|
3 -200702
2
| R = 100 , L = 50 , E = 40 .
uR (t).
|
| E = 80 B, R = 100 ,
L = 40 , C = 5 .
uL (t).
|
| , IL (p).
|
| R1 = 200 , R2 = 800 ,
= 50 .
hu2(t).
|
| Um = 20 B, t1 = 4 .
u2(t).
|
|
3
| E = 60 B, R = 2 ,
C = 5 .
uC(t).
|
| E = 10 B, R = 2 ,
L = 25 , C = 25 .
i(t).
|
| .
|
| R1 = 150 , R2 = 50 ,
L = 0,2 .
qu2(t).
|
| Um = 25 B, t1 = 1 ,
t2 = 5
u2(t).
|
|
4
| E = 30 B, R = 100 ,
L = 50 .
uL(t).
|
| E = 50 B, R = 20 ,
L = 50 , C = 2 .
ic(t).
|
| . UL(p).
|
| R1 = 150 , R2 = 50 ,
= 250 .
qu2(t).
|
| Um = 50 B, tu = 50 .
u2(t).
|
|
5
| E = 30 B, R = 20 ,
L = 0,2 .
iL(t).
|
| E = 20 B, R = 10 ,
L = 125 , C = 5 .
uL(t).
|
| , IL(p).
|
| R1 = 50 , R2 = 200 ,
L = 80 .
qu2(t).
|
|
Um = 40 B, t1 = 2 .
u2(t).
|
|
6
| E = 250 B, R = 125 ,
L = 8 .
iC(t).
|
| E = 80 B, R = 40 ,
L = 10 , C = 25 .
uC(t).
|
| , IL(p).
|
| R1 = 150 , R2 = 50 ,
L = 0,1 .
hu2(t).
|
| Um = 40 B, t1 = 1 ,
t2 = 2 .
u2(t).
|
|
7
| E = 120 B, R1 = 60 ,
R2 = 30 , = 50 .
iC(t).
|
| E = 50 B, R = 100 ,
L = 200 , C = 20 .
uC(t).
|
| . IC(p).
|
| R = 100 , C = 125 .
qu2(t).
|
| Um = 25 B, t1 = 20 ,
t2 = 40 .
u2(t).
|
|
8
| E = 50 B, R1 = 20 ,
R2 = 5 , = 5 .
iR2(t).
|
| E = 50 B, R = 100 ,
L = 40 , C = 5 .
uC(t).
|
| .
|
| R1 = 200 , R2 = 50 ,
L = 40 .
hu2(t).
|
|
Um = 20 B, t1 = 1 ,
t2 = 2 .
u2(t).
|
|
9
| E = 60 B, R = 5 ,
C = 2,5 .
uC(t).
|
| E = 8 B, R = 100 ,
L = 20 , C = 5 .
iR(t).
|
| UC(p).
|
| R1 = 800 , R2 = 200 ,
C = 50 .
qu2(t).
|
|
Um = 30 B, t1 = 10 ,
t2 = 20 .
u2(t).
|
|
11
| E = 30 B, R = 20 ,
L = 0,2 .
iL(t).
|
| E = 50 B, R = 100 ,
L = 50 , C = 20 .
uL(t).
|
| IL(p).
|
| R = 25 , L = 50 .
hu2(t).
|
| Um = 50 B, t1 = 1 ,
t2 = 2 .
u2(t).
|
|
12
| E = 100 B, R1 = 30 ,
R2 = 600 , R3 = 30 ,
C = 5 .
iR1(t).
|
| E1 = 50 B, E2 = 75 B,
R = 200 , L = 200 ,
C = 20 .
uL(t).
|
| UL(p).
|
| R1 = 80 , R2 = 20 ,
L = 100 .
qu2(t).
|
| Um = 5 B, t1 = 1 ,
t2 = 2 , t3 = 3 .
u2(t).
|
|
13
| E = 50 B, R1 = 20 ,
R2 = 5 , L = 0,1 .
uR1(t).
|
| E = 50 B, R = 400 ,
L = 40 , C = 5 .
iC(t).
|
| IC(p).
|
| R1 = 500 , R2 = 300 ,
C = 50 .
qu2(t).
|
| Um = 20 B, t1 = 5 .
u2(t).
|
|
14
| E = 50 B, R1 = 5 ,
R2 = 25 , L = 0.1 .
uR1(t).
|
| E = 50 B, R = 5 ,
L = 50 , C = 2 .
uL(t).
|
| UL(p).
|
| R1 = 20 , R2 = 30 ,
R3 = 6 , L = 180 .
qi(t).
|
| Um = 30 B, t1 = 5 ,
t2 = 15 .
i(t).
|
|
15
|
t3
t2
Um
Um = 5 B, t1 = 1 ,
t2 = 2 , t3 = 3 .
U2(t).
t
U1(t)
t1
Um
-Um
L
R1
R2
R1 = 80 , R2 = 20 ,
L = 100 .
hu2(t).
.
.
U2(t)
U1(t)
UL(p)
C
L
R
2
.
.
.
1
E1 = 50 B, E2 = 75 B,
R = 200 , L = 200 ,
C = 20 .
UL(t).
R1
R3
R2
C
.
.
E = 100 B, R1 = 30 ,
R2 = 600 , R3 = 30 ,
C = 5 .
L = 0.2 .
iR1(t).
.
R
| E = 120 B, R1 = 2.5 ,
C = 2 .
uC(t).
|
| E = 50 B, R = 10 ,
L = 125 , C = 5 .
iL(t).
|
| uC(p).
|
| R = 150 , C = 20 .
qi(t).
|
| Um = 8 B, t1 = 2 ,
t2 = 4 .
i(t).
|
|
16
| E = 150 B, R1 = 50 ,
R2 = 25 , C = 20 .
uR2(t).
|
| E = 40 B, R = 20 ,
L = 10 , C = 25 .
i(t).
|
| . IC(p).
|
| R1 = 200 , R2 = 800 ,
= 50 .
qi(t).
|
| Um = 15 B, t1 = 5 ,
t2 = 10 .
i(t).
|
|
17
| E = 100 B, R1 = 20 ,
R2 = 5 , C = 50 .
iR2(t).
|
| E = 25 B, R = 100 ,
L = 40 , C = 5 .
uR(t).
|
| .
|
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