The area of my research work is Analog CMOS VLSI Circuit/System Design. Activities in my research team can be broadly classified in to two categories. The first one involves architecture development and prototype design of analog circuits/systems in three specific topics namely, Interface unit for high speed data link, On-chip DC-DC converter and Signal acquisition front-end. The second category of our work is about developing and prototyping automatable design methodologies for frequently used analog circuits/systems.
For high speed data link we have proposed a number of power efficient high speed data receivers and transmitters with active terminator. Some of our design also enables simultaneous two-way data transmission over a common link.
We have proposed a switching scheme for switched-capacitor based DC-DC converter which improves the power efficiency by 5-10%. We have proposed a scheme of dynamically adjusting switching frequency of switched-capacitor based DC-DC converter which helps to maintain high power efficiency across wide range of load current. Both, the switching scheme and switching frequency adjustment are generic enough to be applied for buck and boost converters.
Self Biasing of High Performance Folded Cascode CMOS Op-Amp by P. Mandal and V. Visvanathan International Journal of Electronics Taylor & Francis, No.9, Vol. 87 795- 808 (2000)
CMOS Op-Amp Sizing Using a Geometric Programming Formulation by P. Mandal and V. Visvanathan Transactions on Computer Aided Design of Integrated Circuits and Systems IEEE, No. 1, Vol 20 22-38 (2001)
A new current-mode receiver for high-speed electrical/optical link by Rao P. V. S., Mandal P. International Journal of Electronics and Communication Elsevier, No. 2, Vol. 65, 107-116 (2011)
A High Performance Switched Capacitor Based DC-DC Buck Converter Suitable for Embedded Power Management Applications by Maiti B., Mandal P. IEEE Transactions on VLSI 20 1880-1885 (2012)
A Spur Reducing Architecture of Frequency Synthesizer using Switched Capacitors by Debashis Mandal, Pradip Mandal, and Tarun Kanti Bhattacharyya Circuits, Devices Systems IET, No. 4, Vol. 8, 237-245 (2014)
A Pseudo Cross-Coupled Switch-Capacitor based DCDC Boost Converter for High Efficiency and High Power-Density by Tamal Das, Sankalan Prasad, Samiran Dam and Pradip Mandal Transactions on Power Electronics IEEE, No. 11, Vol. 29, 5961-5974 (2014)
Current-mode triline transceiver for coded differential signaling across on-chip global interconnects by Wary N., Mandal P. IEEE Transaction of VLSI 25 2575-2587 (2017)
Current-mode full-duplex transceiver for lossy on-chip global interconnects by Wary N., Mandal P. IEEE Journal of Solid-State Circuits 52 2026-2037 (2017)
An Integrated DC-DC Boost Converter having Low Output Ripple Suitable for Analog Applications by Dam S., Mandal P. IEEE Transactions on Power Electronics 33 5108-5117 (2018)
An efficient method of Pareto-optimal front generation for analog circuits by Kundu S., Mandal P. Analog Integrated Circuits and Signal Processing 94 289-319 (2018)
Design & Implementation of a 250 MSPS, 8 bit ADC in Sub-Micron Technology for Space Application KCSTC
Development and Demonstration of Integrated Instrumentation System for Quantitative Detection of Water Contaminants with Information Database for Surveillance of Waterborne Diseases Department of Science and Technology(DST)
Development and Demonstration of Integrated Instrumentation System for Quantitative Detection of Water Contaminants with Information Database for Surveillance of Waterborne Diseases Ministry of Electronics and Information Technology
Area of Research: Signal Acquisition Front-end
Abdul Salam K K
Area of Research: Design Automation of Low Power Analog/Mixed signal circuits
Area of Research: Analog and Mixed-signal design