1) common-mode voltage gain
共模电压增益
2) common-mode gain
共模增益
3) voltage gain
电压增益
1.
By the way of linear system,input power factor,output voltage gain and the property of input power are analyzed.
基于PARK变换技术 ,把矩阵变换器等效成不含开关元件的线形定常等效电路 ,运用线性系统的方法分析输入功率因数、输出电压增益、输入功率的特性 ,所得结果对矩阵变换器研究具有一定的指导意义 。
2.
A few formulas of follower s voltage gain,input and output impedance have been deduced.
该文用晶体管混Π等效电路研究射极跟随器的高频特性，导出了在管子电抗效应不可忽略的情况下跟随器的电压增益、输入阻抗及输出阻抗表达
3.
Based on the model,the curves of voltage gain,efficiency and output power are obtained by MATLAB simulation.
基于此模型,利用MATLAB仿真,得到电压增益、效率、输出功率等特性曲线,预测了在满足较高效率前提下,负载匹配时可实现降压。
4) high voltage gain
高电压增益
5) common-emitter current gain
共射极电流增益
6) common-base current gain
共基极电流增益
补充资料：共模干扰与串模干扰
共模干扰与串模干扰
common-mode interfer-ence and differen-tial-mode interfer-ence
gongmo ganroo yu Chuonmo gonroo共模千扰与串模干扰(eommon一mede inter-ference and differential一mede interferenee)见电力系统调度信息。
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