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Design of CMOS Low-Dropout Voltage Regulator for Power Management Integrated Circuit in 0.18-μm Technology

机译:电源管理集成电路CMOS低压液压稳压器的设计0.18μm技术

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A low-dropout (LDO) voltage regulator is the main component used in the majority of portable electronic application since it is used as power management unit in those applications. In this paper, a LDO regulator for the power management integrated circuit in 0.18-μm CMOS technology using Cadence software is presented. The error amplifier of the proposed LDO employed seven transistors for current mirror. Meanwhile, the PMOS transistor is used as a pass element transistor to control the voltage variation. The resistors are used as a feedback network circuit while the capacitor is used to minimise the variation of output voltage. The simulation results show that the proposed design provides a 2.41 V constant output voltage for the supply voltage ranges of 2.55 V to 3.55 V. The dropout voltage of 140 mV is achieved with 1.48 mW power consumption. The line regulation is 1.0 mV/V and the load regulation is 0.41 mV/A, while the layout of the proposed regulator is 27 μm x 34 μm.
机译:低压差(LDO)电压调节器是大多数便携式电子应用中使用的主要组件,因为它在这些应用中用作电源管理单元。 本文介绍了使用Cadence软件的0.18-μmCMOS技术中电源管理集成电路的LDO调节器。 所提出的LDO的误差放大器采用七个用于电流镜的晶体管。 同时,PMOS晶体管用作通过元件晶体管以控制电压变化。 电阻器用作反馈网络电路,而电容器用于最小化输出电压的变化。 仿真结果表明,该设计为电源电压范围为2.55 V至3.55 V提供2.41 V恒定输出电压。通过1.48 MW功耗,实现了140 mV的放大电压。 线路调节为1.0 mV / V,负载调节为0.41 mV / a,而所提出的调节器的布局为27μm×34μm。

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