1) lose capacitance
失容
2) capacity miss
容量失效
3) Capacity loss
容量损失
1.
On the capacity loss of closed-loop MIMO;
闭环MIMO的容量损失研究
2.
The results show the capacity loss ratios of the battery with storage at state of charge 0%,50%and 100%are respectively 2.
4Ah电池进行了常温(25℃)180d和高温(65℃)30d储存测试,结果表明,电池按额定容量的0%,50%和100%荷电态储存后,容量损失分别为2。
3.
The mechanism of capacity loss of LiFePO4 and the countermeasure were outlined.
认为,提高锂铁磷酸盐的电子导电性是目前抑制其容量损失的主要方法。
4) cubage loss
容积损失
1.
Numerical analysis of cubage loss of centrifugal fan in power plant;
电厂离心风机容积损失的数值分析
2.
In this paper 3-D numerical simulation of centrifugal fan is carried out with Fluent in order to investigate the inside flow field and cubage loss.
本文用FLUENT对离心风机蜗壳内部流场进行三维数值模拟,得到其流动特征及容积损失情况,针对模拟结果设计出不同型式防涡圈,对加装防涡圈后的离心风机进行数值模拟的结果表明加装防涡圈后的风机,其内部旋涡强度降低,流场流动得到改善,容积损失大为减少。
5) Capacitor mismatch
电容失配
1.
It is shown that the MDAC with the use of the MCS technique is the same as the conventional one functionally except for the need of signal ground,and has higher capacitor match accuracy and lower sensitivity to capacitor mismatch at the same speed and power dissipation.
分析结果表明,采用MCS技术的MDAC除了需要信号地外,与传统MDAC在功能上是一致的,而且,在速度与功耗保持不变的情况下,可获得更高的电容匹配精度,从而降低了MDAC对电容失配的敏感度。
2.
A self-calibration arithmetic was proposed to eliminate the capacitor mismatch error.
为了消除电容失配引入的误差,提出了一种误差自动校准算法,利用误差校准DAC阵列对电容失配误差进行量化并存储在RAM中,在AD转换过程中实现误差消除。
3.
Based on the analysis of the capacitor mismatch on the linearity,a multibit-per-stage architecture was proposed to promote the linearity of the whole circuit.
基于对电容失配的非线性影响的分析,提出了每级多比特的结构,使ADC具有很好的线性度。
补充资料：失容
1.不暇修饰仪容。 2.指失去庄敬的仪容。 3.改变神色。
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