1) Substrate warp compensation
翘曲补偿
2) curvature compensation
曲率补偿
1.
Low voltage bandgap reference design with closed loop curvature compensation
闭环曲率补偿的低电源电压带隙基准源的设计
2.
Comparing to the typical temperature compensation, the third branch current can be added to optimize the temperature features by curvature compensation.
在传统的电流温度补偿的基础上,通过增加一条分支电流对温度特性进行曲率补偿(二阶温度补偿),并且详细地分析了补偿原理。
3.
Using high-order curvature compensation technique,the temperature performance of the voltage reference has been enhanced by offsetting the negative temperature dependence of the logarithmic term in Vbe(T) with a positive term.
介绍了一种带隙基准参考电路结构,采用二阶曲率补偿技术,通过增加一正温度系数项补偿电路中Vbe(T)展开的负温度系数对数项,改善了基准参考电压源的温度稳定性。
4) curvature-compensation
曲线补偿
1.
An exponential curvature-compensation bandgap reference(BGR) was designed,in which the temperature characteristics of the current gain of a bipolar transistor was employed.
设计了一种指数型曲线补偿的带隙基准源电路。
5) curvature-compensated
曲率补偿
1.
A current-mode curvature-compensated CMOS bandgap reference was designed.
设计了电流模式曲率补偿的CMOS带隙基准源,基本原理是利用两个偏置在不同电流特性下的三极管,得到关于温度的非线性电流,补偿VEB的高阶温度项。
2.
Based upon the traditional bandgap reference,this paper presents a high-precision bandgap voltage reference circuit,which used curvature-compensated method.
在传统能隙电压基准的基础上,对其进行了改进,设计了一种采用曲率补偿技术的高精度能隙基准电压电路,该基准电压源主要用于脉宽调制电路。
3.
this p aper design curvature-compensated band gap voltage reference of high-temperature character.
本文设计了采用曲率补偿,具有较高的温度稳定性的高精度带隙基准电压源。
6) compensated curve
补偿曲线
补充资料：翘翘
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参考词条