1) folded cascode Op Amp
折叠式共源共栅运放
1.
A novel comparator with hysteresis for RS 485 communication is presented,based on folded cascode Op Amp with active current mirror,single-ended output,adding four NMOS at folded point to supply positive feedback.
比较电路采用带有源电流镜的折叠式共源共栅运放,单端输出,在折叠点处增加4个NMOS管为电路提供正反馈,并通过适当的调节其中2个的宽长比来改变迟滞电压的范围。
2) folded cascode amplifier
折叠式共源共栅放大器
1.
These two series PNP transistors reduce the effect of the voltage offset,a folded cascode amplifier increases the precision of the whole circuit,and a negative feedback structure improves the stability of VPTAT the circuit.
通过三极管串联来减小失调电压的影响,通过折叠式共源共栅放大器来提高电路精度,通过增加负反馈电路来提高电路的稳定性。
3) 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。
4) gain-boosted folded-cascode OTA
增益增强折叠共源共栅跨导运放
5) Folded-cascode structure
折叠式共栅共源结构
6) 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。
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