Resolution-Enhancing CMOS All-Digital Pulse-Mixing Method and Device Thereof

A CMOS all-digital pulse-mixing device comprising:

• a basic element sequence including a plurality of odd combination positions and a plurality of even combination positions;
• a plurality of homogeneous logic elements connected to form the basic element sequence;
• at least one first element parallel connection set formed as an odd-positioned element parallel connection set, with the at least one first element parallel connection set having a first parallel connection number of first logic elements, with serially connecting the at least one first element parallel connection set with a first predetermined position of the a plurality of odd combination positions;
• and
• at least one second element parallel connection set formed as an even-positioned element parallel connection set, with the at least one second element parallel connection set having a second parallel connection number of second logic elements, with serially connecting the at least one second element parallel connection set with a second predetermined position of the a plurality of even combination positions;
• wherein the at least one first element parallel connection set and the at least one second element parallel connection set are utilized to stretch or shrink a pulse signal, with mixing a first degree of pulse stretching and a second degree of pulse shrinking to generate a stretched pulse signal or a shrunk pulse signal.

A CMOS all-digital pulse-mixing device comprising:

• a basic element sequence including a plurality of odd combination positions and a plurality of even combination positions;
• a plurality of homogeneous logic elements connected to form the basic element sequence;
• a first element parallel connection set formed as an odd-positioned element parallel connection set, with the first element parallel connection set having a first parallel connection number of first logic elements, with serially connecting the first element parallel connection set with a first predetermined position of the a plurality of odd combination positions;
• a second element parallel connection set formed as an even-positioned element parallel connection set, with the second element parallel connection set having a second parallel connection number of second logic elements, with serially connecting the second element parallel connection set with a second predetermined position of the a plurality of even combination positions;
• a third element parallel connection set formed as an odd-positioned element parallel connection set or an even-positioned element parallel connection set, with the third element parallel connection set having a third parallel connection number of third logic elements, with serially connecting the third element parallel connection set with a third predetermined position of the a plurality of odd combination positions and the a plurality of even combination positions;
• and
• a fourth element parallel connection set formed as an even-positioned element parallel connection set or an odd-positioned element parallel connection set, with the fourth element parallel connection set having a fourth parallel connection number of fourth logic elements, with serially connecting the fourth element parallel connection set with a fourth predetermined position of the a plurality of even combination positions and the a plurality of odd combination positions;
• wherein the first element parallel connection set and the second element parallel connection set are utilized to stretch or shrink a pulse signal, with mixing a first degree of pulse stretching and a second degree of pulse shrinking to generate a first-stage stretched pulse signal or a first-stage shrunk pulse signal;
• and
• wherein the third element parallel connection set and the fourth element parallel connection set are further utilized to stretch or shrink the pulse signal, with mixing a third degree of pulse stretching or pulse shrinking and a fourth degree of pulse shrinking or pulse stretching to generate a second-stage stretched pulse signal or a second-stage shrunk pulse signal.