Yearly Archives: 2006
Home > Search Results For
2006
Know how your circuit behaves across process variation before silicon tells you, with Monte Carlo-accurate results up to 30X faster.
20 years ago
Evaluating of the Avalanche Failure of Power MOSFETs using Atlas
Introduction Power MOSFETs are widely used with an inductive load for S/W power supplies, DC-DC converters, and so on. But due to high frequency operation, the surge voltage applied to
20 years ago
Comparison of 3-Dimensional Quantum Effects in Nano Devices Using the Atlas 3D BQP Model
Introduction With the MOSFET gate lengths scaling down to sub-20nms many kinds of devices have been proposed and researched such as double-gate, tri-gate, four-gate and gate-all-around (wire) MOSFETs.
20 years ago
Enhanced Silicon Light Emission Intensity with Multiple SiGe Quantum Well Structure
Abstract The measured I-V curve from a ten period Si/SiGe MQW pin LED fabricated using a UHVCVD system is compared with ATLAS simulation results. A sizable silicon emission peak is
21 years ago
Multi-layer Organic Light Emitting Diode Simulation
A conventional 2 layer organic light emitting diode consists of a Hole Ttransport Layer (HTL) and an electron transport layer (ETL). A good OLED structure requires sufficient carrier injection so
21 years ago
Crosstalk Between Pixels of Organic Photo-Voltaic Devices
For various technological reasons, LEDs and as well as photo-voltaic devices frequently use PEDOT:PSS on top of ITO contacts as a hole injecting or hole collecting layer, respectively. However, due
21 years ago
Athena/Optolith Simulation of Proximity Lithography
Photolithography simulation is a very important part of TCAD. Accurate and predictive lithography simulation saves time and money spent on development and calibration of semiconductor technology processes.
21 years ago
Inductance Optimization using 3D Field Solver based on Design Of Experiment Approach
A new 3D electromagnetic simulator coupled with a statistical analysis, for inductance loop optimization is presented. It allows RF designers to easily create inductor design by only specifying as inputs