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An improvement of a piecewise curvature-corrected CMOS bandgap reference

机译:分段曲率校正的CMOS带隙基准的改进

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References(4) Cited-By(2) In the current paper, an improvement of piecewise curvature-corrected CMOS bandgap reference (BGR) circuit is proposed. The circuit utilizes piecewise nonlinear curvature-corrected current (PNCCC) in a conventional BGR with a current control circuit, which compensates for the voltage reference at a higher temperature range. The current control circuit (CCC) is used to reduce the total current at low temperature when the PNCCC generator is inactive. The proposed circuit is realized in CMOS 0.13µm and has been verified to be able to save power consumption by 18.6% compared with a circuit without the current control circuit.
机译:参考文献(4)By-By(2)在当前论文中,提出了一种对分段曲率校正的CMOS带隙基准(BGR)电路的改进。该电路在具有电流控制电路的常规BGR中利用分段非线性曲率校正电流(PNCCC),该电路可补偿较高温度范围内的参考电压。当PNCCC发生器不工作时,电流控制电路(CCC)用于降低低温下的总电流。所提出的电路以CMOS 0.13µm实现,并且与没有电流控制电路的电路相比,已被证明可以节省18.6%的功耗。

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