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    • 3. 发明授权
    • Current mirror for an integrated circuit
    • 集成电路的电流镜
    • US06825710B2
    • 2004-11-30
    • US10421960
    • 2003-04-24
    • Michael Moyal
    • Michael Moyal
    • G05F324
    • G05F3/262
    • An integrated circuit arrangement comprising a reference-current source device for providing a reference current (Iin) and comprising a current mirror device for mirroring the reference current (Iin) to an output current (Iout), wherein the current mirror device comprises a first FET (Q1), operated in saturation, whose channel carries the reference current; as well as a second FET (Q2), operated in saturation, whose channel carries the output current, wherein the gate connections of the two FETs (Q1, Q2) are interconnected in order to ensure identical control voltages (Vgs) at these two FETs (Q1, Q2), wherein at a channel connection of the first FET (Q1), a node for generating the reference current (Iin) carried by the channel of this FET is provided from several reference-current components (Iin1, Iin2), wherein the reference-current components are provided at the node by the reference-current source device, and one (Iin2) of the reference-current components (Iin1, Iin2) is carried by way of a resistance element (Qr) which is connected between the node and the gate connection of the first FET (Q1).
    • 一种集成电路装置,包括用于提供参考电流(Iin)的参考电流源装置,并且包括用于将参考电流(Iin)镜像到输出电流(Iout)的电流镜装置,其中电流镜装置包括第一FET (Q1),饱和运行,其通道承载参考电流; 以及在饱和状态下工作的第二FET(Q2),其通道承载输出电流,其中两个FET(Q1,Q2)的栅极连接互连,以确保在这两个FET处的相同的控制电压(Vgs) (Q1,Q2),其中在第一FET(Q1)的沟道连接处,由多个参考电流分量(Iin1,Iin2)提供用于产生由该FET的沟道承载的参考电流(Iin)的节点, 其中所述参考电流分量由所述参考电流源装置设置在所述节点处,并且所述参考电流分量(Iin1,Iin2)中的一个(Iin2)通过电阻元件(Qr)承载,所述电阻元件连接在 第一FET(Q1)的节点和栅极连接。
    • 4. 发明授权
    • High speed sense amplifier
    • 高速读出放大器
    • US06798252B2
    • 2004-09-28
    • US10110173
    • 2002-10-28
    • Martin EkkartRiccio EttoreMichael MoyalDirk Schulz
    • Martin EkkartRiccio EttoreMichael MoyalDirk Schulz
    • G01R1900
    • G11C7/062G11C7/067G11C2207/063
    • A high-speed sense current amplifier with a low power consumption for a memory cell, the sense current amplifier having: a first current mirror circuit, which amplifies a memory signal current received from the memory cell via a memory signal line and outputs it at a signal output of the sense current amplifier; a second current mirror circuit, which generates a setting current in a manner dependent on the received memory signal current; and an adjustable reference current source, which outputs a reference current to the signal output of the sense current amplifier, the magnitude of the output reference current being set, via a setting line, in a manner dependent on the setting current generated by the second current mirror circuit.
    • 一种用于存储单元具有低功耗的高速感测电流放大器,该感测电流放大器具有:第一电流镜电路,其经由存储器信号线放大从存储单元接收的存储器信号电流,并以 感测电流放大器的信号输出; 第二电流镜电路,其以取决于所接收的存储器信号电流的方式产生设置电流; 以及可调参考电流源,其以取决于由第二电流产生的设置电流的方式经由设置线将参考电流输出到感测电流放大器的信号输出,输出参考电流的大小 镜电路。
    • 5. 发明授权
    • Charge pump
    • 电荷泵
    • US06856182B2
    • 2005-02-15
    • US09897341
    • 2001-07-02
    • Michael Moyal
    • Michael Moyal
    • H03L7/089H03L7/093
    • H03L7/0895
    • The invention concerns a controllable current source comprising an output terminal for current delivery, which is connected via first and second current paths with first and second supply terminals, wherein the current paths each having a supply side on/off-switchable current control device and an output side current adjustment device. According to the invention, when the current control device is switched off, a predetermined adjustment potential, whose value lies between the two supply potentials, is applied to a node between the current control device and the current adjustment device. In this way, the performance characteristics of the current source are improved, in particular, negative injection and disturbances in the output current can be avoided. When the current source is used in a PLL, the jitter behavior at the output of the VCO is significantly improved.
    • 本发明涉及一种可控电流源,包括用于电流输送的输出端,其经由第一和第二电流路径与第一和第二电源端连接,其中电流路径各自具有电源侧可断开切换的电流控制装置和 输出侧电流调节装置。 根据本发明,当电流控制装置关闭时,其值位于两个电源电位之间的预定调整电位被施加到电流控制装置和当前调节装置之间的节点。 以这种方式,改善了电流源的性能特征,特别是可以避免负注入和输出电流的干扰。 当在PLL中使用电流源时,VCO输出端的抖动行为显着提高。
    • 6. 发明授权
    • Signal regeneration circuit
    • 信号再生电路
    • US06225832B1
    • 2001-05-01
    • US09151964
    • 1998-09-11
    • Michael Moyal
    • Michael Moyal
    • H03K501
    • H04L25/0266
    • The signal regeneration circuit recovers a digital signal from an input signal that is supplied via metallic isolation (galvanic separation). The circuit has two input terminals for the input signal and one output terminal for the recovered digital signal. A current direction sensor detects the current direction prevailing between the input terminals and outputs the signal in accordance with the last prevailing current direction. The circuit is advantageously used in connection with digital circuits that require potential isolation at their input terminals.
    • 信号再生电路从经由金属隔离(电隔离)提供的输入信号中恢复数字信号。 该电路具有两个用于输入信号的输入端和一个用于恢复的数字信号的输出端。 电流方向传感器检测输入端之间的电流方向,并根据最后的当前方向输出信号。 该电路有利地与需要在其输入端子处进行电势隔离的数字电路结​​合使用。