There may be saturation in the differential circuit built with the operational amplifier (op amp), which causes that the relationship between input and output is not differential expression.
用运算放大器构造的微分电路可能存在饱和现象，导致输出与输入电压之间不满足微分关系，使微分电路失去应有性能。
Different noise types in operational amplifier (op-amp) circuits are described.
简要介绍了运算放大器电路包含的噪声类型。
Negative feedback makes the amp sound "tighter", particularly in the low end, where the speaker resonant hump has the most effect on amplifier output.
负反馈使放大器声音“更严格”，尤其是在低端，那里的一位发言者谐振驼峰拥有最影响放大器输出。
As the amplifier tuned load circuit, they are able to select the base component cosine pulse to obtain undistorted amplification signal output, so this amp is also known as tuned power amplifier.
由于放大器的负载为调谐回路，所以能选出余弦脉冲中的基准分量，获得不失真的放大信号输出，因此这种放大器也称为调谐功率放大器。
It consists of an operational amplifier (op-amp) and resistor feedback networks.
该放大器由运算放大器和电阻反馈网络组成。
In the following videos discussing noise, we will learn how to use the op amp noise model to predict the total peak-to-peak output noise for different amplifier configurations.
在接下来的噪声视频中，我们将会学习如何使用运放噪声模型来估计在不同的运放配置下总的输出峰峰值噪声。
For demanding, high output applications, it is recommended that each MX-218B be powered with a dedicated, high powered amplifier channel or an amp in bridged-mono mode.
为了满足日益苛刻，产量高的应用，因此建议每一个MX- 218 B章供电的专用高倍放大器渠道或在桥接单声道模式放大器。
For demanding, high output applications, it is recommended that each MX-218B be powered with a dedicated, high powered amplifier channel or an amp in bridged-mono mode.
为了满足日益苛刻，产量高的应用，因此建议每一个MX- 218 B章供电的专用高倍放大器渠道或在桥接单声道模式放大器。
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