温度补偿系数(TEMPCO)的设计 当温度变化时,会引起调制电流变化,补偿调制电流(IMODT)就是补偿温度变化时对调制电流的影响,而IMODT由TEMPCO来确定。
基于20个网页-相关网页
...)的DAC, DAC2为失调校准系数(OFFSET)的DAC,DAC3为失调温度补偿系数 (OFFSETTc)的DAC,DAC4为灵敏度温度补偿系数(FSOTC)的DAC, DAC5为灵敏度线性校准系数(FSOLINEARITY)的DAC。
基于8个网页-相关网页
...DAC的定义如下:DACI为灵敏度校准系数(FSO)的DAC, DAC2为失调校准系数(OFFSET)的DAC,DAC3为失调温度补偿系数 (OFFSETTc)的DAC,DAC4为灵敏度温度补偿系数(FSOTC)的DAC, DAC5为灵敏度线性校准系数(FSOLINEARITY)的DAC。
基于8个网页-相关网页
... 负载再次接通的电压Load reconnect voltage 温度补偿系数Temperature compensation 空载电流Self consumption ...
基于1个网页-相关网页
提出了一种基于两级闭环控制的新型型砂水分控制系统,阐述了温度补偿系数的设定方法。
A new Measuring and controlling system of moisture ratio in molding sand based on two level closed loop control is presented, and setting method of temperature compensation factor is described.
电路设计者通常会在电路中加入一个名为“温度系数(tempco)”的电阻器来进行补偿。
Circuit designers usually compensate for this by including a resistor known as a "tempco" in the circuit.
为了改进单一材料构成的腔体的温度自补偿特性,提出了利用膨胀系数相近的两种材料来做双频腔的方法。
Design idea of the cavity using two different metal material of about the same coefficient of expansion to improve self-compensation action of the cavity is presented.
应用推荐