blob: d352bece6b6c3faafdd2698b9a6821ec46e782ee (
plain)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
|
//Chapter 18, Problem 13
clc;
//initializing the variables:
L = 0.2; //inductance in henry
R = 1000; //resistance in ohms
V = 24; //supply voltage
//calculation:
taw = L/R
t1 = 1*taw // in secs
t2 = 2*taw // in secs
t3 = 3*taw // in secs
I = V/R
i1 = I*(1 - %e^(-1*t1/taw))
VL = V*(%e^(-1*t2/taw))
VR = V*(1 - %e^(-1*t3/taw))
printf("\n Time constant of the circuit is %.4f sec, and the steady-state value of the current is %.3f A",taw, I)
printf("\n (a) Current flowing in the circuit at a time equal to one time constant = %.5f A\n\n",i1)
printf("\n (b) Voltage drop across the inductor at a time equal to two time constants = %.3f V\n\n",VL)
printf("\n (c)The voltage drop across the resistor after a time equal to three time constants = %.2f V\n\n",VR)
|
