| [Properties] |
- Uses steel cores (10JNHF) manufactured by JFE Steel which have excellent high frequency properties (core loss/efficiency)
- Excellent direct current bias characteristics due to 4-split gap structure
- High inductance is obtained compared to dust cores because of the high magnetic transparency
- Leakage of magnetic flux is extremely small because the gap is covered by bent wires.
- Mass production can be increase compared to the winding core because a press core is used.
|
| [Application] |
- Output filters for inverters
- DC chokes for various compactors
- PFC chokes for pressurized chopper with improved power factor
|
 |
Toroidal Series [Outline]
Quartet Series [Outline]
L Series [Outline]
Toroidal Series [Details]
[Properties]
Takes advantage of the ideal configuration of torroidal and is also wound
[Explanation of Part Name]
| a: |
Core material |
e: |
Inductance |
| b: |
thickness |
f: |
Horizontal type |
| c: |
Gap type |
g: |
Base |
| d: |
Rated current |
|
|
|
 |
[Standard Specification]
| Part Name |
Rated current (*1) |
Inductance (µh) |
DC Bias |
Outer Dimension |
Line diameter |
Ｉｄｃ
（Ａ） |
at 0A
(±20％) |
at Rated |
at Over Loaded |
m
(max) |
OD*W
(max/mm) |
(mm) |
| 10H15X-30-101 |
30 |
100 |
90 |
50(60A)* |
33(90A)* |
10 |
60*35 |
1.8X2 |
| 10H15X-25-151 |
25 |
150 |
135 |
75(50A)* |
45(75A)* |
15 |
60*35 |
1.6X2 |
| 10H15X-20-221 |
20 |
220 |
195 |
120(40A) |
73(60A)* |
24 |
60*35 |
1.4X2 |
| 10H15X-20-331 |
20 |
330 |
290 |
135(40A) |
85(60A)* |
30 |
60*35 |
1.4X2 |
| 10H15X-15-471 |
15 |
470 |
410 |
230(30A) |
130(45A)* |
43 |
60*35 |
1.8 |
| 10H15X-10-681 |
10 |
680 |
630 |
450(20A) |
250(30A) |
65 |
60*35 |
1.6 |
| 10H15X-10-102 |
10 |
1,000 |
900 |
530(20A) |
300(30A) |
100 |
60*35 |
1.4 |
| 10H15X-05-152 |
5 |
1,500 |
1,450 |
1,300(10A) |
950(15A) |
170 |
60*35 |
1.2 |
| 10H30X-40-101 |
40 |
100 |
90 |
55(80A)* |
32(120A)* |
9 |
62*50 |
1.4X4 |
| 10H30X-30-151 |
30 |
150 |
140 |
95(60A)* |
53(90A)* |
13 |
62*50 |
1.8X2 |
| 10H30X-30-221 |
30 |
220 |
190 |
110(60A)* |
62(90A)* |
16 |
62*50 |
1.8X2 |
| 10H30X-25-331 |
25 |
330 |
290 |
160(50A)* |
93(75)* |
24 |
62*50 |
1.6X2 |
| 10H30X-20-471 |
20 |
470 |
420 |
250(40A) |
140(60A)* |
37 |
62*50 |
1.4X2 |
| 10H30X-20-681 |
20 |
680 |
600 |
270(40A) |
170(60A)* |
45 |
62*50 |
1.4X2 |
| 10H30X-15-102 |
15 |
1,000 |
900 |
450(30A) |
280(45A)* |
65 |
62*50 |
1.8 |
| 10H30X-10-152 |
10 |
1,500 |
1,400 |
1000(20A) |
600(30A) |
105 |
62*50 |
1.6 |
| *1. |
These specifications are for reference only. |
| *2. |
Load inductance is for reference which cannot be allowed to guarantee in case of continuous operation. |
| *3. |
Rated current is valued for under 6.5A/mm2. |
| * |
Reference value |
[DC Bias Characteristics]
![[DC Bias Characteristics]](images/21-08-1.gif)
[DC Bias Characteristics]
|
Quartet Series [Details]
[Properties]
Smaller than the torroidal type
[Explanation of part name]
| a: |
Series name |
e: |
Rated current |
| b: |
Core material |
f: |
Inductance |
| c: |
Core laminate thickness |
g: |
Wide type |
| d: |
Gap type |
h: |
base |
|
 |
[Configuration]
| Part Name |
Rated current (*1) |
Inductance (µh) |
DC Bias |
Outer Dimension |
Line diameter |
Idc
（Ａ） |
at 0A
(±20％) |
at Rated |
at Over Loaded |
m
(max) |
OD*H*W
(max/mm) |
(mm) |
| Q10H15X-15-101 |
15 |
100 |
95 |
88(30A) |
70(45A)* |
30 |
47*47*35 |
1.8 |
| Q10H15X-12-151 |
12 |
150 |
147 |
132(24A) |
105（36A) |
40 |
47*47*35 |
1.6 |
| Q10H15X-10-221 |
10 |
220 |
215 |
193(20A) |
170(30A) |
60 |
46*46*33 |
1.4 |
| Q10H15X-08-331 |
8 |
330 |
320 |
290(16A) |
185(24A) |
90 |
46*46*33 |
1.3 |
| Q10H15X-07-471 |
7 |
470 |
460 |
410(14A) |
280(21A) |
120 |
46*46*33 |
1.2 |
| Q10H15X-05-681 |
5 |
680 |
670 |
620(10A) |
544(15A) |
225 |
46*46*33 |
1.0 |
| Q10H15X-05-102 |
5 |
1,000 |
950 |
850(10A) |
730(15A) |
250 |
46*46*33 |
1.0 |
| Q10H15X-04-152 |
4 |
1,500 |
1,450 |
1,300(8A) |
1000(12A) |
350 |
46*46*33 |
0.9 |
| *1. |
These specifications are for reference only. |
| *2. |
Load inductance is for reference which cannot be allowed to gurantee in case of continous operation. |
| *3. |
Rated current is valued for under 6.5A/mm2. |
|
[DC Bias Characteristics]
 |
[Configuration]
|
[Mounting pitch (reference)]/pitch
*Note that in the case of the pin mount part there is a limit to the winding dimension
 |
L-Series [Details]
[Properties]
-Takes advantage of the ideal configuration of torroidal and is also wound
-May also be used as a transducers depending on the combination
-Can cover a larger capacity than the torroidal type
-Pin wiring is possible and mounting to base is easy
|
 |
[Explanation of part name]
| a: |
Series name |
f: |
Inductance |
j: |
Wiring method |
| b: |
Core material |
g: |
Width type |
|
S:Series |
| c: |
Core laminate thickness |
h: |
Base |
|
2:2 Parallels |
| d: |
Gap type |
i: |
Impregnation |
|
4:4 Parallels |
| e: |
Rated current |
|
|
|
|
|
[Configuration]
| Part Name |
Rated current (*1) |
Inductance (µh) |
DC Bias |
Outer Dimension |
Line diameter |
| IDC(A) |
at 0A
(±20％) |
at Rated |
at Over Loaded |
m
(max) |
OD*L*H
(max/mm) |
(mm) |
| L10H17X-07-162HMPS |
7 |
1600 |
1400 |
1000(14A) |
500(21A) |
170 |
75*86*45 |
1.4 |
| L10H33X-14-851HMP2 |
14 |
850 |
800 |
600(28A) |
300(42A) |
66 |
75*86*56 |
1.4*2P |
|
[DC Bias Characteristics]
 |
[Configuration]
| Laminate thickness |
13mm |
17mm |
25mm |
33mm |
| Code (C part) |
13 |
17 |
25 |
33 |
|
[Configuration and mounting pitch]
 |
[Wiring Pattern]
 |
[DC Bias Characteristics]
Takes advantage of the ideal configuration of torroidal and is wound
[Configuration and Mounting Pitch]
![[Configuration and Mounting Pitch]](images/21-26.gif) |
|
