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//Two-Port Networks : example 11.22 :(pg11.52 & 11.53)
printf("\nApplying KVL to Mesh 1 \nV1 = 2I1 + I2 - - - -(i)");
printf("\nApplying KVL to Mesh 2 \nV2 = 10I1 + 11I2 - - - -(ii)");
//observing (i) & (ii)
printf("\nV1 = (4/5)I1 - (4/5)I2 \nV2 = (2/5)I1 - (12/5)I2");
printf("\nZ-parameters:");
a=2;b=1;c=10;d=11;
disp([a b;c d]);
dZ=(a*d)-(b*c);
Y11=(d/dZ);
Y12=(-b/dZ);
Y21=(-c/dZ);
Y22=(a/dZ);
printf("\nY-parameters are:");
printf("\ndZ = Z11.Z22 - Z12.Z21 = %.1f",dZ);
printf("\nY11 = Z22/dZ = %.1f mho",Y11);
printf("\nY12 = -Z12/dY = %.1f mho",Y12);
printf("\nY21 = -Z21/-dY = %.1f mho",Y21);
printf("\nY22 = Z11/dY = %.1f mho",Y22);
disp([Y11 Y12;Y21 Y22]);
h11=(dZ/d);
h12=(b/d);
h21=(-c/d);
h22=(1/d);
printf("\ndZ = Z11.Z22 - Z12.Z21 = %.1f",dZ);
printf("\nh11 = dZ/Z22 = %.1f Ohm ",h11);
printf("\nh12 = Z12/Z22 = %.1f ",h12);
printf("\nh21 = -Z21/Z22 = %.1f ",h21);
printf("\nh22 = 1/Z22 = %.1f mho",h22);
printf("\nh-parameters are:");
disp([h11 h12;h21 h22]);
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