Общая электротехника (стр. 24 )

Вариант	Схема	Элементы ветвей R [Ом], L[мГн], C[мкФ]	Заданная величина i [A]; e,u [B]
1	1	R2=2, L3=25, C4=1000, R5=2	i2 = 3,862sin(200t-87,2°)
2	2	R2=5, L3=5, C4=625, R5=5	i3 = 3,333sin(400t)
3	3	R2=3, L3=10, C4=500, R5=3	u3 = 10,54sin(500t+58,2°)
4	1	R1=6, C2=250, L3=8, R4=6, C5=250	u2 = 7,748sin(1000t-86,1°)
5	2	R1=3, C2=2500, L3=50, R4=3, C5=2500	u1 = 12,52sin(100t-63,4°)
6	3	R1=6, C2=1000, L3=10, R4=6, C5=1000	e = 30sin(200t)
7	1	C1=626, R3=3, L4=20, C5=625	i1 = 10sin(400t+53,1°)
8	2	C1=1000, R2=5, R3 =5, L4=8, C5=1000	i2 = 2,086sin(500t+71°)
9	3	C1=1000, R3=5, L4=8, C5=1000	i3 = 40sin(500t)
10	1	R1=8, R2=8, C3=1250, R4=8, L5=60	u5 = 4,31sin(100t+28,6°)
11	2	R1=6, R2=6, C3=1250, R4=6, L5=15	u3 = 5,87sin(200t-40,8°)
12	3	R1=9, R2=9, C3=1250, R4=9, L5=12,5	u1 = 2,252sin(400t-101,7°)
13	1	C1=400, R2=6, L3=20, R4=6	e = 24sin(500t)
14	2	C1=1000, R2=5, L3=60, R4=5	i1 = 4,296sin(100t-51,7°)
15	3	C1=1000, R2=1, L3=30, R4=1	i2 = 4,492sin(200t-91,4°)
16	1	L1=10, R2=7, C3=312,5, R4=7	i3 = 2,057sin(400t-43,9°)
17	2	L1=4, R2=4, C3=1000, R4=4	u1 = 11,88sin(500t+111,8°)
18	3	L1=100, R2=6, C3=2500, R4=6	u3 = 20,61sin(100t-40°)
19	1	L1=30, R2=5, C3=500, L5=30	u2 = 8,335sin(200t-76,6°)
20	2	L1=12,5, R2=4, C3=625, L5=12,5	e = 38sin(400t)
21	3	L1=20, R2=8, C3=1000, L5=20	i1 = 5,158sin(500t-88,1°)
22	1	R1=6, L3=50, C4=2500, C5=2500	i2 = 7,659sin(100t-65,7°)
23	2	R1=4, L3=40, C4=500, C5=500	i2 = 1,053sin(200t+16,7°)
24	3	R1=7, L3=10, C4=1250, C5=1250	u3 = 80,5sin(400t+90°)
25	1	C1=10000, R3=2, L4=40, R5=2	i3 = 2.236sin(100t-26,5°)
26	2	C1=2500, R3=3, L4=25, R5=3	u4 = 6,235sin(200t-9°)
27	3	C1=312,5, R3=4, L4=10, R5=4	u1 = 6,596sin(400t-45°)
28	1	L1=10, R3=6, C4=1000, R5=6	u4 = 9,14sin(500t-64,6°)
29	2	L1=2, R3=8, C4=250, R5=8	e = 18sin(1000t)
30	3	L1=40, R3=4, C4=5000, R5=4	i1 = 3,333sin(100t)

4. Расчет электрических цепей несинусоидального периодического тока

Методические рекомендации по выполнению задания