CMOS Transimpedance Feedback Amplifier Design using Unity Gain Differential Amplifiers

机译：CMOS跨阻抗反馈放大器设计使用Unity Gain差分放大器设计

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Demand for mixed mode integrated circuit rapidly increases for modern high end electroinics devices. The design of linear circuit such as op-amps in CMOS technology becomes more complex and critical. Many authors and researchers devoted their time to find the optimal solution for design of analog circuits in mixed mode in an integrated circuit. This paper gives an overview on various implementation strategies for current controlled voltage source transimpedance operational amplifier (CFA) in CMOS based Integrated circuit technology.

机译：用于现代高端电器设备的混合模式集成电路的需求迅速增加。线性电路的设计如CMOS技术在CMOS技术中的开放式电路变得更加复杂和批判。许多作者和研究人员专注于在集成电路中为混合模式设计的模拟电路设计的最佳解决方案。本文概述了基于CMOS基于CMOS的集成电路技术中的电流控制电压源跨阻抗运算放大器（CFA）的各种实施策略。

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《International Conference on Emerging Smart Computing and Informatics》|2021年|743-747|共5页
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Milind Gajare; D. K. Shedge; Devendra Itole;
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Feedback amplifiers; Linear circuits; CMOS technology; Differential amplifiers; CMOS integrated circuits; Voltage control; Informatics;

机译：反馈放大器;线性电路;CMOS技术;差分放大器;CMOS集成电路;电压控制;信息学;

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1. AN INDUCTORLESS CMOS SINGLE-TO-DIFFERENTIAL TRANSIMPEDANCE AMPLIFIER WITH GAIN-ENHANCED TOPOLOGY AND POSTAMPLIFIER [J] . Lai Mu-Tsung, Tsao Hen-Wai Microwave and optical technology letters . 2014,第12期

机译：具有增益增强型拓扑和后置放大器的无电感CMOS单到差分导通放大器
2. High-gain differential CMOS transimpedance amplifier with on-chip buried double junction photodiode [J] . Xu W., Mathine D.L., Barton J.K. Electronics Letters . 2006,第14期

机译：高增益差分CMOS跨阻放大器，带有片上掩埋双结光电二极管
3. A CMOS infrared wireless optical receiver front-end with a variable-gain fully-differential transimpedance amplifier [J] . Chen R.Y., Tsung-Shuen Hung, Chih-Yuan Hung IEEE Transactions on Consumer Electronics . 2005,第2期

机译：具有可变增益全差分跨阻放大器的CMOS红外无线光接收器前端
4. An Inductorless 6-GHz Variable Gain Differential Transimpedance Amplifier in 0.18-μm SiGe BiCMOS [C] . Samuel Bai Song Lee, Hang Liu, Kiat Seng Yeo IEEE International Symposium on Circuits and Systems . 2019

机译：采用0.18μmSiGe BiCMOS的无电感6GHz可变增益差分跨阻放大器
5. Transimpedance amplifier design using 0.18 mum CMOS technology. [D] . Bespalko, Ryan Douglas. 2007

机译：采用0.18微米CMOS技术的跨阻放大器设计。
6. A Capacitive Feedback Transimpedance Amplifier with a DC Feedback Loop Using a Transistor for High DC Dynamic Range [O] . Jung-hoon Noh 2020

机译：一种电容反馈转换放大器具有DC反馈回路使用晶体管进行高直流动态范围
7. Analysis and Design of Wideband CMOS Transimpedance Amplifiers Using Inductive Feedback [O] . Ghasemi Omidreza 2012

机译：利用电感反馈的宽带CMOS跨阻放大器的分析和设计

CMOS Transimpedance Feedback Amplifier Design using Unity Gain Differential Amplifiers

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