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Placement of temperature sensors under process variations

机译:在过程变化下放置温度传感器

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Variations occur inevitably in temperature sensor from process variations. To tackle the former variations, a relative temperature sensor is proposed and explored in this paper. It eliminates the process variations in temperature measurement and improves area efficiency. The new temperature sensor is able to provide accurate temperature information. Compared with the absolute temperature sensor where maximum temperature error could be as high as 15°C, our relative temperature sensor shows 4.4°C maximum temperature error with 75% area reduction (m = 8) using 1um wide metal connection, and 3.8°C maximum temperature error with 3% area overhead (m = 8) using 10um wide metal connection, in the best case.
机译:由于过程变化,温度传感器中不可避免地会发生变化。为了解决以前的变化,本文提出并探索了一种相对温度传感器。它消除了温度测量过程中的变化,并提高了面积效率。新的温度传感器能够提供准确的温度信息。与最大温度误差可能高达15°C的绝对温度传感器相比,我们的相对温度传感器显示最大温度误差为4.4°C,使用1um宽的金属连接和3.8°C的面积减少了75%(m = 8)在最佳情况下,使用10um宽的金属连接时,最大的温度误差为3%的面积开销(m = 8)。

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