context: As a result, clock signal jitter can bereduced without using a feedback circuit such as a PLL.
answer_0: Further, in accordance with the present invention, the effect of reducing jitter can be doubled or enhanced by connected timing averaging circuits in series.
answer_1: This, in accordance with the present invention, the effect of reducing jitter can be doubled or enhanced by connected timing averaging circuits in series.
answer_2: And in accordance with the present invention, the effect of reducing jitter can be doubled or enhanced by connected timing averaging circuits in series.
answer_3: In turn, in accordance with the present invention, the effect of reducing jitter can be doubled or enhanced by connected timing averaging circuits in series.
answer_4: Surprisingly, in accordance with the present invention, the effect of reducing jitter can be doubled or enhanced by connected timing averaging circuits in series.
answer_5: But in accordance with the present invention, the effect of reducing jitter can be doubled or enhanced by connected timing averaging circuits in series.
answer_6: Because of this in accordance with the present invention, the effect of reducing jitter can be doubled or enhanced by connected timing averaging circuits in series.
answer_7: Often, in accordance with the present invention, the effect of reducing jitter can be doubled or enhanced by connected timing averaging circuits in series.
answer_8: Realistically, in accordance with the present invention, the effect of reducing jitter can be doubled or enhanced by connected timing averaging circuits in series.
answer_9: Yet, in accordance with the present invention, the effect of reducing jitter can be doubled or enhanced by connected timing averaging circuits in series.