Bandwidth and offset of CMOS folding preprocessing circuit are the main factors, which limit the dynamic and static characteristics of folding-interpolating ADC.
CMOS折叠预处理电路的带宽和失调是限制折叠内插式adc的动态和静态特性的主要原因之一。
Changes in the minimum pulse width can adversely effect a PLL's static phase offset and performance characteristics.
最小脉冲宽度的变化可能不利地影响PLL的静态相位偏移和性能特征。
Static correction problem is resolved by adopted methods like sand dune curve, interactive refraction static correction, and offset-division surface-consistent residual static correction.
采用沙丘曲线法、交互折射静校正法以及分偏移距地表一致性剩余静校正等技术，较好地解决了静校正问题。
To overcome the defects of static adjust through collimator, 2 new dynamical adjusting methods of tilt angle such as pulse width for radial and laser spot offset control for tangentia are proposd.
为了克服常规采用准直仪静态调整的缺陷，本文提出了分别基于径向脉冲宽度和切向反射光斑偏移两种新型倾角动态调整方法，推导了倾角调整公式，探讨了动态调整原理的工程化实现方法。
To overcome the defects of static adjust through collimator, 2 new dynamical adjusting methods of tilt angle such as pulse width for radial and laser spot offset control for tangentia are proposd.
为了克服常规采用准直仪静态调整的缺陷，本文提出了分别基于径向脉冲宽度和切向反射光斑偏移两种新型倾角动态调整方法，推导了倾角调整公式，探讨了动态调整原理的工程化实现方法。
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