A Low Frequency and High-Precision Microbarograph Monitoring System
p.873
p.873
Research on Key Technologies of the Needle Loom Condition Monitoring System
p.878
p.878
Determination of Multi-Element in Egg of Poyang Lake Anas platyrhynchos by ICP-AES
p.882
p.882
Method of Disease Diagnosing Based on SVM and Rough Set
p.887
p.887
The Design of Pressure Meter Based on Ultralow-Power Consumption Technique
p.891
p.891
Road Load Spectrum Collection and Analysis of AMT Actuating Mechanism
p.895
p.895
Research on the Computational Algorithms for Layer Wound Linear Variable Differential Transformers
p.899
p.899
Classification of Floral Origins of Honey by NIR and Chemometrics
p.905
p.905
Modeling and Simulation of the Dissolved Oxygen Monitoring System in Aquaculture
p.910
p.910
The Design of Pressure Meter Based on Ultralow-Power Consumption Technique
Abstract:
Since our world is facing with the problem of short power supply, it would be helpful to control the power consumption with the supper low power-consuming digital pressure detector discussed in the paper. The detector is controlled with chip microcomputer MSP430, and its software and hardware design is given in this paper, and the inspection precision is proved to be 0.4 levels.
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Periodical:
Advanced Materials Research (Volumes 605-607)
Pages:
891-894
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Online since:
December 2012
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© 2013 Trans Tech Publications Ltd. All Rights Reserved
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