一种可再生频率梳

H. Ascarrunz, A. Hati, C. Nelson, D. Howe, F. Walls
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引用次数: 1

摘要

本文描述了一种再生频率梳发生器(RCG),用于合成与输入信号相相干的分数倍为m/n的信号,其中n的频率与1/tau成正比,其中tau为环路延迟,m为小于n的正整数。描述了RCG,并将其性能与传统的再生分频器、数字分频器和乘法器进行了比较。在100 MHz下测量残余噪声的10分频器的初步数据表明,其性能优于低噪声数字分频器,在100 Hz和1/f特性下,SSB噪声为-145 dBc/Hz。虽然过去研究的再生分频器和共轭再生分频器的宽带性能尚未达到,但在100 kHz偏置下已达到-162 dBc/Hz,并且有望通过应用上述器件中研究的技术进一步改善整体噪声
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Regenerative Frequency Comb
The paper describes a regenerative frequency comb generator (RCG) used to synthesize a signal coherent with the input signal with a fractional multiplication of m/n, where the frequency of n is proportional to 1/tau, where tau is the loop delay, and m is a positive integer less than n. The RCG was described and its performance was compared with traditional regenerative dividers, digital dividers and multipliers. Preliminary data for a divide by ten whose residual noise was measured at 100 MHz suggest superior performance to low noise digital dividers, with a SSB noise of -145 dBc/Hz at 100 Hz and 1/f characteristic. While the broadband performance of the regenerative dividers and conjugate regenerative dividers studied in the past have not attained, a -162 dBc/Hz at 100 kHz offset have been attained and expect to be able to improve the overall noise further by applying techniques investigated in the aforementioned devices
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