output resistance信息详情
出端电阻
resistance───n.阻力；电阻；抵抗；反抗；抵抗力
output───vt.输出；n.输出，输出量；产量；出产
inhalation resistance───吸入阻力
sample output───抽样输出；[计]样值输出
assignable output───可分配输出
production output───[经] 生产量
digital output───数位输出；数字输出
viscous resistance───粘性阻力；[力]粘滞阻力
radiation resistance───[生物物理]辐射抗性；耐辐射性；[物]辐射电阻；辐射电阻[阻力]; 耐辐射性
driving device with output unit has the same value for the output resistance of different voltage level.───驱动装置结合有输出单元，其对于不同的电压电平的输出电阻具有相同的值。
A new combination lead ion-selective electrode of low output resistance is reported.───本文报道一种低输出阻抗复合铅离子选择电极。
The MOS model used includes short-channel effects, gate-source capacitance, gate-drain capacitance, and output resistance.───使用的MOS管模型考虑了短沟道效应、栅源电容、栅漏电容和输出电阻。
op amp's input resistance is very large output resistance is very small, very easy to signal transduction and coupling.───运放的输入电阻很大而输出电阻很小，非常便于信号的传递与耦合。（。
during the exaltation of output signal swing , the adoption of the resistance connecting across can reduce the output resistance.───在提高输出信号幅度的同时，采用跨接电阻的方式减少输出阻抗。
Adopting gate resistance increased the rise time of edge, and adopting low output resistance of driver reduced the fall time.───通过低驱动内阻对栅极电容电荷的快速泄放提高脉冲后沿的下降速度。
the stability of feedback is enhanced and output resistance increased.───引入负反馈后稳定性得以提高，输出电阻增大；
Low Output Resistance-Feature of Switch-Linearity Hybrid Converter and Its Effect on the System's Performance Optimization───开关线性复合变换低阻输出特性对系统的优化
the stability of feedback is consistent with the theory and input resistance decreased and output resistance increased;───引入负反馈后稳定性得以提高；输入电阻减小、输出电阻增大；
Adopting gate resistance increased the rise time of edge, and adopting low output resistance of driver reduced the fall time.
The high output resistance CMOS current mirror in the condition of low voltage operation was used to ensure high output swing and high output resistance.
The driving device with output unit has the same value for the output resistance of different voltage level.
The value of the output resistance and capacitance depends on the input code to the DAC.
With corresponding models how the matching errors and output resistance of current source affect the NL, SNDR and SFDR of DAC is analyzed and simulated in detail.
A new combination lead ion-selective electrode of low output resistance is reported.
The MOS model used includes short-channel effects, gate-source capacitance, gate-drain capacitance, and output resistance.