偏压模块提供偏压电流至差动输入级。
The bias module provides a bias current to the differential input stage.
基于P阱CMOS工艺提出了一种新的差动输入电流传送器。
Based on P-well CMOS processes, a novel differential CMOS current conveyor is presented.
输出缓冲器包括差动输入级、偏压电流源、反馈模块以及输出级。
The output buffer includes a differential input stage, a bias current source, a feedback module, and an output stage.
进一步的分析还表明，该公式完全适合于差动输入的仪器放大器。
Furthermore, advanced analysis shows that this formula is completely suitable for differential amplifiers of instruments.
本文对运算放大器在差动输入状态下的输入阻抗问题做了全面的分析。
A full-scale analysis of input impedance of the operational amplifier under the state of differential input is given here.
所披露者外，是改善差动输入缓冲器模范体现低功耗接收信号和相关的方法。
Disclosed herein are exemplary embodiments of an improved differential input buffer for receiving low power signals and associated methods.
差动输入级具有分别接收第一输入信号和第二输入信号的第一输入端和第二输入端以及具有第一输出端。
The differential input stage has a first input terminal and a second input terminal receiving a first input signal and a second input signal respectively, and a first output terminal.
分析了VMOS基本差动输入级的传输特性，提出一种高线性度的跨导可调v MOS跨导运算放大电路。
The transfer characteristics of basic VMOS differential input stage are analyzed, a VMOS operational transconductance amplifier which has good linearity and tunable transconductance is presented.
输入失调电流是两个差动输入端的基极输入电流，当两个输入端的源阻抗不相等时，它可引起仪表放大器的失调误差。
Input offset current is the difference between the two input bias currents and this leads to offset errors in in-amps when source resistances in the two input terminals are unequal.
其它特性包括：集成缓冲用来驱动基准电压，以及集成完全差动放大器用来缓冲调制器输入并进行电平转换。
Other features include an integrated buffer to drive the reference as well as a fully differential amplifier to buffer and level shift the input to the modulator.
它实际上是一差动放大器，其中感官都输入信号和反馈的差异。
It is actually a differential amplifier which senses both input signal and feedback differentially.
采用输入约束误差动态放大的方法处理执行器饱和问题。
In order to settle the problem of actuator saturation, an input constraints error dynamic enlargement method is adopted.
采用输入约束误差动态放大的方法处理执行器饱和问题。
In order to settle the problem of actuator saturation, an input constraints error dynamic enlargement method is adopted.
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