The Office of Research is located on the third floor of East Campus 5. Skip to main Skip to footer. Home Research excellence About research Find and apply for funding Financial management Forms Research ethics Technology transfer and commercialization Commercialization services Commercialization success Intellectual property. Research Technology transfer and commercialization Business opportunities for industry.
Circuit, system and method for thin-film transistor logic gates. Background Thin-film transistors TFT are widely used in large-area electronics, such as flat-panel displays and medical imagers. Description of the invention The invention is a thin-film transistor-based inverter and digital logic gate family.
Advantages The invention provides solution for low-power full swing logic gates for thin-film large-area electronics applications using only one type of thin-film transistor devices and conventional microfabrication techniques. Potential applications The invention will enable new functionality and performance in: Energy-efficient portable consumer electronics such as tablets and smart phones Memory and logic circuits in pixel technology for flat panel displays Smart panels for large-area sensing and data storage High-performance flexible electronics Organic electronic-based memory and logic circuit technology.
Printable PDF. Inventor s Manoj Sachdev William S. Wong Nikolaos Papadopoulos.
Mike Westerfield. Product Lifecycle Management. John Stark. Essential Principles of Image Sensors. Takao Kuroda.
Emanuele Lopelli. Introduction to Mixed-Signal, Embedded Design. Alex Doboli. Electromagnetics of Body Area Networks. Douglas H. Kiat Seng Yeo.
Moreover, water molecules were also reported to partially desorb the oxygen molecules trapped at the ZnO surface increasing the film carrier concentration. Chemistry of Materials , 31 7 , High-quality crystalline ZnO layers can be obtained by using extremely controlled deposition processes like pulsed laser deposition PLD , molecular beam epitaxy MBE , chemical vapor deposition CVD , metal—organic chemical vapor deposition MOCVD and atomic layer deposition ALD [ 12 , 33 , 39 ] and even using less sophisticated methods like RF magnetron sputtering [ 22 , 23 , 24 , 25 ]. Liu C. This work may offer an entry into more sophisticated stretchable electronic systems with monolithically integrated sensors, actuators, and displays, fabricated by scalable and low-cost methods for real life applications. CNA en. DOI:
Automated Configuration Problem Solving. Charles J. Manjul Bhushan.
Rino Micheloni. Xicheng Jiang. Advanced Interfacing Techniques for Sensors. Boby George. Inkjet-Configurable Gate Array. Mohammad Mashayekhi. David Stoppa. Physical Layer Multi-Core Prototyping. Maxime Pelcat. Dietmar Kissinger. Junichi Nakamura. Basic Electric Circuit Theory. Isaak D. Lucien J. Veena S. Mir Hojjat Seyedi. Chi-Wah Kok. Repeated Measurements and Cross-Over Designs. Damaraju Raghavarao. Computer Graphics in Biology. Raymond J. Metal Shaping Processes. Vukota Boljanovic.
Analog Electronics for Radiation Detection. Renato Turchetta. Emotional Engineering Volume 4.
Shuichi Fukuda. Batteryless mm-Wave Wireless Sensors. Hao Gao. Building Sensor Networks. Ioanis Nikolaidis. Silicon Nanowire Transistors. Ahmet Bindal. Managing Factory Maintenance. Joel Levitt. Iman Askerzade.
Wireless Cortical Implantable Systems. Alexandre Schmid. Shengzhao Long.
Thin Film Transistor Circuits and Systems this is an essential reference for all researchers, circuit and device engineers working on large-area electronics. Cambridge Core - Circuits and Systems - Thin Film Transistor Circuits and Systems - by Reza Chaji.
Focal-Plane Sensor-Processor Chips. Kofi A. Saska Lindfors. Linear and Integer Programming Made Easy. Nonlinearity in Energy Harvesting Systems.