programmable chopping module coupled with the buffer, wherein the programmable chopping module is programmable with a selected configuration from a plurality of configurations, and wherein the programmable chopping modulates the input signal based on the selected configuration. In yet another embodiment, the buffer circuit further includes a programmable output filter coupled with the buffer, wherein the programmable output filter is programmable with a selected configuration from a plurality of configurations, and wherein the programmable output filter filters a frequency band of the output signal based on the selected configuration.
    • 缓冲电路包括被配置为接收输入信号的输入; 以及配置为基于所述输入信号生成输出信号的缓冲器。 在一个实施例中,当输入信号在输入电压范围内时,输出信号与输入信号具有线性关系; 并且所述缓冲电路还包括与所述输入端耦合的电平移动电路,其中所述电平移位电路确定输入电压范围,并且其中所述输入电压范围的上限和下限之一在电源的50毫伏之内 轨电压。 在另一个实施例中,缓冲电路还包括与缓冲器耦合的可编程斩波模块,其中可编程斩波模块可根据多种配置以选定的配置进行编程,并且其中可编程斩波基于所选择的配置来调制输入信号。 在另一个实施例中,缓冲电路还包括与缓冲器耦合的可编程输出滤波器,其中可编程输出滤波器可根据多种配置以选定的配置进行编程,并且其中可编程输出滤波器对输出信号的频带进行滤波 基于所选配置。
    • 16. 发明授权
    • Configurable switched capacitor block
    • 可配置开关电容器块
    • US08436672B1
    • 2013-05-07
    • US13312398
    • 2011-12-06
    • Eashwar ThiagarajanHarold Kutz
    • Eashwar ThiagarajanHarold Kutz
    • G06F7/14G06G7/18G06G7/19
    • G06G7/18G06J1/00H03H19/00H03H2015/007
    • A configurable switched capacitor block includes a switched-capacitor (SC) sampling circuit, a fully differential amplifier, an SC feedback circuit, and a comparator. The SC sampling circuit is coupled to receive an input signal and to selectively generate a sampled signal to a differential input of the amplifier. The SC feedback circuit is coupled between the differential inputs and the differential outputs of the amplifier to selectively control a feedback of the amplifier. The comparator is coupled to the differential outputs of the amplifier to generate an output signal. The configurable switched capacitor block has multiple modes of operation which are selectable by programming the SC sampling circuit and the SC feedback circuit.
    • 可配置的开关电容器块包括开关电容(SC)采样电路,全差分放大器,SC反馈电路和比较器。 SC采样电路被耦合以接收输入信号并且选择性地产生到放大器的差分输入的采样信号。 SC反馈电路耦合在差分输入和放大器的差分输出之间,以选择性地控制放大器的反馈。 比较器耦合到放大器的差分输出以产生输出信号。 可配置的开关电容器模块具有多种工作模式,可通过编程SC采样电路和SC反馈电路进行选择。
    • 17. 发明授权
    • Configurable switched capacitor block
    • 可配置开关电容器块
    • US08248143B2
    • 2012-08-21
    • US13109215
    • 2011-05-17
    • Eashwar ThiagarajanHarold Kutz
    • Eashwar ThiagarajanHarold Kutz
    • G06F7/64G06G7/18G06G7/19
    • G06G7/18G06J1/00H03H19/00H03H2015/007
    • A configurable switched capacitor block includes a switched-capacitor (SC) sampling circuit, a fully differential amplifier, an SC feedback circuit, and a comparator. The SC sampling circuit is coupled to receive an input signal and to selectively generate a sampled signal to a differential input of the amplifier. The SC feedback circuit is coupled between the differential inputs and the differential outputs of the amplifier to selectively control a feedback of the amplifier. The comparator is coupled to the differential outputs of the amplifier to generate an output signal. The configurable switched capacitor block has multiple modes of operation which are selectable by programming the SC sampling circuit and the SC feedback circuit.
    • 可配置的开关电容器块包括开关电容(SC)采样电路,全差分放大器,SC反馈电路和比较器。 SC采样电路被耦合以接收输入信号并且选择性地产生到放大器的差分输入的采样信号。 SC反馈电路耦合在差分输入和放大器的差分输出之间,以选择性地控制放大器的反馈。 比较器耦合到放大器的差分输出以产生输出信号。 可配置的开关电容器模块具有多种工作模式,可通过编程SC采样电路和SC反馈电路进行选择。
    • 18. 发明授权
    • Configurable switched capacitor block
    • 可配置开关电容器块
    • US07679422B1
    • 2010-03-16
    • US11704589
    • 2007-02-08
    • Eashwar ThiagarajanHarold Kutz
    • Eashwar ThiagarajanHarold Kutz
    • G06F7/64G06G7/18G06G7/19
    • G06G7/18G06J1/00H03H19/00H03H2015/007
    • A configurable switched capacitor block includes a switched-capacitor (SC) sampling circuit, a fully differential amplifier, an SC feedback circuit, and a comparator. The SC sampling circuit is coupled to receive an input signal and to selectively generate a sampled signal to a differential input of the amplifier. The SC feedback circuit is coupled between the differential inputs and the differential outputs of the amplifier to selectively control a feedback of the amplifier. The comparator is coupled to the differential outputs of the amplifier to generate an output signal. The configurable switched capacitor block has multiple modes of operation which are selectable by programming the SC sampling circuit and the SC feedback circuit.
    • 可配置的开关电容器块包括开关电容(SC)采样电路,全差分放大器,SC反馈电路和比较器。 SC采样电路被耦合以接收输入信号并且选择性地产生到放大器的差分输入的采样信号。 SC反馈电路耦合在差分输入和放大器的差分输出之间,以选择性地控制放大器的反馈。 比较器耦合到放大器的差分输出以产生输出信号。 可配置的开关电容器模块具有多种工作模式,可通过编程SC采样电路和SC反馈电路进行选择。
    • 19. 发明申请
    • CONFIGURABLE SWITCHED CAPACITOR BLOCK
    • 可配置开关电容块
    • US20110221504A1
    • 2011-09-15
    • US13109215
    • 2011-05-17
    • Eashwar ThiagarajanHarold Kutz
    • Eashwar ThiagarajanHarold Kutz
    • G06F7/64
    • G06G7/18G06J1/00H03H19/00H03H2015/007
    • A configurable switched capacitor block includes a switched-capacitor (SC) sampling circuit, a fully differential amplifier, an SC feedback circuit, and a comparator. The SC sampling circuit is coupled to receive an input signal and to selectively generate a sampled signal to a differential input of the amplifier. The SC feedback circuit is coupled between the differential inputs and the differential outputs of the amplifier to selectively control a feedback of the amplifier. The comparator is coupled to the differential outputs of the amplifier to generate an output signal. The configurable switched capacitor block has multiple modes of operation which are selectable by programming the SC sampling circuit and the SC feedback circuit.
    • 可配置的开关电容器块包括开关电容(SC)采样电路,全差分放大器,SC反馈电路和比较器。 SC采样电路被耦合以接收输入信号并且选择性地产生到放大器的差分输入的采样信号。 SC反馈电路耦合在差分输入和放大器的差分输出之间,以选择性地控制放大器的反馈。 比较器耦合到放大器的差分输出以产生输出信号。 可配置的开关电容器模块具有多种工作模式,可通过编程SC采样电路和SC反馈电路进行选择。
    • 20. 发明授权
    • Configurable switched capacitor block
    • 可配置开关电容器块
    • US07961029B1
    • 2011-06-14
    • US12724378
    • 2010-03-15
    • Eashwar ThiagarajanHarold Kutz
    • Eashwar ThiagarajanHarold Kutz
    • G06F7/64G06G7/18G06G7/19
    • G06G7/18G06J1/00H03H19/00H03H2015/007
    • A configurable switched capacitor block includes a switched-capacitor (SC) sampling circuit, a fully differential amplifier, an SC feedback circuit, and a comparator. The SC sampling circuit is coupled to receive an input signal and to selectively generate a sampled signal to a differential input of the amplifier. The SC feedback circuit is coupled between the differential inputs and the differential outputs of the amplifier to selectively control a feedback of the amplifier. The comparator is coupled to the differential outputs of the amplifier to generate an output signal. The configurable switched capacitor block has multiple modes of operation which are selectable by programming the SC sampling circuit and the SC feedback circuit.
    • 可配置的开关电容器块包括开关电容(SC)采样电路,全差分放大器,SC反馈电路和比较器。 SC采样电路被耦合以接收输入信号并且选择性地产生到放大器的差分输入的采样信号。 SC反馈电路耦合在差分输入和放大器的差分输出之间,以选择性地控制放大器的反馈。 比较器耦合到放大器的差分输出以产生输出信号。 可配置的开关电容器模块具有多种工作模式,可通过编程SC采样电路和SC反馈电路进行选择。