1) Current fold cascade circuit
电流折叠共源共栅电路
2) folded-cascode
折叠共源共栅
1.
Design of folded-cascode operational amplifier with 0.6μm CMOS process;
0.6μm CMOS工艺折叠共源共栅运算放大器设计
2.
Design of low voltage CMOS folded-cascode mixer;
低压CMOS折叠共源共栅混频器的设计
3.
The integrator uses a fully differential topology combined with fully differential folded-cascode amplifier and improved switch.
介绍了一种用于DRSSADC(dual-ramp-single-slop analog to digital converter)电路的积分器设计,该积分器电路采用全差分结构,主要包含了折叠共源共栅运算放大器和改进型开关电路。
3) folded cascode
折叠共源共栅
1.
This paper analyzes the drawback of traditional biased folded cascode operational amplifier and proposes a new biased folded cascode operational amplifier.
文章分析了基于传统偏置的折叠共源共栅运算放大器,提出了一种具有反馈偏置的折叠共源共栅运算放大器;在不降低运放其他性能指标的前提下,抑制了折叠共源共栅运放由于共模输入电平变化以及工艺失配而造成的尾电流源的电流变化,稳定了运放的直流工作点,提高了运放的共模抑制比。
2.
The operational amplifier uses the structure of folded cascodea,continuous time CMFB and unique bias circuit to reach high speed and high stability.
设计中采用了折叠共源共栅结构、连续时间共模反馈以及独特的偏置电路,以期达到高速及良好的稳定性。
3.
A low-voltage folded cascode low noise amplifier(LNA)available to bluetooth,based on 0.
18微米CMOS工艺,设计了一种应用于蓝牙的低电压折叠共源共栅低噪声放大器。
4) folded-cascode
折叠式共源共栅
1.
By using the structures such as current mirror,folded-cascode and so on,the function of comparison in peak-value-current-mode-control is realized.
电路设计采用电流镜、折叠式共源共栅等结构,实现了在峰值电流控制模式中的电流比较功能。
2.
By using the structures such as current mirror,folded-cascode and so on,The gain,PSRR and CMRR are improved remarkably;The logic circuit realizes clamp and operation-mode select of the chip.
误差放大器的核心部分采用电流镜、折叠式共源共栅等结构,显著提高了增益、电源抑制比和共模抑制比;逻辑控制部分实现了对芯片工作模式的选择控制,并具有钳位功能。
3.
In addition to gain-boosting technology,folded-cascode is utilized to make the charge and discharge current match.
8V CMOS工艺设计一种增益提高型电荷泵电路,利用增益提高技术和折叠式共源共栅电路实现充放电电流的匹配。
5) folded cascode
折叠-共源共栅
1.
A high-performance low-voltage and low-power CMOS folded cascode operational amplifier is designed in this paper.
设计了一种低压低功耗CMOS折叠-共源共栅运算放大器。
6) cascade current mirror
共源共栅电流镜
1.
The cascade current mirror was used in the circuit, and the output of the OPAMP was used for the bias of itself and to drive the next stage.
其设计特点是采用了共源共栅电流镜,运放的输出作为驱动的同时还作为自身的偏置电路;其次是采用了带隙温度补偿技术。
2.
The technology of temperature compensation and cascade current mirror was used,and the output of two stage amplifier was used for the bias of itself.
电路运用带隙温度补偿技术,采用共源共栅电流镜,两级运放输出用于自身偏置电路。
补充资料：不共中不共变
【不共中不共变】
谓如眼等五根，唯自己第八识中最初一念，托父母遗体时变现，名不共；出胎之后，唯自己受用，复名不共。如眼识，惟依眼根而发；乃至身识，唯依身根而发，不相混杂，是为不共中不共变。
谓如眼等五根，唯自己第八识中最初一念，托父母遗体时变现，名不共；出胎之后，唯自己受用，复名不共。如眼识，惟依眼根而发；乃至身识，唯依身根而发，不相混杂，是为不共中不共变。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条