linearization technique meaning in Chinese
线性化方法
线性化技术
Examples
- The nonlinear influence on multiple carriers signal , such as am / am and am / pm conversion , has been analyzed in this paper . some common linearization techniques , such as feedback , feed - forward and pre - distortion , have also been introduced and compared , which shows that feed - forward is the preferred linearization approach for application in this paper
本文分析了微波功率放大器的非线性特性，特别是am / am转换和am / pm转换对多载波信号的影响，也介绍了反馈、前馈、预失真等各种常用线性化技术的基本原理，并对它们的优缺点进行了比较总结。 - Also discussed the methods on how to realize the cwt both in time - domain and frequency - domain and how to design the gm - c bandpass filter used in realization of cwt . in order to optimize the performance of gm - c filter , linearization techniques are investigated and proposed . due to process variation and parasitics , an automatic tuning is designed for center frequency / 0 and quality factor q also , in this thesis , 16 - channel analogue cmos cwt circuit has been realized
论文围绕连续小波变换的模拟电路实现这一热点问题，讨论了连续小波变换的时域和频域实现方法；具体分析了并行结构与串行结构的优缺点；研究了频域法中的跨导-电容带通滤波器的设计；给出了改善跨导输入级传输特性的线性程度并扩大线性范围的具体方法；设计了片内自校正(可调谐)环节使滤波器参数自动调整到设计标准值；最后给出了16通道滤波器组实现小波变换的方法。 - In the chapter 4 , the basic concept and characteristics about the current model circuit and transconductor ( gm ) are given . in order to optimize the performance of gmce , four linearization techniques and the design of consequently successful circuits are investigated and proposed . at last , the four linearization techniques are summarizes
第四章讨论了电流模式电路及跨导器的基本概念及性能特点，重点研究并给出了改善输入级传输特性的线性程度并扩大线性范围的四种方法，介绍在这方面比较成功的一些电路设计，总结了这四种方法的异同点。