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//=====================================================================================
//Chapter 16 example 1
clc;clear all;
//variable declaration
l = 0.025; //length of plates in m
d = 0.005; //distance between plates in m
S = 0.2; //the distance between the screen and centre of plates in m
Va =3000; //accelerating voltage in V
x =0.1; //trace length(2*y) in m
//cacualtions
//y = lSVd/(2*d*Va)
Vd = (d*Va*x)/(l*S); //deflection voltgae in V
Vrms = Vd/(sqrt(2)); //rms value of sinusoidal voltage applied to the X-deflecting plates in V
Sd = (l*S)/(2*d*Va); //deflection voltage in mm/V
//result
mprintf("rms value of sinusoidal voltage applied to the X-deflecting plates = %3.2d V",Vrms);
mprintf("\ndefelection sensitivity = %3.3f mm/V",(Sd*10**3));
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