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- current mirror bias circuit 镜像电流源偏置电路
- This paper proposes a bias circuit for cascode current mirror in band-gap voltage reference to realize low supply voltage. 通过设计带隙基准电压源中共源共栅电流镜的偏置电路以实现低电源电压工作。
- And its copy of the database is the current mirror database. 其数据库副本为当前的镜像数据库。
- A self-bias wide-swing current mirror is used to broaden the output range and eliminate voltage jumping, a switching accelerate circuit is used to increase operation speed. 该电路采用了对称结构充放电流镜，自偏置高摆幅共源共栅镜像电流源和电流开关加速电路，提高了高速工作时电路的稳定性，消除了电压跳变现象，解决了充放电流不匹配的问题，且输出摆幅较大。
- Use current mirrors and mirror your current. 使用电流反射镜并确实反映电流。
- The MOCCCII is present with replicating across current mirror on CCCII and it's hardware circuit is completed by using BJT such as S9014 and S9015. The experiment results are in good agreement with the port property of MOCCCII. 利用交叉耦合电流镜和电流复制方法实现了MOCCCII,并用双极型晶体管S9014、9015 完成了硬件电路的设计。 实验测试表明,设计的MOCCCII 符合端口性能。
- The whole AFE circuit includes a bias circuit, a clock generator, a chopper stabilization amplifier, a post-amplifier, and a second-order continues-time low-pass filter. 本文所提整体类比前端电路包含偏压电路、时脉产生器、截波稳定型放大器、后置放大器、和二阶连续时间低通滤波器。
- The data access provider downloads the name of the current mirror server, Partner_C, and caches it as the current failover partner name. 数据访问接口下载当前镜像服务器Partner_C的名称,并将其缓存为当前故障转移伙伴名称。
- Two prototypes are designed:one uses PMOS current mirror,the other uses NMOS current mirror.Then a comparison is made between t... 提出了 PMOS 和 NMOS 两种尾电流源供应的电路,对这两种结构的性能作了分析比较,总结了尾电流源对电路的影响。
- It eliminates overshoot injection current by the cascade current mirror, and has a low out jitter and a wide power supply range. 该电路具有低的输出抖动、宽的电源范围,使用级连电流镜像消除过冲注入电流。
- This paper introduce the terminal-port characteristic relation of Nullor and the nullor eguivalent circuit of transistor.A method of analysing and designing parameter of bias circuit is given. 本文介绍了零泛器的端口特性关系，晶体管的零泛等效电路，给出了应用零泛器设计计算偏置电路参数的一种方法。
- The simulation results listed above prove that, this structure could simplify the design and adjustment of bias circuit greatly, and lower the power dissipation of low-voltage cascode structure. 仿真结果证明，该电路能够简化共源共栅电路的设计和调试，并减少低压共源共栅电路的功耗。
- Based on the PMOS bulk driven technique, a low voltage CMOS cascade current mirror (BDCCM) is presented, and then the input/output impedance and frequency characteristics are discussed. 摘要基于PMOS衬底驱动技术设计了低压PMOS衬底驱动CMOS共源共栅电流镜电路(BDCCM)，并讨论分析了其输入阻抗、输出阻抗和频率特性。
- Design of a RF High Power Amplifier Bias Circuit 一种射频大功率放大器电源偏置电路设计方法
- Also, cathode bias circuits (with bypass capacitors) are not very successful, since for DC bias purposes, the cathode resistor presents a high DC resistance equivalent at the anode, and the quiescent point is not very stable. 而且，阴极偏压电路（带旁路电容）也很难成功，因为直流偏压的原因，阴极电阻在屏级上表现出很高的等效直流电阻，这样静态工作点很难得以稳定。
- A Modefied Active Current Mirror 一种改进型有源电流镜的设计
- Besides, by using the active biasing circuit (linearizer) for the gate of the FET, the 1dB compression point (CP1dB) can be extended. 除此之外，通过对第二级FET的门级偏置使用主动式的偏置电路（线性处理器），电路的1dB压缩点（CP1dB）得到了很大的提高。
- The Eight-segment Current Mirror Layout 电流镜版图的八段设计方案
- Current mirror filters with improved leapfrog-type 改进型跳耦结构电流镜滤波器
- Application Nullor Compute Parameter of Bias Circuit 应用零泛器计算偏置电路的参数
