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    • 6. 发明申请
    • Low-dropout voltage regulator with a voltage slew rate efficient transient response boost circuit
    • 低压差稳压器,具有电压摆率高效瞬态响应升压电路
    • US20070241728A1
    • 2007-10-18
    • US11708725
    • 2007-02-20
    • Frederic Demolli
    • Frederic Demolli
    • G05F1/00
    • G05F1/575
    • A low-dropout (LDO) voltage regulator for generating an output voltage is disclosed. The voltage regulator includes a startup circuit, a curvature corrected bandgap circuit, an error amplifier, a metal oxide semiconductor (MOS) pass device and a voltage slew rate efficient transient response boost circuit. The MOS pass device has a gate node which is coupled to the output of the error amplifier, and a drain node for generating the output voltage. The voltage slew rate efficient transient response boost circuit applies a voltage to the gate node of the MOS pass device to accelerate the response time of the error amplifier in enabling the LDO voltage regulator to reach its final regulated output voltage when an output voltage drop occurs in the LDO voltage regulator.
    • 公开了一种用于产生输出电压的低压差(LDO)电压调节器。 电压调节器包括启动电路,曲率校正带隙电路,误差放大器,金属氧化物半导体(MOS)通过装置和电压摆率有效的瞬态响应升压电路。 MOS通过器件具有耦合到误差放大器的输出的栅极节点和用于产生输出电压的漏极节点。 电压转换速率有效的瞬态响应升压电路向MOS通过器件的栅极节点施加电压,以加速误差放大器的响应时间,使LDO电压调节器在发生输出电压降时达到其最终稳压输出电压 LDO稳压器。
    • 8. 发明申请
    • THRESHOLD VOLTAGE METHOD AND APPARATUS FOR ESD PROTECTION
    • 阈值电压方法和ESD保护装置
    • US20100277841A1
    • 2010-11-04
    • US12839204
    • 2010-07-19
    • Antoine RiviereFrederic DemolliDavid Bernard
    • Antoine RiviereFrederic DemolliDavid Bernard
    • H02H9/04
    • H01L27/0285
    • An electrostatic discharge protection circuit comprises a comparator coupled between a power supply terminal and ground. The comparator responds to an electrostatic discharge event producing a trigger signal at a comparator output. The comparator comprises a first and second current mirror. The first and second current mirrors each comprise a sense device and a mirror device. The mirror devices are coupled in series between the power supply terminal and ground. The first mirror device produces an incident current and the second mirror device receives an absorption current. With a supply voltage on the power supply terminal equal to or greater than a trigger supply voltage, the absorption current exceeds the incident current and produces a trigger signal at the comparator output. The trigger signal activates a shunt device that shunts current from the power supply terminal to ground.
    • 静电放电保护电路包括耦合在电源端子和地之间的比较器。 比较器响应于在比较器输出端产生触发信号的静电放电事件。 比较器包括第一和第二电流镜。 第一和第二电流镜各自包括感测装置和反射镜装置。 镜装置串联在电源端和地之间。 第一镜装置产生入射电流,第二镜装置接收吸收电流。 在电源端子上的电源电压等于或大于触发电源电压时,吸收电流超过入射电流,并在比较器输出端产生触发信号。 触发信号激活一个分流器件,它将电流从电源端子分流到地。
    • 10. 发明申请
    • THRESHOLD VOLTAGE METHOD AND APPARATUS FOR ESD PROTECTION
    • 阈值电压方法和ESD保护装置
    • US20080304191A1
    • 2008-12-11
    • US11759351
    • 2007-06-07
    • Antoine RiviereFrederic DemolliDavid Bernard
    • Antoine RiviereFrederic DemolliDavid Bernard
    • H02H3/20H02H9/02H02H9/04
    • H01L27/0285
    • An electrostatic discharge protection circuit comprises a comparator coupled between a power supply terminal and ground. The comparator responds to an electrostatic discharge event producing a trigger signal at a comparator output. The comparator comprises a first and second current mirror. The first and second current mirrors each comprise a sense device and a mirror device. The mirror devices are coupled in series between the power supply terminal and ground. The first mirror device produces an incident current and the second mirror device receives an absorption current. With a supply voltage on the power supply terminal equal to or greater than a trigger supply voltage, the absorption current exceeds the incident current and produces a trigger signal at the comparator output. The trigger signal activates a shunt device that shunts current from the power supply terminal to ground.
    • 静电放电保护电路包括耦合在电源端子和地之间的比较器。 比较器响应于在比较器输出端产生触发信号的静电放电事件。 比较器包括第一和第二电流镜。 第一和第二电流镜各自包括感测装置和反射镜装置。 镜装置串联在电源端和地之间。 第一镜装置产生入射电流,第二镜装置接收吸收电流。 在电源端子上的电源电压等于或大于触发电源电压时,吸收电流超过入射电流,并在比较器输出端产生触发信号。 触发信号激活一个分流器件,它将电流从电源端子分流到地。