Semiconductor Devices
Virtually all modern electronics contain integrated circuits, and as semiconductor technology approaches unforeseen heights, researchers are charged with developing faster, more efficient chips. ASU researchers are helping to overcome heat, speed and energy waste roadblocks, working towards the production of more effective semiconductors and electronics.
PortfolioOptoelectronicsNovel Structure & Material System for Vertical-Cavity Surface-Emitting Laser
Long Wavelength GaAs Based Pseudomorphic InGaPAsSb Type I active Materials
Low Cost Hybrid Substrates for Solid State Lighting and Electronics Applications
Lattice Matched Multi-Junction Photovoltaic Devices
Semiconductor Light Emitting Devices
Materials and Optical Devices Based on Group IV Quantum Wells Grown on Si-Ge-Sn Buffered Silicon
Design & Circuit Modeling
Compressed Vector-Based Spectral Analysis for Nonlinear RF Modeling and Simulation
Non-Iterative Method and Tool for Simulation and Analysis of RF and Analog Circuits
Method of Evaluating Integrated Circuit System Performance using Orthogonal Polynomials
Combinational Equivalence Checking for Threshold Logic Circuits
Circuits and Devices
Multimode CMOS Image Sensor
Reverse Body Bias for Improved Integrated Circuit Total Ionizing Dose Response
Asynchronous Self-Reset CMOS Pixel Imager
ESD Power Clamp IC Disabling Circuit
Methods and Circuits for Thwarting Semi and Non-Invasive Integrated Security Attacks
Current Controlled Field Effect Transistors for Micropower Circuits
Complementary N- and P-channel Schottky Junction Transistors
Threshold Logic Element having Low Leakage Power and High Performance
Radiation Hardened Master-Slave Flip-Flop
Internally Shunted Josephson Junction Device
Dynamic CMOS RAM Decoder with Reduced Access Time, Standby and Active Power Dissipation
SRAM Cell with Intrinsically High Stability and Low Leakage
Low Power Race Free Programmable Logic Array
A Reduced Control Complexity Flip-Flop with Standby State Reduction
Lightweight Error Detection and Correction for Semiconductor Memories
Horizontally Depleted Field Effect Transistor
MEMS
MEMS Comb Drive Actuators and Method of Manufacture
MEMS Switchable Combline Filter with An Ultra-Wide Tuning Range
Hybrid Integrated MEMS Reconfigurable Antenna Array (HIMRA)
Tunable MEMS Devices
Ultra-Wideband Tunable Filters based on Multi-Resolution Band-Selection
