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    • 3. 发明申请
    • Sensing circuit
    • 感应电路
    • US20050201169A1
    • 2005-09-15
    • US11061104
    • 2005-02-18
    • Nicolas DemangeAntonino ConteSalvatore PrecisoAlfredo Signorello
    • Nicolas DemangeAntonino ConteSalvatore PrecisoAlfredo Signorello
    • G01N27/00G11C7/06G11C7/10G11C7/14G11C16/28
    • G11C7/062G11C7/14G11C16/28
    • A sensing circuit (120) for sensing currents, including: a measure circuit branch (132i), having a measure node for receiving an input current (Ic) to be sensed, for converting the input current into a corresponding input voltage (V−); at least one comparison circuit branch (132o), having a comparison node for receiving a comparison current (Igs), for converting the comparison current into a corresponding comparison voltage (V+); and at least one voltage comparator (140) for comparing the input and comparison voltages, and a comparison current generating circuit (N3s, 135; N3s, 135′; N3s, 135″) for generating the comparison current based on a reference current (Ir). The comparison current generating circuit includes at least one voltage generator (135; 135′; 135″). A memory device using the sensing circuit and a method are also provided.
    • 一种用于感测电流的感测电路(120),包括:测量电路分支(132i),具有用于接收待感测的输入电流(Ic)的测量节点,用于将输入电流转换成对应的输入电压(V- ); 至少一个比较电路分支(132o),具有用于接收比较电流(Igs)的比较节点,用于将比较电流转换成对应的比较电压(V +); 以及用于比较输入和比较电压的至少一个电压比较器(140)和用于产生比较电流的比较电流产生电路(N 3 s,135; N 3 s,135'; N 3 s,135“) 基于参考电流(Ir)。 比较电流产生电路包括至少一个电压发生器(135; 135'; 135“)。 还提供了使用感测电路的存储器件和方法。
    • 4. 发明授权
    • Sensing circuit
    • 感应电路
    • US07170790B2
    • 2007-01-30
    • US11061104
    • 2005-02-18
    • Nicolas DemangeAntonino ConteSalvatore PrecisoAlfredo Signorello
    • Nicolas DemangeAntonino ConteSalvatore PrecisoAlfredo Signorello
    • G11C16/06
    • G11C7/062G11C7/14G11C16/28
    • A sensing circuit (120) for sensing currents, including: a measure circuit branch (132i), having a measure node for receiving an input current (Ic) to be sensed, for converting the input current into a corresponding input voltage (V−); at least one comparison circuit branch (132o), having a comparison node for receiving a comparison current (Igs), for converting the comparison current into a corresponding comparison voltage (V+); and at least one voltage comparator (140) for comparing the input and comparison voltages, and a comparison current generating circuit (N3s, 135; N3s, 135′; N3s, 135″) for generating the comparison current based on a reference current (Ir). The comparison current generating circuit includes at least one voltage generator (135; 135′; 135″). A memory device using the sensing circuit and a method are also provided.
    • 一种用于感测电流的感测电路(120),包括:测量电路分支(132i),具有用于接收待感测的输入电流(Ic)的测量节点,用于将输入电流转换成对应的输入电压(V- ); 至少一个比较电路分支(132o),具有用于接收比较电流(Igs)的比较节点,用于将比较电流转换成对应的比较电压(V +); 以及用于比较输入和比较电压的至少一个电压比较器(140)和用于产生比较电流的比较电流产生电路(N 3 s,135; N 3 s,135'; N 3 s,135“) 基于参考电流(Ir)。 比较电流产生电路包括至少一个电压发生器(135; 135'; 135“)。 还提供了使用感测电路的存储器件和方法。
    • 6. 发明授权
    • Level-shifter circuit using low-voltage transistors
    • 电平移位电路采用低压晶体管
    • US08587360B2
    • 2013-11-19
    • US13435262
    • 2012-03-30
    • Carmelo UcciardelloAntonino ConteAlfredo Signorello
    • Carmelo UcciardelloAntonino ConteAlfredo Signorello
    • H03L5/00
    • H03K17/102H03K3/356113
    • A level-shifter circuit may include a pair of inputs which receive a first and a second low-voltage phase signal having a first voltage dynamic with a first maximum value. The level-shifter circuit may also include a pair of outputs which supply a first high-voltage phase signal and a second high-voltage phase signal, level-shifted with respect to the low-voltage signals and having a second voltage dynamic with a second maximum value, higher than the first maximum value. The level-shifter circuit may further include transfer transistors coupled between one of a first reference terminal and a second reference terminal, which are set at one of a first reference voltage and a second reference voltage, and the first output or second output. Protection elements may be coupled to a respective transfer transistor to protect from overvoltages between at least one of the corresponding conduction terminals and control terminals.
    • 电平移动器电路可以包括一对输入,其接收具有第一最大值的具有第一电压动态的第一和第二低电压相位信号。 电平移位器电路还可以包括一对输出,其提供相对于低电压信号电平移位的第一高电压相位信号和第二高电压相位信号,并且具有第二电压动态的第二高电压相位信号 最大值,高于第一个最大值。 电平移位器电路还可以包括耦合在第一参考端子和第二参考端子之一中的传输晶体管,其被设置为第一参考电压和第二参考电压之一以及第一输出或第二输出。 保护元件可以耦合到相应的传输晶体管,以防止在相应的导电端子和控制端子中的至少一个之间的过电压。
    • 9. 发明授权
    • Voltage shifter for high voltage operations
    • 电压转换器用于高压操作
    • US08406068B2
    • 2013-03-26
    • US12884380
    • 2010-09-17
    • Enrico CastaldoGianbattista Lo GiudiceAlfredo Signorello
    • Enrico CastaldoGianbattista Lo GiudiceAlfredo Signorello
    • G11C7/00
    • H03K3/35613H03K19/018528
    • A voltage shifter has a supply line receiving a supply voltage that varies between a first operating value in a first operating condition and a second high operating value, in a second operating condition. A latch stage is connected to an output branch and to a selection circuit, which receives a selection signal that controls switching of the latch stage. The latch stage is coupled to the supply line and to a reference potential line, which receives a reference voltage that can vary between a first reference value, when the supply voltage has the first operating value, and a second reference value, higher than the first reference value, when the supply voltage has the second operating value. An uncoupling stage is arranged between the latch stage and the selection circuit and uncouples them in the second operating condition, when the supply voltage and the reference voltage are at their second, high, value.
    • 电压移位器具有在第二操作状态下接收在第一操作状态下的第一操作值和第二高操作值之间变化的电源电压的电源线。 锁存级连接到输出分支和选择电路,选择电路接收控制锁存级的切换的选择信号。 锁存级耦合到电源线和参考电位线,该参考电位线接收参考电压,该参考电压可以在电源电压具有第一操作值时在第一参考值和第二参考值之间变化,第二参考值高于第一参考值 参考值,当电源电压具有第二个工作值时。 当电源电压和参考电压处于其第二,高值时,在锁存级和选择电路之间布置解耦级并且在第二操作条件下使它们断开。