Muhammad Abrar Akram
New York University
H-index: 6
North America-United States
Top articles of Muhammad Abrar Akram
Title | Journal | Author(s) | Publication Date |
|---|---|---|---|
3.6 An Amplifier-Less CMOS Potentiostat IC Consuming 3.7 nW Power all over 129.5 dB Dynamic Range for Electrochemical Biosensing | Muhammad Abrar Akram Aida Aberra Soon-Jae Kweon Sohmyung Ha | 2024/2/18 | |
A Differential Rectifier With Compensation for High-Frequency RF Inputs | IEEE Transactions on Biomedical Circuits and Systems | Muhammad Abrar Akram Sohmyung Ha | 2023/4/6 |
A Fast-Transient Fully-Integrated Digital LDO with Current-Estimation Algorithm based Coarse Loop | IEEE Transactions on Power Electronics | Jin-Woong Jang Ibrar Ali Wahla Junsik Choi Muhammad Abrar Akram In-Chul Hwang | 2023/10/27 |
A 433.92-MHz CMOS Rectifier with Dynamic VTH-reduction for Wireless Biomedical Implants | Muhammad Abrar Akram Sohmyung Ha | 2022/10/13 | |
A 434-MHz Bootstrap Rectifier With Dynamic Compensation for Wireless Biomedical Implants | IEEE Transactions on Power Electronics | Muhammad Abrar Akram Sohmyung Ha | 2022/10/5 |
Power delivery networks for embedded mobile SoCs: Architectural advancements and design challenges | Muhammad Abrar Akram In-Chul Hwang Sohmyung Ha | 2021/3/22 | |
Capacitor-less dual-mode all-digital LDO with ΔΣ-modulation-based ripple reduction | IEEE Transactions on Circuits and Systems II: Express Briefs | Muhammad Abrar Akram Wook Hong Sohmyung Ha In-Chul Hwang | 2021/3/11 |
Architectural advancement of digital low-dropout regulators | IEEE Access | Muhammad Abrar Akram In-Chul Hwang Sohmyung Ha | 2020/7/28 |
Output-capacitorless tri-loop digital low dropout regulator achieving 99.91% current efficiency and 2.87 fs FOM | IEEE Transactions on Power Electronics | Muhammad Abrar Akram Kyung-Sung Kim Sohmyung Ha In-Chul Hwang | 2020/7/15 |
A 0.012mm2, 0.96-mW All-Digital Multiplying Delay-Locked Loop Based Frequency Synthesizer for GPS-L4 band | Muhammad Abrar Akram Myeong-Ho Lee Dong-Hyeok Cho In-Chul Hwang | 2020/1/4 | |
Duty-cycled wireless power transmission for millimeter-sized biomedical implants | Electronics | Muhammad Abrar Akram Kai-Wen Yang Sohmyung Ha | 2020/12 |
Co-Authors
