基于时域量化的逐次逼近型adc研究与设计

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1、目录3.6本章小结.........................................................................................................34第四章主要关键技术和电路设计..............................................................................364.1基于时域量化的SARADC系统结构.........................................

2、.................364.2DAC电容阵列.................................................................................................384.2.1上极板采样DAC电容阵列...................................................................394.2.2电容分裂DAC电容阵列工作原理.....................................

3、..................404.3采样开关设计.................................................................................................434.3.1采样保持电路工作原理.........................................................................434.3.2采样保持电路非理想因素.....................................

4、................................444.3.3本文采样保持电路分析与设计.............................................................474.4比较器电路设计.............................................................................................484.4.1钟控比较器工作原理分析...................................

5、..................................484.4.2钟控比较器非理想因素.........................................................................494.5逐次逼近寄存器.............................................................................................524.5.1传统逐次逼近寄存器结构........................

6、.............................................524.5.2新型逐次逼近寄存器结构.....................................................................534.6时序电路.........................................................................................................554.7本章小结................

7、.........................................................................................56第五章电路仿真结果..................................................................................................575.1关键电路仿真结果及分析.........................................................

8、....................575.1.1电压时间转换器仿真结果.................................................................