Voltage Level Adapter Design for High Voltage Swing Applications in CMOS Differential Amplifier. - Ashfakh Ali; Arpan Jain; Zia Abbas (VDAT, 2018)

A High PSRR, Stable CMOS Current Reference using Process Insensitive TC of Resistance for Wide Temperature Applications. - Arpan Jain; Ashfakh Ali; Sai Kiran; Zia Abbas (ISCAS, 2019)

A 47nW, 0.7-3.6V wide Supply Range, Resistor Based Temperature Sensor for IoT Applications. - Ashfakh Ali; Sai Kiran; Arpan Jain; Zia Abbas (VLSI-SoC, 2019)

A Sub-nW, 8T Current Reference Consuming Constant Power w.r.t Process & Temperature. - Ashfakh Ali; Abhishek Pullela; Arpan Jain; Zia Abbas (MWSCAS, 2020)

A 419pW Process-Invariant Temperature Sensor for Ultra-Low Power Microsystems. - Abhishek Pullela; Ashfakh Ali; Arpan Jain; Adithya Banthi; Zia Abbas (ISCAS, 2021)

A 443pW Accumulation-Mode Gate-Leakage Based Bandgap Reference for IoT Applications. - Abhishek Pullela; Ashfakh Ali; Sushanth Reddy; Arpan Jain; Zia Abbas (MWSCAS, 2021)

A 156pW Gate-Leakage Based Voltage/Current Reference for Low-Power IoT Systems. - Abhishek Pullela; Ashfakh Ali; Arpan Jain; Inhee Lee 001; Zia Abbas (ISCAS, 2022)

A 180o Phase Shift Biasing Technique for Realizing High PSRR in Low Power Temperature Sensors. - Arpan Jain; Abhishek Pullela; Ashfakh Ali; Zia Abbas (VLSID, 2022)

A 162nW, 0.845pJ/step Resistance-to-Digital Converter for Miniature Battery-Powered Sensing Systems. - Arnab Dey; Inhee Lee 001; Ashfakh Ali; Arpan Jain; Abhishek Pullela; Zia Abbas (ISCAS, 2023)

A 2.3nW Gate-Leakage Based Sub-Bandgap Voltage Reference with Line Sensitivity of 0.0066%/V from -40°C to 150°C for Low-Power IoT Systems. - Arnab Dey; Bharadwaj Subramaniam; Ashfakh Ali; Bhartipudi Sahishnavi; Abhishek Pullela; Zia Abbas (ISCAS, 2023)

A 0.5V, pico-watt, 0.06%/V / 0.03%/V low supply sensitive current/voltage reference without using amplifiers and resistors. - Bhartipudi Sahishnavi; Sampath Kumar; Ashfakh Ali; Arnab Dey; Inhee Lee 001; Zia Abbas (ISCAS, 2023)

A 37nW, All-in-One Trim-Free Voltage/Current Reference Without Using Resistors and Amplifiers. - Chetan Mittal; Arnab Dey; Ashfakh Ali; Khanh M. Le; Zia Abbas (MWSCAS, 2023)

A Single-Point, Auto-Calibration Technique For PTAT/CTAT Resistance Based Current References. - Arpan Jain; Ashfakh Ali; Dheekshith Akula; Abhishek Pullela; Zia Abbas (ISCAS, 2024)

A 0.8-V, 593-pA Trim-free Duty-cycled All CMOS Current Reference for Ultra-Low Power IoT Applications. - Chetan Mittal; Arnab Dey; Anubhab Banerjee; Ashfakh Ali; Zia Abbas (VLSID, 2024)