TTO Tech Explorer - Find Available CU Technologies
University of Colorado
University of Colorado Contact A to Z Search
 CU Technology Transfer Office

Electronics (Total records found: 37)
Tech ID Technology Summary Available? TTO Contact
2001.075B Miniature Frequency Standard Based on All-Optical Excitation and a Micro-Machined Containment V No, contact TTO Kate Tallman
2001.077B High Speed Electron Tunneling Device and Applications Yes, download Kate Tallman
2002.051B Adaptive Voltage Regulator for Digital VLSI Processors No, contact TTO Ted Weverka
2002.062B Digital Controller for High-Frequency Switching Power Supplies No, contact TTO Ted Weverka
2002.075B Predictive Digital Current Controllers for Power Switching Converters No, contact TTO Kate Tallman
2002.088B Strobe-Calibrated Delay-Line A/D Converter No, contact TTO Ted Weverka
2002.093B Surface Plasmon Devices Yes, download Kate Tallman
7047B Enhanced critical current density in thallium bismuth superconductors Yes, download Kate Tallman
7050D Technique For Damping Coil Resonances In SQUIDS Yes, download Kate Tallman
9077B GPS Ocean Scatterometer Yes, download Kate Tallman
CU1039B Device Integrated Antenna for Use in Resonant and Non-Resonant Modes and Method No, contact TTO Kate Tallman
CU1062B Interconnected High Speed Electron Tunneling Devices Yes, download Kate Tallman
CU1141C A High Frequency Tunable Band Pass Filter Based on Thin Magnetic Films Yes, download Ted Weverka
CU1222B Low-Cost Actuator and Sensor for High-Fidelity Haptic Interfaces Yes, download Kate Tallman
CU1271C Polarization Switching D/A Converter Yes, download Kate Tallman
CU1320B Sensorless optimization of dead-times in switched-mode DC-DC converters with synchronous rectif No, contact TTO Ted Weverka
CU1334B Digital Pulse Width Modulator with Feed-Forward Compensation Yes, download Ted Weverka
CU1335B Differential Delay-Line A/D Converter for Current or Power Sensing No, contact TTO Ted Weverka
CU1336B Digital Current Mode Controller For DC-DC Converters Based On Low-Resolution Current A/D Conver No, contact TTO Ted Weverka
CU1337B Capacitive Coupling To Aid Ignition In Discharge Lamps [COMBINED WITH CU1364B, UPDATE CU1337B O No, contact TTO Ted Weverka
CU1352B A Masterless Multiphase Architecture For DC-DC Converters With Active Current Sharing No, contact TTO Ted Weverka
CU1364B A Method for Operating Paralell Discharge Lamps with a Low Frequency Drive [COMBINED WITH CU133 No, contact TTO Ted Weverka
CU1555B Ordering and Rate/Power Allocation via Finite Bit Feedback for V-BLAST Detection in MIMO Channe No, contact TTO Ted Weverka
CU1620B Hybrid digital pulse width modulator with digital delay-locked loop No, contact TTO Ted Weverka
CU1707B A New Optimal Constellation for Noncoherent MIMO Communications at Low SNR No, contact TTO Ted Weverka
CU1781B Architecture and Algorithms for Driving Multiple LEDs No, contact TTO Ted Weverka
CU1794B FShm: Efficient Pipeline Parallelism for High-rate Networking Yes, download Kate Tallman
CU1882B Extended Switched-Mode Controller No, contact TTO Ted Weverka
CU2056B Advanced Tunneling Devices and Methods Yes, download Kate Tallman
CU2116B A System for Monitoring and Control of Switched-Mode Power Supplies No, contact TTO Ted Weverka
CU2121B Metal-Insulator Tunneling Field Effect Devices with Improved Structures and Methods Yes, download Kate Tallman
CU2162B Planar Antenna with Supplemental Antenna Current Configuration Arranged between Dominant Curren Yes, download Kate Tallman
CU2163B Transition Region for Use with an Antenna-Integrated Electron Tunneling Device and Method Yes, download Kate Tallman
CU2164B Front End Integrated Antenna for use in Wireless Communication Systems Yes, download Ted Weverka
FD17B Superconductor devices useful for disk drives and the like Yes, download Kate Tallman
FD2B Semiconductor Light Emitting Device No, contact TTO Ted Weverka
IR367B Non-Linear Carrier Controllers for High Power Factor Rectification Yes, download Ted Weverka
(Important: CU may have newer technologies available in this area that are not yet listed here. To find out about other opportunities in Electronics, contact Lindsay Polak at lindsay.polak@cu.edu, or by phone at (303) 735-5518. Thank you.)