CrossLight PICS3D－3D 光电集成电路仿真软件，是一款用于模拟面射及边射型激光二极管、半导体光放大器和其他类似的有源波导器件的最新3D仿真软件，2D和3D半导体方程式(例如：飘移扩散、泊松方程……等等)与各光学模型在侧向及纵向上配对，光学特性如：量子阱、量子线及量子点的光学增益和自射率均被最适化计算。
metal/semi auto-affinity (ohmic contact) model revised so that
all metal/semi interface point metal affinity is adjusted according to
semiconductor doping. Previously, a single affinity is used for the
whole metal. This is useful if same metal makes contact with both
n and p types of semiconductor (eg., in IGBT).
Reduced maximum step in Newton solver for built-in potential at contacts.
This should increase stability and prevent solution oscillations between iterations;
convergence may be slower due to additional steps in the Newton method.
Increase the default doping_range for Baliga impact model
Switched back default sparse matrix solver to the Crosslight MF solver.
Parallel_linear_solver command can be used to override default choices.
Remove acceptor doping from Baliga impact model
Let suprem stress import be direct use of original xyz coordinate.
In previous versions, import were converted to quantum well coordinates.
That means any older import should switch back to original electrical mesh.
Compiler option changed to disable fp optimization, for better
Generation heat subtracted from optical heat. Bug fix for
heat generated by optical absortion when involving recombination heat.
A design flaw in defining DBR structure in VCSEL has been corrected
with background loss automatically added to the DBR region if macro
absorption is less than the background loss in init_wave. Affected
Baliga model recovers both type of dopants
For y-direction cavity (VCSEL), the accuracy of the wave profile
in the longitudinal direction is improved so that results might slightly
differ from previous versions (more efficiency).
文件大小: 110 MB
运行环境: Windows 7/8.x 64Bit
先前版本：CrossLight Pics3D 2018/2019