A low power,continuous phase-switching multi-modulus pider is proposed based on the "time reuse" method.
提出一种基于"时间借用"方法的相位切换型多模高速分频器,新型的相位切换控制策略有效地减少相位切换控制环路的延时,使得多模分频器在较低的电源电压下仍能在较高的输入频率下工作,同时获得最大可分频模数。
Multi-modulus pider(MMD) based on phase-switching technology finds wide application due to good trade-off between operating frequency and power consumption.
基于相位转换技术的多模分频器由于其在工作频率和功耗中能更好地折中而得到广泛的应用。