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    • 6. 发明申请
    • Pixel with differential readout
    • 带差分读数的像素
    • US20050082461A1
    • 2005-04-21
    • US10684471
    • 2003-10-15
    • Nikolai Bock
    • Nikolai Bock
    • H01L27/00H01L27/146H04N5/357H04N5/3745
    • H04N5/3741H01L27/14643H04N5/357H04N5/3575H04N5/374H04N5/37457H04N5/378
    • An imager in which two adjacent pixels share row and reset lines and a row selection circuitry while the output transistors of the two pixels are configured as a differential amplifier. In operation, both pixels are reset at the same time, causing differential reset signals to be output from the amplifier. The charge from the first pixel is readout and a differential pixel signal for the first pixel is output from the amplifier. Because the reset and pixel signals are differential signals generated within the pixels, they are free from common-mode noise. Correlated double sampling can be used to obtain the pixel output value, which is also free from common-mode noise, from the differential reset and pixel signals. The second pixel may be readout in the same manner. Because the two pixels are sharing circuitry, the pixels have decreased fill factor and complexity as well.
    • 其中两个相邻像素共享行和复位线的成像器以及两个像素的输出晶体管被配置为差分放大器的行选择电路。 在操作中,两个像素同时被复位,导致差分复位信号从放大器输出。 来自第一像素的电荷被读出,并且用于第一像素的差分像素信号从放大器输出。 因为复位和像素信号是在像素内产生的差分信号,所以它们没有共模噪声。 可以使用相关的双重采样来获得差分复位和像素信号中没有共模噪声的像素输出值。 可以以相同的方式读出第二像素。 因为两个像素是共享电路,所以像素的填充因子和复杂度也降低了。
    • 9. 发明申请
    • Pixel with differential readout
    • 带差分读数的像素
    • US20070063127A1
    • 2007-03-22
    • US11601748
    • 2006-11-20
    • Nikolai Bock
    • Nikolai Bock
    • H01L27/00
    • H04N5/3741H01L27/14643H04N5/357H04N5/3575H04N5/374H04N5/37457H04N5/378
    • An imager in which two adjacent pixels share row and reset lines and a row selection circuitry while the output transistors of the two pixels are configured as a differential amplifier. In operation, both pixels are reset at the same time, causing differential reset signals to be output from the amplifier. The charge from the first pixel is readout and a differential pixel signal for the first pixel is output from the amplifier. Because the reset and pixel signals are differential signals generated within the pixels, they are free from common-mode noise. Correlated double sampling can be used to obtain the pixel output value, which is also free from common-mode noise, from the differential reset and pixel signals. The second pixel may be readout in the same manner. Because the two pixels are sharing circuitry, the pixels have decreased fill factor and complexity as well.
    • 其中两个相邻像素共享行和复位线的成像器以及两个像素的输出晶体管被配置为差分放大器的行选择电路。 在操作中,两个像素同时被复位,导致差分复位信号从放大器输出。 来自第一像素的电荷被读出,并且用于第一像素的差分像素信号从放大器输出。 因为复位和像素信号是在像素内产生的差分信号,所以它们没有共模噪声。 可以使用相关的双重采样来获得差分复位和像素信号中没有共模噪声的像素输出值。 可以以相同的方式读出第二像素。 因为两个像素是共享电路,所以像素的填充因子和复杂度也降低了。