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main.m% Define BJT parameters V_CC = 10; % Collector supply voltage R_C = 2.2e3; % Collector resistor V_BE = 0.7; % Base-emitter voltage I_B = 1e-3; % Base current % Define the range of base current values I_B_values = 1e-3:1e-3:10e-3; % Calculate collector current (I_C) values I_C_values = (V_CC - V_BE) / R_C - (1 + beta) * I_B_values; % Plot the BJT characteristics curve plot(I_B_values, I_C_values); xlabel('Base Current (A)'); ylabel('Collector Current (A)'); title('BJT Characteristics Curve'); 536 chars18 lines
% Define BJT parameters V_CC = 10; % Collector supply voltage R_C = 2.2e3; % Collector resistor V_BE = 0.7; % Base-emitter voltage I_B = 1e-3; % Base current % Define the range of base current values I_B_values = 1e-3:1e-3:10e-3; % Calculate collector current (I_C) values I_C_values = (V_CC - V_BE) / R_C - (1 + beta) * I_B_values; % Plot the BJT characteristics curve plot(I_B_values, I_C_values); xlabel('Base Current (A)'); ylabel('Collector Current (A)'); title('BJT Characteristics Curve');
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