1) lever error
电平误差
1.
This article introduces the design method of the indoor CATV user distribution network,particularly analyzes the lever error and brings forward a best design method of indoor CATV user distribution network.
介绍CATV用户分配入户网络的设计方法,详细分析用户分配入户网络的电平误差,提出用户分配入户网络的最佳设计方法。
2) capacitor error-averaging
电容误差平均
1.
In this paper,the theoretics and operational styles of several significant capacitor error-averaging calibration methods are introduced.
实践表明,电容误差平均技术是消除失配误差的一种有效途径。
2.
The high linearity is realized by using the passive capacitor error-averaging technique to calibrate the capacitor mismatch error,a gain-boosting opamp to minimize the finite gain error and gain nonlinearity,a bootstrapping switch to reduce the switch on-resistor nonlinearity,and an anti-disturb design to reduce the noise from the digital supply.
这些设计技术包括采用无源电容误差平均来校准电容失配误差、增益增强(gain-boosting)运放来降低有限增益误差和增益非线性、自举(bootstrapping)开关来减小开关导通电阻的非线性以及抗干扰设计来减弱来自数字供电的噪声。
3.
In the light of the principle of pipeline ADC, this paper analyzes the error, points out the main reason, introduces digital error-correction technology and capacitor error-averaging technology, and proposes a solution based on these technologies.
从流水线ADC工作原理出发,对误差进行了分析,指出了主要原因,介绍了数字校正技术和电容误差平均技术,并结合数字校正技术和电容误差平均技术提出了解决方法。
3) capacitor error averaging
电容误差平均
1.
An improved capacitor error averaging technique was developed to make the conversion more efficient.
电容误差平均技术是一种本质线性(inherentlylinear)的流水线模数转换电容失配校准技术,但其性能指数(分辨率×速度与功耗×面积之比)并不理想。
2.
Passive capacitor error averaging is an inherently linear capacitor mismatch calibration technique for pipelined analog-to-digital conversion, but its conversion speed is halved because of double sampling and double transferring.
无源电容误差平均技术是一种本质线性（Inherently Linear）的流水线模数转换电容失配校准技术,但其转换速度是传统技术的一半。
3.
Thus, this paper introduces a method called Capacitor Error Averaging Technique, which could effectively reduce the negative influence caused by capacitor-mismatch.
在开关电容电路中,电容失配是重要的误差源,鉴于此,本文介绍了一种电容误差平均技术,能够有效的降低电容失配带来的影响。
4) errors of antenna's sll
电平测量误差
5) adjustment of errors
平差误差
6) balance error
天平误差
补充资料：饱和输出电平
分子式：
CAS号：
性质：在录放首过程中，10kHz及其以上高频信号的输出达到饱和时的最大输出电平称饱和输出电平。SOL值小时高频带声音开始变宽，听觉上感到声音混浊。
CAS号：
性质：在录放首过程中，10kHz及其以上高频信号的输出达到饱和时的最大输出电平称饱和输出电平。SOL值小时高频带声音开始变宽，听觉上感到声音混浊。
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