1·No matter what the output impedance of the amplifier is!
这和放大器的输出阻抗究竟是多少无关。
2·The decreased effective output impedance causes the amp to react less to the speakers.
减少的有效输出阻抗的放大器的原因作出反应较少的发言。
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tl 431来减小静态误差和输出阻抗的方法。
4·Such a theoretical device would have a zero ohm output impedance in series with the source.
这种理论的设备将有一个与源系列零欧姆的输出阻抗。
5·Matching the resistors as closely as tolerances permitted produced an output impedance of 43 K ohms.
匹配电阻作为紧密合作，作为公差允许的制作，输出阻抗43 k欧姆。
6·A real-world voltage source has a very low, but non-zero output impedance: often much less than 1 ohm.
一个真正的世界电压源具 有非常低的，但不为零输出阻抗：通常远小于1 欧姆。
7·The lower you go with the volume, the lower the output impedance of you system becomes and the wider the bandwidth.
你越低，销量与越低，你的输出阻抗系统变得和更广泛的带宽。
8·It also has a low impedance, which assures that the typical unbalanced output impedance is between 100 and 1000 ohms.
同时它的低阻抗可以确保典型的非平衡输出阻抗保持在100到1,000欧姆之间。
9·After start-up, the low amplifier output impedance reduces reference current variations due to the current through R1.
完成启动后，放大器很低的输出阻抗将会降低因流经R1的电流不足以影响稳压管上的电压稳定性。
10·Normally a headphone amplifiers has a very low output impedance which gives the amp tight control over the headphone action.
翻一下：一般情况下耳机放大器为了对耳机控制有很低的输出阻抗。