反馈深度

在这个突峰值近似地等于这个闭环增益中频段的数值的情况下，找到了计算负反馈深度最佳值，即无瞬态互调失真（TIM失真）的最大值的方法。

Under this condition that the peak value is nearly equal to the value of the mid-frequency range of the closed-loop gain , a method of calculation for the optimum value of the negative feedback depth ( that is the maximum value at no TIM distortion ) is found out .

该算法融入了一种进化反馈深度模型和种群生存度设计理念，有效提高了算法的稳定性。

The proposed algorithm integrates into an evolutionary feedback depth model and population survivability degrees design concept , effectively improve the stability of the algorithm .

RC桥式正弦波振荡电路中反馈深度研究

Feedback Depth Analysis of RC Sinusoidal Oscillation Circuit

增加反馈深度的几种方法

Some Methods for Increasing Loop Gain of Feedback Systems

放大器负反馈深度最佳值的计算方法

A Method of Calculation for the Optimum Value of the Negative Feedback Depth in Amplifier

文中叙述了建立在增益相加基础上提高反馈深度的三个可能途径：（1）双通道相位校正；

Three possible approaches are described in this paper for increasing loop gain based on the gain adding method : ( 1 ) phase compensation with two channels ;

T2编码器由已编码比特率自适应地反馈控制编码深度，完成优化截取。

T2 encoder sends feedback to control the coding depth by the accumulated bit rate and complete the rate-distortion optimization truncation .

信号源内阻对负反馈放大器反馈深度的影响

Affection of the Resistance of Signal Source for Return Difference of Negative Feedback Amplifiers

补充反馈模块的深度标注框架研究

Research on Deep Annotation Frame with Feedback Module

负反馈放大器反馈深度与信号源内阻关系是一个易被误解的问题。

It is a easily belied problem that the affinity of the negative feedback amplifiers and the resistance of signal source .

于此同时分析了影响切割电流的电路参数，在电流给定值一定的情况下，通过调节电流反馈的反馈深度，可以控制实际切割电流的大小。

Meanwhile analysis of the circuit parameters affect the cutting current in the current value of a certain given circumstances , by regulating the current feedback depth , can control the size of the actual cutting current .

针对动态Web页以查询生成居多的特点，提出标注与反馈相结合的深度标注框架，即第一步通过标注模块进行初步标注，并记录Web页面的查询要求；

In allusion to most dynamic Web pages are generated by query operation , a deep annotation frame with feedback module are put forward .

通过改变焊接电压反馈和焊接电流反馈的深度，实现了弧焊发电机获得下降特性和平特性两种输出。

By regulating the feedback depth of welding voltage and welding current , arc welding generator can obtain dropping and constant voltage external characteristics .

本文一改过去负反馈低噪声放大器的设计步骤，采用全新的方法&方框图法，确定了负反馈电路中晶体管参数，反馈深度、噪声系数、信号源内阻和工作频率之间的关系。

With the whole new method , simple calculation instead of the traditional measures which used to design low noise single-stage negative feedback amplifier , the relations among the transistor data , feedback effect , noise factor , as well as singal resistance are studied .