Dual High Speed, Power, Distortion, Voltage Feedback Amplifiers.
双高速，电力，失真，电压反馈型放大器。
Auxiliary feedback amplifiers and switched capacitor common mode feedback circuit are employed.
共模反馈电路由开关电容共模反馈电路实现。
The EL5292 and EL5292A represent dual current feedback amplifiers with a very high bandwidth of 600MHz.
代表的EL5292和EL5292A具有非常高的带宽600MHz的双电流反馈放大器。
The analysis of ideal model indicates that 4 negative feedbacks of the negative feedback amplifiers have different effects on 4 gains of the amplifiers.
根据理想模型分析，表明负反馈放大器的4种负反馈对放大嚣的4种源增益的影响是不同的。
A method for stability analysis of negative feedback Amplifiers by using microcomputer is presented in this paper. The computer program in BASIC Language is proposed.
本文介绍了用计算机分析负反馈放大器稳定性的方法，给出了用BASIC语言编写的计算程序。
Under the circumstances that the basic amplifier is approximately a one-way active network, the "simplifying" conditions of four basic types of feedback amplifiers are derived.
在基本放大器近似为单向有源网络的前提下，求得了四种反馈放大器的“简洁”条件。
On the "simplifying" conditions, the transfer functions, as well as the input and output impedance expressions of the feedback amplifiers, are succinct; and, can be conveniently used.
在“简洁”条件下，反馈放大器的传递函数和输入、输出阻抗具有简洁和便于应用的形式。
The fundamental of current feedback amplifiers(CFA) has been introduced. A new universal filter with three inputs and single output using four CFAs and a few of resistors and capacitors is presented.
本文介绍了电流反馈放大器（CFA）的基本原理，用四个CFA和几个电阻、电容设计了一种三输入单输出的新的通用滤波器。
One of the most important design characteristics of these amplifiers is the lack of global negative feedback.
对这些放大器的最重要的设计特色之一是，缺乏全球性的负反馈。
Operational amplifiers with very high gains are readily available, making the application of negative feedback on a large scale practical and inexpensive.
高增益的运算放大器是容易得到的，这便使负反馈的使用现实而经济。
To the operational amplifiers circuits which works at deep negative feedback mode, we adopt ideal parameter deduced form ideal model instead of actual parameter usually.
对工作在深度负反馈状态的运算放大器电路，常采用虚短虚断技术得出的理想参数代替实际参数。
First, we will generate and digitally record feedback in real time using amplifiers and microphones.
首先，我们将会使用扩大器与麦克风，即时产生一个回授音响，并处理再经由数位录音起来。
First, we will generate and digitally record feedback in real time using amplifiers and microphones.
首先，我们将会使用扩大器与麦克风，即时产生一个回授音响，并处理再经由数位录音起来。
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