Abstract: A flow to develop single-stage Discrete-Time (DT) amplifiers based on a set of given requirements, including speed and noise specifications, ...

CONCLUSION. This article show usefulness of C/ID, to be used suc- cessfully for designing single-stage discrete-time amplifiers and optimizing their performance ...

Sakthidasan Kalidasan & Armin Tajalli (2023). Extending C/ID Methodology for Optimal Implementation of Single-Stage Discrete-Time Amplifiers. IEEE SMACD.

Extending C/ID Methodology for Optimal Implementation of Single-Stage Discrete-Time Amplifiers. S Kalidasan, A Tajalli. 2023 19th International Conference on ...

153. Naci Pekcokguler, Gunhan Dundar, Catherine Dehollain. Extending C/ID Methodology for Optimal Implementation of Single-Stage Discrete-Time. Amplifiers ...

Missing: Extending Single- Stage Discrete-

Extending C/ID Methodology for Optimal Implementation of Single-Stage Discrete-Time Amplifiers. 1-4. view. electronic edition via DOI · unpaywalled version ...

This study shows that the C/ID method requires the least approximation for optimization, compared with gm/ID, Inversion Coefficient, IC, and C/ ID approaches.

A systematic design flow based on C/ID methodology for developing high-speed inverter-based amplifiers will be proposed, with the goal to minimize design ...

Extending C/ID Methodology for Optimal Implementation of Single-Stage Discrete-Time Amplifiers. Conference Paper. Jul 2023. Sakthidasan Kalidasan ...