首页> 外文会议>2010 53rd IEEE International Midwest Symposium on Circuits and Systems >Systematic characterization of subthreshold- mosfets-based voltage references for ultra low power low voltage applications
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Systematic characterization of subthreshold- mosfets-based voltage references for ultra low power low voltage applications

机译:超低功耗低压应用中基于阈值的基于MOSFET的电压基准的系统表征

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For low power low voltage, low area applications, voltage references based on MOS transistors operating in subthreshold offer some attractive advantages over conventional bandgap-based structures. The lack of closed-form explicit expressions for the relationship between output and temperature for most subthreshold-based references makes it difficult to optimize performance and make quantitative comparisons with the performance of standard bandgap circuits. In this paper, a systematic and explicit characterization of the temperature characteristics for some of the basic subthreshold-based voltage references is presented. A quantitive comparison of the performance of the basic sub-threshold references with that of the basic bandgap references is presented which shows that the temperature coefficient of the two structures are comparable. It is shown that the explicit characterization of the subthreshold-based references is useful for assessing the performance potential of these structures.
机译:对于低功耗,低电压,小面积应用,基于亚阈值工作的MOS晶体管的基准电压源提供了优于常规基于带隙的结构的一些诱人的优势。对于大多数基于亚阈值的参考,缺少输出和温度之间关系的闭式显式表达式,这使得优化性能以及与标准带隙电路的性能进行定量比较变得困难。在本文中,对一些基本的基于阈值的电压基准的温度特性进行了系统,明确的表征。给出了基本亚阈值参考与基本带隙参考的性能的定量比较,表明两个结构的温度系数具有可比性。结果表明,基于亚阈值的参考的显式表征对于评估这些结构的性能潜力很有用。

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