High-frequency analysis of linearity improvement technique ofcommon-emitter transconductance stage using a low-frequency-trap network

Keng Leong Fong

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High-frequency analysis of linearity improvement technique ofcommon-emitter transconductance stage using a low-frequency-trap network

机译：低频陷波网络高频分析共射极跨导级的线性度改进技术

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It is well known that a low-frequency-trap network can be added tonthe base of an inductively-degenerated common-emitter transconductancenstage to improve its third-order intercept point, but not its 1-dBncompression point. High-frequency equations in Volterra series are usednto explain this phenomenon. Analytical and experimental results shownthat the third-order intercept point increases with the capacitancenwithin the low-frequency-trap network

机译：众所周知，可以在感应退化的共发射极跨导的基础上增加一个低频陷波网络，以改善其三阶截点，而不是其1-dBn压缩点。 Volterra级数中的高频方程被用来解释这种现象。分析和实验结果表明，低频陷波网络中三阶交调点随电容n的增加而增大。

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来源
《IEEE Journal of Solid-State Circuits》 |2000年第8期|p.1249-1252|共4页
作者
Keng Leong Fong;
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类一般性问题;基本电子电路;
关键词
Volterra series; capacitance; intermodulation distortion; mixers (circuits); radiofrequency amplifiers; 1-dB compression point; common-emitter transconductance stage; high-frequency analysis; linearity improvement technique; low-frequency-trap network; third-order;

机译：Volterra系列;电容;互调失真;混频器（电路）;射频放大器;1-dB压缩点;共发射极跨导级;高频分析;线性度改进技术;低频陷波网络;三阶;

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专利

1. High-frequency analysis of linearity improvement technique of common-emitter transconductance stage using a low-frequency-trap network [J] . Keng Leong Fong IEEE Journal of Solid-State Circuits . 2000,第8期

机译：低频陷波网络高频分析共射极跨导级的线性度改进技术
2. High-frequency nonlinearity analysis of common-emitter and differential-pair transconductance stages [J] . Keng Leong Fong, Meyer R.G. IEEE Journal of Solid-State Circuits . 1998,第4期

机译：共发射极和差分对跨导级的高频非线性分析
3. High-frequency nonlinearity analysis of common-emitter anddifferential-pair transconductance stages [J] . Keng Leong Fong, Meyer R.G. IEEE Journal of Solid-State Circuits . 1998,第4期

机译：共发射极和差分对跨导级的高频非线性分析
4. A 3.3 V linear fully balanced CMOS operational transconductance amplifier for high-frequency applications [C] . Szczepanski, S., Koziel, . 2002

机译：用于高频应用的3.3 V线性完全平衡CMOS运算跨导放大器
5. Nonlinear process analysis and modeling: Integrating statistical techniques and neural networks. [D] . Dong, Dong. 1995

机译：非线性过程分析和建模：集成统计技术和神经网络。
6. Selecting Modeling Techniques for Outcome Prediction: Comparison of Artificial Neural Networks Classification and Regression Trees and Linear Regression Analysis for Predicting Medical Rehabilitation Outcomes [O] . Deborah K. W. Walters, Richard T. Linn, Margaret Kulas, 1999

机译：预测结果的建模技术选择：人工神经网络分类和回归树的比较以及用于预测医疗康复结果的线性回归分析
7. On the implementation of linear diffusion In transconductance-based cellular nonlinear networks [O] . Fernández-Berni, J., Carmona-Galán, R. 2013

机译：基于跨导的细胞非线性网络中线性扩散的实现
8. Man-Machine Simulation Using SADT (Structured Analysis and Design Technique) (Trademark)/SAINT (System Analysis of Integrated Networks of Tasks) Techniques [R] . Bachert, R. F., Evers, K. H., Crawford, B. M., 1981

机译：使用saDT（结构化分析和设计技术）（商标）/ saINT（任务集成网络的系统分析）技术进行人机仿真

High-frequency analysis of linearity improvement technique ofcommon-emitter transconductance stage using a low-frequency-trap network

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