2) digital compensation
数字补偿
1.
Research on the digital compensation method of the voltage divider wide-frequency characteristic;
分压器宽频特性数字补偿方法的研究
2.
A special gas analyzing system for dynamic measuring of suspension decomposition of calcium carbonate was developed, in which digital compensation is used to carry out the dynamic measurement of the reaction processes of suspended powder material in a reactor, in order to meet the needs of the set of high temperature powder suspension reaction.
根据碳酸钙微粉悬浮态气固反应试验台的试验要求 ,研制了专用的气体分析系统 ,采用了数字补偿的方法实现了反应器中物料反应过程的动态测试。
3.
A technology of digital compensation based on MAX1457 was put forward to compensate the thermal errors and non-linearity of piezoresistive pressure sensor according to their characteristics,and the method was used to many piezoresistive pressure sensors.
根据压阻式压力传感器温度误差分析,提出了基于MAX1457芯片的数字补偿技术,对温度误差进行补偿,并运用到多个压阻式压力传感器上,在特定的温度允许下进行补偿。
3) Numeric Compensation
数字补偿
1.
Numeric Compensation of Three Axis Force Sensor Output;
三向力传感器输出的数字补偿
4) Data-compensation method
数据补偿方法
5) compensating method
补偿方法
1.
The natural compensating method (the new compensating method)which,by adopting overlong pipe in longitudinal piping section,uses t.
目前油田稠油热采注汽管网的热变形主要采用方形补偿器和球形补偿器两种补偿方法。
6) compensation methods
补偿方法
1.
Puts forward the significance of electric grid make reactive compensation,concretely illustrates the principles of reactive compensation,stressfully describes the merits and weak points of several kinds of reactive compensation methods,and suitable condition,offers individual opinion on the development of reactive compensation technology.
论述了电网进行无功补偿的意义,对无功补偿的原则进行了较为详细的说明,介绍了几种无功补偿方法的优、缺点以及适用条件,并对无功补偿技术的发展提出看法。
2.
This paper is mainly about the loss on the words level,and analyzes its causes,put forward some compensation methods.
主要讨论了发生在词汇层面的损失,分析了损失的原因,并提出了一些补偿方法。
补充资料:数字补偿
分子式:
CAS号:
性质:在计算机数据采集系统中,以数字运算方式对现场采集的信号进行补偿,达到线性化或消除某些因素影响的目的。如热电偶信号冷端补偿、流量信号开平方运算、变送器非线性补偿、执行器非线性补偿等。
CAS号:
性质:在计算机数据采集系统中,以数字运算方式对现场采集的信号进行补偿,达到线性化或消除某些因素影响的目的。如热电偶信号冷端补偿、流量信号开平方运算、变送器非线性补偿、执行器非线性补偿等。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条