Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  presents a novel mixed-signal low-por dual-band square/triangular waveform generator (WFG) chip with a wide low-frequency tuning range for medical bio-electric stimulation therapy. It consists of a relaxation oscillator comprising a hysteresis Schmitt trigger and a timing integrator, along with frequency divider (FD) stages and path selector output for driving an electrode from 16 selectable channels. It was fabricated using Global Foundries 8RF-DM 130-nm CMOS process with a supply voltage of ±1 V for the oscillator and +1 V for logic circuits. The WFG provides an output of around 1.5    $\text{V}_{\textrm {p-p}}$    at a nominal low oscillation frequency of 17 kHz using small-size on-chip passive components of values 10    $\text{k}\Omega $    and 10 pF. The WFG core (band I) can be tuned in the range 6.44–1003 kHz through bias current adjustment, while a lor frequency (band II) in the range 0.1 Hz–502 kHz can be provided digitally through a    $\div 2$    stage. The por consumption was only 0.457 mW for the WFG and 2.1 mW for the FD circuit while occupying a total silicon area of only 18   $426~\mu \text{m}^{2}$   .
['Ibtisam A. Abbas Al‐Darkazly', 'S. M. Rezaul Hasan']
I am writing a research paper on a idea Dual-Band Waveform Generator With Ultra-Wide Low-Frequency Tuning-Range
[{"from": "human", "value": "I am writing a research paper on a idea Dual-Band Waveform Generator With Ultra-Wide Low-Frequency Tuning-Range"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  presents a novel mixed-signal low-por dual-band square/triangular waveform generator (WFG) chip with a wide low-frequency tuning range for medical bio-electric stimulation therapy. It consists of a relaxation oscillator comprising a hysteresis Schmitt trigger and a timing integrator, along with frequency divider (FD) stages and path selector output for driving an electrode from 16 selectable channels. It was fabricated using Global Foundries 8RF-DM 130-nm CMOS process with a supply voltage of \u00b11 V for the oscillator and +1 V for logic circuits. The WFG provides an output of around 1.5    $\\text{V}_{\\textrm {p-p}}$    at a nominal low oscillation frequency of 17 kHz using small-size on-chip passive components of values 10    $\\text{k}\\Omega $    and 10 pF. The WFG core (band I) can be tuned in the range 6.44\u20131003 kHz through bias current adjustment, while a lor frequency (band II) in the range 0.1 Hz\u2013502 kHz can be provided digitally through a    $\\div 2$    stage. The por consumption was only 0.457 mW for the WFG and 2.1 mW for the FD circuit while occupying a total silicon area of only 18   $426~\\mu \\text{m}^{2}$   ."}]