A low power 14-bit 1MS/s extended-range incremental ADC for high energy Physics experiments in 28nm technology

机译：低功耗14位1MS / s扩展范围增量ADC，用于28nm技术中的高能物理实验

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This paper presents a 14-bit 1MS/s extended range incremental A/D converter composed by the cascade of two resettable second-order sigma-delta modulators in 28nm technology. The system is designed for applications in instrumentation electronics for particle physics. Design of the converter is reported, including feasibility study and switched capacitor implementation. Architecture simulation results including non-idealities are reported. The developed A/D converter will be used for ultra-scaled technology (28nm) radiation hardness study in high energy physics experiments.

机译：本文提出了一个由28nm技术中的两个可复位二阶sigma-delta调制器级联组成的14位1MS / s扩展范围增量式A / D转换器。该系统设计用于粒子物理仪器电子学中的应用。报告了转换器的设计，包括可行性研究和开关电容器的实施。报告了包括非理想性在内的体系结构仿真结果。开发的A / D转换器将用于高能物理实验中的超大规模技术（28nm）辐射硬度研究。

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《Conference on Ph.D. Research in Microelectronics and Electronics》|2017年|109-112|共4页
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M. Elkhayat; M. Grassi; P. Malcovati; A. Baschirotto;
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Physics; Digital filters; Modulation; Sigma-delta modulation; Dynamic range; Quantization (signal);

机译：物理;数字滤波器;调制;西格玛-德尔塔调制;动态范围;量化（信号）;

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3. A Low-Power CMOS Image Sensor With Area-Efficient 14-bit Two-Step SA ADCs Using Pseudomultiple Sampling Method [J] . Kim Jong-Boo, Hong Seong-Kwan, Kwon Oh-Kyong Circuits and Systems II: Express Briefs, IEEE Transactions on . 2015,第5期

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4. A low power 14-bit 1MS/s extended-range incremental ADC for high energy Physics experiments in 28nm technology [C] . M. Elkhayat, M. Grassi, P. Malcovati, Conference on Ph.D. Research in Microelectronics and Electronics . 2017

机译：低功率14位1MS / S扩展范围增量ADC，用于28nm技术的高能物理实验
5. A frequency-scalable 14-bit ADC for low power sensor applications . [D] . Liang, Joshua. 2009

机译：适用于低功率传感器应用的可频率缩放的14位ADC。
6. Overview and Evaluation of Bluetooth Low Energy: An Emerging Low-Power Wireless Technology [O] . Carles Gomez, Joaquim Oller, Josep Paradells 2012

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7. Ultra-Low Power SAR-ADC in 28nm CMOS Technology [O] . Nornes Thomas Hanssen 2015

机译：采用28nm CMOS技术的超低功耗SAR-ADC

A low power 14-bit 1MS/s extended-range incremental ADC for high energy Physics experiments in 28nm technology

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