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    • 1. 发明授权
    • Electronic biosensor arrangement
    • 电子生物传感器布置
    • US08043563B2
    • 2011-10-25
    • US12300978
    • 2007-05-15
    • Christa NohammerDaniel Paulo Wiese Meneses RochaCaspar Van VroonhovenMichael Johannes Vellekoop
    • Christa NohammerDaniel Paulo Wiese Meneses RochaCaspar Van VroonhovenMichael Johannes Vellekoop
    • G01N27/00
    • G01N27/3276
    • An electronic biosensor arrangement (1), comprising a receiving region (2) for biological material, a sensor-electrode arrangement (3) with sensor electrodes (3a, 3b) which intermesh in a comb-like manner being associated therewith, with which sensor electrodes (3a, 3b) a measuring circuit (5) is connectable for measuring an electrical measurement parameter on the sensor electrodes (3a, 3b) and influenced by biological material, wherein the sensor electrodes (3a, 3b) form a plurality of sensor capacitors (Csensor,1 to Csensor,N), with which electronic switching means (S2,1 to S2,N) driven by a control logic (8) are associated for connecting to earth or to a voltage source carrying a measurement voltage (Vdrive), respectively, comprising a reference capacitor (Cref), to which a switching means (S1) driven by the control logic (8) and arranged for optionally connecting to earth or to the measurement voltage (Vdrive) is likewise assigned, wherein the capacitors (Cref, Csensor1−Csensor, N) are also combined to a node (A), which is connected to an input (−) of a differential amplifier (10), and with which measurement capacitors (C0 to C5) having binary-weighted capacities (Cmin to 32Cmin) are furthermore connected for forming an SAR comparison unit, with the measurement capacitors being also selectively connectable via switching means (S3,0 to S3,5) driven by the control logic (8) to a voltage source (Varray) or to earth for the purpose of providing charge-difference for SAR conversion.
    • 一种电子生物传感器装置(1),包括用于生物材料的接收区域(2),具有传感器电极(3a,3b)的传感器电极装置(3),所述传感器电极装置与梳齿状方式相关联, 电极(3a,3b),测量电路(5)可连接用于测量传感器电极(3a,3b)上的电测量参数并受生物材料影响,其中传感器电极(3a,3b)形成多个传感器电容器 (Csensor,1至Csensor,N),由控制逻辑(8)驱动的电子切换装置(S2,1至S2,N)与用于连接到地或与承载测量电压(Vdrive)的电压源相关联, ,分别包括参考电容器(Cref),由控制逻辑(8)驱动并被布置为可选地连接到地或与测量电压(Vdrive)相连的开关装置(S1),参考电容器(Cref)同样被分配,其中电容器 Cref,Csensor1-Csensor, N)也被组合到节点(A),其连接到差分放大器(10)的输入( - ),并且具有二进制加权容量(Cmin至32Cmin)的测量电容器(C0至C5)分别为 还连接用于形成SAR比较单元,其中测量电容器还可以经由由控制逻辑(8)驱动的开关装置(S3,0至S3,5)选择性地连接到电压源(Varray)或为了目的而接地 为SAR转换提供电荷差。
    • 2. 发明申请
    • Electronic Biosensor Arrangement
    • 电子生物传感器安排
    • US20090206847A1
    • 2009-08-20
    • US12300978
    • 2007-05-15
    • Christa NohammerDaniel Paulo Wiese Meneses RochaCaspar Van VroonhovenMichael Johannes Vellekoop
    • Christa NohammerDaniel Paulo Wiese Meneses RochaCaspar Van VroonhovenMichael Johannes Vellekoop
    • G01R27/26G01N27/00
    • G01N27/3276
    • An electronic biosensor arrangement (1), comprising a receiving region (2) for biological material, a sensor-electrode arrangement (3) with sensor electrodes (3a, 3b) which intermesh in a comb-like manner being associated therewith, with which sensor electrodes (3a, 3b) a measuring circuit (5) is connectable for measuring an electrical measurement parameter on the sensor electrodes (3a, 3b) and influenced by biological material, wherein the sensor electrodes (3a, 3b) form a plurality of sensor capacitors (Csensor,1 to Csensor,N), with which electronic switching means (S2,1 to S2,N) driven by a control logic (8) are associated for connecting to earth or to a voltage source carrying a measurement voltage (Vdrive), respectively, comprising a reference capacitor (Cref), to which a switching means (S1) driven by the control logic (8) and arranged for optionally connecting to earth or to the measurement voltage (Vdrive) is likewise assigned, wherein the capacitors (Cref, Csensor1-Csensor, N) are also combined to a node (A), which is connected to an input (−) of a differential amplifier (10), and with which measurement capacitors (C0 to C5) having binary-weighted capacities (Cmin to 32Cmin) are furthermore connected for forming an SAR comparison unit, with the measurement capacitors being also selectively connectable via switching means (S3,0 to S3,5) driven by the control logic (8) to a voltage source (Varray) or to earth for the purpose of providing charge-difference for SAR conversion.
    • 一种电子生物传感器装置(1),包括用于生物材料的接收区域(2),具有传感器电极(3a,3b)的传感器电极装置(3),所述传感器电极装置与梳齿状方式相关联, 电极(3a,3b),测量电路(5)可连接用于测量传感器电极(3a,3b)上的电测量参数并受生物材料影响,其中传感器电极(3a,3b)形成多个传感器电容器 (Csensor,1至Csensor,N),由控制逻辑(8)驱动的电子切换装置(S2,1至S2,N)与用于连接到地或与承载测量电压(Vdrive)的电压源相关联, ,分别包括参考电容器(Cref),由控制逻辑(8)驱动并被布置为可选地连接到地或与测量电压(Vdrive)相连的开关装置(S1),参考电容器(Cref)同样被分配,其中电容器 Cref,Csensor1-Csensor,N) 还结合到与差分放大器(10)的输入( - )连接的节点(A),并且进一步连接具有二进制加权容量(Cmin至32Cmin)的测量电容器(C0至C5) 用于形成SAR比较单元,测量电容器还可以经由由控制逻辑(8)驱动的开关装置(S3,0至S3,5)选择性地连接到电压源(Varray)或为了提供 SAR转换的电荷差。