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Efficient Integration of Zoom ADC with Temperature Sensors for System on Chip Applications-A Perspective

机译:Zoom ADC与芯片应用系统温度传感器的高效集成 - 一种透视

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For different types of measurements, various sensors are readily available in the market. These sensors have their output signal which is less than the optimal. Low-cost versions of the sensors introduce quite a large gain and offset variation in a temperature sensor. Addition of amplification ICs and minimum change in amplification settings before integrating sensing element to ADC helps in overcoming such situations. As an alternative, more sensitive and better-controlled sensors can be considered but at an extra cost. Another way to overcome the gain and offset variation is to use Zoom ADC which has the advantages of oversampled ADCs with extra amplification stage for measuring sensing elements with higher resolution. Efficient integration of Zoom ADC with temperature sensor in System on Chip helps in improving performance of the SoC. By the usage of an advanced algorithm for the development of zoom ADC has been implemented in this research, which further improves the performance and efficiency of System on Chip.
机译:对于不同类型的测量,在市场上容易获得各种传感器。这些传感器的输出信号小于最佳状态。低成本版本的传感器在温度传感器中引入了相当大的增益和偏移变化。在将传感元件集成到ADC之前,在将传感元件集成到ADC之前,增加放大IC和放大设置的最小变化有助于克服这种情况。作为替代方案,可以考虑更敏感和更好的控制传感器,但以额外的成本为例。克服增益和偏移变化的另一种方法是使用ZOOM ADC,其具有具有额外放大级的过采样的ADC,用于测量具有更高分辨率的传感元件。缩放ADC与芯片系统中温度传感器的高效集成有助于提高SOC的性能。通过使用先进的Zoom ADC开发算法已经在本研究中实施,这进一步提高了芯片上系统的性能和效率。

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