UC知道高手翻译一下以下英文11，谢谢
来源：百度知道 编辑：UC知道 时间：2024/09/28 14:39:09
voltage gain of the electric bridge. However, research
shows that when the measurement signal is very small, a
differential amplifier consisting of one OP amplifier can
easily cause load effect due to low input resistance and
signal voltage decline.
where Vs is signal voltage, R is amplifier input resistance,
and r is signal resistance
To reduce the amount of deterioration, R has to be
increased, i.e., to increase the input resistance. Thus, the
small signal differential amplification circuit (instrumental
amplifier) with high input resistance is the best
choice.
Although the pro-amplifier (instrumental amplifier)
can remove most common mode noise, the residual
noise passed through the instrumental amplifier can
generate so-called ‘‘normal mode noise’’, which is
amplified in each following amplification step. This type
of noise is mostly high-frequency signals, which are the
major contributor of e
shows that when the measurement signal is very small, a
differential amplifier consisting of one OP amplifier can
easily cause load effect due to low input resistance and
signal voltage decline.
where Vs is signal voltage, R is amplifier input resistance,
and r is signal resistance
To reduce the amount of deterioration, R has to be
increased, i.e., to increase the input resistance. Thus, the
small signal differential amplification circuit (instrumental
amplifier) with high input resistance is the best
choice.
Although the pro-amplifier (instrumental amplifier)
can remove most common mode noise, the residual
noise passed through the instrumental amplifier can
generate so-called ‘‘normal mode noise’’, which is
amplified in each following amplification step. This type
of noise is mostly high-frequency signals, which are the
major contributor of e
电压增益的电桥. 不过,研究显示,当测量信号,是非常小 差分放大器组成,其中运算放大器可以很容易造成负载效应,由于低投入及抗病信号 电压下降. 凡与讯号电压, R为放大器输入电阻, 与R信号阻力减少的数额恶化, R是要增加,即对 增加输入电阻. 因此,小信号差动放大电路(器乐放大器)与高输入电阻是最好的选择. 虽然亲放大器(仪用放大器) ,可以消除最常见的噪音, 剩余噪声通过仪器放大器,可产生所谓的'正常模式噪音' , 即扩增以下每一步放大. 这种噪音主要是高频信号,其中的主要贡献者的错误. 为了提高信号的精度和S /氮比,低通滤波器可以用来过滤高频噪音. 一个需要谨慎的过滤不把有用的高频信号,再加上高频率的噪音. 适当控制是受信号的特性. 功能的低通滤波器基本上是允许通过电子信号低于截止频率, f0的,并撤销信号高于f0的. 刀具监控系统介绍各种物品经常使用几赫兹或几十赫兹的近路 频率. 本研究采用几组不同截止频率的低通滤波器( LPF的)进行测试,以选择最佳频率. 结果表明, LPF进行了大约45赫兹的效果最好,去除高频噪声. 因此,我们设计了45赫兹两步带通滤波器,有恶化的特点12分贝/日. 以上截止频率. 一个需要更加仔细挑选的电容低通滤波器,比选择反抗. 通常的策略是选择电容,然后选择反抗. 漏电电容可能不会太大,以维持稳定的电容. 5.2程序设计的模/数转换有4种常见的模/数转换程式:连续转换,投票 固定时间采样