VLSI
Integrated Circuit Design
The ECE Department at UMaine is a member of the Cadence University Software Program which provides students with access to a state-of-the-art integrated circuit design environment. ECE 547, VLSI Design and Layout, teaches the fundamentals of integrated circuit design and allows students to submit custom IC designs for fabrication through Mosis. Chips designed during this class are fabricated using a half-micron CMOS process.
ICs designed during the Fall ’11 semester:
- Oscillators for Chirp LIDAR Detector
by: Joseph Grace
- Pseudo-Logrithmic Amplifier with 120dB Dynamic Range
by: Faisel Rahman
- RF Energy Harvesting Circuits
by: Joseph Record
- Energy Harvesting Management Circuit
by: Praveen Gunturi
- Low Power Morse Code ROM and Transmitter for 70cm ISM Band
by: Jamie Reinhold
ICs designed during the Fall ’10 semester:
- Temperature Sensor with 10-bit SAR Analog-to-Digital Converter
by: Steven Pesut
- Pseudo-Logrithmic Amplifier with 120dB Dynamic Range
by: Faisel Rahman
ICs designed during the Spring ’08 semester:
- IR Receiver Demodulator
by: Christopher Wilson
- Broadband 4-Quadrant Analog Mixer
by: Jason McGann
ICs designed during the Spring ’07 semester:
- Logarithmic Operational Amplifier
by: Zachary Richards
- Low Noise Operational Amplifiers
by: Guixiong Zhong
- Analog Phase Locked Loop
by: Gregory Flewelling
- 12-Bit Digital to Analog Converter
by: Jason Beaulieu
- 8-Bit Current Steering DAC
by: Taoufiq Bellamine
ICs designed during the Spring ’06 semester:
- DAC for Direct Digital Synthesizer
by: Stephen Fortune
- ROM for Direct Digital Synthesizer
by: Cyrus Miller
- Accumulator and ROM Pointer for Direct Digital Synthesizer
by: Ognjen Nikolic
- Accumulator for Direct Digital Synthesizer
by: Aravind Reghu
- ROM for Direct Digital Synthesizer
by: Anusha Ramanujam
- DAC for Direct Digital Synthesizer
by: Raghu Tumati
ICs designed during the Fall ’04 semester:
- Sequence Generator for RFID Tag
by: Roman Shugayev
- Mixer for RFID Tag
by: Zhineng Zhu
- Phase Locked Loop for RFID Tag
by: Patrick Spinney
- Magnetic Sensor for Hearing Aid – version 2
by: Crystal Kenney
ICs designed during the Fall ’03 semester:
- 400MHz Digital Phase Locked Loop
by: Sanjeev Manandhar and Devon Fernandez
- 8 Bit Arithmetic Logic Unit
by: Sam Winchenbach and Mohamed Driss
- Magnetic Sensor for Hearing Aid
by: Crystal Carr
I’s designed during the Fall ’02 semester:
- Operational Transconductance Amplifier with Telescopic Architecture
by: Eric McCarthy
- Class D Audio Amplifier with On-chip H-Bridge
by: Jason Cookson and Abbas Hameer
- 10 Bit, 50MHz, Pipeline A/D Converter
by: Alma Delic-Ibukic
ICs designed during the Fall ’01 semester:
- Adaptive MASH IQ Sigma Delta ADC
by: Ronald Bryant and Scott Saucier
- Pipeline A/D Converter
by: Kanan Sockalingam and Richard Thibodeau
- Digital PLL
by: Fan Yang and Dali Wang
- Class D Audio Preamp
by: Steven Turner and Wayne Slade
ICs designed during the Fall ’00 semester:
- by: Ryan Bethel, Brandon Atkinson, and Conrad Silvestri
- Test results by: Kyle Pierce
- by: Alfred Blais and Jeremy Ferris
- Test results by: Pui Lam Yu
- by: Jesse Cousins, Brian French, and Ulas Karaoz
- Test results by: Pui Lam Yu
- by: Guang Chen, Zhiqiang Lin and Jie Zhou
- Test results by: Pui Lam Yu
Research on high-speed digital ICs and BiCMOS designs using SiGe technology is conducted by David E. Kotecki and Donald M. Hummels in the ECE Department at UMaine.