Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: It is believed that the time-domain resolution of a digital signal edge transition is superior to the voltage resolution of an analog signal in advanced CMOS processes[1], [2]. The reasoning behind this is that operating voltage has been reducing, making the signal more vulnerable to noise por due to scaling. On the other hand, in time domain, scaling has resulted to increase in frequency and therefore design of faster circuits, while also contributing to reduction of jitter. Hover, this is a concept that has not yet been quantitatively examined.  aims at verifying the effectiveness of the time-domain circuits over voltage-domain circuits in terms of their dynamic range performances by simulations as ll as by theoretical analysis, especially in the scaled nano-meter processes. It has been shown that for a given technology the time domain dynamic range is superior to the voltage domain dynamic range by a factor of (ω T  /B) 2  where ω T  is the unity gain frequency and B is the bandwidth.
['Kevin Ngari Muriithi', 'Toru Nakura', 'Kunihiro Asada']
I am writing a research paper on a idea Numerical and theoretical analysis on voltage and time domain dynamic range of scaled CMOS circuits
[{"from": "human", "value": "I am writing a research paper on a idea Numerical and theoretical analysis on voltage and time domain dynamic range of scaled CMOS circuits"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: It is believed that the time-domain resolution of a digital signal edge transition is superior to the voltage resolution of an analog signal in advanced CMOS processes[1], [2]. The reasoning behind this is that operating voltage has been reducing, making the signal more vulnerable to noise por due to scaling. On the other hand, in time domain, scaling has resulted to increase in frequency and therefore design of faster circuits, while also contributing to reduction of jitter. Hover, this is a concept that has not yet been quantitatively examined.  aims at verifying the effectiveness of the time-domain circuits over voltage-domain circuits in terms of their dynamic range performances by simulations as ll as by theoretical analysis, especially in the scaled nano-meter processes. It has been shown that for a given technology the time domain dynamic range is superior to the voltage domain dynamic range by a factor of (\u03c9 T  /B) 2  where \u03c9 T  is the unity gain frequency and B is the bandwidth."}]