I am self studying Matlab and I want to create a plot with electron concentration and inverse temperature as the picture shows:
% Constants
k = 1.38e-23; % Boltzmann’s constant (J/K)
Eg = 1.12; % Energy band gap of silicon (eV)
A = 2.5e19; % Constant for intrinsic carrier concentration calculation
Nc = 2.8e19; % Effective density of states in conduction band (cm^-3)
Nd = 1e16; % Doping concentration (cm^-3)

% Temperature range
T = linspace(100, 1000, 100); % Temperature range from 100 K to 1000 K

% Electron concentration for n-type doping
n = (Nc * Nv)^0.5 * exp(-Eg./(2*k*T));

% Calculate ln(n)
ln_n = log(n);

% Calculate 1/T
inv_T = 1 ./ T;

% Plot
plot(inv_T, ln_n, ‘r’, ‘LineWidth’, 2);
xlabel(‘1/T’);
ylabel(‘ln(N_D)’);
title(‘ln(Electron Concentration) vs. 1/T for Silicon’);
grid on;

Does anyone knows ?I am self studying Matlab and I want to create a plot with electron concentration and inverse temperature as the picture shows:
% Constants
k = 1.38e-23; % Boltzmann’s constant (J/K)
Eg = 1.12; % Energy band gap of silicon (eV)
A = 2.5e19; % Constant for intrinsic carrier concentration calculation
Nc = 2.8e19; % Effective density of states in conduction band (cm^-3)
Nd = 1e16; % Doping concentration (cm^-3)

% Temperature range
T = linspace(100, 1000, 100); % Temperature range from 100 K to 1000 K

% Electron concentration for n-type doping
n = (Nc * Nv)^0.5 * exp(-Eg./(2*k*T));

% Calculate ln(n)
ln_n = log(n);

% Calculate 1/T
inv_T = 1 ./ T;

% Plot
plot(inv_T, ln_n, ‘r’, ‘LineWidth’, 2);
xlabel(‘1/T’);
ylabel(‘ln(N_D)’);
title(‘ln(Electron Concentration) vs. 1/T for Silicon’);
grid on;

Does anyone knows ? I am self studying Matlab and I want to create a plot with electron concentration and inverse temperature as the picture shows:
% Constants
k = 1.38e-23; % Boltzmann’s constant (J/K)
Eg = 1.12; % Energy band gap of silicon (eV)
A = 2.5e19; % Constant for intrinsic carrier concentration calculation
Nc = 2.8e19; % Effective density of states in conduction band (cm^-3)
Nd = 1e16; % Doping concentration (cm^-3)

% Temperature range
T = linspace(100, 1000, 100); % Temperature range from 100 K to 1000 K

% Electron concentration for n-type doping
n = (Nc * Nv)^0.5 * exp(-Eg./(2*k*T));

% Calculate ln(n)
ln_n = log(n);

% Calculate 1/T
inv_T = 1 ./ T;

% Plot
plot(inv_T, ln_n, ‘r’, ‘LineWidth’, 2);
xlabel(‘1/T’);
ylabel(‘ln(N_D)’);
title(‘ln(Electron Concentration) vs. 1/T for Silicon’);
grid on;

Does anyone knows ? plot, graphics, programming MATLAB Answers — New Questions

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