SHAH, MUHAMMAD OMER
SHAH, MUHAMMAD OMER
INGEGNERIA ELETTRICA ELETTRONICA E INFORMATICA
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0.35 V Subthreshold Bulk-Driven CMOS Second-Generation Current Conveyor
2024-01-01 Shah, MUHAMMAD OMER; Caruso, Manfredi; Pennisi, Salvatore
0.4-V nW-Power High-Gain Bulk-Driven Two-Stage OTA With Self-Cascode Composite Transistors and Intrinsic Current-Buffer Miller Compensation
file da validare2025-01-01 Shah, M. O.; Privitera, M.; Ballo, A.; Alioto, M.; Pennisi, S.
Bulk-Driven CMOS Differential Stages for Ultra-Low-Voltage Ultra-Low-Power Operational Transconductance Amplifiers: A Comparative Analysis
2025-01-01 Shah, MUHAMMAD OMER; Ballo, Andrea; Pennisi, Salvatore
Comparison of Self-Biased Differential Input Stages for OTAs in 0.6-µm Flexible-Substrate Technology
file da validare2025-01-01 Shah, Muhammad Omer; Privitera, Marco; Giustolisi, Gianluca; Pennisi, Salvatore
| Titolo | Data di pubblicazione | Autore(i) | File |
|---|---|---|---|
| 0.35 V Subthreshold Bulk-Driven CMOS Second-Generation Current Conveyor | 1-gen-2024 | Shah, MUHAMMAD OMER; Caruso, Manfredi; Pennisi, Salvatore | |
| 0.4-V nW-Power High-Gain Bulk-Driven Two-Stage OTA With Self-Cascode Composite Transistors and Intrinsic Current-Buffer Miller Compensation | 1-gen-2025 | Shah, M. O.; Privitera, M.; Ballo, A.; Alioto, M.; Pennisi, S. | file da validare |
| Bulk-Driven CMOS Differential Stages for Ultra-Low-Voltage Ultra-Low-Power Operational Transconductance Amplifiers: A Comparative Analysis | 1-gen-2025 | Shah, MUHAMMAD OMER; Ballo, Andrea; Pennisi, Salvatore | |
| Comparison of Self-Biased Differential Input Stages for OTAs in 0.6-µm Flexible-Substrate Technology | 1-gen-2025 | Shah, Muhammad Omer; Privitera, Marco; Giustolisi, Gianluca; Pennisi, Salvatore | file da validare |