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//=====================================================================================================
//chapter 1 example 6
clc;
clear all;
//variable declaration
l = 0.2; //percent liearity
r = 300; //full-scale readng
R = 20; //resistance in kΩ
V = 2; //voltage in V
//calculations
d = (l*r)/(100); //maximum displacement deviatio in °
R1 = (l*R)/(100); //maximum resistance displacement in Ω
//a displacement of 300 corresponds to 2V ,therfore 0.6 corresponds to a voltage of (0.6/300)*2
ev = (d/(r))*V; //maximum voltage error in mV
//result
mprintf("maximum displacement deviation =%3.1f ° ",d);
mprintf("\nmaximum resistance displacement %3.2f kΩ",R1);
mprintf("\n maximum voltage error %3.2f mV",(ev*10^3));
//=======================================================================================================
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