摘要
本文简单介绍了数字芯片ADC(模数转换)模块,并以精度为3位ADC为例,针对其常见的失效模式进行了分析。特别针对零刻度误差,满量程误差,增益误差,微分非线性误差,代码缺失误差做了分析,指出每种误差产生的原因,给ADC带来的影响,并提出了减少误差的基本方法。
Had introduced digital microcontroller ADC （Analog-Digital conversion） module, and took 3-bit resolution ADC for instance, to analyse the fault category, especially referring to offset error, full-scale error, gain error, differential non-linearity error, missing code error. Had pointed out the root cause of each fault, the influence for ADC module, and had advised the general method to decrease error.
出处
《电子测试》
2009年第3期83-85,共3页
Electronic Test
