Larson等［6］提出采用数字校正技术（Digital Correction）以消除DAC 的非线性影响。 为了满足某些通信电路的特殊要求，一种带通结构的sigma-delta转换器被 提出，以满足某些电路对于特殊频...
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并且采用增益误差校正技术和比较器数字校正技术这两种校正技术。
And applied gain error correct technology and comparator digital correct technology to the architecture.
最后根据本文中提到的数字校正技术，搭建一个10位的数字校正电路，通过功能仿真来验证功能。
Finally, according to the figures mentioned in this article correction techniques, to build a 10-bit digital correction circuit, through the functional simulation to verify its functionality.
本设计为兼顾模数转换器的速度和精度，采用数字校正技术，以每级1.5 位的9 级流水线结构实现。
The converter has a good tradeoff between conversion speed and conversion precision. It is a 1.5-bit per stage with 9 stage and digital correction technique.
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