A Fast-settling Temperature-Insensitive Voltage Buffer

Zhang Ya-cong, Chen Zhongjian, Lu Wengao, Gao Jun, Ji Lijiu, Zhao Baoying
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Abstract

A fast-settling, temperature-insensitive voltage buffer is analyzed and designed. Class AB output stage in the buffer leads to high slew rate with relatively low power dissipation. The current switch not only sets the quiescent current of the output transistors, but also compensates the variation of Vth with temperature, which makes the buffer workable in a wide range of temperature. Simulation results show that the 0.1% settling time with 2V input step and 2OpF load is always less than 165ns when the temperature varies from 0°C to 100°C while the dissipation is less than 3mW. The die area without pads in 0.5um CMOS process is 350* 150um2.
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一种快速沉降温度不敏感电压缓冲器
分析和设计了一种快速稳定、温度不敏感的电压缓冲器。缓冲器中的AB类输出级具有较高的摆幅率和相对较低的功耗。电流开关不仅可以设置输出晶体管的静态电流,还可以补偿v值随温度的变化,使缓冲器在很宽的温度范围内工作。仿真结果表明,当温度在0 ~ 100℃范围内变化时,输入阶跃为2V、负载为2OpF时,0.1%的稳定时间始终小于165ns,且功耗小于3mW。0.5um CMOS工艺中无焊盘的模具面积为350* 150um2。
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