1
: ():
1.
KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t). R1=R2=1 , R3=R4=10 ; C1=C2=0.01 .
2
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t). R1=R2=R3=1 , C1=C2=0.01 .
3
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11( ω);
4. U(t) U(t).
R1=10 , R2=100, R3=1 , C1=C2=0.01 .
4
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R4=10 , R2=100, R3=1 , C1=C2=0.01 .
5
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R2=R3=1 , R4=R5=10 , C1=C2=0.01 .
6
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R2=R3=R4=1 , C1=C2=0.01 .
7
: ():
1. KU(p), Z11(p);
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2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R2=R3=1 , C1=C2=0.01 .
8
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R2=R3=1 , R4=10 , C1=C2=0.01 .
9
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t). R1=R2=1 , R3=R4=10 , C1=C2=0.01 .
10
: ():
1. KU(p), Z11(p);
2. ( ) KU(ώ), Z11(ω);
3. ;
4. U(t) U(t). R1=R3=1 , R2=2 , R4=10 , C1=C2=0.01 .
11
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R2=500, R3=1 , R4=10 , C1=C2=0.01 .
12
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R2=1 , R3=100 , C1=C2=C3=0.01 .
13
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t). R1=R2=500, R3=1 , C1=C2=0.01 .
14
: ():
1. KU(p), Z11(p);
2. ( ) ;
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3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R2=R3=R4=1 , C1=C2=0.01 .
15
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R2=R3=1 , R4=R5=10 , C1=C2=0.01 .
16
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R3=R4=1 , R2=R5=500, C1=C2=0.01 .
17
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t). R1=R2=R3=1, R4=10 , C1=C2=0.01 .
18
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t). R1=R3=1 , R2=500, C1=C2=0.01 .
19
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R2=R3=1 , R4=100, C1=C2=0.01 .
20
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R3=R4=1 , R2=10 , C1=C2=0.01 .
21
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R2=R3=1, R4=10 , C1=C2=0.01 .
22
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R3=1 , R2=R4=10 , C1=C2=0.01 .
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23
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R2=R4=1 , R3=R5=10 , C1=C2=0.01 .
24
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t). R1=R2=1 , R3=100, R4=10 , C1=C2=0.01 .
25
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R2=500, R4=1 , R3=R5=10 , C1=C2=0.01 .
26
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R2=500, R4=10 , R3=R5=1 , C1=C2=0.01 .
27
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R2=500, R3=1 , R4=R5=10 , C1=C2=0.01 .
28
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t).
R1=R3=1 , R2=R4=10 , C1=C2=0.01 .
29
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
4. U(t) U(t). R1=R2=1 , C1=C2=C3=0.01 .
30
: ():
1. KU(p), Z11(p);
2. ( ) ;
3. KU(ω), Z11(ω);
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4. U(t) U(t).
R1=R2=1 , R4=10 , R3=R5=2 , C1=C2=0.01 .