「$solvetimestep」:修訂間差異

出自DDCC TCAD TOOL Manual
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The number of parameters depeding on step type. Now we have 3 step types <br>
The number of parameters depeding on step type. Now we have 3 step types <br>


  Steptype  = 1:  <br><br>
  Steptype  = 1:  <br>
  <math>\delta t, t_{total}, vg_0 </math><br>
  <math>\delta t, t_{total}, vg_0 </math><br>
<math> vg=vg_end for t<0, for t>0, vg=vg_0  </math><br>


  Steptype  = 2:  <br><br>
  Steptype  = 2:  <br>
  <math>\delta t, t_{total}, vg_0 , A_{0} , \omega , \omega_{0} </math><br>
  <math>\delta t, t_{total}, vg_0 , A_{0} , \omega , \omega_{0} </math><br>
   
   
  Steptype  = 3:  <br><br>
  Steptype  = 3:  <br>
  <math>\delta t, t_{total}, vg_0 ,  A_{0} , \omega , \omega_{0}  </math><br>
  <math>\delta t, t_{total}, vg_0 ,  A_{0} , \omega , \omega_{0}  </math><br>

於 2017年8月29日 (二) 03:03 的修訂

$solvetimestep is a command for solving the transient behavior of the device. The format is

$solvetimestep
steptype
parameters(1) parameters(2) ....    

The number of parameters depeding on step type. Now we have 3 step types

Steptype  = 1:  
δt,ttotal,vg0
vg=vgendfort<0,fort>0,vg=vg0
Steptype  = 2:  
δt,ttotal,vg0,A0,ω,ω0
Steptype = 3:
δt,ttotal,vg0,A0,ω,ω0