50V输入范围14bit 250kS/s ADC, SFDR 97.8dB,信噪比80.2dB

Ilter Özkaya, Cagri Gurleyuk, Atilim Ergul, Arda Akkaya, D. Y. Aksin
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引用次数: 10

摘要

介绍了一种50V输入范围、共模差分、14位2步SAR ADC。ADC在15V共模电压下以250kS/s的速度工作,在50VPP的输入信号下实现97.8 db的SFDR和80:2dB的信噪比,而单3.3V电源消耗4.29mW。两步架构通过重用转换剩余来实现分辨率的提高,具有分时可配置的放大器/比较器块和SAR硬件。在没有修整、校准或调谐的情况下实现的高SFDR数字保证了所实现的高压自启动开关和电容DAC阵列的线性度。ADC为高压数据采集提供了一种替代的低功耗解决方案,消除了对片外或硅昂贵组件的需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A 50V input range 14bit 250kS/s ADC with 97.8dB SFDR and 80.2dB SNR
A 50V input range, common-mode and differential, 14bit 2-step SAR ADC is presented. The ADC operating at 250kS/s for a 50VPP input signal on a 15V common-mode voltage achieves 97,8dB SFDR and 80:2dB SNR, while consuming 4.29mW from a single 3.3V supply. The 2-step architecture accomplishes an increase in resolution by reusing conversion residue, with a time-shared configurable amplifier/comparator block and SAR hardware. The high SFDR figure achieved without trimming, calibration or tuning asserts the linearity of the implemented high-voltage bootstrapped switch and the capacitive DAC array. The ADC provides an alternative, lower-power solution to high voltage data acquisition, by removing the need for off chip or silicon expensive components.
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