How to determine the reverse saturation current
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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);
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Star Strider
le 13 Juin 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.
.
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David Hill
le 13 Juin 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));
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