f", & tZv);
double r5 = ( inpVolt - 3.5)/iImp;
printf ("R5 = % .3 Lf Ohm n ", r5);
double r3 = 10 * pow (10, 3);
double c2 = 1000 * pow (10, -12);
findRC (r3, c2, tImp/0.7);
printf ("R3 = % .2 E Ohm, C2 =% .2 e Farad n ", r3, c2);
double r2 = 300 * pow (10, 6);
double c1 = 0.047 * Pow (10, -6);
findRC (r2, c1, T/1.4);
printf ("R2 = % .2 E Ohm, C1 =% .2 e Farad n ", r2, c1);
double r8 = 300 * pow (10, 6);
double c7 = 0.047 * Pow (10, -6);
findRC (r8, c7, tZv/0.7);
printf ("R8 = % .2 E Ohm, C7 =% .2 e Farad n ", r8, c7);
printf (" n TESTING: n ");
printf ("Iimp = (V - 3.5)/R5 = (% .2 e - 3.5) /% .2 e =% .2 e n ", inpVolt, r5, (inpVolt - 3.5)/r5);
printf ("timp = 0.7 * R3 * C2 = 0.7 *% .2 e *% .2 e =% .2 e n ", r3, c2, 0.7 * r3 * c2);
printf ("T = 1.4 * R2 * C1 = 0.7 *% .2 e *% .2 e =% .2 e n ", r2, c1, 1.4 * r2 * c1);
printf ("Tzv = 0.7 * R8 * C7 = 0.7 *% .2 e *% .2 e =% .2 e n ", r8, c7, 0.7 * r8 * c7);
while (kbhit ())
{
getche ();
}
printf (" nDo you want to repeat calculation (y/n)? "); p> choose = getche ( ); p> printf ( " N n");
} while (choose ! = 'N');
}
Додаток Е - Результати роботи програми розрахунку давач набліження
Enter input voltage: 6
Enter impulse amplitude: 0.25
Enter generated impulses length: 0.0000105
Enter impulses period: 0.16
Enter output impulse length: 0.08
R5 = 10.000 Ohm
R3 = 1.00e +004 Ohm, C2 = 1.50e-009 Farad
R2 = 3.00e +008 Ohm, C1 = 3.80e-010 Farad
R8 = 3.00e +008 Ohm, C7 = 3.80e-010 Farad
TESTING:
Iimp = (V - 3.5)/R5 = (6.00e +000 - 3.5)/1.00e +001 = 2.50e-001
timp = 0.7 * R3 * C2 = 0.7 * 1.00e +004 * 1.50e-009 = 1.05e-005
T = 1.4 * R2 * C1 = 0.7 * 3.00e +008 * 3.80e-010 = 1.60e-001
Tzv = 0.7 * R8 * C7 = 0.7 * 3.00e +008 * 3.80e-010 = 7.98e-002
Do you want to repeat calculation (y/n)? n
