一种1.92GHz-3.84GHz 0.74ps-1.09ps无抖动电感注入锁频合成器,具有自动选频和定时对准功能

Khoi T. Phan, Y. Chao, H. Luong
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引用次数: 0

摘要

在无电感锁相环中,次谐波注入锁相技术已成为抑制相位噪声和改善环振抖动性能的常用技术[1]。然而,传统的注入锁定锁相环(il - pll)需要分频链进行频率选择,因此存在频率失调和注入时序不完善的问题,从而导致抖动退化甚至锁定失败[2]。为了解决这个问题,使用专用延迟单元进行频率对准[3],代价是额外的功率和芯片面积。频率失调在文献[4]中使用正交压控振荡器进行校准,但其性能受到正交误差和功耗的限制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A 1.92GHz-3.84GHz 0.74ps-1.09ps-Jitter Inductor-less Injection-Locked Frequency Synthesizer with Automatic Frequency Selection and Timing Alignment
Sub-harmonic injection-locked technique has become popular to suppress the phase noise and to improve the jitter performance of ring oscillators in inductor-less PLLs [1]. However, conventional injection-locked PLLs (IL-PLLs) require a frequency divider chain for frequency selection and thus suffer from frequency misalignment and imperfection injection timing, which results in jitter degradation and even locking failure [2]. To solve this problem, a dedicated delay cell is used for frequency alignment [3] at a cost of extra power and chip area. Frequency misalignment is calibrated using the quadrature VCO in [4], but its performance is limited by the quadrature error and power consumption.
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