Der Dreiphasenstrom - Drehstrom

U_1

U_2

U_3

Zeit t in s

Spannung in V

U_s: 311
f: 50
U_1(t) = (U_s * sin((((2 * π) * f) * t)))
U_2(t) = (U_s * sin((((2 * π) * f) * t) + (120 * π / 180)))
U_3(t) = (U_s * sin((((2 * π) * f) * t) + (240 * π / 180)))
t = -0.008 (slider from -0.02 to 0.13, step 0.001)
a: x = t
A = Intersect(U_1, a, (-0.008, -182.80121346295917))
B = Intersect(U_2, a, (-0.008, -126.4950959965739))
C = Intersect(U_3, a, (-0.008, 309.296309459533))
Text2: "U_1(" + t + ")= " + (y(A)) + " V"
Text3: "U_2(" + t + ")= " + (y(B)) + " V"
Text4: "U_3( " + t + ")= " + (y(C)) + "  V"
Text5: "U_1 + U_2 + U_3 = " + (y(A) + y(B) + y(C)) + ""
u = Vector((t, 0), A)
v = Vector((t, 0), B)
w = Vector((t, 0), C)
b = true
c = true
d = true