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首页> 外文期刊>International Journal of Engineering Research and Applications >Low Power and Fast Transient High Swing CMOS Telescopic Operational Amplifier
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Low Power and Fast Transient High Swing CMOS Telescopic Operational Amplifier

机译:低功耗,快速瞬态高摆幅CMOS伸缩运算放大器

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摘要

CMOS telescopic operational amplifier with high-swing and high-performance is described in this paper. The swing is attained by using the tail and current source-transistors in deep-linear region. The resultant deprivation in parameters like differential gain, CMRR and added characteristics are recompensed by using regulatedcascode differential gain enhancement and a replica-tail feedback technique. Operating at power supply of 3.3V, the power consumption, slew rate and settling time are improved using transmission controlled pass circuitry and level amplifier. It is shown through simulations that the Op-Amp preserves its high CMRR and unity gain frequency.
机译:本文介绍了具有高摆幅和高性能的CMOS伸缩式运算放大器。通过在深线性区域中使用尾部和电流源晶体管来实现摆幅。通过使用调节的共源共栅差分增益增强和复制尾反馈技术,可以补偿诸如差分增益,CMRR和附加特性等参数所导致的剥夺。使用3.3V电源供电时,使用传输控制的通过电路和电平放大器可以改善功耗,转换速率和建立时间。通过仿真表明,运算放大器保留了较高的CMRR和统一的增益频率。

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