单电源，低功耗，高输出电流反馈放大器。
Single Supply, Low-Power, High Output, Current Feedback Amplifier.
这是一个完全对称，电流反馈放大器之后，钻石缓冲开环运行。
It is a full symmetrically, current feedback amplifier followed by a diamond buffer that runs open loop.
介绍了用CMOS电流反馈放大器构成互阻放大器的基本原理。
CMOS wide band transresistance circuit based on current feedback op is introduced.
该EL 5392a是三重一非常高的带宽为600mhz电流反馈放大器。
The EL5392A is a triple current feedback amplifier 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 EL5292 and EL5292A represent dual current feedback amplifiers with a very high bandwidth of 600MHz.
如果使用如图1电路的电流反馈放大器，放大器闭环带宽较少的依靠闭环增益和输入通道数。
If you use a current-feedback amp with the circuit in Figure 1, the amplifier's closed-loop bandwidth depends less on the closed-loop gain and the number of input channels.
构造了一些新的基于电流反馈放大器的电压模式双二阶滤波器，多滤波功能和参数可调是这些电路的主要优点。
Some new voltage-mode second-order filters based on current feedback amplifier are proposed. The major merits of these circuits are multiple filtering function and adjustable parameter.
本文介绍用电流反馈放大器构成的CMOS互阻放大器电路及工作原理，并将其应用于DVD光捡拾集成电路设计中。
A circuit of CMOS transresistance amplifier based on current feedback amplifier and its principle are introduced. The circuit is used to implement DVD OPIC.
“电流反馈放大器”的名字带有一些神秘色彩，但一般电流反馈和电压反馈放大器应用电路的结构是一致的，除了几个关键点。
The name "current-feedback amp" carries some mystique, but, generally, the application-circuit configurations for voltage- and current-feedback amps are the same, except for a few key points.
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。
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.
同时为了保证测量精度，采用偏置电流极低的运算放大器opa128，并且增大了反馈电阻，以增强对弱信号的响应。
An OPA128 operational amplifier with extreme low bias current and big gain is adopted for enhancing the response to weak signals.
并以宽带电流反馈运算放大器为核心，辅以FET输入电路及程控电路构建了高速高输入阻抗可变增益放大电路。
Combined with wide band current feedback amplifier, FET input circuit and programmable circuit, variable gain amplification circuit with high speed and high input impedance is designed.
它包含两对宽频带，高电压，电流模式反馈放大器优化的低功耗，在DSL系统。
It contains two pairs of wideband, high voltage, current-mode feedback amplifiers optimized for low power consumption in DSL systems.
提出采用超前校正和负反馈校正提高电流放大器输出电流响应速度方法。
Two kinds of methods such as lead net rectification and negative feedback rectification are proposed, which can increase the output current speed of the current amplifier.
图1显示了适于电流或电压反馈放大器的电路。
Figure 1 sho ws a circuit that is appropriate for either a current - or a voltage-feedback amp.
图1显示了适于电流或电压反馈放大器的电路。
Figure 1 sho ws a circuit that is appropriate for either a current - or a voltage-feedback amp.
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