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    • 5. 发明授权
    • Bandgap reference circuit with reduced power consumption
    • 带隙参考电路,功耗降低
    • US07839202B2
    • 2010-11-23
    • US11866120
    • 2007-10-02
    • Susanta SenguptaKenneth Charles BarnettYunfei Feng
    • Susanta SenguptaKenneth Charles BarnettYunfei Feng
    • G05F1/10
    • G05F3/30
    • A bandgap voltage reference circuit and methods for generating a bandgap reference voltage are disclosed. An operational amplifier receives first and second input voltages from a first and second current path, respectively. A buffer stage is coupled to an output of the operational amplifier and generates third and fourth voltages on the first and second path. A temperature dependent current is generated using the third and fourth voltages in combination with a first diode, second diode and a resistor. A third current path mirrors the temperature dependent current and a temperature independent voltage is generated for the bandgap reference voltage in the third current path using the temperature dependent current in combination with a second resistor and related diode.
    • 公开了一种带隙电压参考电路和用于产生带隙基准电压的方法。 运算放大器分别从第一和第二电流路径接收第一和第二输入电压。 缓冲级耦合到运算放大器的输出,并在第一和第二路径上产生第三和第四电压。 使用与第一二极管,第二二极管和电阻器组合的第三和第四电压产生与温度相关的电流。 第三电流通路反映温度相关电流,并且使用与第二电阻器和相关二极管组合的温度相关电流,在第三电流通路中为带隙参考电压产生与温度无关的电压。
    • 6. 发明申请
    • CAPACITANCE MULTIPLIER CIRCUIT
    • 电容乘法器电路
    • US20090237143A1
    • 2009-09-24
    • US12053388
    • 2008-03-21
    • Susanta SenguptaKenneth Charles Barnett
    • Susanta SenguptaKenneth Charles Barnett
    • H03H11/40H04B1/10
    • H03H11/405H03F3/45183H03F3/45659H03F2200/456H03F2203/45318H03F2203/45526H03F2203/45646H03H11/0416H03H11/483
    • A capacitance multiplier circuit is configured to sense a current through a capacitor in an RC filter of the circuit and to multiply the current so as to achieve a capacitance multiplier effect without adding additional circuitry or requiring additional power. The circuit includes an RC filter, a first signal path connected to a filter output, and a second signal path connected to an input to the filter. A current output through the filter (iout) is split between the two paths, sensed in the first path and multiplied in the second path. The multiplied current is fed back from the second path to the filter input to raise the effective capacitance of capacitor C. The capacitance multiplier circuit, in raising the effective capacitance of the capacitor in the filter, does not affect the frequency response, linearity performance and/or stability of the overall circuit.
    • 电容乘法器电路被配置为感测通过电路的RC滤波器中的电容器的电流,并且乘以电流以实现电容倍增器效应,而不增加附加电路或需要额外的功率。 电路包括RC滤波器,连接到滤波器输出的第一信号路径和连接到滤波器的输入端的第二信号路径。 通过滤波器(iout)的电流输出在两条路径之间分开,在第一路径中感测并在第二条路径中相乘。 倍增电流从第二路径反馈到滤波器输入,以提高电容器C的有效电容。电容乘法器电路在提高滤波器中的电容器的有效电容时不影响频率响应,线性性能和 /或整体电路的稳定性。
    • 7. 发明申请
    • BANDGAP REFERENCE CIRCUIT WITH REDUCED POWER CONSUMPTION
    • 具有降低功耗的带宽参考电路
    • US20090085549A1
    • 2009-04-02
    • US11866120
    • 2007-10-02
    • Susanta SenguptaKenneth Charles BarnettYunfei Feng
    • Susanta SenguptaKenneth Charles BarnettYunfei Feng
    • G05F3/16G05F3/02
    • G05F3/30
    • A bandgap voltage reference circuit and methods for generating a bandgap reference voltage are disclosed. An operational amplifier receives first and second input voltages from a first and second current path, respectively. A buffer stage is coupled to an output of the operational amplifier and generates third and fourth voltages on the first and second path. A temperature dependent current is generated using the third and fourth voltages in combination with a first diode, second diode and a resistor. A third current path mirrors the temperature dependent current and a temperature independent voltage is generated for the bandgap reference voltage in the third current path using the temperature dependent current in combination with a second resistor and related diode.
    • 公开了一种带隙电压参考电路和用于产生带隙基准电压的方法。 运算放大器分别从第一和第二电流路径接收第一和第二输入电压。 缓冲级耦合到运算放大器的输出,并在第一和第二路径上产生第三和第四电压。 使用与第一二极管,第二二极管和电阻器组合的第三和第四电压产生与温度相关的电流。 第三电流通路反映温度相关电流,并且使用与第二电阻器和相关二极管组合的温度相关电流,在第三电流通路中为带隙参考电压产生与温度无关的电压。
    • 10. 发明授权
    • Capacitance multiplier circuit
    • 电容倍增电路
    • US07598793B1
    • 2009-10-06
    • US12053388
    • 2008-03-21
    • Susanta SenguptaKenneth Charles Barnett
    • Susanta SenguptaKenneth Charles Barnett
    • H03H11/40
    • H03H11/405H03F3/45183H03F3/45659H03F2200/456H03F2203/45318H03F2203/45526H03F2203/45646H03H11/0416H03H11/483
    • A capacitance multiplier circuit is configured to sense a current through a capacitor in an RC filter of the circuit and to multiply the current so as to achieve a capacitance multiplier effect without adding additional circuitry or requiring additional power. The circuit includes an RC filter, a first signal path connected to a filter output, and a second signal path connected to an input to the filter. A current output through the filter (iout) is split between the two paths, sensed in the first path and multiplied in the second path. The multiplied current is fed back from the second path to the filter input to raise the effective capacitance of capacitor C. The capacitance multiplier circuit, in raising the effective capacitance of the capacitor in the filter, does not affect the frequency response, linearity performance and/or stability of the overall circuit.
    • 电容乘法器电路被配置为感测通过电路的RC滤波器中的电容器的电流,并且乘以电流以实现电容倍增器效应,而不增加附加电路或需要额外的功率。 电路包括RC滤波器,连接到滤波器输出的第一信号路径和连接到滤波器的输入端的第二信号路径。 通过滤波器(iout)的电流输出在两条路径之间分开,在第一路径中感测并在第二条路径中相乘。 倍增电流从第二路径反馈到滤波器输入,以提高电容器C的有效电容。电容乘法器电路在提高滤波器中的电容器的有效电容时不影响频率响应,线性性能和 /或整体电路的稳定性。