1) grid swing
栅压摆幅
2) voltage swing
电压摆幅
3) TMDS voltage swing
TMDS电压摆幅
4) high-swing cascode current mirror
宽摆幅共源共栅电流镜
5) wide-swing cascode architecture
宽摆幅共源共栅结构
1.
By adopting the wide-swing cascode architecture,the microstimulator can provide up to 2~4 MΩ output impedance and the output voltage swing larger than 90 percent,which enhances the microstimulator\'s bio-adaption.
通过采用宽摆幅共源共栅结构使微刺激器的输出阻抗和输出电压摆幅分别达到2～4兆欧姆和90%以上,提高了其生物环境适应性。
6) output voltage swing
输出电压摆幅
1.
The bias circuit using a MOS transistor which always operate in linear region to bias the two transistors of the cascode stage operating at the edge of saturation to improve the output voltage swing and subsequently low down the supply voltage.
该偏置电路原理是利用一个始终工作在线性区的MOS管来使共源共栅电流镜的两个级联管均工作在饱和区边缘提高输出电压摆幅,从而降低电源电压。
补充资料：冲击波超压与动压