gistlib
main.mZ0 = 50; % characteristic impedance Zl = 75; % load impedance z = (Zl - Z0) / (Zl + Z0); % reflection coefficient calculation % Plotting the reflection coefficient against load impedance load_impedance = 1:0.1:100; % range of load impedance values reflection_coefficient = (load_impedance - Z0) ./ (load_impedance + Z0); % calculate reflection coefficient plot(load_impedance, abs(reflection_coefficient)); xlabel('Load Impedance (\Omega)'); ylabel('Reflection Coefficient'); title('Reflection Coefficient vs Load Impedance'); grid on; 561 chars14 lines
Z0 = 50; % characteristic impedance Zl = 75; % load impedance z = (Zl - Z0) / (Zl + Z0); % reflection coefficient calculation % Plotting the reflection coefficient against load impedance load_impedance = 1:0.1:100; % range of load impedance values reflection_coefficient = (load_impedance - Z0) ./ (load_impedance + Z0); % calculate reflection coefficient plot(load_impedance, abs(reflection_coefficient)); xlabel('Load Impedance (\Omega)'); ylabel('Reflection Coefficient'); title('Reflection Coefficient vs Load Impedance'); grid on;
gistlibby LogSnag