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A Digital Background Calibration Algorithm of Pipelined ADC Based on Pesudo-Random Sequence

机译:基于伪随机序列的流水线ADC数字背景校准算法

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A digital background calibration algorithm of pipelined ADC based on pseudo-random sequence is presented. Errors caused by gain error and nonlinearity are corrected to improve the performance of ADC. Capacitor mismatch are simultaneously calibrated to improve the linearity without extra circuit. Behavioral simulation of a 12bit pipelined ADC has been performed with a sampling rate of 160MHz and an input rate of 1.00586MHz. Results show this calibration algorithm improve SFDR from 59.8dB to 93.9dB, SNDR from 50.1dB to 73.1dB and ENOB from 8.0bit to 11.9bit.
机译:提出了一种基于伪随机序列的流水线ADC数字背景校准算法。校正了由增益误差和非线性引起的误差,以改善ADC的性能。同时校准电容器失配以改善线性度,而无需额外的电路。已经以160MHz的采样速率和1.00586MHz的输入速率执行了12位流水线ADC的行为仿真。结果表明,该校准算法将SFDR从59.8dB提高到93.9dB,将SNDR从50.1dB提高到73.1dB,并将ENOB从8.0bit提高到11.9bit。

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