实现高速ADC的电路结构通常有全并行结构(Parallel)、串.并行结构 (Subranging)、流水线结构(Pipeline)和折叠内插结构(Folding and Interpolating)。全 并行结构(Parallel)是实现A/D转换的最直接方法。
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Subranging ADC 分段结构模数转换器
digitally corrected subranging 数字更正次分程
subranging converter 循环次分程转换器
recursive-subranging converter 循环次分程转换器
In this design, we introduce the subranging architecture and competed coding technology, which has high conversion speed, high resolution and low power as well as overcomes the shortcomings of conventional subranging A/D such as difficult of design and fabricate.
本设计采用了模拟开关二步式结构,它具有转换速度快,高分辨率和低功耗的特点,相对于传统二步式结构而言,还降低了A/D转换器的设计和制作难度。
参考来源 - 50MHz 8·2,447,543篇论文数据,部分数据来源于NoteExpress
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