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+// Exa 17.1
+
+clc;
+clear all;
+
+// Given data
+// A 5 bit resistive divider
+
+n=5;// since 5 bit resistive divider
+Ip1=[1 1 0 1 1];// Digital input 1(1st element of array is MSB)
+Ip2=[1 0 1 1 0];//Digital input 2(1st element of array is MSB)
+V1=10;// Voltage corresponding to binary 1
+V0=0;// Voltage corresponding to binary 0
+
+// Solution
+
+LSB_weight=1/(2^n - 1);
+printf('The LSB weight = %.4f \n ',LSB_weight);
+LSB2_weight=2^(2-1)/(2^n-1);
+printf('The 2nd LSB weight = %.4f \n ',LSB2_weight');
+LSB3_weight=2^(3-1)/(2^n-1);
+printf('The 3rd LSB weight = %.4f \n ',LSB3_weight');
+LSB_op=V1*LSB_weight;// Change in output voltage due to change in LSB
+printf('The change in output voltage due to change in LSB = %.4f V \n ',LSB_op);
+LSB2_op=V1*LSB2_weight;
+printf('THe 2nd LSB causes a change in output voltage of %.4f V \n ',LSB2_op);
+LSB3_op=V1*LSB3_weight;
+printf('THe 3rd LSB causes a change in output voltage of %.4f V \n ',LSB3_op);
+Va=(V1*2^4+V1*2^3+V0*2^2+V1*2^1+V1*2^0)/(2^n-1);// output voltage for digital Ip1
+Vb=(V1*2^4+V0*2^3+V1*2^2+V1*2^1+V0*2^0)/(2^n-1);
+printf('The output voltage for a digital input 1 and 2 are %.2f V and %.3f V respectively \n ',Va,Vb);