Abhirup Lahiri received Bachelor of Engineering (B.E.) degree with the highest honors from the Division of Electronics and Communications, Netaji Subhas Institute of Technology (erstwhile, Delhi Institute of Technology), University of Delhi, India. His past research works include design of compact analog circuit solutions using novel voltage-mode and current-mode active elements. His current research interests include low-power and low-voltage analog circuit design and precision voltage and current reference generation. He holds one patent application, has authored/co-authored more than thirty international journal/conference papers (including fifteen SCI/SCI-E publications) and has acted as a reviewer (by editor's invitation) for numerous international journals and conferences of repute. He served as a program committee member for 33rd and 34th International Conference on Telecommunications and Signal Processing (TSP). He is an editorial board member of Radioengineering Journal for the years 2011-2012. His biography is included in Marquis Who's Who in the World 2011- (28th Edition).
Awards and Honors: 1. First Prize Winner of IP Design Competition 2010 STMicroelectronics INDIA. 2. BEST PATENT AWARD 2010, Department of Technology Research and Development, STMicroelectronics, INDIA.
He has acted as a reviewer (by invitation from the Editors) for the following reputed SCI/SCI-E international journals: 1. IEEE Transactions on Neural Networks 2. International Journal of Electronics, Taylor and Francis 3. IET Proceedings (formerly, IEE Proceedings)- Circuits, Devices and Systems 4. Microelectronics Journal, Elsevier. 5. Radioengineering Journal. 6. Journal of Circuits, Systems and Computers, World Scientific Press. 7. Indian Journal of Engineering and Material Sciences. 8. Circuits, Systems and Signal Processing, Springer/Birkhauser.
The following is a list of selected journal and conference publications. Complete text of most of the papers can be accessed from the Publisher's Site by following the links provided.
Abstract: This article presents a new realisation of active RC sinusoidal oscillator with electronically tunable condition and frequency of oscillation (FO). As compared to the class of three resistors, two capacitors (3R-2C)-based canonic oscillators, the circuit proposed here uses only two resistors and two capacitors as the passive components and still provides non-interactive tuning laws for the condition of oscillation and the FO. The proposed circuit employs new bipolar programmable current amplifier as the active building block and is capable of simultaneously providing two explicit quadrature current outputs. SPICE simulation results have been included to verify the workability of the circuit as an oscillator and the tuning range of the FO.