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0.5-V input digital LDO with 98.7 current efficiency and 2.7-#x00B5;A quiescent current in 65nm CMOS

机译:0.5V输入数字LDO,电流效率为98.7%,65nm CMOS的电流效率和2.7μA静态电流

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Digital LDO is proposed to provide the low noise and tunable power supply voltage to the 0.5-V near-threshold logic circuits. Because the conventional LDO feedback-controlled by the operational amplifier fail to operate at 0.5V, the digital LDO eliminates all analog circuits and is controlled by digital circuits, which enables the 0.5-V operation. The developed digital LDO in 65nm CMOS achieved the 0.5-V input voltage and 0.45-V output voltage with 98.7% current efficiency and 2.7-µA quiescent current at 200-µA load current. Both the input voltage and the quiescent current are the lowest values in the published LDO's, which indicates the good energy efficiency of the digital LDO at 0.5-V operation.
机译:建议数字LDO为0.5V近阈值逻辑电路提供低噪声和可调电源电压。由于运算放大器的传统LDO反馈控制器无法在0.5V下运行,所以数字LDO消除了所有模拟电路并由数字电路控制,这使得能够0.5V操作。 65nm CMO中的开发的数字LDO实现了0.5V输入电压和0.45V输出电压,电流效率为98.7%,200-μA负载电流为2.7-μA静态电流。输入电压和静止电流都是已发布的LDO中的最低值,这表明数字LDO的良好能效在0.5V操作时。

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