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Delay Element Concept for Continuous Time Digital Signal Processing

机译:延迟元件概念,用于连续时间数字信号处理

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Continuous Time Digital Signal Processing features some interesting improvements with respect to power consumption and signal quality compared to classical Discrete Time Signal Processing Systems. Signals processed in continuous time provide an improved Signal to Noise ratio and the power consumption can be reduced, due to the property that the signal is only processed when an appropriate change in the analog input signal occurs. Therefore this kind of signal processing is interesting for a wide range of applications. However, there are still some critical aspects with respect to the implementation of continuous time systems. In particular the required chip area and the power consumption of CT delay elements proposed up to now is quite large. Therefore in this contribution a new concept for continuous time delay elements will be introduced, which offers considerable improvements with respect to size and power consumption.
机译:与经典离散时间信号处理系统相比,连续时间数字信号处理具有关于功耗和信号质量的一些有趣的改进。在连续时间中处理的信号提供改进的信噪比,并且由于仅在模拟输入信号的适当变化时仅处理信号而仅降低功耗。因此,这种信号处理对于广泛的应用是有趣的。然而,关于连续时间系统的实施存在一些关键方面。特别是所需的芯片区域和CT延迟元件的功耗,提出现在的CT延迟元件非常大。因此,在这贡献中,将引入用于连续时间延迟元件的新概念,这对尺寸和功耗提供了相当大的改进。

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