Video Tutorial on Simulation of Single-Event Upset in SRAM Cell
In the first tutorial, you will learn how to estimate the SEU rate of a memory chip in a satellite, in the following steps:
- Constructing a 3D device model of an SRAM cell from mask layout;
- Simulating the initial state of the SRAM cell before irradiation;
- Simulating the trajectories of incident energetic particles in the device in VisualParticle;
- Simulating the transient response of the SRAM cell when hit by an energetic particle;
- Plotting the voltage and current waveforms of the SRAM circuit nodes, to determine if a data upset has occurred to the cell.
- Visualization of the evolution of internal variables (potential and carrier concentration) in the SRAM cell that led to the upset.
-
What's New
- CRad's FREE on-line version ForeCAST is open to you now! [2015-12-15]
- VisualTCAD 1.8.2-6 Comes with Total-Ionizing Dose effect simulation, among other improvements. [2015-7-10]
- Cogenda presented a quantitative analysis on the SEU rate of radiation-hardened SRAM cell due to elastic collisions at NSREC 2014. [2014-7-28]
- VisualTCAD 1.8.0-1 released with a new product for space radiation environment and effects analysis [2014-3-22]
- Cogenda presented a fully-physical simulation framework for single-event effects in semiconductor devices at RADECS 2012 [2012-9-28]
- Cogenda to present the super large TCAD device simulation at SISPAD 2012 [2012-6-18]
- Technical: Half-implicit solver for million-mesh-node TCAD device/circuit simulation [2012-6-18]
- VisualTCAD 1.7.4 released [2012-6-3]
- VisualTCAD 1.7.3 released [2012-1-1]
- VisualTCAD 1.7.2-5 released [2011-09-29]
- Cogenda to present MOSFET inverse-modeling technology at SISPAD 2011 and the companion workshop. [2011-07-17]
- Technical: Crossing the 10-transistor barrier of device simulation. [2011-07-12]
- New product: VisualParticle/GSeat for radiation effect analysis. [2011-07-01]
-
Single Event Effects
Want to have a detailed understanding of Single Event Effets? Want to have a prediction of SEE rate on a certain space orbit? Want to design radiation-hardened IC?
