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- A novel super performance CMOS voltage reference circuit was designed based on the theory of bandgap voltage reference. 介绍了带隙基准电压源的基本原理,设计了一种高精度带隙基准电压源电路。
- To simplify the structure and lower the temperature coefficient of changeable voltage reference circuit, the design of a CMOS bandage reference (BGR) with adjustable output is discussed. 摘要为了简化可变参考电压电路结构,并且降低该参考电压的温度系数,讨论了一种输出可调节的CMOS带隙基准电路。
- Design of voltage reference circuit in PWM 一种面向脉宽调制器的电压基准电路
- A High Precision CMOS Bandgap Voltage Reference Circuit 一种高精密CMOS带隙基准源
- A High Voltage Reference Circuit with Startup Hysteresis and High Current Driving Ability 带启动迟滞的大电流驱动高压基准电路
- Design and realization of a precision CMOS bandgap voltage reference circuit(WANG Jin-jun, TIAN Ze, LI Pan, et al) 一种精密CMOS带隙基准电压的源设计与实现(王进军,田泽,李攀,等)
- Design of a High-precision Bandgap Voltage Reference Circuit Using Curvature-Compensated Technology 一种采用曲率补偿技术的高精度能隙基准电压源
- voltage reference circuit 电压参照电路
- 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。
- Design of a CMOS Band-Gap Voltage Reference with Low Drift of Temperature. 刘小杰。一种低温漂CMOS带隙基准电压源的设计。
- The power supply voltage may be controlled by replacing D1, D2, R1 and R2 with a variable voltage reference. 将D1、D2、R1和R2换成一个可变参考电压源,本电路就变成了一个可控电源。
- NIST will keep a customer's Zener voltage reference for just more than two weeks. NIST会保有客户的齐纳电压参考2周多一点。
- On the base of the conventional bandgap reference circuit, this circuit is added an operation amplifier. 该电路在传统带隙基准电路的基础上增加了一个运算放大器。
- In this stage, the subtractor rejects the 5V common-mode signal from the voltage reference. 这个阶段,减法器抵消了电压参考的5V共模信号。
- A start up circuit, which can ensure the bandgap reference circuit proper operation, is proposed. 此外,为了使带隙基准电路能够正常工作,设计了启动电路。
- Internal reference currents are derived from a temperature compensated and trimmed on-chip current reference circuit. 所有的内部参考电压都做了温度补偿和平衡,芯片内置带隙电路。
- In addition, this thesis designs a 1-V bandgap voltage reference with temperature compensation to suit the current of low supply voltage. 另外并针对未来低压的趋势考量,设计一个1伏输入电压,并具有曲率补偿功能的能阶差参考电压电路,以符合未来电路的需求。
- Let's see... We have an op-amp, a couple of transistors, a voltage reference, and a few resistors. Can we build a linear regulator from these individual components? Yes, we can! 看看。。假如我们有一个运放,一些电阻,一个参考电压源以及一些晶体管,我们是否可以制作一个线性稳压电源?答案是肯定的!
- The temperature curvature compensation CMOS bund-gap reference circuit has high temperature stability and simple structure by adopting efficient curvature compensation technology. 温度曲率补偿型CMOS带隙基准电压源电路采用了有效的曲率补偿技术,温度稳定性高,结构简单。
- The main circuit consists of two equal logarithmic amplifiers made in the same silicon wafer.One of them is a kind of self-trimming reference circuit set by a band-gap reference. 电路核心是制作在同一硅片上两个性能对称的对数放大器,其中之一是自校正参考电路,它的状态由带隙基准源设定。
