NMSU branding
New Mexico State University

Klipsch School of Electrical and Computer Engineering

Student Theses

M.S. Thesis

  1. Aditya Patil, August, 2018,”Envelope Tracking Converter for Handset LTE Power Amplifier”
  2. Manikanta Ponnum, June, 2018, “A Current-Limiting Voltage-Model Hysteretic Boost Converter with High Efficiency”
  3. Disha Mehrotra, January, 2018, “Highly Efficient and Dimmable Multi-String LED Driver with Accurate Current Matching”
  4. 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”
  5. Mahender Manda, July, 2017, “A Multi-Loop Low-Dropout FVF Voltage Regulator with Enhanced Load
    Regulation.”
  6. Venu Siripurapu, April, 2016, “Highly Efficient and Dimmable LED Back Light Driver for Portable Devices.”
  7. Z M Saifullah, March, 2015, “Charge Pump NMOS LDO Using Split-Transistor Compensation.”
  8. 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.”
  9. Anurag Vererabathini, August, 2014, “A Low-Ripple Fully-Integrated Switched-Capacitor Buck Converter Employing Time-Interleaving and Pulse-Frequency Modulation Techniques.”
  10. Rovshan Fikret Rustamov, January, 2014, “Design of Digital Test Chip, 1.2 GHz PLL and 2 GHz LNA“
  11. Sudhir Reddy Gouni, November, 2012, “Fully Integrated Switched Capacitor Buck Converter with High Efficiency and Low Output Ripple“
  12. Sri Harsh Pakala, February, 2012, “A New Compensation Technique for Enhancing Power Supply Rejection in Two-Stage CMOS Operational Amplifiers“
  13. Nitya Reddy Thota, february, 2012, “Fully-Integrated Multi-Stage Low Quiescent Current Low-Dropout Voltage Regulators using Split-Length Compensation“
  14. Venkat Reddy Rajannagari, April, 2011, “A High-Speed CMOS Parallel Sub-Aperture Centroid Computation Sensor“
  15. Ramesh Korupolu, March, 2011, “Active Pixel CMOS Image Centroid Computation Sensor“
  16. Chaitanya Mohan, March, 2011, “A Low-Distortion Class-AB Audio Amplifier with High Power Efficiency“
  17. Harish Valapala, March, 2011, “Low Quiescent Current Low-Dropout Voltage Regulators with Improved Transient-Response“
  18. Punith Reddy Surkanti, March, 2011, “Converting Three-Stage Pseudo-Class AB Amplifiers to True Class AB Amplifiers“
  19. Muhammed Rashid, April, 2010, “Reverse Nested Miller Compensation using Current Buffers in a Three-Stage Low Dropout Voltage Regulator“
  20. Kameshwar Kaushik Chavali, April, 2009, “A Low-Voltage, High-Bandwidth, Adaptive Centroid Computing CMOS Image Sensor“
  21. John Holguin, November, 2007, “Integrated Polarization Imager“
  22. Karthik Kothapalli, March, 2007, “A Stable and High Speed CMOS Image Centroid Computation Circuit“
  23. Vamsy Ponnapurreddy, February, 2007, “Integrated CMOS Optical Phase Sensor“
  24. Aditya Rayankula, August, 2006, “CMOS Active Pixel Image Sharpness Sensor“
  25. Vijay Chaphekar, September, 2005, “Optical Wavefront Correction Using Spatial Sampling and Parallel Analog Centroid Computation“
  26. Sreeker Dundigal, September, 2005, “Integrated Optical Phase Sensor“
  27. Avinash Gupta, August, 2005, “Wavefront Quality Sensor Using Programmable Field of Interest Implemented in Analog VLSI“
  28. Sriram Venkataraman, April, 2004, “A Novel Error-Correction Scheme for False-Code Elimination in a Parallel Successive-Approximation A/D Converter“
  29. Haifeng Li, November, 2003, “CMOS Current Mode Analog Viterbi Decoder“
  30. Ananth Bashyam, September, 2003, “High-Speed Image Centroid Computation Circuits Implemented in Analog VLSI“
  31. Carlos Nieva (co-advisor), October, 2002, “Low Voltage, Class AB op-amps and OTAs”
  32. Alushulla J. Ambundo, June, 2001, “Fully-Integrated Current-Mode Subaperature Centroid Circuits and Phase Reconstructor Implemented in Analog VLSI“
  33. Henry A. Om’mani, 1997, “A Two-Dimensional Passive Cochlear Model: Analysis, Simulation, and Analog VLSI Design“

M.S. Tech Report

  1. Saikiran Reddy Ramidi, July, 2017, “A Ripple-based Ultra-low Power Buck Converter with Constant On-Time Control.”
  2. Rohith Gaddam, March, 2016, “A High Efficiency, Non-Inverting Synchronous Buck-or-Boost Converter With Mode Selection Using Voltage Mode Control.”
  3. Yeshwanth Puppala, May, 2015 “TBA.”
  4. Balakesavaraju Nadikatla, December, 2014, “Fully Integrated Switched Capacitor Buck Converter using Capacitive Banks for Higher Efficiency Over a Wide Range of Load Currents.”
  5. Mohammed Atiq Haque, May, 2014, “TBA.”
  6. Srikar Krishnapurapu, March, 2013, “Fully Integrated LDOs with Class-B Slew-Rate Enhancement“
  7. Gregory M. Redman, December, 2011, “Analog to VGA Interface“
  8. Rajesh Satyavada, March, 2011, “A CMOS Mixed-Signal Magnitude and Phase Detector“
  9. Pulla Reddy Ailuri, December, 2008, “Dynamic Current Mirror Active Pixel Image Sharpness Sensor“
  10. Vickram Selvakumar, November, 2008, “A Radiation Tolerant Counting A/D Converter“
  11. Yen-Chun Tsen, February, 2007, “Low-Power CMOS Clocked Comparator with Programmable Hysteresis“
  12. Nitin N. Veludandi, August, 2006, “CMOS Active Pixel Sensor“
  13. Vishnu Kulkarni, October, 2005, “Low-Voltage CMOS Comparators with Programmable Hysteresis“
  14. Avinash Ajane, September, 2005, “LFSR Based Counters“
  15. Camilo Gomez, December, 2004, “On the Application of Genetic Algorithms for the Design of Analog and Digital VLSI Circuits”
  16. Pavan Kalidindi, August, 2004, “Wide-Range, Low Jitter and Low Latency Delay Locked Loop”
  17. 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