Muhammad Umer Khalid - NTNU

Publikasjoner

Replica bit-line technique for embedded multilevel gain-cell DRAM

An 8 kilobit gain cell based embedded DRAM was designed in UMC 90 nm process storing 2 bits per cell. A replica technique was develop to dynamically track process, voltage and temperature variations and generate control signals for reliable operation.

2026

Khalid, Muhammad Umer; Ytterdal, Trond; Aunet, Snorre. (2026) A Sub-70-mV SRAM Based on DTMOS Schmitt-Trigger Circuits in 130-nm SOI CMOS for Self-Powered IoT. IEEE Access
Vitenskapelig artikkel

2025

Khalid, Muhammad Umer; Ytterdal, Trond; Aunet, Snorre. (2025) Comparative Analysis of Full Adders Based on DTMOS Schmitt-Trigger Standard Cells Operating at Sub-100 mV Supply Voltage.
Vitenskapelig kapittel
Khalid, Muhammad Umer; Ytterdal, Trond; Aunet, Snorre. (2025) Robust DTMOS Schmitt-Trigger Circuits in 130 nm SOI CMOS for Sub-100mV Supply Voltage.
Vitenskapelig kapittel
Khalid, Muhammad Umer; Ytterdal, Trond; Aunet, Snorre. (2025) DTMOS Schmitt-Trigger Standard Cells based Frequency Divider Operating at 60 mV.
Vitenskapelig kapittel

Tidsskriftspublikasjoner

Khalid, Muhammad Umer; Ytterdal, Trond; Aunet, Snorre. (2026) A Sub-70-mV SRAM Based on DTMOS Schmitt-Trigger Circuits in 130-nm SOI CMOS for Self-Powered IoT. IEEE Access
Vitenskapelig artikkel

Del av bok/rapport

Khalid, Muhammad Umer; Ytterdal, Trond; Aunet, Snorre. (2025) Comparative Analysis of Full Adders Based on DTMOS Schmitt-Trigger Standard Cells Operating at Sub-100 mV Supply Voltage.
Vitenskapelig kapittel
Khalid, Muhammad Umer; Ytterdal, Trond; Aunet, Snorre. (2025) Robust DTMOS Schmitt-Trigger Circuits in 130 nm SOI CMOS for Sub-100mV Supply Voltage.
Vitenskapelig kapittel
Khalid, Muhammad Umer; Ytterdal, Trond; Aunet, Snorre. (2025) DTMOS Schmitt-Trigger Standard Cells based Frequency Divider Operating at 60 mV.
Vitenskapelig kapittel