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clc;
//Example 4.4
//Page no 128
Vc=10; //Vp
m=1;
Rl=10;
m1=0.5;
//(a)
disp("(a)The carrier power is found by substituting into equation 4-18 (pgno 126): ");
Pc=((Rl^2)/(2*Rl));
disp('W',Pc,"Pc = ");
disp("The upper and lower sideband power is found by substituting into equation 4-21 (pgno 127):");
P=(((m^2)*Pc)/4);
disp('W',P,"Pusb = Plsb = ");
//(b)
disp("(b)The total sideband power is ");
Ps=(((m^2)*Pc)/2);
disp('W',Ps,"Psbt = ");
//(c)
disp("(c)The total power in the modulated is found by substituting into equation 4-25 (pgno 127)");
Pt=(5*[1+(m^2)/2]);
disp('W',Pt,"Pt = ");
//(d)
disp("(d)The carrier power is found by substituting into equation 4-18 ");
Pc1=Pc;
disp('W',Pc1,"Pc ");
disp("The upper and lower sideband power is found by substituting into equation 4-21 (pgno 127):");
P1=(((m1^2)*Pc)/4);
disp('W',P1,"Pusb = Plsb = ");
disp("The total sideband power is ");
Ps1=(((m1^2)*Pc)/2);
disp('W',Ps1,"Psbt = ");
disp("The total power in the modulated is found by substituting into equation 4-25 (pgno 127)");
Pt1=(5*[1+(m1^2)/2]);
disp('W',Pt1,"Pt = ");
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