| 1. | Table 1 summarizes the major error sources for the three references that are compared in this application note
表1摘录了本应用笔记里的三种电压基准的主要误差源。 |
| 2. | Following that , several factors that affect the position of pseudolites are discussed . then the error analysis is given in several cases
然后分析了系统的几种主要误差源，讨论了它们对定位结果的影响特点。 |
| 3. | Abstract : in this paper , some measures of restricting error are put forward through analyzing main error sources for digital cadastral survey
文摘:通过对数字地籍测量主要误差来源的分析，提出一些限制数字地籍测量误差的有关措施。 |
| 4. | According to an analysis of calibration system ' s operation process and work principle , the main sources of error in the calibration system are analyzed
通过对校准系统工作过程和工作原理的分析，总结出了天平校准系统的主要误差来源。 |
| 5. | In the end of this chapter , the power spectrum density ( psd ) analysis of hrg is given , which shows that the main noise of hrg is low frequency noise
论文还对陀螺信号进行了功率谱密度分析,分析结果表明陀螺的主要误差都集中在低频段。 |
| 6. | For spaceborne sar system with large squint angle , the main error source of classical range - doppler algorithm is analyzed which causes the loss in image quality
分析了当天线斜视角增大时，导致传统距离多普勒成像算法性能下降的主要误差来源。 |
| 7. | The position precision is also discussed approximately by the analyses of error and gdop . effective methods to reduce error and interference are suggested
分析了系统中的主要误差源及消减措施，大致分析了定位精度，并分析各种带内带外射频干扰，提出了预防措施。 |
| 8. | The error model of low - cost inertial system is simplified . the math model of the integrated system is established . firstly , we simulate the sins
本文深入分析了gps的主要误差源，并建立了gps的误差模型；对低成本的惯性系统误差模型进行了研究简化；通过分析研究，确定了组合系统的数学模型。 |
| 9. | The results show that instrumental error in open system is more than 8 % . the main error is owing to co2 analyzer and flowmeter . and instrumental error in closed system is more than 1 . 5 %
研究表明：开路系统最大仪器误差通常在8以上，主要误差源为co _ 2分析器和流量计；闭路系统最大仪器误差通常在1 . 5以上，误差源以co _ 2分析器误差为主。 |
| 10. | The functional descriptions of these error mechanisms which can reveal how errors of various blocks in adc affect the output sample are provided ; analyses show that the first stage of the converter is dominant in a pipeline
首先,通过研究流水线采样保持电路、子adc 、子dac和残差放大级的主要误差机制,用函数表达式将误差等效到采样输出端,量化各部分误差对系统性能的影响。 |
