D to A Converter 数字模拟转换器
This paper analyses the dual-ramp A to D converter error due to dielectric absorption of the integrator capacitor with a rigorous mathematical method.
本文用严格的数学方法分析了积分电容的介质吸收效应引起的双积分模数转换的误差。
Since the false target jamming will cause D/A converter overflowing, the thesis also studies the influence to false target jamming profile by D/A quantizing and amplitude limiting.
由于假目标的叠加会引起D/A量化位数的溢出，因而本文还通过具体的仿真实验，研究了量化和限幅对假目标干扰像的影响；
A non-clock delay-ring A/D converter is presented, which is based on standard cell library and not sensitive to process variation.
提出了一种无需外部时钟、可以部分抵消工艺偏差、基于标准单元的延迟环A/D变换器。
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