How to determine the reverse saturation current
8 views (last 30 days)
Show older comments
I am trying to find out the reverse saturation current in here, but somehow the code isn't running. Can anyone help?
N_a=1.0*10^22;
N_d=1.0*10^22;
ni=1.5*10^16;
D_n=0.0025;
tao_p0=5*10^(-7);
tao_n0=5*10^(-7);
D_p=0.001;
E_r=11.7;
Js=(ni)^2*(1/N_a(D_n/tao_n0)^1/2+1/N_d(D_p/tao_p0)^1/2);
0 Comments
Answers (2)
Star Strider
on 13 Jun 2022
I believe at least two multiplication operators are missing, after the ‘Na’ and‘Nd’ references:
N_a=1.0*10^22;
N_d=1.0*10^22;
ni=1.5*10^16;
D_n=0.0025;
tao_p0=5*10^(-7);
tao_n0=5*10^(-7);
D_p=0.001;
E_r=11.7;
Js=(ni)^2*(1/N_a*(D_n/tao_n0)^1/2+1/N_d*(D_p/tao_p0)^1/2)
I do not see that any elements are vectors, however it might be best to vectorise the ‘Js’ assignment in the event that could be in a future version of the code.
.
0 Comments
David Hill
on 13 Jun 2022
missing * and some () in last equation
N_a=1.0*10^22;
N_d=1.0*10^22;
ni=1.5*10^16;
D_n=0.0025;
tao_p0=5*10^(-7);
tao_n0=5*10^(-7);
D_p=0.001;
E_r=11.7;
Js=(ni)^2*(1/(N_a*(D_n/tao_n0)^1/2)+1/(N_d*(D_p/tao_p0)^1/2));
0 Comments
See Also
Categories
Find more on Multidimensional Arrays in Help Center and File Exchange
Community Treasure Hunt
Find the treasures in MATLAB Central and discover how the community can help you!
Start Hunting!