Low power 12-bit SAR ADC for autonomous wireless sensors network interface

Trani(2009)

引用 30|浏览5
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摘要
Design strategies for power effective and high resolution successive-approximation ADCs for autonomous multi-sensor systems are discussed. Specifically, an optimisation for lowest possible power consumption of comparators is addressed and evaluated using both simulations and measurements of a fabricated Si test-chip. The proposed design solution is capable to provide a 12-bit resolution at 50-kHz with only 0.1 muW power consumption on a 1.2-V supply. The achieved Figure-of-Merit is 165 fJ/convertion-step is, to our knowledge, the best ever reported. The complete ADC area is 0.35 mm2 in NXP 0.14 mum CMOS technology with only three metal layers.
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关键词
CMOS integrated circuits,analogue-digital conversion,comparators (circuits),low-power electronics,network interfaces,sensor fusion,wireless sensor networks,CMOS technology,frequency 50 kHz,high-resolution successive-approximation ADC,low-power SAR ADC design,multisensor system,power 0.1 muW,size 0.14 mum,successive approximation register,test-chip fabrication,three-metal layer,voltage 1.2 V,wireless sensor network interface,word length 12 bit,
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