1) output impedance design
输出阻抗设计
2) Output impedance
输出阻抗
1.
Repetitive control based on output impedance regulation for three-phase inverters
基于输出阻抗调节的三相逆变器重复控制
2.
In this paper, the input and output impedances of the voltage mode controlled full bridge converter under CCM operation are clearly analyzed.
本文详细分析了一种典型的全桥DC/DC变流器模块的输入输出阻抗特性,该模块采用电压模式控制方式,并且主要工作在CCM方式下。
3.
A method to reduce the static error and output impedance by biasing the TL431 is given.
给出了一种通过偏置TL431来减小静态误差和输出阻抗的方法。
3) impedance design
阻抗设计
1.
Taking the particularity of the connection scheme of novel converter transformer and its filter system into account, it s necessary to find out the relation between its commutated reactance and short-circuit impedances between windings and fundament frequency impedance of filter branch for impedance design of novel converter transformer and reactive power .
考虑到新型换流变压器及其滤波系统的接线方案较为特殊,了解其换相电抗与绕组之间的短路阻抗及阀侧滤波支路的基频阻抗之间的关系,对新型换流变压器的阻抗设计和阀侧无功补偿度的优化配置是十分必要的。
4) high impedance output
高阻抗输出
5) high output impedance
高输出阻抗
1.
To design a novel current mirror with high output impedance and high current mathing accuracy ,a novel feedback gain stage is used to increase the output impedance at the same time , the design promotes the matching accuracy significantly by improving the DMCM current mirror, it proposed that the.
设计一种新型高输出阻抗、高电流匹配精度电流镜,采用了一种新颖的五级负反馈增益方法来增加电流镜的输出阻抗,同时还通过改进DMCM电路结构提高了电流镜的电流匹配精度,使得设计的电流镜在任何Iin下都保证有较高的电流匹配精度,而且这种新型电流镜也有近似于传统两级共源共栅电流镜的摆幅。
2.
Base on the introduction of some typical CMOS currentmirrors,a high output impedance wide voltage output range of CMOS currentmirror is analyzed in detail and a modified high output impedance low supply voltage CMOS currentmirror is presented.
本文在介绍了一些典型的电流镜的基础上重点分析了一种高输出阻抗宽电压输出范围的CMOS电流镜,并提出了一款改进的高输出阻抗宽电压输出范围的电流镜,与源电路相比,改进型电路提高了电流镜的输出阻抗和电流复制精度,性能更加理想,本文也分析了改进型电流镜的稳定性。
6) MOSFET output impedance
MOSFET输出阻抗
1.
The impact of MOSFET output impedance on distortion is studied in depth.
深入研究了MOSFET输出阻抗对Gilbert混频器线性度的影响 ,建立了针对MOSFET输出阻抗的混频器非线性模型 ,得出了Gilbert混频器线性度最优偏置条件 。
补充资料：输出阻抗
四端网络、传输线、电子电路的输出端所呈现的阻抗。通常采用开路电压(将负载开路)和短路电流(短接负载)之比来计算和测定。
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