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Beyond-one-cycle loop delay CT #x0394;#x03A3; modulators with proper rational NTF synthesis and time-interleaved quantizers

机译:具有适当的有理NTF合成和时间交错量化器的超越一个周期的循环延迟CTΔΣ调制器

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Currently, less-than-one-cycle loop delay is the key factor to impede higher clock rate and wide bandwidth continuous-time oversampling modulators. In this paper, a new method to develop a beyond-one-cycle delay CTDSM based on the proper rational NTF synthesis is proposed without an extra fast path . Also, further loop delay extending will be implemented by a fully s-domain deviation. Compared with the traditional impulse invariant way in DT-CT mapping, this new method shows a much simpler work. In the end, the paper discusses time-interleaved implementations in the proposed beyond-one-cycle delay modulators, including offset, gain and sampling time error mismatches between channels.
机译:当前,小于一个周期的环路延迟是阻碍更高时钟速率和宽带宽连续时间过采样调制器的关键因素。本文提出了一种新的方法,该方法基于适当的有理NTF合成来开发一种超越一个周期的延迟CTDSM,而无需额外的快速路径。而且,进一步的环路延迟扩展将通过完全s域偏差来实现。与DT-CT映射中的传统脉冲不变方法相比,该新方法显示了更为简单的工作。最后,本文讨论了所提出的超越一个周期的延迟调制器中的时间交错实现,包括通道之间的失调,增益和采样时间误差失配。

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