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A Low-Power Design and Implementation of the Portable Device for Measuring Temperature and Humidity Based On Power Consumption Modeling
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소비 전력 모델링에 입각한 휴대용 온습도 측정기의 저전력 설계 및 구현

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Type
Academic journal
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Journal
Korea Academy Industrial Cooperation Society Journal of the Korea Academia-Industrial cooperation Society Vol.15 No.2 KCI Accredited Journals
Published
2014.2
Pages
1,027 - 1,035 (9page)

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A Low-Power Design and Implementation of the Portable Device for Measuring Temperature and Humidity Based On Power Consumption Modeling
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The most important design factor for portable devices is power consumption. In this paper, in the early design stage of a mobile device which measures temperature and humidity a power consumption model will be proposed and then the overall power consumption will be estimated based on this model. We will verify previously the correctness of such estimated power consumption before implementation of the real device. That is our proposed design methodology based on power consumption model. An improved design method for efficiently reducing the current consumption in the idle mode is also presented. By implementing a real prototype of the mobile device for measuring temperature and humidity, the correctness of our proposed design methodology based on power consumption modeling will be verified.
#Power consumption modeling #Low-power consumption #Temperature #Portable device #Humidity

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References (13)

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Yurish S. Y. / 2005 / Digital Humidity Sensors and Data Logger Design Based on Modern Frequency-to-Digital Converter / Sensors & Transducers Magazine 59 google schola Chi-Yuan Lee / 2008 / Embedded flexible micro-sensors in MEA for measuring temperature and humidity in a micro-fuel cell / Journal of Power Sources 181(2):237~243 Crossref Novalynx Corporation / 2005 / Model 225-HMP50YA Temperature and Relative Humidity Sensor Instruction Manual google schola L Gerold / 2013 / Temperature and humidity sensor / U. S. Patent D686,925 :925 google schola S. H. Cho / Analysis of FTL power consumption for low power FTL Modeling google schola

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