...参考信号电平对调幅噪声分量之 比）和调相（PM）色度信噪比（参考信号电平对调相噪声分量之比） 微分增益 （ differential gain ） ：亮度信号幅度变化引起的色度副载波信号幅度相对于该信号在消隐电平处幅度的最大变化。
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... differential encoding 差分编码 differential gain 差动增益 differential input 差动输入 ...
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... differential error of the slope: 斜率的微分误差 differential gain: 差分增益 differential galvanometer: 差动电疗,差动检流计 ...
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... differential gain control 微分增益旋钮 differential gain 微分增量微分增益 differential galvanometer 差动电流计 ...
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differential gain control [电子] 微分增益控制 ; 微分增益旋钮 ; 差动增益控制 ; 微分增益控制器
differential gain error [电子] 微分增益误差 ; 微分增益失真
differential gain corrector [电子] 微分增益校正器
DG Differential Gain 微分增益
differential gain characteristic 微分增益特性
measurement of differential gain 微分增益测量
loop differential gain 回路差动增益
differential gain dg 微分增益
output differential gain 输出微分增益
Under the "coherent testing" the theory of testing the ADC’s differential Gain(DG) and Differential Phase (DP) has been studied, the method of testing DP and DG has been present. The formulas have been given.
高速ADC微分相位、微分增益测试理论进行了研究，提出高速ADC的微分增益、微分相位的测试理论，推导出相关公式。
参考来源 - 高速ADC动态特性测试的理论研究与实现·2,447,543篇论文数据，部分数据来源于NoteExpress
以上来源于: WordNet
The differential gain coefficient decreases with increased sheet carrier density.
微分增益系数随薄层载流子密度的增加而降低。
A low voltage fully differential gain-boosted CMOS operational transconductance amplifier is designed.
设计了一种低电压全差动增益增强CMOS运算跨导放大器。
The optical modulation characteristics, differential gain (DG), differential phase (DP) and signal-to-noise ratio (S/N) are described as well in this paper.
文中论述了光调制特性、微分增益（DG）、微分相位（DP）、信噪比（S/N）等重要问题。
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