パルストランスのデバイス・モデリング
Number : PT4
Manufacturer : OXFORD ELECTRICAL PRODUCTS
株式会社ビー・テクノロジー
http://www.bee-tech.com
All Rights Reserved copyright (C) Bee Technologies Inc. 2011
パルストランスの等価回路図
L6 10.4542uH
R13
E1
IN
R2
3.42909k
1u
C216.3685p
C7
Source
C1
44.449p
L3
L1
R8
C5
41.8751k
41.9823p
A
V41
Pulse Transformer
17.3536p
R1
C8
V1 = -0.8
V2 = 0.8
TD = 0
TR = 5n
TF = 5n
PW = 0.05m
PER = 0.1m
C4
OUT 1
IN+ OUT +
IN- OUT EVA LUE
V(A,0)
0
K K1
K_Li near
COUPLING = 0.999
L1 = L3
L2 = L1
C3
6.3514m
38.9312k
42.0223p
6.36421m
10u
44.4466p
R12
50
OUT 2
30
R10
100G
0
RL
0
0
周波数特性モデルを採用している
モデリング可能な周波数帯域は、100Hz～100MHz
All Rights Reserved copyright (C) Bee Technologies Inc. 2011
リーケージ・インダクタンス
Leakage Inductance
L6 10.4542uH
R2
K K1
K_Li near
COUPLING = 0.999
L1 = L3
L2 = L1
3.42909k
C216.3685p
17.3536p
R1
C8
Pulse Transformer
C4
C1
44.449p
L3
L1
R8
C5
41.8751k
41.9823p
C3
6.3514m
38.9312k
6.36421m
44.4466p
100Hz～100MHz
All Rights Reserved copyright (C) Bee Technologies Inc. 2011
42.0223p
インダクタンス : pin Ps , pin Pf
K K1
K_Li near
COUPLING = 0.999
L1 = L3
L2 = L1
L6 10.4542uH
R2
3.42909k
Pulse Transformer
C4
Ss
Ps
C216.3685p
17.3536p
L3
C8
L1
R1
41.9823p
C1
44.449p
R8
C5
C3
6.3514m
41.8751k
38.9312k
42.0223p
6.36421m
44.4466p
Sf
Pf
Inductance : pin Ps & pin Pf
100Hz～1MHz
All Rights Reserved copyright (C) Bee Technologies Inc. 2011
インダクタンス : pin Ss , pin Sf
L6 10.4542uH
R2
K K1
K_Li near
COUPLING = 0.999
L1 = L3
L2 = L1
3.42909k
Pulse Transformer
C4
Ss
Ps
C216.3685p
17.3536p
L3
C8
41.9823p
L1
R1
C1
44.449p
R8
C5
C3
6.3514m
41.8751k
38.9312k
42.0223p
6.36421m
44.4466p
Sf
Pf
Inductance : pin Ss & pin Sf
100Hz～1MHz
All Rights Reserved copyright (C) Bee Technologies Inc. 2011
1kHzにおける過渡解析
L6 10.4542uH
R13
E1
IN
R2
3.42909k
1u
C216.3685p
C7
C1
44.449p
L3
R8
C5
C3
6.3514m
38.9312k
42.0223p
6.36421m
10u
Source
L1
41.8751k
41.9823p
A
V41
Pulse Transformer
17.3536p
R1
C8
V1 = -0.8
V2 = 0.8
TD = 0
TR = 5n
TF = 5n
PW = 0.5m
PER = 1m
C4
OUT 1
IN+ OUT +
IN- OUT EVA LUE
V(A,0)
0
K K1
K_Li near
COUPLING = 0.999
L1 = L3
L2 = L1
44.4466p
R12
0V
R10
100G
0
0
SEL>>
-2.0V
0
Ch1-Ch2
V(OUT1)- V(OUT2)
2.0V
VOUT1
0V
-2.0V
Input
V(OUT1)
2.0V
VIN
0V
-2.0V
1.0ms
V(IN)
50
OUT 2
15
VOUT1-VOUT2
2.0V
RL
1.5ms
2.0ms
Time
All Rights Reserved copyright (C) Bee Technologies Inc. 2011
10kHzにおける過渡解析
K K1
K_Li near
COUPLING = 0.999
L1 = L3
L2 = L1
L6 10.4542uH
R13
E1
IN
R2
3.42909k
1u
C216.3685p
V1 = -0.8
V2 = 0.8
TD = 0
TR = 5n
TF = 5n
PW = 0.05m
PER = 0.1m
C7
C1
44.449p
L3
L1
R8
C3
6.3514m
38.9312k
6.36421m
10u
44.4466p
R12
R10
100G
0
0
0
VOUT1-VOUT2
2.0V
0V
Ch1-Ch2
-2.0V
V(OUT1)-V(OUT2)
2.0V
VOUT1
0V
Input
SEL>>
-2.0V
V(OUT1)
2.0V
VIN
0V
-2.0V
100us
V(IN)
42.0223p
RL
50
OUT 2
30
Source
C5
41.8751k
41.9823p
A
V41
Pulse Transformer
17.3536p
R1
C8
0
C4
OUT 1
IN+ OUT +
IN- OUT EVA LUE
V(A,0)
150us
200us
250us
Time
All Rights Reserved copyright (C) Bee Technologies Inc. 2011
100kHzにおける過渡解析
L6 10.4542uH
E1
IN+ OUT +
IN- OUT EVA LUE
V(A,0)
( V(%IN1)
+V(%IN2) )
R4
IN
R2
K K1
K_Li near
COUPLING = 0.999
L1 = L3
L2 = L1
3.42909k
C4
OUT 1
1u
C216.3685p
17.3536p
R1
C7
0
C8
A
V1 = -0.8
V2 = 0.8
TD = 0
TR = 5n
TF = 5n
PW = 5u
PER = 10u
V41
3n
Pulse Transformer
R3
1G
R12
C1
44.449p
L3
L1
R8
C5
41.8751k
41.9823p
C3
6.3514m
38.9312k
6.36421m
44.4466p
R10
100G
0
0
0
VOUT1-VOUT2
1.0V
0V
Ch1-Ch2
SEL>>
-1.0V
V(OUT1)-V(OUT2)
2.0V
VOUT1
0V
Input
-2.0V
V(OUT1)
4.0V
VIN
0V
-4.0V
10us
V(IN)
RL
50
OUT 2
15
Source
42.0223p
15us
20us
25us
Time
All Rights Reserved copyright (C) Bee Technologies Inc. 2011
1MHzにおける過渡解析
L6 10.4542uH
E1
IN+ OUT +
IN- OUT EVA LUE
V(A,0)
( V(%IN1)
+V(%IN2) )
R4
IN
R2
K K1
K_Li near
COUPLING = 0.999
L1 = L3
L2 = L1
3.42909k
C4
OUT 1
1u
C216.3685p
17.3536p
R1
C7
0
C8
A
V1 = -0.8
V2 = 0.8
TD = 0
TR = 5n
TF = 5n
PW = 0.5u
PER = 1u
V41
8n
Pulse Transformer
R3
1G
R12
C1
44.449p
L3
L1
R8
C5
41.8751k
41.9823p
C3
6.3514m
38.9312k
6.36421m
44.4466p
R10
100G
0
VOUT1-VOUT2
1.0V
0V
0
0
Ch1-Ch2
SEL>>
-1.0V
V(OUT1)-V(OUT2)
2.0V
VOUT1
0V
Input
-2.0V
V(OUT1)
4.0V
VIN
0V
-4.0V
1.0us
V(IN)
RL
50
OUT 2
15
Source
42.0223p
1.5us
2.0us
2.5us
Time
All Rights Reserved copyright (C) Bee Technologies Inc. 2011