M.S. Thesis
- Aditya Patil, August, 2018,”Envelope Tracking Converter for Handset LTE Power Amplifier”
- Manikanta Ponnum, June, 2018, “A Current-Limiting Voltage-Model Hysteretic Boost Converter with High Efficiency”
- Disha Mehrotra, January, 2018, “Highly Efficient and Dimmable Multi-String LED Driver with Accurate Current Matching”
- Niranjan Belenahalli Eschappa, November, 2017, “A 2.7 V to 3.3 V Continuously Programmable Output Voltage Charge Pump using Pulse-Width Modulation to drive LEDs”
- Mahender Manda, July, 2017, “A Multi-Loop Low-Dropout FVF Voltage Regulator with Enhanced Load
Regulation.” - Venu Siripurapu, April, 2016, “Highly Efficient and Dimmable LED Back Light Driver for Portable Devices.”
- Z M Saifullah, March, 2015, “Charge Pump NMOS LDO Using Split-Transistor Compensation.”
- Muhammed Junayet Hossain, September, 2014, “Fully-Integrated CMOS Switched-Capacitor Buck Converter using Three Switching Networks for High Efficiency Over a Wide Range of Line Voltage.”
- Anurag Vererabathini, August, 2014, “A Low-Ripple Fully-Integrated Switched-Capacitor Buck Converter Employing Time-Interleaving and Pulse-Frequency Modulation Techniques.”
- Rovshan Fikret Rustamov, January, 2014, “Design of Digital Test Chip, 1.2 GHz PLL and 2 GHz LNA“
- Sudhir Reddy Gouni, November, 2012, “Fully Integrated Switched Capacitor Buck Converter with High Efficiency and Low Output Ripple“
- Sri Harsh Pakala, February, 2012, “A New Compensation Technique for Enhancing Power Supply Rejection in Two-Stage CMOS Operational Amplifiers“
- Nitya Reddy Thota, february, 2012, “Fully-Integrated Multi-Stage Low Quiescent Current Low-Dropout Voltage Regulators using Split-Length Compensation“
- Venkat Reddy Rajannagari, April, 2011, “A High-Speed CMOS Parallel Sub-Aperture Centroid Computation Sensor“
- Ramesh Korupolu, March, 2011, “Active Pixel CMOS Image Centroid Computation Sensor“
- Chaitanya Mohan, March, 2011, “A Low-Distortion Class-AB Audio Amplifier with High Power Efficiency“
- Harish Valapala, March, 2011, “Low Quiescent Current Low-Dropout Voltage Regulators with Improved Transient-Response“
- Punith Reddy Surkanti, March, 2011, “Converting Three-Stage Pseudo-Class AB Amplifiers to True Class AB Amplifiers“
- Muhammed Rashid, April, 2010, “Reverse Nested Miller Compensation using Current Buffers in a Three-Stage Low Dropout Voltage Regulator“
- Kameshwar Kaushik Chavali, April, 2009, “A Low-Voltage, High-Bandwidth, Adaptive Centroid Computing CMOS Image Sensor“
- John Holguin, November, 2007, “Integrated Polarization Imager“
- Karthik Kothapalli, March, 2007, “A Stable and High Speed CMOS Image Centroid Computation Circuit“
- Vamsy Ponnapurreddy, February, 2007, “Integrated CMOS Optical Phase Sensor“
- Aditya Rayankula, August, 2006, “CMOS Active Pixel Image Sharpness Sensor“
- Vijay Chaphekar, September, 2005, “Optical Wavefront Correction Using Spatial Sampling and Parallel Analog Centroid Computation“
- Sreeker Dundigal, September, 2005, “Integrated Optical Phase Sensor“
- Avinash Gupta, August, 2005, “Wavefront Quality Sensor Using Programmable Field of Interest Implemented in Analog VLSI“
- Sriram Venkataraman, April, 2004, “A Novel Error-Correction Scheme for False-Code Elimination in a Parallel Successive-Approximation A/D Converter“
- Haifeng Li, November, 2003, “CMOS Current Mode Analog Viterbi Decoder“
- Ananth Bashyam, September, 2003, “High-Speed Image Centroid Computation Circuits Implemented in Analog VLSI“
- Carlos Nieva (co-advisor), October, 2002, “Low Voltage, Class AB op-amps and OTAs”
- Alushulla J. Ambundo, June, 2001, “Fully-Integrated Current-Mode Subaperature Centroid Circuits and Phase Reconstructor Implemented in Analog VLSI“
- Henry A. Om’mani, 1997, “A Two-Dimensional Passive Cochlear Model: Analysis, Simulation, and Analog VLSI Design“
M.S. Tech Report
- Saikiran Reddy Ramidi, July, 2017, “A Ripple-based Ultra-low Power Buck Converter with Constant On-Time Control.”
- Rohith Gaddam, March, 2016, “A High Efficiency, Non-Inverting Synchronous Buck-or-Boost Converter With Mode Selection Using Voltage Mode Control.”
- Yeshwanth Puppala, May, 2015 “TBA.”
- Balakesavaraju Nadikatla, December, 2014, “Fully Integrated Switched Capacitor Buck Converter using Capacitive Banks for Higher Efficiency Over a Wide Range of Load Currents.”
- Mohammed Atiq Haque, May, 2014, “TBA.”
- Srikar Krishnapurapu, March, 2013, “Fully Integrated LDOs with Class-B Slew-Rate Enhancement“
- Gregory M. Redman, December, 2011, “Analog to VGA Interface“
- Rajesh Satyavada, March, 2011, “A CMOS Mixed-Signal Magnitude and Phase Detector“
- Pulla Reddy Ailuri, December, 2008, “Dynamic Current Mirror Active Pixel Image Sharpness Sensor“
- Vickram Selvakumar, November, 2008, “A Radiation Tolerant Counting A/D Converter“
- Yen-Chun Tsen, February, 2007, “Low-Power CMOS Clocked Comparator with Programmable Hysteresis“
- Nitin N. Veludandi, August, 2006, “CMOS Active Pixel Sensor“
- Vishnu Kulkarni, October, 2005, “Low-Voltage CMOS Comparators with Programmable Hysteresis“
- Avinash Ajane, September, 2005, “LFSR Based Counters“
- Camilo Gomez, December, 2004, “On the Application of Genetic Algorithms for the Design of Analog and Digital VLSI Circuits”
- Pavan Kalidindi, August, 2004, “Wide-Range, Low Jitter and Low Latency Delay Locked Loop”
- Tom Briones, July, 2001, “A Precision Analog VLSI Poisson Equation Solver Using Linear Resistors“
M.S. Coursework
- Sarah Hernandez, December, 2016
- Saminda Fonseka, May, 2015
- Manaswini Gangineni, May, 2015
- Andre Powell Bergsagel, December, 2013
- Ramakrishna Ramanathan Gopal, May, 2013
- Veeral Solanki, October, 2008
- Roberto Ladwig, September, 2007
Current M.S. Students
- Derrick T. Rivera