南京新康达磁业股份有限公司成立于1999年，总部位于南京市江宁区麒麟工业集中区，是一家高性能软磁材料的. 制造企业，其前身是始建于1990年的南京康达电子器材厂。
16 ago 2023 — 南京新康达磁业股份有限公司成立于1999年，总部位于南京市江宁区麒麟工业集中区，是一家高性能软磁材料的. 制造企业，其前身是始建于1990年的南京康达电子器材厂。98 pagine
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SOFT FERRITE CORES
MAGNETIC POWDER CORES
8 025-84120417 025-84120164
NANJING NEW CONDA MAGNETIC INDUSTRIAL CO.,LTD.
Nanjing AddNo 8, Tianhe Road, Qilin Industry Park, Jiangning District, Nanjing, China Tel025-84120417 Fax025-84120164
6B903 0755-27827314 0755-29650204
Shenzhen AddRoom 903,Building 6B#, Vanke Golden Field, Fuyong Village, Bao'an District, Shenzhen, China
Tel0755-27827314 Fax0755-29650204
18922840425 Lcq@ncd.com.cn www.ncd.com.cn
Marketing Director18922840425 (Miss liu) E-mailLcq@ncd.com.cn Webwww.ncd.com.cn
1
MAANSHAN NEW CONDA MAGNETIC INDUSTRIAL CO.,LTD.
No.1 Cishan Road, Yushan Economic and Technological Development Zone, Maanshan City, Anhui Province
2020
IATF 16949 ISO9001 ISO14001 OHSAS18001
NANJING NEW CONDA MAGNETIC INDUSTRIAL CO.,LTD.
MAANSHAN NEW CONDA MAGNETIC INDUSTRIAL CO.,LTD.
NANJING NEW CONDA MAGNETIC INDUSTRIAL CO.,LTD.
COMPANY PROFILE
1999 1990 IEC ""ISO9001ISO14001OHSAS18001IATF16949 GJB9001B
2011 """" ISO9001ISO14001OHSAS18001IATF16949
""
Nanjing New Conda Magnetic Industrial Co., Ltd. (NCD) is a high-performance soft magnetic materials manufacturer which headquarter located in Qilin Industrial Park, Jiangning District, Nanjing City, Jiangsu Province. The company's predecessor is "Nanjing Conda Electronic Appliance Factory", which was established in 1990. NCD is now a state-level High-Tech Enterprise, with Jiangsu Academician Workstation and Nanjing Enterprise Technology Center. It is the drafting unit of IEC international standards and the national standards on magnetic materials and components. The company has a number of independent intellectual property rights, and has passed the certifications of ISO 9001, ISO 14001, OHSAS 18001, IATF 16949 and GJB9001B management systems.
Ma'anshan New Conda Magnetic Industrial Co., Ltd. (MNCD) is a subsidiary of NCD. It was established in 2011 and located in Yushan Industrial Park, Ma'anshan City, Anhui Province. MNCD is acknowledged as state-level High-Tech Enterprise, Anhui Private Technological Firm, "Specialized, Lean, Peculiar and New" SME, and "Little Giant" Technology Enterprise. The company has a city-level R&D center for soft ferrite materials and metallic soft magnetic materials. Besides, it has also passed the certifications of ISO 9001, ISO 14001, OHSAS 18001 and IATF 16949 management systems.
The main products of NCD and MNCD are high-performance soft ferrite powder and cores, metallic soft magnetic powder and powder cores. The products are used for manufacturing various transformers, inductors, reactors, choke coils and filters, which are widely used in new energy vehicle and charging device, photovoltaic power generation, digital communication, electromagnetic compatibility, energy-saving lighting, industrial power supply, medical equipment, military industry and other fields. The technical level and market share of the large size ferrite cores rank first in the industry. The output and market share of high-performance magnetic materials used in new energy vehicle, photovoltaic system are also in the forefront of the industry. The products which has remarkable technical features and strong competitiveness, are deeply trusted by both domestic and oversea customers.
Adhering to the development concept of "Seek the best instead of the largest. Expanding after strengthening", the companies firmly grasp the market opportunities brought by the development of strategic emerging industries, accelerate the research and development of new materials, new products, new technologies and new equipment, and continuously promote the management upgrade centered on lean production and intelligent manufacturing, so as to make the enterprise achieve healthy and sustainable development and strive to create greater value for the customers.
The catalogue includes the information about all current products. It is for your reference when selecting our products. Please feel free to make an inquiry.
SOFT FERRITE CORES
SOFT FERRITE CORES
01
63
07
67
LP3
14
EE
68
LP3A
16
PEE EED
75
LP3S
18
PEI
78
LP4
20
EI
80
LP90
22
EER ETD EC
82
LP4A
24
EPC
84
LP9
25
EFD
85
LP9A
27
UU
87
LP10
29
UI CI
92
LP10A
31
UR
93
HP1
33
UY
94
HP2
34
DT
95
HP3
35
96
HP3Z
36
104
HPB
37
105
LP5
38
109
LP5W
39
LP6
40
LP7
41
LT1Q
42
HFZ
43
NiZnNN850
44
PQ
45
PQI
47
EQ PER
48
EQI PERI
51
PM LM
53
RM
55
EP EOP LP
57
XDQDXOSQ ATQ
59
61
MAGNETIC POWDER CORES
111
114
118
120
123
124
126
127
130
131
134
137
139
140
141
142
EQ
143
EQI
144
ER
145
E
146
147
149
150
151
177
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SOFT FERRITE CORES
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Terms & Definitions
1. Initial permeability, i
(B/H) This is the limit value of B/H where H is indefinitely close to zero at the initial magnetization curve of a ferromagnetic substance.
i=
1 0
lim
(H 0)
B H
Where0 permeability in vacuum (4×10-7H/m) H magnetic field strength (A/m) B magnetic flux density (T)
2. Effective permeability, e
(
) This is usually defined as the effective permeability of a core forming a closed circuit where leakage flux is negligibly small.
e=
LeL 0 Ae N2
WhereL self-inductance of coil with core (H) N number of coil turns Le effective magnetic path length of core (m) Aeeffective cross-sectional area of core (m2)
3. Saturation flux density, Bs (T)
1 Saturation flux density is the maximum attainable flux density when a very high magnetic field is applied to a soft magnetic material, as shown in Fig.1
+Bs
+Br B i
H
-Hc rev
H +Hc
-Br -Bs
1 Fig 1
4. Residual magnetic flux density, Br (T)
1 This is the amount of residual magnetic flux density retained by the core after the magnetic field is weakened and finally removed, as shown in Fig 1.
5. Coercivity, Hc (A/m)
1 This is the strength of the magnetic field whereby the residual flux density becomes zero under the intensification in the opposite direction of the magnetic field, as shown in Fig 1.
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Terms & Definitions
6. Loss factor, tan
The loss factor can be split up into three parts:
tan = tanh + tane + tanr
Wheretanh hysteresis loss Tane eddy-current loss Tanr residual loss
7. Relative loss factor, tan/
tan/ i tan/ e This is the amount of loss per unit permeability and is expressed as follows:
tan/ i (for magnetic material) tan/ e (where gaps are added to the magnetic circuit)
8. Hysteresis material constant, B (10-6/mT)
Hysteresis material constant characterizes the change of the hysteresis loss of the material when the flux density is increased.
B=
tan e B
Wheretan loss factor e effective permeability B magnetic flux density (mT)
9. Temperature coefficient, (K-1)
T1T2 1K This is the fractional difference of permeability per 1K in a temperature range from T1 to T2 (T2 >T1):
= (21)/1(T2T1)
Where1T1 1 permeability at temperature T1 2T2 2 permeability at temperature T2
10. Relative temperature coefficient, r(K-1)
This is the temperature coefficient per unit permeability :
r = (21)/12(T2T1)
The temperature coefficient of an actual core is obtain as follows:
=r×e
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Terms & Definitions
11. Curie temperature, Tc ()
()2 The Curie temperature Tc is defined as the temperature at which the magnetic core changes from the ferromagnetic to the paramagnetic state.
i max 0.8i max
Initial permeability(i)
i=1
12. Resistivity, (.m)
0.2i max
Temperature()
Tc
2 Fig 2
This is the electrical resistance per unit length and cross-sectional area of a magnetic core.
13. Density, d (kg/m3)
This is the weight per unit volume of a magnetic core:
d = W/V WhereW: weight of magnetic core (kg)
V volume of magnetic core (m3)
14. Power loss, Pc (kW/m3)
Power loss denotes the loss under a magnetization condition featuring a high frequency and a large amplitude. Operating magnetic flux density is generally expressed for a sinusoidal wave as follows:
Bm = E/ 4.44f NAe
WhereBmpeak value of magnetic flux density (T) Evoltage effective value applied to test coil (V) ffrequency (Hz) Nnumber of coil turns Aeeffective cross-sectional area of core (m2)
15. Inductance factor, AL (nH/N2)
The inductance factor is given in each data sheet.
AL= L/N2 WhereL self-inductance of coil with core (H)
N number of coil turns 10-9 H/N2 (nH/N2)The inductance factor is generally united by 10-9 H/N2 (nH/N2).
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Terms & Definitions
16. Magnetic Field Intensity
HOe N IA le cm
H= 0.4NI le
Magnetizing force (Oe) Number of Turns Current (Amperes) Effective Magnetic Path Length
17. Peak AC flux density
Bmax= E rms ×108 4 .44 fA e N
Bmax Gauss F Hz
Ae cm2 Erms V
Peak AC flux density Frequency Effective Cross-Sectional Area RMS voltage
18. DC bias characteristics
DC-bias
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Terms & Definitions
19 Design Example of coil:
NS229125 AL=90 nH/N2 44H±8%
Calculating Method of Winding Turns Condition: Core:NS229125 AL=90 nH/N2 Required Inductance: 44H±8%
±8%AL82.8 ~ 97.2 nH/N2
Calculation process AL tolerance is ±8%, AL range is from 82.8 to 97.2. Difference winding turns must be considered in order to receive the same inductance when using difference AL core. We can calculate winding turns according to follow fomula.
AL=82.8 nH/N2 N= L = 44×1000 = 23.0 ()23() AL 82.8
AL=97.2 nH/N2 N= L = 44×1000 = 21.3 ()21() AL 97.2
AL=82.8 nH/N2Winding turns is maximum N= L = 44×1000 = 23.0 (turns)23(turns)
AL 82.8 AL=97.2 nH/N2 Winding turns is minimum
N= L = 44×1000 = 21.3 (turns)21(turns) AL 97.2
44H 21~23
From above calculation, to get the inductance of 44H, the number of turns can be between 21~23, it can be determined by the real AL value of the core.
20 Example of wre selection
1IDC=8A 2L8A=17.5H
Determine Core and Turns. Condition is as follow. 1) IDC=8A 2)L8A=17.5H
H= 0.4 N
le
le 0.4
Calculation process Formula conversion
H= 0.4 N
le
le 0.4
1 8A50% 50% H=35Oe NS229125
1) Specify the magnetizing field When adding 8A Idc to core, Inductance decrease less than 50%. Looking for curve of permeability vs H, H is 35Oe When permeability is about 50%. Choose Core is NS229125
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Terms & Definitions
NS229125le=5.67cm (50Oe)
2
NI=
le 0.4
=35×5.67/0.4/3.14=158
N = 158÷819.7520 turns
3L8A L0A=AL×N2 =90×202 =36.0 I=8A50%L0A L8A=36.0×50% = 18.0(H)
8A L0A
Le=5.67cm (Remark: 50Oe is setting value )
2Calculate NI and N
NI=
le 0.4
=35×5.67/0.4/3.14=158
N = 158÷819.7520 turns
3Verify if L8A inductance meet the requirement L0A=AL×N2 =90×202 =36.0 When I=8A, Inductance is 50%L0A L8A=36.0×50% = 18.0(H)
Inductance can meet the requirement after adding 8A(DC) in core .In real core selection for designing, if the core you selected can not meet your requirement, you may adjust the dimension and permeability as above mentioned to make the L0A inductance and the AL value to meet the requirement
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MATERIAL CHARACTERISTICS
1. Low Loss ferrite material
Characteristics
Initial permeabilitys
Relative loss factor
*(1194A/m) Saturation flux density*
* Remanence*
* Coercivity*
* Power loss* (f=100kHz,B=100mT)
* Power loss* (f=100kHz,B=200mT)
Curie temperature
* Resistivity*
* Density*
Symbol
i tan/i
Bs Br Hc Pcv
Pcv Tc d
Unit
Condition
LP3
LP3A
LP3S
2510kHz 2300±25% 2400±25% 2500±25%
×10-6 25100kHz 4×10-6
mT
25 100
500 390
mT
25
130
3×10-6
510 390
110
3×10-6
530 420
180
A/m kW/m3
kW/m3
25
25 80 100
25 60 80 100 120
13
90 70 650 450 410
215
10
70 50 600
360 320 400
215
13
600 400 300 250 360 230
·m kg/m3
5 4.8×103
5 4.8×103
4 4.9×103
125×15×10 2*
Note: 1.The values were obtained with toroidal core 25×15×10 at room temperature unless otherwise specified. 2. * Typical value.
07
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MATERIAL CHARACTERISTICS
2. High Bs Power ferrite material
Characteristics
Initial permeabilitys
Relative loss factor
*(1194A/m) Saturation flux density*
* Remanence*
* Coercivity*
* Power loss* (f=100kHz,B=200mT)
Curie temperature
* Resistivity*
* Density*
Symbol
i tan/i
Bs Br Hc
Pcv
Tc d
Unit
Condition
LP4
LP90
LP4A
2510kHz 2000±25% 2000±25% 1800±25%
×10-6 25 100kHz 8×10-6
5×10-6
5×10-6
mT
25
530
100
450
mT
100
55
530
580
450
480
55
250
A/m kW/m3
100
25 80 100 120
6
700 500 450
270
4
680 360 320 450
270
15 200*1 350*1
300
·m kg/m3
5 4.9×103
4 4.9×103
4 4.9×103
125×15×10 2**1f=25KHz, B=200mT
Note: 1.The values were obtained with toroidal core 25×15×10 at room temperature unless otherwise specified. 2. * Typical value,*1 Test conditionf=25KHz, B=200mT
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MATERIAL CHARACTERISTICS
3. Wide T-range Low Loss ferrite material
Characteristics
Initial permeabilitys
Symbol Unit Condition
LP9
LP9A
LP10
LP10A
i
25 10kHz 3300±25% 3300±25% 3300±25% 3300±25%
Relative loss factor
tan/i ×10-6 25100kHz 4×10-6 4×10-6 4×10-6 4×10-6
*(1194A/m) Saturation flux density*
Bs
mT
25 100
520 410
520 410
530 410
530 420
* Remanence*
Br
mT
25
90
90
80
80
* Coercivity*
* Power loss* (f=100kHz,B=200mT)
Curie temperature
Hc
A/m
Pcv kW/m3
Tc
25
-25 25 60 80 100 120 140
9
350 300 300 320 370
215
9 450 350
300 350
215
9
320 300 290 290 320 380
215
9
290 280 265 280 320 370
215
* Resistivity*
·m
6
6
6
6
* Density*
d
kg/m3
4.9×103 4.9×103 4.9×103 4.9×103
125×15×10 2*
Note: 1.The values were obtained with toroidal core 25×15×10 at room temperature unless otherwise specified. 2. * Typical value.
09
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MATERIAL CHARACTERISTICS
4. High Frequency Low Loss ferrite material
Characteristics
Initial permeabilitys
Symbol Unit
i
Condition
25 10kHz
LP5
LP5W
LP6*1
LP7*1
1400 1500 1200
900
±25% ±25% ±25% ±25%
Relative loss factor
tan/i
25100kHz
5×10-6 5×10-6 8×10-6*2 8×10-6*2
*(1194A/m) Saturation flux density*
Bs
mT
* Remanence*
Br
mT
25 100
25 100
460
490
530
530
350
390
430
440
100
90
140
120
60
70
130
110
* Coercivity*
* Power loss* (f=100kHz,B=200mT)
Curie temperature
Hc
A/m
25 100
20
20
40
45
15
15
35
40
25
300
300kHz 100mT 60
260
100
280
25 130
80
500kHz 50mT 60 80
60
100 80
60
25
500
Pcv kW/m3 500kHz 100mT 100
700
120
900
25
280
180
150
1MHz 50mT 100 320
280
180
160
120
240
220
25
400
2MHz 50mT 100
600
120
900
Tc
250 250 270 290
* Resistivity*
* Density*
·m
d
kg/m3
8
8
6
6
4.7
4.75
4.85
4.85
125×15×10 2**1 16×8×5*2 1MHz
Note: 1.The values were obtained with toroidal core 25×15×10 at room temperature unless otherwise specified. 2. * Typical value, *1 Test toroidal core: 16×8×5, *2 Test condition: 1MHz.
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MATERIAL CHARACTERISTICS
5. High permeability ferrite material
Characteristics
Initial permeabilitys
Relative loss factor
*(1194A/m) Saturation flux density*
* Remanence*
Symbol
i
tan/i
Bs
Br
Unit
mT mT
Condition
HP1
HP2
HP3
HP3Z
HPB
25 10kHz
5000 ±25%
7000 ±25%
10000 ±30%
10000 ±30%
5000 ±25%
25 15×10-6 7×10-6 7×10-6 6.5×10-61.5×10-6 100kHz
500
25
420
400
400
410
370(100
25
110
100
90
90
110
* Coercivity*
Hc
A/m
25
10
6
5
5
8
Relative temp. coefficient
r 1/K(×10-6) 25~70 0.5~2 0.5~1.8 0.5~1.5 0.5~1.5 -0.5-1
Hysteresis material constant
B
1/mT 1.53mT 1.5×10-6 1.0×10-61.0×10-6 1.0×10-6 1.1×10-6
Curie temperature
Tc
140 120 120 130 180
* Resistivity*
* Density*
·m
d
kg/m3
1
0.5
0.2
0.2
0.3
4.85×103 4.9×103 4.95×103 4.95×103 4.9×103
125×15×10 2*
Note: 1.The values were obtained with toroidal core 25×15×10 at room temperature unless otherwise specified. 2. * Typical value.
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MATERIAL CHARACTERISTICS
6. High Stability ferrite material
Characteristics
Initial permeabilitys
Relative loss factor
*(1194A/m) Saturation flux density*
* Remanence*
* Coercivity*
Relative temp. coefficient
Symbol
i tan/i
Bs
Br Hc
r
Hysteresis material constant
B
Curie temperature
Tc
* Resistivity*
* Density*
d
Unit
Condition
25 10kHz
LT1 2500±25%
25 100kHz
3×10-6
mT mT A/m 1/K(×10-6)
25 100
25 100
25 100
-30~20 0~20 20~70 0-25 25~70
1/mT
1.53.0mT
460 330 60
10
-0.5~0.5 -0.5~0.5
0~1.0
0.5×10-6
170
·m kg/m3×103
7 4.8×103
HFZ
2000±25%
23×10-6 370 280 240 140 20 10
<1.0 <5.5 0.35×10-6
130
150
4.9×103
125×15×10 2*
Note: 1.The values were obtained with toroidal core 25×15×10 at room temperature unless otherwise specified. 2. * Typical value.
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MATERIAL CHARACTERISTICS
7.NiZnNN850 High impedance NiZn ferrite material NN850
Characteristics
Initial permeabilitys
Relative loss factor
*(1194A/m) Saturation flux density*
Symbol
i
tan/i
Bs
Unit
Condition
10kHz, 25
100kHz, 25
mT
25
NN850 850±25% 20x10-6
350
* Remanence*
* Coercivity*
Curie temperature
* Resistivity*
* Density*
Br
mT
25
Hc
A/m
25
Tc
·m
d
kg/m3×103
200 15 140 >106 5.1
125×15×10 2*
Note: 1.The values were obtained with toroidal core 25×15×10 at room temperature unless otherwise specified. 2. * Typical value.
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Permeability i vs. Temperature T
i
i vs. T
8000
7000
6000
5000
4000
3000
2000
1000
0
-50
0
50 100 150 200 250
300
T
Powerloss Pcv vs.frequency f
10000
Pcv vs.f(100)
PcvkW/m3
1000
300mT 100
200mT 150mT
10 10
100mT
50mT
100
f(kHZ)
1000
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LP3 Power ferrite material LP3
Powerloss Pcv vs.Temperature
PcvkW/m3
Pcv vs.T
800
700
600
500 100kHz 200mT
400
300
200
100
0 0
25kHz 200mT
20
40
200kHz 100mT 100kHz 100mT
60
80 100
T
120 140
Amplitude permeability a vs.flux density Bm
a
7000 6000 5000 4000 3000 2000 1000
0 0
a vs. Bm
100
25
25kHz
100
200
300
400
500
BmmT
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LP3 Power ferrite material LP3
Saturation flux density Bs vs.temperature T Fulx density B vs.magnetic field H
Bs vs. T
600
B vs.H
600
500
500
25
H=1194A/m
60
80
400
400
100
120
300
300
Bs(mT) BmT
200
200
100
100
0
0
20
40
60
80 100 120 140
T
0
0
200
400
600
800
1000 1200
HA/m
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LP3A Power ferrite material LP3A
i PcvkW/m3
Permeability i vs. Temperature T
8000
7000
6000
5000
4000
3000
2000
1000
0
-50
0
i vs. T
50
100
150
T
200
250
Powerloss Pcv vs.Temperature
Pcv vs.T
700
600
500
100kHz 200mT 400
300 200kHz 100mT
200
100kHz 100mT 100
25kHz 200mT
0
0
20
40
60
80
100
T
120 140
PcvkW/m3 a
Powerloss Pcv vs.frequency f
10000
Pcv vs.f(100)
1000
300m 100
200m
10 10
150m 100mT
50mT
100
f(kHZ)
1000
Amplitude permeability a vs.flux density Bm
a vs. Bm
6000 5000 4000 3000 2000 1000
0 0
100
25
25kHz
100
200
300
400
500
BmmT
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LP3A Power ferrite material LP3A
Saturation flux density Bs vs.temperature T Fulx density B vs.magnetic field H
Bs vs. T
600 H=1194A/m
500
400
300
B vs.H
600
500
25
60
80
400
100
120 300
Bs(mT) BmT
200
200
100
100
0
0
20 40
60
80
100 120 140
T
0
0
200
400
600
800 1000 1200
HA/m
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LP3S Low loss ferrite material LP3S
Permeability i vs. Temperature T
i
9000
8000
7000
6000
5000
4000
3000
2000
1000
0
-50
0
i vs. T
50 100 150 200
T
250 300
Powerloss Pcv vs.Temperature
Pcv vs.T
600
500
PcvkW/m3
400 100kHz 200mT
300
200kHz 100mT 200
100 100kHz 100mT
25kHz 200mT
0
0
20 40 60 80 100 120 140
T
Powerloss Pcv vs.frequency f
10000
Pcv vs.f(100)
PcvkW/m3
1000
300m 100
200m
10 10
150m
100m 50mT 100
f(kHZ)
1000
Amplitude permeability a vs.flux density Bm
a vs. Bm
6000
5000
4000 3000
25 100
a
2000
1000 0 0
25kHz
100
200
300
400
500
BmmT
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LP3S Low loss ferrite material LP3S
Saturation flux density Bs vs.temperature T Fulx density B vs.magnetic field H
Bs vs. T
600
500 H=1194A/m
400
300
B vs.H
600
25
500
60
80 100
400
120
300
Bs(mT) BmT
200
200
100
100
0
0
20
40
60
80 100 120 140
T
0
0
200
400
600
800 1000 1200
HA/m
19
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Permeability i vs. Temperature T
i
i vs. T
3500
3000
2500
2000
1500
1000
500
0
-50
0
50 100 150 200
T
250 300
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LP4 Power ferrite material LP4
Powerloss Pcv vs.Temperature
PcvkW/m3
Pcv vs.T
800
700
600
500
100kHz 200mT 400
300 200 100
0 0
200kHz 100mT
100kHz 100mT
25kHz 200mT
20
40
60
80 100 120 140
T
Powerloss Pcv vs.frequency f
10000
Pcv vs.f(100)
PcvkW/m3
1000
300mT 100
200mT 150mT
10 10
100mT
50mT 100
f(kHZ)
1000
Amplitude permeability a vs.flux density Bm
a
7000 6000 5000 4000 3000 2000 1000
0 0
a vs. Bm
100
25
25kHz
100
200
300
400
500
BmmT
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LP4 Power ferrite material LP4
Saturation flux density Bs vs.temperature T Fulx density B vs.magnetic field H
Bs vs. T
600
H=1194A/m 500
400
B vs.H
600
25
500
60 80
100
120
400
Bs(mT) BmT
300
300
200
200
100
100
0
0
20
40
60
80 100 120 140
T
0
0
200
400
600
800
1000 1200
HA/m
21
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LP90 High Bs ferrite material LP90
Permeability i vs. Temperature T
i
i vs. T
3500
3000
2500
2000
1500
1000
500
0
-50
0
50 100 150 200
T
250 300
Powerloss Pcv vs.Temperature
PcvkW/m3
Pcv vs.T
900
800
700
600
100kHz 200mT 500
400
300
200kHz 100mT 200
100kHz 100mT
100 25kHz 200mT
0
0
20 40 60 80 100 120 140
T
Powerloss Pcv vs.frequency f
10000
Pcv vs.f(100)
PcvkW/m3
1000
300mT 100
200mT
150mT
10 10
100mT
50mT 100
f(kHZ)
1000
Amplitude permeability a vs.flux density Bm
a
a vs. Bm
7000
6000
5000 4000 3000
100
25
2000
1000
25kHz
0
0
100
200
300
400
500
BmmT
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LP90 High Bs ferrite material LP90
Saturation flux density Bs vs.temperature T Fulx density B vs.magnetic field H
Bs vs. T
600
500 H=1194A/m
400
B vs.H
600
25
500
60
80
100
400
120
Bs(mT) BmT
300
300
200
200
100
100
0
0
20
40
60
80 100 120 140
T
0
0
200
400
600
800 1000 1200
HA/m
23
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LP4A Ultra-high Bs ferrite material LP4A
i PcvkW/m3
Permeability i vs. Temperature T
i vs. T
2500
2000
1500
1000
500
0 -50 0
50 100 150 200 250 300 350
T
Powerloss Pcv vs.Temperature
Pcv vs.T
600
500
400
300
200
@25kHz 200mT
100
0-20 0
20 40 60 80 100 120 140
T
Saturation flux density Bs vs. Temperature T Fulx density B vs. Magnetic field H
Bs(mT) BmT
Bs vs. T
600
H=1194A/m 500
400
300
200
100
0
0
20
40
60
80 100 120 140
T
B vs.H
700
600
500
400 25
300
100
120 200
100
0
0
200
400
600
800 1000 1200
HA/m
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LP9 Wide Temperature range low loss ferrite material LP9
Permeability i vs. Temperature T
i
8000
7000
6000
5000
4000
3000
2000
1000
0
-50
0
i vs. T
50 100 150 200
T
250 300
Powerloss Pcv vs.Temperature
PcvkW/m3
Pcv vs.T
400
350
100kHz 200mT 300
250
200 200kHz 100mT
150
100
100kHz 100mT 50
25kHz 200mT
0
0
20 40 60 80 100 120 140
T
Powerloss Pcv vs.frequency f
10000
Pcv vs.f(100)
PcvkW/m3
1000
300m 100
200m
150m
10 10
100mT
50mT 100
f(kHZ)
1000
Amplitude permeability a vs.flux density Bm
a vs. Bm
6000
5000 4000 3000
25 100
a
2000
1000
25kHz
0
0
100
200
300
400
500
BmmT
25
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LP9 Wide Temperature range low loss ferrite material LP9
Saturation flux density Bs vs.temperature T Fulx density B vs.magnetic field H
Bs vs. T
600
500 H=1194A/m
400
300
B vs.H
600
25
500
60
80
400
100
120
300
Bs(mT) BmT
200
200
100
100
0
0
20
40
60
80 100 120 140
T
0
0
200
400
600
800 1000 1200
HA/m
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LP9A Wide Temperature range low loss ferrite material LP9A
Permeability i vs. Temperature T
i
5000
4500
4000
3500
3000
2500
2000
1500
1000
500
0
-50
0
i vs. T
50
100
150
T
200 250
PcvkW/m3
Powerloss Pcv vs.Temperature
Pcv vs.T
500
450
400
350 100kHz 200mT
300
250
200 200kHz 100mT
150
100 100kHz 100mT
50
0 -40 -20 0 20 40 60 80 100 120 140
T
Powerloss Pcv vs.frequency f
10000
Pcv vs.f(100)
PcvkW/m3
1000
300m 100
200m
150m
10 10
100mT
50mT 100
f(kHZ)
1000
Amplitude permeability a vs.flux density Bm
a vs. Bm
6000
5000 4000 3000
25 100
a
2000
1000
25kHz
0
0
100
200
300
400
500
BmmT
27
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LP9A Wide Temperature range low loss ferrite material LP9A
Saturation flux density Bs vs.temperature T Fulx density B vs.magnetic field H
Bs vs. T
600
500 H=1194A/m
400
300
B vs.H
600
25
500
60
80
400
100
120
300
Bs(mT) BmT
200
200
100
100
0
0
20
40
60
80 100 120 140
T
0
0
200
400
600
800 1000 1200
HA/m
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LP10 Wide Temperature range low loss ferrite material LP10
Permeability i vs. Temperature T
i
i vs. T
4000
3500
3000
2500
2000
1500
1000
500
0
-50
0
50
100 150 200
250 300
T
PcvkW/m3
Powerloss Pcv vs.Temperature
Pcv vs.T
400
350 100kHz 200mT
300
250
200 200kHz 100mT
150
100
50 100kHz 100mT
0 0 20 40 60 80 100 120 140 160
T
Powerloss Pcv vs.frequency f
10000
Pcv vs.f(100)
PcvkW/m3
1000
300mT
100 200mT
10 10
150mT 100mT
50mT 100
f(kHZ)
1000
Amplitude permeability a vs.flux density Bm
a vs. Bm
6000
5000
4000 3000
100
25
a
2000
1000
25kHz
0
0
100
200
300
400
500
BmmT
29
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LP10 Wide Temperature range low loss ferrite material LP10
Saturation flux density Bs vs.temperature T Fulx density B vs.magnetic field H
Bs vs. T
600
500 H=1194A/m
400
300
B vs.H
600
25
500
60
80
400
100
120
300
Bs(mT) BmT
200
200
100
100
0
0
20
40
60
80 100 120 140
T
0
0
200
400
600
800 1000 1200
HA/m
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LP10A Wide Temperature range low loss ferrite material LP10A
Permeability i vs. Temperature T
i
i vs. T
4500
4000
3500
3000
2500
2000
1500
1000
500
0
-50
0
50 100 150 200
250 300
T
PcvkW/m3
Powerloss Pcv vs.Temperature
Pcv vs.T
400
350
300 100kHz 200mT
250 300kHz 100mT
200 200kHz 100mT
150
100
50
0 0 20 40 60 80 100 120 140 160
T
Powerloss Pcv vs.frequency f
10000
Pcv vs.f(100)
PcvkW/m3
1000
300mT
100 200mT
10 10
150mT 100mT
50mT 100
f(kHZ)
1000
Amplitude permeability a vs.flux density Bm
a vs. Bm
6000
5000 4000 3000
25 100
a
2000
1000
25kHz
0
0
100
200
300
400
500
BmmT
31
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LP10A Wide Temperature range low loss ferrite material LP10A
Saturation flux density Bs vs.temperature T Fulx density B vs.magnetic field H
Bs vs. T
600
500 H=1194A/m
400
300
B vs.H
600
25
500
60
80
400
100
120
300
Bs(mT) BmT
200
200
100
100
0
0
20
40
60
80 100 120 140
T
0
0
200
400
600
800 1000 1200
HA/m
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HP1 High permeability ferrite material HP1
Permeability i vs. Temperature T
i
14000 12000 10000
8000 6000 4000 2000
0 -50
i vs. T
0
50
100
150
T
Initial Permeability i vs. Frequency f
100000
i vs. f
10000
i
1000
100 10
100
1000
f(kHZ)
10000
Relative loss factor tan/i vs. frequency f
tan/i vs. f
0.001
Equivalent impedance Z*C1/N2 vs. Frequency f
Z*C1/N2 vs. f
100
tan/i
0.0001
0.00001
0.000001 10
Z*C1/N2 (*mm)
10
100
1000
f(kHZ)
1
10
100
1000
10000
100000
f(kHZ)
33
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HP2 High permeability ferrite material HP2
Permeability i vs. Temperature T
i
14000 12000 10000
8000 6000 4000 2000
0 -50
i vs. T
0
50
100
150
T
Initial Permeability i vs. Frequency f
100000
i vs. f
10000
i
1000
100 10
100
1000
f(kHZ)
10000
Relative loss factor tan/i vs. frequency f
tan/i vs. f
0.001
Equivalent impedance Z*C1/N2 vs. Frequency f
Z*C1/N2 vs. f
100
tan/i
0.0001
0.00001
0.000001 10
Z*C1/N2 (*mm)
10
100
1000
f(kHZ)
1
10
100
1000
10000
100000
f(kHZ)
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HP3 High permeability ferrite material HP3
Permeability i vs. Temperature T
30000
i vs. T
25000
20000
i
15000
10000
5000
0
-50
0
50
100
150
T
Initial Permeability i vs. Frequency f
100000
i vs. f
10000
i
1000
100 10
100
1000
f(kHZ)
Relative loss factor tan/i vs. frequency f
tan/i vs. f
0.001
Equivalent impedance Z*C1/N2 vs. Frequency f
Z*C1/N2 vs. f
100
tan/i
0.0001
0.00001
0.000001 10
Z*C1/N2 (*mm)
10
100
1000
f(kHZ)
1
10
100
1000
10000
100000
f(kHZ)
35
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HP3Z High permeability and high Impedance ferrite material HP3Z
Permeability i vs. Temperature T
30000
i vs. T
Initial Permeability i vs. Frequency f
100000
i vs. f
i
25000 20000 15000 10000
5000 0 -50
0
50
100
150
T
i
10000
1000
100 10
100
1000
f(kHZ)
Relative loss factor tan/i vs. frequency f
tan/i vs. f
0.001
Equivalent impedance Z*C1/N2 vs. Frequency f
Z*C1/N2 vs. f
100
tan/i
0.0001
0.00001
0.000001 10
Z*C1/N2 (*mm)
10
100
1000
f(kHZ)
1
10
100
1000
10000
100000
f(kHZ)
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HPB High permeability and high Bs ferrite material HPB
Permeability i vs. Temperature T
12000
i vs. T
10000
8000
6000
Initial Permeability i vs. Frequency f
100000
i vs. f
10000
i
i
4000 2000
1000
0
-50
0
50
100
150
200
T
100 10
100
1000
f(kHZ)
10000
Relative loss factor tan/i vs. frequency f
tan/i vs. f
0.001
Equivalent impedance Z*C1/N2 vs. Frequency f
Z*C1/N2 vs. f
100
tan/i
0.0001
0.00001
0.000001 10
Z*C1/N2 (*mm)
10
100
1000
f(kHZ)
1
10
100
1000
10000
100000
f(kHZ)
37
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LP5 High frequency low loss ferrite material LP5
Permeability i vs. Temperature T
i vs. T
3000
2500
2000
i
1500
1000
500
0 -100
0
100
200
300
T
Powerloss Pcv vs.Temperature
PcvkW/m3
450 400 350 300 250 200 150 100
50 0 0
Pcv vs.T
1000kHz 50mT
500kHz 50mT
20
40
60
80 100 120 140
T
Powerloss Pcv vs.frequency f
10000
Pcv vs.f(100)
PcvkW/m3
1000
300m
200m
100
150m
100mT
10 10
50mT 100
f(kHZ)
1000
Saturation flux density Bs vs. Temperature T
Bs(mT)
500 450 400 350 300 250 200 150 100
50 0 0
Bs vs. T
H=1194A/m
20
40
60
80 100 120 140
T
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LP5W
High frequency and wide temperature range low loss ferrite material LP5W
Permeability i vs. Temperature T
i vs. T
2500
2000
1500
i
1000
500
0
-50
0
50
100 150 200
250 300
T
Powerloss Pcv vs.Temperature
PcvkW/m3
Pcv vs.T
400
350
300 300kHz 100mT
250
200
150
100
500kHz 50mT
50
0
0
20
40
60
80 100 120 140 160
T
Powerloss Pcv vs.frequency f
10000
Pcv vs.f(100)
PcvkW/m3
1000
300mT
200mT 100
150mT
10 10
100mT
50mT 100
f(kHZ)
1000
Saturation flux density Bs vs. Temperature T
Bs(mT)
500 450 400 350 300 250 200 150 100
50 0 0
Bs vs. T
H=1194A/m
20
40
60
80 100 120 140
T
39
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LP6 High frequency low loss ferrite material LP6
Permeability i vs. Temperature T
i
1600
1400
1200
1000
800
600
400
200
0
-50
0
i vs. T
50 100 150 200 250 300
T
Initial Permeability i vs. Frequency f
10000
i vs. f
i
1000
100 10
100
1000
f(kHZ)
10000
Power loss Pcv vs. Temperature T
PcvkW/m3
900 800 700 600 500 400 300 200 100
0 0
Pcv vs.T
500kHz 100mT
1MHz 50mT
20
40
60 80
100
T
120 140
Saturation flux density Bs vs. Temperature T
Bs vs. T
600
500 Bs
400
H=1194A/m
Bs(mT)
300
200
100
0
20
40
60
80
100
120
T
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LP7 High frequency low loss ferrite material LP7
Permeability i vs. Temperature T
i
i vs. T
1400
1200
1000
800
600
400
200
0
-50
0
50 100 150 200
250 300
T
Initial Permeability i vs. Frequency f
10000
i vs. f
i
1000
100 10
100
1000
f(kHZ)
10000
Power loss Pcv vs. Temperature T
PcvkW/m3
900 800 700 600 500 400 300 200 100
0 0
Pcv vs.T
2MHz 50mT
1MHz 50mT
20
40
60 80
100
T
120 140
Saturation flux density Bs vs. Temperature T
Bs vs. T
600
500 Bs
400
H=1194A/m
Bs(mT)
300
200
100
0
20
40
60
80
100
120
T
41
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LT1Q High Q and low temperature coefficient ferrite material LT1
i PcvkW/m3
Permeability i vs. Temperature T
i vs. T
6000
5000
4000
3000
2000
1000
0 -60 -40 -20 0 20 40 60 80 100 120 140 160 180 200
T
Power loss Pcv vs. Temperature T
Pcv vs.T
400
350
300 50KHz 200mT
250
200
150
100 0
20
40
60
80
100
T
120 140
Relative loss factor tan/i vs. frequency f Fulx density B vs. Magnetic field H
tan/i BmT
0.1 0.01 0.001 0.0001 0.00001
1
tan/i vs. f
10
100
1000
10000
f(kHZ)
500 450 400 350 300 250 200 150 100
50 0 0
B vs.H
25 100
200
400
600
800 1000 1200
HA/m
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HFZ High frequency and high Impedance ferrite material HFZ
Permeability i vs. Temperature T
10000
i vs. T
Initial Permeability i vs. Frequency f
10000
i vs. f
i
8000 6000 4000 2000
i
1000 100 10
0 -40 -20 0 20 40 60 80 100 120 140 160
T
1
0.01
0.1
1
10
f(kHZ)
100
1000
EquivalentimpedanceZ*C1/N2 vs.Frequencyf Fulx density B vs. Magnetic field H
Z*C1/N2 vs. f
1000
Bs vs. H
600
25
500
B (mT)
Z*C1/N2(/mm)
100
400
100
300
10
200
1
1
10
100
1000
T
100
0
20
40
60
80
100
120
HA/m
43
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NiZnNN850 High frequency and high Impedance NiZn ferrite material NN850
Permeability i vs. Temperature T
i vs. T
3000
Relative loss factor tan/i vs. Frequency f
tan/i vs. f
1000
tan/i *10-6
2000
100
i
1000
10
0 -40 -20 0 20 40 60 80 100 120 140 160
T
1
1
10
100
1000
10000
f(kHZ)
EquivalentimpedanceZ*C1/N2vs.Frequencyf Fulx density B vs. Magnetic field H
Z*C1/N2(/mm)
Z*C1/N2 vs. Frequency
1000
100
10
1
1
10
100
1000
T
BmT
400 350 300 250 200 150 100
50 0 0
B vs.H
25 100
200
400
600
800 1000 1200
HA/m
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Ferrite Core
PQ PQ Cores
J
G
H
2.15
A
G D E A C
Part No. Fig
PQ19.9/15P 3
PQ20/16
1
PQ20/20
1
PQ22/22
1
PQ26/20
1
PQ26/25
1
PQ26.5/16.2P 2
PQ27/20
1
PQ27/25
1
PQ28/20
1
PQ30/30
1
PQ31.5/30
3
PQ32/20
1
PQ32/30
1
PQ33/20
1
PQ33.8/33
1
PQ34/15
5
PQ35/35
1
PQ36/22
4
PQ38/13
4
PO38/35
1
PQ40/40
1
PQ40.8/34.2 1
PQ41/54
1
PQ45/45
1
PQ48/32/37G 1
PQ50/50
1
PQ59/35
4
PQ65/61
1
PQ84/32
6
PQ107/87
1
PQ80
7
PQ99.3
7
A 19.9 ±0.4 20.5±0.4 20.5±0.4 22.0±0.4 26.5±0.45 26.5±0.45 26.5±0.45 27.0±0.45 27.0±0.45 27.6±0.45 30.0±0.5 31.5±0.5 32.0±0.5 32.0±0.5 33.0±0.5 33.8+0.5-0.8 34.0±0.6 35.1±0.6 36.0±0.6 38.0±0.65 38.1±0.65 40.5±0.9 40.8±0.6 41.0±0.9 45.0±0.6 48.0±1.0 50.0±0.9 59.0±0.8 65.0±1.0 84.0±1.0 107.0±2.0 79.4±1.0 99.3±1.2
B 14.9±0.2 8.1±0.2 10.1±0.2 11.0±0.2 10.0±0.2 12.4±0.2 8.1±0.2 10.3±0.2 12.75±0.2 10.0±0.2 15.0±0.2 30.0±0.3 10.5±0.2 15.28±0.2 10.45±0.2 16.75±0.2 7.35±0.2 17.4±0.2 11.1±0.2 6.5±0.2 17.4±0.2 19.9±0.2 17.1±0.2 26.8±0.2 22.5±0.2 18.6±0.2 25.0±0.2 17.35±0.2 30.5±0.2 16.0±0.2 43.5±0.75 15.5±0.2 20.0±0.2
F
B
C
2.15
1
C
14.1±0.3 14.0±0.4 14.0±0.4 14.0±0.4 19.0±0.45 19.0±0.45 20.3±0.4 19.0±0.4 19.0±0.35 19.0±0.45 20.5±0.5 22.0±0.5 22.0±0.50 22.0±0.5 21.7±0.5 24.0±0.5 29.0±0.6 26.0±0.50
26.0±0.5(C1) 20.39±0.4(C2)
21.3±0.5 26.0±0.5 28.0±0.6 28.0±0.6 29.0±0.6 30.0±0.5 32.0±0.6 32.0±0.6 42.0±0.8 45.0±1.0 52.8±1.0 70.0±1.5 18.0±0.4 22.5±0.5
Dimensions(mm)
D
10.2±0.25D1) 6.8±0.2D2)
8.8±0.2
E 17.5±0.3 18.0±0.4
F 9.0min 5.15±0.2
8.8±0.2
17.7min
7.15±0.2
9.0-0.4
19.5±0.4 7.5±0.2
12.0±0.2
22.5±0.45 5.9±0.2
12.0±0.2
22.5±0.45 8.05±0.2
12.0±0.2
21.2±0.45 3.7±0.2
12.0±0.2
22.8min
5.85±0.2
12.0±0.2
22.8min
8.15±0.2
12.0±0.2
23.0min
6.05±0.2
13.3±0.25
16.0±0.2D1) 9.0±0.2D2)
13.45±0.25
25.5±0.5 28.5±0.4 27.5±0.5
11.7±0.2 21.0±0.2 6.1±0.2
13.45±0.25 27.5±0.5 10.75±0.2
13.4±0.3
28.0min
5.85±0.2
14.3±0.25 28.6±0.50 12.35±0.2
20.0±0.3
26.8min
3.0±0.2
14.35±0.25 32.0±0.5 12.5±0.2
18.0±0.4
29.5min
6.9±0.2
14.3±0.25 32.8±0.65 3.5±0.2
14.35±0.25 34.5min
12.5±0.2
14.9±0.3
37.0±0.6
14.75±0.2
14.9±0.3
37.0±0.6
12.0±0.2
18.0±0.3
36.0±0.6
20.0±0.2
17.0±0.3
40.5±0.6
16.5±0.2
22.0±0.4
40.5±0.8
11.82±0.2
20.0±0.35 44.0±0.7 18.05±0.2
24.0±0.5
52.2±0.8
11.1±0.2
26.0±0.5
55.0min
21.5±0.3
33.8±0.8
70.5min
5.1±0.3
41.0±1.0
93.7min
28.0±0.75
12.0±0.3
74.4±1.0
5.0±0.3
16.3±0.3
93.0±1.2
6.3±0.3
A F
D
B
E
A
2
G 12.2±0.2 12.0min 13.3min 14.0±0.4 15.9min 15.5min 12.7min 17.0min 17.0min 16.8min 17.8min 19.0min 20.0min 20.0min 20.7min 20.3min 6.25±0.2 23.5min 18.57min 26.05min 26.5min 28.0min 28.0min 28.0min 30.0±0.6 30.6±0.6 31.5min 42.3min 40.6min 52.7min 72.5min 69.4±1.0 86.8±1.2
H
J
2.9±0.1 5.4±0.1
8.8±0.3 13.8±0.5
32.0±0.6 5.5 ref
45
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A G J 3.4 D1 E
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Ferrite Core
PQ PQ Cores
Gap
C1
B
C2
F
B
C
F
J
F B
D G E A C
3-D
R15.60
A H E D
I J
A E G D
K
D2
H
F
C
B
Gap G
F
H
B
C
30.60
60.50±0.8
61.86±0.8 G E
A
3
Part No.
Fig
PQ19.9/15P 3
PQ20/16
1
PQ20/20
1
PQ22/22
1
PQ26/20
1
PQ26/25
1
PQ26.5/16.2P 2
PQ27/20
1
PQ27/25
1
PQ28/20
1
PQ30/30
1
PQ31.5/30
3
PQ32/20
1
PQ32/30
1
PQ33/20
1
PQ33.8/33
1
PQ34/15
5
PQ35/35
1
PQ36/22
4
PQ38/13
4
PO38/35
1
PQ40/40
1
PQ40.8/34.2 1
PQ41/54
1
PQ45/45
1
PQ48/32/37G 1
PQ50/50
1
PQ59/35
4
PQ65/61
1
PQ84/32
6
PQ107/87
1
PQ80
7
PQ99.3
7
AL value
4
5
6
C1(mm-1)
Core parameters
le(mm)
Ae(mm2)
Ve(mm3)
Weight(g/set)
0.393
32.5
82.8
2691
13
0.580
37.3
64.3
2398
13
0.710
45.3
63.8
2890
15
0.750
51.8
69.1
3579
17
0.362
44.5
123
5474
30
0.437
53.7
123
6605
36
0.365
47.4
130
6162
35
0.388
46.2
119
5498
30
0.471
56.0
119
6664
33
0.399
47.5
119
5653
30
0.560
72.2
129
9314
45.6
0.616
78.0
126.6
9875
48.4
0.312
49.0
157
7693
41
0.442
68.5
155
10618
55
0.331
53.9
163
8786
44
0.419
81.3
194
15772
71
0.125
34.7
278
9647
58.5
0.466
79.7
171
13629
72
0.257
61.0
237
14457
71
0.360
45.7
127
5804
37
0.484
82.2
170
13974
68.5
0.492
93
189
17577
105
0.458
91.88
200.77
18447
120
0.447
115.6
258.5
29883
150
0.422
103
244
25132
135
0.282
105.0
373
39165
190
0.340
113
332
37516
197.5
0.209
95.8
458
43876
222
0.232
138.5
597
82685
245
0.083
99.5
1193
118704
585
0.138
204
1482
302328
1560
113
108
208.6
225
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
7
AL
LP3/LP3A LP9/LP10 LP5/LP5W 4500 3600 4550 3000 3900 2850 3700 5900 7100 4900 6000 6000 5100 7300 4500 5800 6900 5400 5000 6800 8800 5000 6000 6000 8000 5300 6500 11000 4600 6000 13000 5000 5900 4350 5500 6000 4700 5900 6800 9500 6250 8000 13800 13500 20000 13500 17500 6500 8000
Tolerance:±25%
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46
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Ferrite Core
PQI PQI Cores
D G E A
Part No. PQI20/9 PQI26/13 PQI32/16 PQI32/20 PQI35/18 PQI35/20 PQI40/20 PQI5035 PQI65/39
Fig
1 1 1 1 1 1 1 1 1
A 20.5±0.4 26.5±0.45 32.0±0.5 32.0±0.5 35.1±0.6 35.1±0.6 40.5±0.9 50.0±0.7 65.0±1.0
B 6.0±0.2 9.95+0.25 11.3±0.2 15.2±0.2 13.1±0.2 15.1±0.2 15.3±0.2 28.1±0.2 30.0±0.45
F
B
I
C 14.0±0.4 19.0±0.5 22.0±0.5 22.0±0.5 26.0±0.50 26.0±0.50 28.0+0.45-0.6 32.0±0.6 45.0+0.7-1.0
C
I
1
Dimensions(mm)
D
E
8.8±0.2
18.0+0.5-0.4
12.0±0.3
22.0min
13.45±0.25 27.5±0.5
13.45±0.3
27.5±0.5
14.35±0.25 32.0±0.5
14.35±0.25 32.0±0.5
14.8±0.3
37.0±0.6
20.0±0.35
44.0±0.7
26.0±0.5
55.0min
F 3.05±0.2 5.75±0.2 6.9±0.2 10.65±0.2 8.2±0.2 10.2+0.25-0.15 10.18±0.25 21.2±0.2 21.0±0.5
G 12.0min 15.2min 20.0min 20.0min 23.5min 23.5min 28.0min 32.0min 40.6min
I 2.95±0.1 2.8±0.2 4.4±0.1 4.5±0.2 4.9±0.1 4.9±0.15 5.0±0.1 6.9±0.1 9.0±0.2
Part No. PQI20/9 PQI26/13 PQI32/16 PQI32/20 PQI35/18 PQI35/20 PQI40/20 PQI5035 PQI65/39
Fig
1 1 1 1 1 1 1 1 1
AL value
C1(mm-1) 0.369 0.284 0.273 0.309 0.264 0.287 0.312 0.253 0.171
Core parameters
le(mm)
Ae(mm2)
22.9
62.0
33.6
118.4
43.8
160.7
47.9
155.0
46.1
174.9
50.1
174.3
62.0
198.5
83.0
328.0
103.0
604.0
Ve(mm3) 1420 3978 7041 7425 8063 8732 12309 27224 62212
Weight(g/set)
7.1 20 35 39 41 44 63 136 310
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
AL
LP3/LP3A LP9/LP10
7500
8000
10000
8500
9500
8800
6500
8400
11000
15000
Tolerance:±25%
47
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EQ PER EQ PER Cores
WWW.NCD.COM.CN
Ferrite Core
B
C
F
4-R0.5
4-R2
F C
B A E G D
D G E A
C
Part No. EQ09/5/2.4
Fig 1
EQ11/5.8/2.4
1
EQ14.5/6.7/3
1
EQ18/6/5
2
EQ18.9/5.7/6
1
EQ18/13/3.9
4
EQ19/7.5/4.6
2
EQ19.8/6.6/6
1
EQ20/11.8/4.1 1
EQ20/14/5
1
EQ20/14/6.3
1
EQ20/10/5
4
EQ22/14/5
1
EQ23/12.5/4
2
EQ25/7.5/4.5
2
EQ25/18/5.3
1
EQ25/18/9.5
1
EQ25/5.5/14.7 5
EQ28/7.5/5
2
EQ28/12/6
1
EQ30/20/4.8
1
EQ30/20/7.1
1
EQ30/20/8
1
EQ30/6/23
1
EQ32/23/7.5
2
EQ32/23/7.9P 1
EQ35/7.5/5
2
EQ39.5/32.5/10.2 3
A 9.35±0.15 11.0+0.2-0.3 14.5±0.2 18.0±0.3 18.9±0.3 18.2±0.35 19.5±0.5 19.8±0.3 20.0±0.35 20.0±0.35 20.0±0.35 20.6±0.4 22.6±0.4 23.2±0.45 25.4±0.4 25.0±0.4 25.0±0.5 25.0±0.35 28.0±0.35 28.0±0.35 30.0±0.4 30.0±0.4 30.0±0.5 30.0±0.3 32.2±0.5 32.2±0.5 35.0±0.5 39.5±0.5
1
2
B 2.45±0.1
C 4.9±0.1
Dimensions(mm)
D
E
3.4±0.1
7.5min
2.45±0.1 5.95±0.15 4.0±0.1
8.7min
2.95±0.1 6.7±0.1
4.7±0.1
11.6min
5.2±0.15 6.0±0.2
6.0±0.15
14.4±0.3
5.9±0.15 3.9±0.15 4.6±0.15 5.8±0.15 4.1±0.15 5.0±0.15 6.3±0.15 4.9+0.15 5.1±0.15
5.7±0.2 13.0±0.3 7.5±0.3 6.6±0.2 11.8±0.25 14.0±0.3 14.0±0.3 10.0±0.2 14.0±0.3
5.7±0.2
6.6±0.15(D) 7.2±0.15(D1)
7.5±0.2
6.0±0.15
7.0±0.15
8.8±0.15
8.8±0.2
6.0±0.2(D) 8.0±0.2(D1)
8.8±0.2
14.9±0.3
15.9min( E ) 13.6min(E1)
13.8min
15.6min
17.8±0.35
18.0±0.35
18.0±0.35
17.1min( E ) 14.2min(E1)
20.1±0.4
3.6±0.15 12.5±0.3
8.0±0.2
19.8min
4.5±0.15 7.5±0.25
7.5±0.25
19.8min
5.35±0.15 18.0±0.3
11.0±0.2
22.0±0.4
9.5±0.15 18.0±0.4
11.0±0.25 22.0±0.5
5.5±0.15 14.7±0.3
9.0±0.2
21.4±0.35
4.5±0.15 7.5±0.20
7.5±0.15
22.2min
6.0±0.15 12.0±0.3
9.0±0.2
23.4±0.35
4.8±0.15 20.0±0.3
11.0±0.2
26.0±0.4
7.1±0.15 20.0±0.3
11.0±0.2
26.0±0.4
8.0±0.15 20.0±0.3
11.0±0.2
26.0±0.5
5.95±0.2 23.0±0.4
14.6±0.25 25.2±0.3
7.5±0.15 23.0±0.4
13.0±0.3
29.0±0.5
8.0±0.15 23.0±0.5
13.0±0.2
29.0±0.5
4.6±0.15 7.5±0.3
7.5±0.2
29.3min
10.2±0.15 32.5±0.3
19.0±0.25 36.0±0.6
3
F 1.65±0.15 1.55±0.15 1.65±0.15 3.2±0.15 3.0±0.15 2.5±0.15 2.0±0.15 3.6±0.15 2.3±0.15 2.7±0.15 4.1±0.15 2.9+0.2 2.9±0.15 1.6±0.15 1.5±0.15 3.3±.15 7.0±0.15 3.5±0.2 1.5±0.15 3.4±0.15 2.1±0.15 4.4±0.15 5.3±0.2 2.5±0.15 4.7±0.15 5.2±0.15 2.0±0.15 6.65±0.25
G
14.5min 12.5min
14.5min 17.9±0.4 19.9±0.4 19.5min 20.0±0.4 23.8±0.5
D E A
R0.2 F B B
H
17.4±0.4
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A E1 D1 E
H D
6.1min 8.5 D E A C
F B
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Ferrite Core
EQ PER EQ PER Cores
C D
B F
14*R0.5
6.5
Part No.
Fig
EQ09/5/2.4
1
EQ11/5.8/2.4
1
EQ14.5/6.7/3
1
EQ18/6/5
2
EQ18.9/5.7/6
1
EQ18/13/3.9
4
EQ19/7.5/4.6
2
EQ19.8/6.6/6
1
EQ20/11.8/4.1 1
EQ20/14/5
1
EQ20/14/6.3
1
EQ20/10/5
4
EQ22/14/5
1
EQ23/12.5/4
2
EQ25/7.5/4.5
2
EQ25/18/5.3
1
EQ25/18/9.5
1
EQ25/5.5/14.7 5
EQ28/7.5/5
2
EQ28/12/6
1
EQ30/20/4.8
1
EQ30/20/7.1
1
EQ30/20/8
1
EQ30/6/23
1
EQ32/23/7.5
2
EQ32/23/7.9P 1
EQ35/7.5/5
2
EQ39.5/32.5/10.2 3
AL value
C
F
B
4
5
C1(mm-1) 1.647
Core parameters
le(mm)
Ae(mm2)
14.0
8.50
Ve(mm3) 119
Weight(g/set)
0.7
1.235
14.7
11.90
175
1.02
1.080
19.0
17.60
334
2.4
0.871
21.7
24.90
540
2.7
1.167
28.7
24.60
706
3.8
0.836
32.6
39.00
1271
5.8
0.567
23.7
41.80
991
5.0
1.090
31.6
29.00
916
4.5
0.669
27.5
41.10
1130
6.0
0.475
28.93
60.90
1762
8.8
0.557
33.3
59.80
1991
10.2
0.795
28.38
35.71
1013
6.5
0.488
29.7
60.90
1809
9.5
0.530
26.6
50.20
1335
7
0.640
28.5
44.50
1268
8
0.385
32.6
84.70
2761
16.1
0.473
46.05
97.26
4479
15.0
0.584
37.7
64.50
2432
13.5
0.706
31.0
43.90
1361
8
0.580
37.1
64.00
2374
11.8
0.279
30.8
110.20
3394
16.9
0.365
40.2
110.10
4426
22.1
0.406
43.8
108.00
4730
23.0
0.227
37.3
164.00
6117
32.6
0.314
42.1
134.00
5641
28.2
0.322
44.2
137.40
6073
30.0
0.988
39.6
40.10
1588
9.3
0.189
52.6
Unit:nH/N2
278.00
14623
81
Measuring conditions:10kHz,0.1V,25
AL
LP3A
LP9/LP10
1000
1400
1400
1840
1600
2100
1650
2250
1410
2200
2104
3300
3000
4600
1500
2400
3000
4300
5500
3200
4500
2700
3600
5150
3800
4400
2700
4000
4000
6200
3200
5300
4800
2100
3380
2800
4400
7500
5800
7000
4800
11500
5000
7800
5500
1800
2700
10000
13500
Tolerance:±25%
49
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G
A E G
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Ferrite Core
EQ PER EQ PER Cores
A E
C
D R2
D E A
F
C B
BF
6
7
8
Dimensions(mm)
Part No.
Fig
A
B
C
D
E
F
G
H
PER14.6/6.6/4 6
14.6±0.2
3.7±0.15 6.6±0.2
4.8±0.15
11.8±0.2
2.0±0.15
PER25.4/19/7.6 6
25.4±0.5
7.6±0.15
19.0±0.35 10.0+0.2-0.3 20.4±0.4
5.1±0.15
PER25/20/5
6
25.0±0.4
4.9±0.15 20.0±0.35 9.8±0.2
20.9min
3.1±0.15
PER2811
6
27.6±0.5
5.7±0.2
15.0±0.35 11.4±0.15 20.8±0.4
3.2±0.15
PER30/20/5.1 7
30.2±0.5
5.1±0.15 20.0±0.3
11.3±0.25 25.0±0.5
2.6±0.15 2.5±0.2
PER30/9.5/4.7 6
30.0±0.45 4.65±0.15 9.50±0.2
7.8±0.2
24.0±0.4
1.85±0.15
PER30/20/7.3 6
30.2±0.5
7.25±0.15 20.0±0.3
11.2±0.25 24.6min
4.55±0.15
PER47/12/28
6
47.3±0.8
12.0±0.2 28.0±0.5
17.5±0.35 37.0±0.5
7.0±0.2
PER51/17/36
8
51.0±1.0
16.5±0.2 36.0±0.8
22.0±0.4
42.2min
10.9±0.2
PER60/12/33
8
60.7±1.0
12.0±0.2 33.0±0.8
19.7±0.5
50.5min
6.7±0.2
PER64/50.8/13 6
64.0±0.85 13.0±0.2 50.8±0.7
25.4±0.4
53.5±0.85 7.75±0.3
Part No.
Fig
PER14.6/6.6/4 6
PER25.4/19/7.6 6
PER25/20/5
6
PER2811
6
PER30/20/5.1 7
PER30/9.5/4.7 6
PER30/20/7.3 6
PER47/12/28
6
PER51/17/36
8
PER60/12/33
8
PER64/50.8/13 6
AL value
C1(mm-1)
Core parameters
le(mm)
Ae(mm2)
Ve(mm3)
Weight(g/set)
1.045
20.9
20.00
418
2.2
0.467
40.98
87.67
3593
19.6
0.443
32.5
73.40
2386
14
0.386
33.63
87.23
2934
15.8
0.352
35.4
100.50
3558
17.8
0.663
34.8
52.50
1827
10
0.425
44.2
104.00
4597
24
0.251
67
267.00
17889
95.0
0.248
95
383.00
36385
195
0.270
89
330.00
29370
147
0.158
83.3
528.60
44032
220.0
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
AL
LP3A
LP9/LP10
1650
2200
2700
4600
3400
5400
6600
3200
4000
4200
5600
12000
7200
11700
7000
10700
9000
15000
Tolerance:±25%
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Ferrite Core
EQI PERI EQI PERI Cores
A
A1
E1
C
D E
C1
I
B
F
Part No.
Fig
PERI20/15/8.2 1
PERI 25.4
1
PERI28/12/11 1
PERI 30.2
1
A 20.0±0.35 25.4±0.5 28.0±0.3 30.2±0.5
B 6.2±0.15 8.0±0.15 8.3±0.15 7.45±0.15
1
C 15.0±0.3 19.0±0.35 12.0±0.3 20.0±0.3
Dimensions(mm)
D
E
8.0±0.2
15.8±0.35
10.0±0.3
20.4±0.4
9.0±0.2
23.4±0.35
11.2±0.25 25.0±0.4
2
F 4.2±0.15 5.6±0.2 5.5±0.15 4.75±0.15
E1 2.5Ref
I 2.0±0.1 2.4±0.1 2.8±0.15 2.75±0.15
EQI9.5
2
EQI9.5B
2
EQI11.3
5
EQI14
4
EQI18/6.5
2
EQI18/7.2
3
EQI18/6.7
6
EQI19.5/7.5/9.2 2
EQI 19.8
2
EQI 20
2
EQI22/7.5/9
2
EQI 22
2
EQI23
2
EQI25/7.5/9.2 2
EQI25
2
EQI25.5/7.5/8.9 2
EQI26/17.5/16 2
EQI29-10
2
EQI 30
2
EQI32/23/10.3 2
9.5±0.2
9.8±0.25 10.2±0.25( I )
11.3±0.25 14.0±0.3 18.0±0.35 18.0±0.3 18.2±0.35 19.5±0.5 19.8±0.3 20.0±0.35 22.5±0.3 22.6±0.4 23.2±0.45 25.4±0.5 25.0±0.4 25.5±0.5 26.0±0.4 29.8±0.6 30.0±0.4 32.2±0.5
4.25±0.15 5.7±0.15
10.38±0.15(B1) 10.97±0.25(B2)
3.8±0.15 4.5±0.15 5.2±0.15 5.35±0.15 6.6±0.15 5.8±0.15 6.3±0.15 6.5±0.2 7.0±0.15 5.1±0.15 6.6±0.15 5.35±0.15 5.95±0.15 13.3±0.15 6.4±0.15 8.0±0.15 7.5±0.15
4.9±0.2
4.9±0.2 5.0±0.2( I )
2.7±0.10 8.9±0.2 10.0±0.3 6.0±0.2 13.0±0.3 7.5±0.25 6.6±0.2 14.0±0.3 7.5±0.25 14.0±0.3 12.5±0.25 7.5±0.25 18.0±0.3 7.5±0.2 17.5±0.3 9.5±0.2 20.0±0.3 23.0±0.4
3.4±0.15 3.5±0.15 2.7±0.15 5.55±0.15 6.4±0.15 6.0±0.15
6.6±0.15(D) 7.2±0.15(D1)
7.5±0.2 6.0±0.2 8.8±0.2 6.5±0.25 8.8±0.2 8.0±0.2 7.5±0.25 11.0±0.2 7.5+0.15-0.2 12.0±0.3 9.5+0.2-0.3 11.0±0.2 13.0±0.3
7.7min 8.0±0.15 2.9±0.10 11.7±0.25 15.2±0.3 14.4±0.3
15.9min( E ) 13.6min(E1)
13.8min 15.8±0.3 18.0±0.35 18.1min 20.1±0.35 19.8min 19.8min 22.0±0.4 19.8min 21.2±0.4 22.2min 26.0±0.4 29.0±0.5
3.45±0.15 3.7±0.15 3.1±0.15 2.6±0.15 2.6±0.15 3.2±0.15 1.4±0.15 4.0±0.15 3.6±0.15 4.1±0.15 4.0+0.2-0.15 4.8±0.15 3.1±0.15 4.0±0.15 3.25±0.15 2.95±0.15 10.6±0.15 3.2±0.15 5.3±0.2 4.7+0.2-0.15
7.0±0.15
4.4±0.1(G1) 3.1±0.(G2) 5.43±0.15(G3)
8.7Ref 13.1min 12.9min
14.9Ref 12.85Ref
15.2Ref
14.5min
16.5±0.3
19.45±0.4 23.8±0.5
0.8±0.05 1.4±0.15
1.5±0.1 2.0±0.1 2.0±0.15 1.4±0.1 2.6±0.1 2.2±0.15 2.3±0.15 2.5±0.1 2.2±0.15 2.1±0.10 2.6±0.1 2.2±0.1 2.95±0.1 2.7±0.05 3.2±0.1 2.7±0.1 2.8±0.1
51
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Ferrite Core
EQI PERI EQI PERI Cores
A
C
B1
B2
C
B
C1
D
F
I
3
Part No.
Fig
PERI20/15/8.2 1
PERI 25.4
1
PERI28/12/11 1
PERI 30.2
1
C1(mm-1) 0.427 0.363 0.524 0.373
A
E
B1 G3 G1 G2
4
5
Core parameters
le(mm)
Ae(mm2)
24.5
57.38
Ve(mm3) 1406
31.9
87.7
2798
34.8
66.4
2311
39.6
106
4198
D
A E E1 D1 A1
F
6
Weight(g/set)
7.0
AL
LP3/LP3A LP9/LP10 LP5/LP5W 6100
15.3
5400
6900
11.5
3500
20.0
5200
6700
EQI9.5
2
EQI9.5B
2
EQI11.3
5
EQI14
4
EQI18/6.5
2
EQI18/7.2
3
EQI18/6.7
6
EQI19.5/7.5/9.2 2
EQI 19.8
2
EQI 20
2
EQI22/7.5/9
2
EQI 22
2
EQI23
2
EQI25/7.5/9.2 2
EQI25
2
EQI25.5/7.5/8.9 2
EQI26/17.5/16 2
EQI29-10
2
EQI 30
2
EQI32/23/10.3 2
AL value
2.438
21.7
1.323
15.81
0.927
28.5
0.626
15.4
0.562
20
0.871
21.7
0.810
30.8
0.566
23.7
0.843
24.4
0.420
25.1
0.438
26.5
0.461
28.1
0.530
26.6
0.731
29.9
0.307
26.1
0.647
28.48
0.403 0.488
43.15 31.8
0.306
33.2
0.244
32.7
Unit:nH/N2
8.9
193
1.0
11.95
189
1.0
30.75
876
4.5
24.6
379
2.5
35.59
712
4.0
24.9
540
2.9
38.03
1171
5.8
41.84
992
5.0
28.95
706
3.7
59.8
1501
8.3
60.5
1603
9.3
60.9
1711
9.3
50.2
1335
6.7
40.9
1223
6.0
84.7
2211
12.7
44.05
1255
6.5
107
4617
23.0
65.2
2073
10.5
108.3
3596
18.0
134
4382
22.5
Measuring conditions:10kHz,0.1V,25
2300
2000 3000
2400 4300
3800
1400 6500 2700
3500 6000
1000 1500 2900 3200
3000
2300
4800 3100 5980 2700 5440
2500
8150
6500
8000 10000
Tolerance:±25%
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52
A B G C D A B G C D A E D
C C1 F B
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Ferrite Core
PM LM PM LM Cores
A
A
A
E
F
A
E
F
Part No.
Fig
PM50/39
1
PM62/32H
2
PM62/45+R25/7 1
PM62/49
1
PM74/38.5
1
PM74/59
1
PM87/70H
2
PM87/70
1
PM114/93
1
LM6
3
LM6-B
3
LM8
3
LM10
3
LM12
4
LM14
4
A 49.15±0.85 62.0-2.0 62.0-2.0 62.0-2.0 74.0-3.0 74.0-3.0 87.0+2.0-3.0 87.0+2.0-3.0 114.0-5.0 17.6±0.45 18.6±0.4 23.0±0.45 30.2±0.45 12.0±0.25
B 39.65±0.65 48.4min 48.8min 48.8min 57.0min 57.0min 67.1+2.1 66.5min 88.0+3.7 6.1±0.2 6.1±0.2 8.0±0.2 10.3±0.2 6.1±0.2
14.4±0.26 6.75±0.2
1
2
Dimensions(mm)
C
D
E
19.7±0.3
5.5±0.1
26.8±0.4
25.0±0.7
17.0±0.5
25.0±0.7
5.3±0.3
30.4±0.6
25.0±0.7
5.4±0.3
33.8±0.6
29.0±1.0
5.4±0.3
20.5±0.8
29.0±1.0
5.4±0.3
41.0±0.8
31.7-1.0
48.0+0.8
31.7-1.5
8.5±0.4
48.0+1.0
42.0±1.5
5.4±0.4
63.8±0.8
14.18Ref
7.0±0.2
13.4±0.3
14.37Ref
7.0±0.2
14.4±0.3
17.71Ref
9.0±0.2
18.0±0.4
26.76Ref
6.0±0.2(C) 4.63Ref(C1)
7.5±0.2(C 5.68RefC1
11.7±0.25 4.3±0.12 4.9±0.12
24.2min 9.67±0.22 12.06±0.26
F 38.8±0.5 32.0±0.5 45.0±0.6 48.8±0.6 38.5±0.6 59±0.6 69.7±0.6 70.0±0.6 92.5±0.5 4.0±0.2 4.15±0.2 5.3±0.2 7.2±0.2 4.6±0.2
4.95±0.2
G 23.4min 29.0min 29.5min 29.0min 34.0min 34.0min 39.4min 39.4min 52.0min 13.28±0.3 12.9±0.3 17.31±0.3 25.9±0.4 8.35min
10.26min
PM LM PM LM Cores
WWW.NCD.COM.CN
Ferrite Core
C
G
B
F H
4-R0.5 R17.36
4-R0.5 4-R0.6
D G E A
Part No.
Fig
PM50/39
1
PM62/32H
2
PM62/45+R25/7 1
PM62/49
1
PM74/38.5
1
PM74/59
1
PM87/70H
2
PM87/70
1
PM114/93
1
LM6
3
LM6-B
3
LM8
3
LM10
3
LM12
4
LM14
4
AL value
3
4
C1(mm-1) 0.227
Core parameters
le(mm)
Ae(mm2)
84
370
Ve(mm3) 31080
AL
Weight(g/set) LP3/LP3A
LP9/LP10
157
6650
10800
0.132
75.4
570
42978
280
9500
16000
0.177
101
570
57570
266
15500
0.191
109
570
62130
320
9700
14400
0.110
87
790
68730
394
23000
0.162
128
790
101120
536
11000
15500
0.160
146
910
132860
845
13000
19000
0.160
146
910
132860
850
13000
19000
0.116
200
1720
344000
1950
16000
25000
10.0±0.2
0.562
30.9
55
1700
8.6
3500
10.0±0.2
0.584
32.1
54.98
1765
9
3300
12.8±0.2
0.446
40.5
90.8
3677
17.4
4500
16.7±0.25 0.330
50.6
153.4
7762
40
6200
1.907
28.8
15.1
435
1.95
1000
1.606
31
19.3
598
2.8
1200
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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Ferrite Core
RM RM Cores
A1
A1
A1
90 0 G E D A 100 0 G E D A 150 0 E D A
C
F
H
B
1
C
F
H
B
2
F C
B
3
Part No. RM4 RM4A RM5 RM6 RM6A RM7 RM8 RM8B RM10 RM10N RM10/24.4 RM12 RM14
Fig
A1
1 9.6±0.2
1 9.6±0.2
1 12.05±0.25
1 14.4±0.3
3 14.4±0.3
4 16.85±0.35
1 19.3±0.4
1 19.7-0.8
1 24.15±0.55
2 24.15±0.55
2 24.15±0.55
1 29.25±0.55
1 34.1±0.6
A 10.75±0.25 11.0-0.5 14.65±0.3 17.55±0.35 17.6±0.3 20.0±0.4 22.75±0.45 23.2-0.9 27.85±0.65 27.85±0.65 27.85±0.65 36.75±0.65 41.5±0.7
B 10.4±0.2 6.2±0.2 10.4±0.2 12.6±0.2 11.8±0.2 6.75±0.2 16.4±0.3 9.3±0.2 18.6±0.3 18.6±0.3 24.4+0.4 24.5±0.3 30.1±0.3
Dimensions(mm)
C
D
4.5±0.1
8.15±0.2
4.6+0/-0.2 7.95+0.4
6.6±0.2
10.4±0.2
8.0±0.2
12.65±0.25
8.0±0.2
12.65±0.25
12.26Ref 7.2±0.15
10.75±0.25 17.3±0.3
11.0-0.5
17.0+0.6
13.25±0.25 21.65±0.45
13.25±0.25 21.65±0.45
13.25±0.25 21.65±0.45
15.85±0.25 25.5±0.5
18.7±0.3
29.6±0.6
E 3.8±0.1 3.8±0.1 4.8±0.1 6.2±0.2 6.3±0.1 15.05±0.3 8.4±0.2 8.55-0.3 10.7±0.2 10.7±0.2 10.7±0.2 12.6±0.2 14.7±0.3
F 7.2±0.2 2.8±0.2 6.5±0.2 8.4±0.2 8.3±0.3 4.4±0.3 11.0±0.3 3.7+0.4 12.7±0.3 12.7±0.3 18.6+0.6 17.1±0.3 21.1±0.3
G(min) H(Ref)
5.8
9.0
5.8
6.0
9.1
8.2
8.45
10.31±0.3
9.5
14.3
9.5
7.2±0.25
10.9
16.2
13.4
16.2
12.7
12.9
21.6
17.0
27.0
RM RM Cores
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Ferrite Core
F B
A1
C
Part No.
RM4
Fig
1
RM4A
1
RM5
1
RM6
1
RM6A
3
RM7
4
RM8
1
RM8B
1
RM10
1
RM10N
2
RM10/24.4 2
RM12
1
RM14
1
AL value
E G D
A
C1(mm-1) 1.688
4
Core parameters
le(mm)
Ae(mm2)
23.3
13.8
Ve(mm3) 322
AL
Weight(g/set) LP3/LP3A
LP9/LP10
1.7
1100
1500
1.051
14.5
13.8
200
1.2
1800
0.935
23.2
24.8
575
3.3
2000
2700
0.789
29.2
37
1080
5.0
2850
0.756
27.6
36.5
1007
5.2
2500
3300
0.594
28.5
48
1368
7.0
2700
0.610
38.4
63.0
2419
12.4
3300
4500
0.374
24.3
64.9
1577
10.0
4600
0.462
44.6
96.6
4308
22.0
4050
5300
0.478
44.0
92.0
4048
22.0
4400
5700
0.722
66.1
91.6
6055
30.0
2900
0.388
56.6
146.0
8264
45.0
5050
7000
0.354
70.0
198.0
13860
74.0
5700
7500
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
55
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Ferrite Core
EP EOP LP EP EOP LP Cores
D E A E D A
Part No. EP7 EP9 EP10 EP13 EP12.5 EP14.1 EP14.5 EP17 EP17.5 EP24 EPO12 EPO14 LP16/23
Fig 1 3 1 1 4 2 2 1 1 1 5 5 6
F
B
C
1
F
B
C
2
A 9.2±0.2 9.0±0.15 11.5±0.3 12.5±0.4 12.6±0.15 14.1±0.2 14.5±0.25 18.0±0.5 17.5±0.25 24.0±0.5 12.0±0.25 14.4±0.26 16.5±0.3
B 3.7±0.15 2.5±0.15 5.1±0.15 6.5-0.15 4.15±0.15 3.85±0.15 5.15±0.15 8.5±0.2 6.2±0.2 10.72±0.2 6.1±0.2 6.75±0.2 11.8±0.2
Dimensions(mm)
C
D
E
6.35±0.15 3.3±0.1
7.4±0.2
8.0±0.15
4.0±0.15 7.0±0.15
7.65±0.2
3.3±0.15 9.4±0.2
8.8±0.2
4.35±0.15 10.2±0.3
12.5+0.2-0.1 13.3±0.2 13.55±0.2
5.8±0.1 7.5±0.13 7.5±0.13
11.0+0.25-0.1 11.8+0.25-0.2 12.1+0.25-0.2
11.0±0.25 5.65±0.2 12.0±0.4
15.5±0.2
8.5±0.12 13.5±0.2
14.99±0.38
6.0±0.2(C 4.77RefC1 7.5±0.2(C 5.81RefC1
8.7±0.2
8.76±0.28 4.3±0.12 4.9±0.12 9.0±0.5
16.1min 9.67±0.22 12.06±0.26 5.6±0.15
F 2.6±0.2 1.0±0.2 3.7±0.2 4.7±0.2 2.55±0.2 2.45±0.2 3.45±0.2 5.65±0.2 2.65±0.2 6.99min 4.6±0.2 4.95±0.2 8.8±0.2
G
H
C1:3.2±0.15
3.5±0.15
11.0±0.2
8.05min 8.9min
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Ferrite Core
EP EOP LP EP EOP LP Cores
A
R0.6
G
E C1
4-R0.3
E
4-R0.25
R0.3
R0.2
R6.5
R5.3
C1
C
1.6
3.2
F B C H D
D E A
D A
Part No. EP7 EP9 EP10 EP13 EP12.5 EP14.1 EP14.5 EP17 EP17.5 EP24 EPO12 EPO14 LP16/23
3
Fig 1 3 1 1 4 2 2 1 1 1 5 5 6
AL value
C
R
G
2-C0.15
2-C0.15
R8.18
D
E
A
R0.3
F
B
B F k
4
Core parameters C1(mm-1) le(mm) Ae(mm2) Ve(mm3)
1.449
15.5
10.7
166
5
Weight(g/set)
1.4
F
C
B
6
AL LP3/LP3A HP2 LP4 LP9
1100
4900
0.768
9.6
12.5
120
1.1
2000
1.699
19.2
11.3
217
2.8
1000
4400
1.241
24.2
19.5
472
5
1550
6500
0.647
19.8
30.6
606
3.7
9500
0.462
18.4
39.8
732
3.9
3600
3500 5500
0.604
29.0
48.0
1392
6.5
2800
4400
0.841
28.5
33.9
966
12
2400
11800
0.371
25.84
69.7
1801
12.5
5200
0.490
38.7
79
3057
28
4000
2.003
28.6
14.28
408
1.95
900
1.658
31
18.7
580
2.75
1200
1.387
44.1
31.8
1402
7.3
1500
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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Ferrite Core
XDQDXOSQ ATQ XDQDXOSQ ATQ Cores
A E
A
B
E
F
G
I
B
A
B
A K
F
G
F
D
A E
C
D
C
C
HG
C I J D
HG
J
J
D
BF
H
E
1
2
3
4
Part No. Fig
A
B
C
Dimensions(mm)
D
E
F
G
H
I
JK
QD2620
1 26.5±0.4 10.0±0.2 27.0±0.4 11.5±0.3 21.9±0.4 6.6±0.2 9.5±0.3 6.7
2.8±0.2
XO2419
2 24.2±0.4 9.7±0.2 14.0±0.2 23.7±0.4 19.9±0.45 6.7±0.2 13.4±0.35 9.3±0.2 3.0±0.2 21.0±0.45
XD2620
3 26.5±0.4 10.0±0.2 27.0±0.4 11.5±0.3 21.9±0.4 6.6±0.2 9.5±0.3 6.7
2.3±0.2 2.8±0.2 4
XD3021
3 29.8±0.4 10.5±0.2 30.0±0.4 12.2±0.3 24.7±0.4 7.0±0.2 10.9±0.3 6.7
2.5±0.2 2.7±0.2 4
SQ32/20
4 32.5±0.5 10.35±0.2 36.0±0.75 7.5±0.15 24.6±0.4 6.65±0.2 10.65min
SQ40/26
5 40.0±0.65 13.2±0.2 12.5±0.3 12.5±0.3 20.0±0.4 7.25±0.2 40.0±0.5
SQ25
6 25.5±0.3 7.1±0.2 25.5±0.3 12.0±0.2 21.8min 4.6±0.2 14.0±0.4
SQ30
6 29.6±0.6 10.4±0.2 29.6±0.6 13.0±0.3 25.5±0.5 6.7±0.2 15.0min
SQ32B
6 32.0±0.6 9.0±0.2 32.0±0.6 14.0±0.3 27.7min 6.1±0.2 16.0min
SQ35
6 35.0±0.6 11.05±0.2 35.0±0.6 15.0±0.3 30.0min 6.75±0.2 17.0min
SQ40
7
40.0±0.65 40.0±0.65 12.5±0.3 12.5±0.3 20.0±0.4 40.0±0.5 7.2+0.25-0.15 13.2±0.15
SQ41
6
ATQ27/14.4 8
41.0±0.6 27.0±0.5
13.7±0.2 7.2±0.2
41.0±0.6 19.0±0.3 35.5min 8.6±0.2 21.0min
22.5±0.5C1 11.2±0.25D1) 23.2±0.5(E1)
17.3±0.4C2)
4.3±0.15
14.2±0.25D2) 19.0±0.5(E2)
15.0±0.5(E3)
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Ferrite Core
XDQDXOSQ ATQ XDQDXOSQ ATQ Cores
A
B F
F
A E1
E2
E3
D1
C E
A
A E G D
D2 C2 C1 C1
D
E
A
F
2-4.0
C
B
C
D B
G
7
H
15°
G
5
Part No. QD2620 XO2419 XD2620 XD3021 SQ32/20 SQ40/26 SQ25 SQ30 SQ32B
Fig 1 2 3 3 4 5 6 6 6
SQ35
6
SQ40
7
SQ41
6
ATQ27/14.4 8
AL value
6
7
8
C1(mm-1)
Core parameters
le(mm)
Ae(mm2)
Ve(mm3)
AL
Weight(g/set) LP3/LP3A
LP9/LP10
0.366
52.4
143
7493
36
6200
8200
0.419
49.4
118
5829
29
5500
7200
0.402
53.4
133
7102
34
5700
7700
0.356
55.2
155
8556
42
6500
8500
0.477
77.3
162
12523
62
4500
0.193
72.2
375
27075
145
12000
15200
0.422
47.7
113
5390
30
7000
0.318
58.8
185
10878
54
7500
0.392
60.35
153.9
9288
50
7200
0.249
66
265
17490
87
9500
0.193
72.2
375
27075
145
11500
0.246
82.5
336
27720
140
11000
14500
0.327
43
131.5
5655
27
6900
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
59
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Ferrite Core
P/PT/DS Cores
G E A D C D C G E D A E D A
F
F
F
F
B
A
B
C
B
F
G
B
1
2
3
4
Part No. Fig
A
B
Dimensions(mm)
C
D
E
F
G
H
J
K
I
P9/5
1 9.15±0.2 2.65±0.15 3.8±0.1 2.05±0.05 7.65±0.15 1.88±0.15 2.0±0.2
P10
5 10.0±0.3 7.9±0.2 5.5+0.2-0.1 3.0±0.10 6.5+0.5
3.5±0.2
0.7±0.2
P14/9
1 14.05±0.25 4.7±0.15 6.0±0.2 3.0±0.1 11.6+0.6 2.9±0.15 3.3±0.6
PT14/8
1 14.05±0.25 4.15±0.15 5.9±0.2 3.1±0.1 11.8±0.2 2.9±0.15 9.4±0.2
P18/9.8 1 18.0±0.4 4.9±0.15 7.45±0.2 3.05±0.1 15.15±0.25 3.7±0.15 3.8±0.6
P22/13
1 21.6±0.4 6.7±0.15 9.25±0.2 4.45±0.15 18.2±0.3 4.7±0.15 3.8±0.6
P22/13A 1 21.6±0.4 6.7±0.15 9.0+0.25-0.2 4.45±0.15 18.2±0.3 4.7±0.15 3.8±0.6
PT23/11 2+4 22.9±0.45 5.5±0.15 9.7±0.2 5.1±0.1 18.2±0.3 3.75±0.15 15.2±0.25
P26/16
1 25.5±0.5 8.0±0.15 11.3±0.2 5.5±0.15 21.6±0.4 5.6±0.2 3.8±0.6
P30/19
1 30.0±0.5 9.45±0.15 13.3±0.2 5.5±0.15 25.4±0.4 6.65±0.2 4.3±0.6
P36/22
1 35.6±0.6 10.85±0.2 15.9±0.3 5.5±0.25 30.4±0.5 7.45±0.2 4.3min
P48/30
1 47.3±0.7 14.8±0.3 20.0max 5.35±0.25 40.0min 10.15±0.35 7.75Ref
P54.6
6 54.6±0.9 12.0±0.2 8.6±0.3 19.0±0.5 2.0±0.2 5.0+0.5-0.3 49.0±0.95
12.0±0.25
P56
8 56±1.0 47.2±0.9 38.0±0.6 26.0±0.6 18.0±0.45 26.5±0.5 8.0±0.2 4.0±0.2 4.0±0.2 8.0±0.2 26.5±0.5
DS30/19 3 30.0±0.5 9.4±0.2 20.3±0.35 13.3±0.25 25.4±0.4 6.6±0.2 17.8min
DS33/19 3 33.2±0.5 9.4±0.2 23.7±0.3 13.5±0.2 26.6±0.4 6.5±0.2 17.8min
DS40/26 3 DSI30/10.6 7 DSI33/10 7
39.8±0.5 30.0±0.5 33.2±0.5
13.5±0.2 8.2±0.2 7.5±0.2
28.3±0.4 16.0±0.4 20.3±0.25 25.4±0.4(D1)
18.0min(D2)
23.7±0.3 26.6±0.4(D1)
18.3min(D2)
33.2±0.5 13.3±0.2 13.5±0.2
9.9±0.2 5.7±0.2 4.8±0.2
20.0min
2.5±0.05 2.7±0.1
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Ferrite Core
P/PT/DS Cores
A
E
k
F
DC BA
A
G
G
B
D H A
SECTION
R0.50
R1
R1
C
F
2 10
C
E D2 D1 A
F
I
B
5
Part No.
P9/5
Fig
1
P10
5
P14/9
1
PT14/8
1
P18/9.8
1
P22/13
1
P22/13A
1
PT23/11
2+4
P26/16
1
P30/19
1
P36/22
1
P48/30
1
P54.6
6
P56
8
DS30/19
3
DS33/19
3
DS40/26
3
DSI30/10.6 7
DSI33/10 7
AL value
6
7
Core parameters C1(mm-1) le(mm) Ae(mm2) Ve(mm3)
1.238
12.5
10.1
126
Weight(g/set) LP3/LP3A
0.8
1100
0.850
19.2
22.6
434
1.6
0.757
21.8
28.8
628
4
2100
0.906
21.1
23.3
492
2.8
2000
0.622
24.8
39.9
990
5.1
2800
0.497
31.5
63.4
1997
13.4
3500
0.525
31.5
60.0
1890
12.5
3500
0.469
28.6
61.0
1745
11.0
3700
0.400
37.6
93.9
3531
21.2
4800
0.330
45.2
137.0
6192
37.3
6000
0.263
53.2
202
10746
59.4
7800
0.221
73.3
332
24336
129
9200
0.274
61.7
225.4
13907
78
0.096
63
657
41391
205
0.426
49.9
117
5838
30
5500
0.350
51.4
147.0
7556
38
6500
0.348
71.3
205.0
14617
76.5
5800
0.292
33.85
116.09
3930
24
0.266
37.3
140
5222
25
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
8
AL
LP9/LP10
LP5
3100
9000 6100
13000
6000 10800 Tolerance:±25%
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Ferrite Core
Special Shape Cores
F
B
A
C
(25.5)
D
200 E
1
2
D2 3.00
D1 R1.0
D
R0.50
A
A
E
G
A
3
F B
C D H
D C
B F 2.55
A 37.4±0.4
E
2-R17.9±0.6
4
2-R10.5
Part No.
Fig A
B
C
Dimensions(mm)
D
E
F
G
H
J
EC39.5/24.4/15.1 1 39.5±0.5 15.1±0.2
24.4±0.4 14.0+0.15-0.25
9.5±0.3 10.6±0.25
EC45.1
2 45.1±0.6 5.95±0.25 23.0±0.35 15.2±0.2D1) 5.1±0.15 2.5±0.2 20.4±0.3 5.7±0.15
K
I
3.45±0.15
13.6±0.2D2)
EC58/45/16.5
3
58.0+1.0-0.5 16.5±0.2
45.0±0.7
8.8±0.15D3) 15.5±0.4D) 18.0±0.6 9.5±0.3 18.0±0.4D1)
41.0±0.8 6.0Ref 4.0±0.03 17.4±0.25
EC58.4/35.8/26.4G 4 58.4±0.6 13.2±0.2
21.0±0.4D2)
35.8+0.4-0.6 17.4±0.3
16.0±0.3
6.9+0.3-0.2
22.3±0.5 6.2±0.3
0.5±0.1
EC74
5 74.4±0.9 22.95±0.2 48.5±0.5 25.3±0.3
22.0±0.3 11.85±0.5
EX78
6 78.0±0.5 25.0±0.3
40.0±0.4 28.0±0.3(D1) 63.0±0.5 17.0±0.3 50.4±0.8
24.0±0.3(D2)
67.0±1.0
PQX63
7 63.0±0.8 20.5-0.5
18.0±0.35 12.0±0.2
58.2±0.8 5.0±0.25 69.4±1.0
PQX79
7 79.0±1.2 20.5-0.5
18.0±0.35 13.5±0.2
73.5±1.0 5.5±0.3 71.5±1.5
PQX80
7 79.4±1.0 15.5±0.2
18.0±0.4 12.0±0.3
74.4±1.0 5.0±0.3 86.8±1.2
PQX83
7 83.0±1.2 20.5-0.5
26.0±0.4 14.4±0.2
76.5±1.0 5.35±0.3 95.0±1.4
PQX99.3
7 99.3±1.2 20.0±0.2
22.5±0.5 16.3±0.3
93.0±1.2 6.3±0.3 2.5
PQX107
7 107.0±1.5 20.5-0.5
28.0±0.4 14.9±0.25
100.5±1.5 5.65±0.3 8.0±0.3
YJ40
8 40.0±0.6 47.6±0.6
16.0±0.1 28.4+0.9
14.2±0.5
YJ74
9 74.0±1.0 24.0±0.2(B1) 40.0±0.5 25.0±0.4
49.0REF 15.0±0.2
8.0±0.2(B2)
YJ80
10 80.0±1.0 42.6±0.6
17.0±0.15 28.4+0.9
14.2±0.5 2.5
YJ92
10 92.0±1.0 47.6±0.6
22.0±0.15 33.4+0.9
19.1±0.5 2.5
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Ferrite Core
Special Shape Cores
A
E
6-R1.2
D1
Gap
22 D
F B
E 22 B
C
D2
3-D
*R15.60
K
C
J
C G
F
B
A *30.60 60.50±0.8 61.86±0.8
G E A
5
6
7
8
Part No.
Core parameters
Fig C1(mm-1) le(mm) Ae(mm2) Ve(mm3)
EC39.5/24.4/15.1 1
151.7
Weight(g/set) LP3/LP3A
82
EC45.1
2
0.352
37.31
105.94
3953
48
EC58/45/16.5
3
308
115
EC58.4/35.8/26.4G 4
237.7
175
EC74
5
263.6
EX78
6
0.219
134.4
614.8
82629
405
PQX63
7
113
120
PQX79
7
143
150
PQX80
7
113
108
PQX83
7
162.8
190
PQX99.3
7
208.6
225
PQX107
7
174.4
235
YJ40
8
120
YJ74
9
258
YJ80
10
240
YJ92
10
405
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
AL
LP9/LP10
LP5
6000
14000 10000 12000 13000 5600 6100 6500 6700 8000 6000
Tolerance:±25%
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Ferrite Core
Special Shape Cores
D
80.3
80.3 F
B
B
C
9
Part No. JH42.5 JH48.6 JH49.5 JH51.5 JH55 QFI24 QFI32 QFI35 S11 S12
Fig 11 11 11 11 11 12 12 13 14 14
A 42.5±0.5 48.6±0.5 49.5±0.6 52.0±0.6 55.0±0.6 24.0±0.4 32.0±0.5 35.0±0.5 11.0±0.3 12.0±0.3
B 4.0±0.2 3.6±0.2 6.0±0.2 3.6±0.2 3.6±0.2 6.25±0.2 7.4±0.2 7.65±0.2 11.0±0.3 13.5±0.3
C 36.0±0.5 44.0±0.5 32.0±0.5 25.0±0.5 53.5±0.5 14.2min 18.2min 9.0±0.2 9.5±0.25 9.25±0.25
SK168 TR46
15 168.0±4.0 16 46.0±0.8
68.0±2.0 27.0±0.4
24.0±0.5 40.0±0.7
G E A
B E
FC
51.5 D 22
50.8 A
10
A C
E
4-R3.0TYP
D 2-2.0TYP 8-R0.8TYP
11
D 5.0TYP
E A
B E
16-R0.8TYP
AC
8-R2.0TYP 2-1.0TYP
D
BF I
Dimensions(mm)
D
E
F
G
10.4Ref 4.8Ref
H
12
H
12.0±0.3 16.0±0.4 18.1±0.3 6.5±0.2 7.1±0.2
25.0±0.4 5.0±0.3
22.6min 29.6min 9.0±0.2 7.55±0.2(E1=E) 8.2±0.2(E) 9.7±0.2(E1) 139.5min 12.0±0.4
4.0±0.2 4.4±0.2 2.6±0.2
40.0min 7.0±0.3
31.0REF
21.0min 18.0±0.4
17.5±0.4
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Ferrite Core
Special Shape Cores
B C
9.031mm
9.031mm
D G 9.031mm
E A
9.031mm 4.661mm
9.031mm
G
9.031mm
A
C
E
C
A
E1 B D
A
Gap
G
D
E A
F
I BF
13
Part No. JH42.5 JH48.6 JH49.5 JH51.5 JH55 QFI24 QFI32 QFI35 S11 S12 SK168 TR46
Fig 11 11 11 11 11 12 12 13 14 14 15 16
AL value
14
15
Core parameters C1(mm-1) le(mm) Ae(mm2) Ve(mm3)
Weight(g/set) LP3/LP3A
60
75
93
46
103
0.278
29.2
105
3066
15
6200
0.217
41.6
192
7987
48
9500
258
45
1.9
5.1
0.308
185
600
111000
625
138
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
16
AL
LP9/LP10
LP5
6000
14000 10000 12000 13000 5600 6100 6500 6700 8000 6000
Tolerance:±25%
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A C A
B
A E D A E D
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Ferrite Core
R Cores
Part No. R10/25.3 R11/1 R12/4 R13/5 R13.2 R13.45/2 R14.3/4 R15/4 R17.4/4 R20/4 R21.6/2 R22/18 R24/6 R25/7 R26.7/40 R40/12 R47/40 R49.3/40 R50/40 R50/40A R51.5/9 R70/40A R110/20 8J 16J
Fig 1 1 1 1 1 1 1 1 1 1 1 1 1 1 3 1 2 1 1 4 1 4 1 5 6
AL value
A A
B
B
B
C
C B
A
A
B
C C
1
A 10.1±0.2 11.0±0.2 12.0±0.2 13.0±0.2 13.2±0.2 13.45±0.25 14.3±0.25 14.8±0.25 17.4±0.25 20.0±0.3 21.65±0.45 22.0±0.45 24.0±0.4 25.0±0.7 26.7±0.45 40.0±1.0 47.0±1.0 49.3±0.5 50.0±1.0 50.0±1.0 51.5±1.0 70.0±1.5 110.0±1.5 42.2±1.0 79.3±1.0
Unit:nH/N2
2
3
4
5
6
Dimensions(mm) B
25.3±0.3 1.0±0.1 4.0±0.15 5.0±0.15 4.0±0.15 2.0±0.15 4.0±0.15 4.0±0.15 4.0±0.15 4.0±0.15 2.0±0.15 18.0±0.3 6.0±0.15 7.0±0.10 24.15±0.3 12.0±0.2 40.0±1.0 40.0±1.0 40.0±1.0 5.3±0.2 9.0±0.2 5.5±0.5 20.0±1.0 39.0±1.0 80.85±1.0
C
40.0±0.5 42.4±0.5 40.0±1.0 40.0±1.0 12.0±0.2 19.0±0.2
Measuring conditions:10kHz,0.1V,25
Weight(g/pcs)
10.0 0.5 2.2 3.5 3.0 1.5 4.0 3.5 12.0 6.0 3.6 33.0 13.2 16.8 109.0 72.0 316.0 368.0 380.0 380.0 90.0 735.0 900.0 73.0 450.0
Tolerance:±25%
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EE EE Cores
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Ferrite Core
Part No.
Fig
EE10/5/5
1
EE13/6/6
1
EE13.3/6/6 1
EE13/7/4
1
EE14/6/10
1
EE16/7/5
1
EE16/8/5
1
EE16/12/5
1
EE17/11/3.5 1
EE19/7.5/7.6 1
EE19/8/5
1
EE19/14/5
1
EE20/10/11 1
EE20/14/5
1
EE21/6/8
1
EE22/6.7/15 1
EE22/15/6
1
EE2520
1
EE25/10/7
1
EE25/9/11
1
EE25/7.5/15 1
EE25/13/11 1
EEL25
1
EE25L
1
EE25.4/10/6 1
EE25.6/10/6 1
EE28/10/11 1
EE28/17/11 1
EE30/13/11 1
EE30/15/9.9 1
EE30/10.7/21.5 1
EE33/14/13 1
A 10.3±0.2 13.0±0.3 13.3±0.2 13.13±0.3 13.95±0.2 16.0±0.3 16.35±0.3 16.0±0.3 17.1±0.2 19.1±0.3 19.1±0.3 19.0±0.3 20.0±0.4 20.0±0.4 21.0±0.4 21.8±0.4 22.0±0.4 25.0±0.4 25.4±0.4 25.1±0.5 25.1±0.5 25.05±0.75 25.2±0.3 25.4±0.4 25.4±0.4 25.6±0.5 28.5±0.4 28.0±0.4 30.1±0.6 30.0+0.8-0.6 30.6±0.5 33.4±0.5
F
F
B
C
B
1
B 5.5+0.15-0.1 6.0±0.15 6.0±0.15 7.13±0.15 6.55±0.15 7.2±0.15 8.15±0.15 12.25±0.2 11.0±0.15 7.5±0.2 8.0±0.3 13.65±0.25 10.0±0.15 14.1±0.2 6.0±0.2 6.7±0.15 14.9±0.2 10.0±0.25 10.0±0.2 9.1±0.15 7.3±0.15 12.55±0.25 19.0±0.2 21.1±0.3 10.0±0.2 9.9±0.25 10.45±0.2 17.1±0.1 13.3±0.15 15.2-0.4 21.5±0.25 14.3±0.2
Dimensions(mm)
C
D
4.75±0.2
2.4±0.2
5.9±0.2
2.6±0.2
6.05±0.15
2.75±0.15
3.6+0/-0.3
3.58+0/-0.3
9.9±0.2
3.4±0.2
4.8±0.2
3.8±0.2
4.50±0.2
4.55±0.2
4.75±0.25
4.0±0.2
3.45±0.15
4.95±0.15
7.6±0.3
4.85±0.3
4.8±0.3
4.8±0.3
4.85±0.25
4.85±0.25
10.9±0.3
5.6±0.2
4.8±0.2
4.55±0.2
8.2±0.3
3.0±0.2
14.9±0.3
5.9±0.25
5.75±0.25
5.75±0.25
6.35±0.3
6.3±0.3
6.55±0.3
6.2±0.3
10.9±0.3
7.0±0.25
15.0±0.3
7.25±0.25
10.75±0.3
7.25±0.25
4.0±0.2
8.4±0.2
7.2±0.3
7.4±0.2
6.35±0.3
6.35±0.3
6.4±0.3
6.5±0.2
10.9±0.3
7.3±0.3
10.7±0.3
7.2±0.3
10.7±0.3
10.7±0.3
9.9-0.5
7.2-0.5
10.65±0.35
10.65±0.35
12.7±0.3
9.7±0.3
C 2
E 7.7min 10.2±0.3 10.0min 9.19min 10.5±0.3 12.0±0.3 11.5min 12.0±0.3 12.1min 14.2min 14.0min 14.0±0.3 14.8min 14.7±0.3 16.0±0.3 15.8min 15.6min 18.6±0.3 18.5min 17.7min 17.7min 17.9±0.4 17.0min 17.4min 19.0±0.3 18.8min 20.5±0.3 18.6min 20.35±0.3 19.5+0.8 20.0min 24.6±0.4
F 4.3±0.2 4.6±0.2 4.65±0.2 5.11±0.2 4.8±0.2 5.2±0.25 6.0±0.2 10.25±0.25 9.0±0.2 5.2±0.2 5.7±0.2 11.4±0.25 7.0±0.2 11.55±0.2 4.2±0.2 4.05±0.2 10.9±0.3 6.8±0.3 6.8±0.2 6.1±0.2 3.8±0.2 8.95±0.25 15.0±0.25 17.8+0.6 6.8±0.15 6.65±0.2 6.5±0.2 12.6±0.2 8.15±0.2 9.7+0.6 16.5±0.3 10.0±0.2
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Ferrite Core
EE EE Cores
D1
E
D2
G1 G2
I
D1
E
D2
G
2
H
H F
F
B
B
J1 R1
J2 A P
R2
K
R1 A
R3.0 P
R1.0 1.0
30
R3.0 1.0
30
C
C
P(5:1)
3
4
P(5:1)
Part No.
Fig
EE10/5/5
1
EE13/6/6
1
EE13.3/6/6
1
EE13/7/4
1
EE14/6/10
1
EE16/7/5
1
EE16/8/5
1
EE16/12/5
1
EE17/11/3.5 1
EE19/7.5/7.6 1
EE19/8/5
1
EE19/14/5
1
EE20/10/11
1
EE20/14/5
1
EE21/6/8
1
EE22/6.7/15 1
EE22/15/6
1
EE2520
1
EE25/10/7
1
EE25/9/11
1
EE25/7.5/15 1
EE25/13/11
1
EEL25
1
EE25L
1
EE25.4/10/6 1
EE25.6/10/6 1
EE28/10/11
1
EE28/17/11
1
EE30/13/11
1
EE30/15/9.9 1
EE30/10.7/21.5 1
EE33/14/13
1
AL value
C1(mm-1) 2.342 1.894 1.766 2.516 0.924 1.929 1.933 2.895 3.000 1.068 1.737 2.654 0.768 2.685 1.394 0.416 1.788 1.225 1.196 0.627 0.358 0.749 2.500 1.798 1.233 1.269 0.633 1.124 0.550 0.799 0.834 0.591
Core parameters
le(mm)
Ae(mm2)
26.7
11.4
30.3
16
30.2
17.1
32.2
12.8
31.7
34.3
35.5
18.4
37.7
19.5
55
19
49.8
16.6
37.9
35.5
39.6
22.8
62.1
23.4
46.1
60.0
63.9
23.8
34.7
24.9
34.9
83.9
64.0
35.8
49.5
40.4
50.0
41.8
45.4
72.4
37.2
104.0
57.9
77.3
81.5
32.6
92.8
51.6
49.8
40.4
49.5
39.0
51.3
81.0
84.4
75.1
58.3
106
65.5
82
91.7
110
67.4
114
Ve(mm3) 304 485 516 412 1087 653 735 1045 827 1345 903 1453 2766 1521 864 2928 2291 2000 2090 3285 3869 4476 2657 4788 2012 1931 4155 6338 6180 5371 10087 7684
AL
Weight(g/set) LP3/LP3A LP9/LP10
1.8
810
1070
2
1000
1400
2.6
1000
1400
2
850
1000
5.5
2200
2650
3.3
1100
1300
3.8
1050
1300
5.2
800
870
4.1
800
840
6.8
1900
2350
4.5
1150
1450
7.2
760
950
15
2700
3300
7.6
800
930
5.2
1550
1900
15
5100
8000
12
1200
1450
10
1925
2800
10
1950
2550
16
3400
4100
20
5900
7000
20
2900
3750
14
900
1300
25
1100
1650
10
1730
2240
10
1900
2350
21
3300
4300
33
1700
2600
32.0
3800
5000
26
2850
4100
51
2100
3300
41.0
3700
4600
HP2 2200
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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Ferrite Core
EE EE Cores
Part No.
Fig
A
EE33/14.8/12.7 1 33.0±0.5
EE33/23.5/12.7 1 33.0±0.6
EE40/21/12
1 40.0±0.9
EE41/17/12
1 40.6±0.65
EE41.3/15.4/12.7 1 41.3±0.6
EE41.3/15.8/12.7 1 41.3±0.6
EE42/15/15
1 42.15±0.85
EE42/19/15 EE42/21/20
1
42.0+0.9-0.7
1
42.0+1.0-0.7
EE46/20/18
1 45.6±0.5
EE50/22/15
1 50.0±0.7
EE51/15.8/24 1 50.6±0.5
EE55/24.5/25 1 55.15±1.05
EE55/28/21
1 55.15±1.05
EE55/28/25
1 55.15±1.05
EE55/39/21
1 55.15±1.05
EE56/24.5/25 1 56.5±1.0
EE56/25/21
1
56.55+0.6-1.0
EE56/28/21
1 56.5±1.0
EE59/27.5/43 1 59.0±0.8
EE60/36/16 EE63/29/22
1
60.0+1.2-0.8
1 63.2±0.5
EE65/32/27
1 65.2±1.3
EE66/29/25
1 66.15±1.35
EE66/32/20 EE66/33/27
1
66.0+1.2-1.0
1 66.0±1.0
EE70/33/32
1 70.5±1.0
EE70/35/24
1 70.5±1.5
EE70/38/27
1 70.0±1.5
EE70/45/20
1 70.0±1.5
EE70/46/40
1 70.0±1.5
EE70/54/32
1
70.0+1.3-0.8
B KF
RI,50 C
E
D
J2
A
G R0,40
R1
R3.0
D1
G1
E
D2
G2
H F B
8-R2
2-R10
4-R1
2-R2 J1
J2
4-R0.4
K
A
2-R3
P
C 1
30 R1
B 14.8±0.15 23.5±0.25 21.0±0.1 16.6±0.2 15.4±0.15 15.80±0.2 15.5+0.1-0.4 18.5±0.15 21.1±0.3 20.0±0.3 21.55±0.3 15.8±0.2 24.5±0.1 27.5±0.3 27.8±0.3 19.5±0.2 24.5±0.1 25.0±0.3 27.5±0.3 27.5±0.3 36.0±0.15 29.3±0.4 32.5±0.3 29.25±0.5 32.5±0.3 32.5±0.3 33.0±0.3 35.5±0.5 38.0±0.5 45.5±0.5 45.5±0.5 54.0±0.5
5
Dimensions(mm)
C
D
12.7±0.3
9.7±0.3
12.7±0.3
9.7±0.3
12.0-0.5
11.65±0.35
12.4±0.3
12.5±0.3
12.75±0.2
12.7±0.3
12.75±0.2
12.7±0.3
15.0±0.4
12.0±0.3
15.0±0.4
12.0±0.2
19.75±0.35
12.0±0.3
17.9±0.3
11.0±0.2
14.6±0.4
14.6±0.4
23.8±0.3
15.0±0.3
24.7±0.3
17.2-0.5
20.6±0.4
17.2-0.5
24.7±0.4
17.2-0.5
21.0-0.8
17.2+0/-0.5
25.2-0.8
17.2-0.5
21.0-0.8
17.2-0.5
20.6±0.4
17.2-0.5
43.0±0.6
17.2+0/-0.5
15.6±0.4
15.6±0.4
22.0±0.3
14.0±0.3
27.0±0.4
20.0-0.7
25.0±0.5 20+0.3-0.4 27.5-0.8 31.6±0.4
17.65±0.35 20.0-0.8 20.0-0.7 22.0-0.7
24.5±0.6
16.7±0.5
27.0±0.6
19.5±0.5
19.5±0.5
19.5±0.5
39.0±0.5
19.5±0.5
32.0-0.8
22.4-0.7
P(5:1)
6
E 23.2min 23.6min 27.7min 28.6min 28.0min 28.0min 29.5min 29.8min 29.5min 34.8min 34.2min 35.8min 37.5min 37.5min 37.5min 37.5min 40.0min 39.2min 39.2min 43+1.0-0.3 43.7min 49.2min 44.2min 49.25±0.75 46.0min 46.0min 48.0min 48.0min 49.5min 49.5min 49.5min 47.2min
F 10.0±0.2 19.0+0.6 15.0min 10.4min 9.5±0.2 9.55±0.2 10.0+0.1-0.3 12.7±0.2 15.2±0.4 14.4±0.3 13.1±0.3 8.7±0.3 15.8±0.3 18.8±0.4 18.8±0.4 10.5+0.8 15.8±0.3 16.5+0.8 18.9±0.4 18.8±0.3 28.0±0.3 20.3±0.2 22.2+0.7 19.0±0.25 22.2+0.7 22.2+0.7 21.9+0.7 24.8+0.6 28.0±0.5 35.5±0.5 35.5±0.5 43.0±0.4
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Ferrite Core
EE EE Cores
D1
E
D2
G1 G2
I
D1
E
D2
G
2
H
H F
F
B
B
J1 R1
J2 A P
R2
K
R1 A
R3.0 P
R1.0 1.0
30
R3.0 1.0
30
C
C
P(5:1)
3
4
P(5:1)
Part No.
Fig C1(mm-1)
EE33/14.8/12.7 1
0.579
EE33/23.5/12.7 1
0.902
EE40/21/12
1
0.719
EE41/17/12
1
0.522
EE41.3/15.4/12.7 1
0.463
EE41.3/15.8/12.7 1
0.458
EE42/15/15
1
0.401
EE42/19/15
1
0.476
EE42/21/20
1
0.414
EE46/20/18
1
0.514
EE50/22/15
1
0.424
EE51/15.8/24 1
0.229
EE55/24.5/25 1
0.271
EE55/28/21
1
0.347
EE55/28/25
1
0.295
EE55/39/21
1
0.257
EE56/24.5/25 1
0.273
EE56/25/21
1
0.316
EE56/28/21
1
0.360
EE59/27.5/43 1
0.180
EE60/36/16
1
0.697
EE63/29/22
1
0.433
EE65/32/27
1
0.275
EE66/29/25
1
0.302
EE66/32/20
1
0.372
EE66/33/27
1
0.270
EE70/33/32
1
0.218
EE70/35/24
1
0.345
EE70/38/27
1
0.325
EE70/45/20
1
0.508
EE70/46/40
1
0.264
EE70/54/32
1
0.329
Core parameters
le(mm)
Ae(mm2)
69.1
119.3
105
116.4
96.4
134
77.8
149
73.1
158
73.9
161.2
73
182
86.6
182
97.4
235
99.2
193
95.8
226
78.2
341.5
112.3
415
123
354
124
420
91
354
112.7
413
113.6
359
125
347
130.3
722
166
238
139.7
322.8
147
535
137
454
148
398
146
540
149
683
159
461
172.86
532.3
203
400
203.7
772.2
231
702
Ve(mm3) 8244 12222 12918 11592 11550 11913 13286 15761 22889 19146 21651 26705 46605 43542 52080 32214 46545 40782 43375 94077 39508 45095 78645 62198 58904 78840 101767 73299 92013 81200 157297 162162
AL
Weight(g/set) LP3/LP3A LP9/LP10 HP2
41.0
3500
5200
62
2550
3600
64
2600
4000
62.0
4000
5200
58
4600
6700
59
4600
6700
66
5500
8000
80
3800
5300
113.0
5500
7500
94
4100
6000
116
5500
7400
137
9000
13500
235
8500
12000
220
6700
8500
265
8000
9500
161
11500
236
6500
208
5500
220
6700
8500
470
12200
16800
195
3700
4700
225
4000
6000
392
7900
11500
155
5800
298
7500
390
7900
11500
512
10000
13500
370
6500
8000
460
5500
376
4700
6500
766
8620
12000
760
7200
9700
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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Ferrite Core
RI,50 C
EE EE Cores
B KF
E
D
J2
A
G R0,40
R1
R3.0
D1
G1
E
D2
G2
H F B
8-R2
2-R10
4-R1
2-R2 J1
J2
4-R0.4
K
A
2-R3
P
C 1
30 R1
P(5:1)
5
6
Part No. Fig A
EE80/38/20 1 80.5±1.5
EE82/38/20 EE85/41.5/26 EE85/44/26 EE85/45/31 EE86/57/35 EE100/45/28
1 82.0min 1 85.0+2.0-2.5 1 85.0+2.0-2.5 1 85.0+2.0-2.5 1 86.0+2.0-2.5 1 100.0±2.0
EE100/60/28 1 100.0±2.0
EE110/40/36 EE110/48/36
1 110.0+2.5-1.0 1 110.0+2.5-1.0
EE110/56/18.5 1 111.0+2.0
EE110/56/20 1 110.0+2.5-1.0 EE110/56/25 1 110.0+2.5-1.0 EE110/56/36 1 110.0+2.5-1.0 EE118/77.5/35 1 118.0+1.5-2.5 EE118/86/35 1 118.0+1.5-2.5 EE120/78/35 3 121.0+3.0-2.0
EE120/93/34.5 4 120.0±2.0
EE120/88/34.5 1 120.0±2.0
EE124/56/40 *EE128/63/40 EE130/63/40
1 124+3.0-2.0 1 130.0+3.0-2.0 1 130.0+3.0-2.0
EE140/68/40 1 140.0±2.5
EE140/86/35 1 140.0±2.5
EE142/53/36 1 142.0±2.5
EE160/74/28 1 160.0±3.0
*EE160/83/40 1 162.0±2.5
EE168/80/28 2 168.0±3.2
E182/106/40 6 182.0±3.0
B
38.0±0.5 38.0±0.5 41.5±0.5 44.0±1.0 45.5±0.5 57.0±0.5 45.0±0.5 60.0±1.2 40.0±0.5 48.0±0.5 55.5±0.5 55.5±0.5 55.5±0.5 55.5±0.5 77.5±0.5 86.5+0.75-0.5 78.0±1.5
93.0±1.0
88.0±1.0 56.0±1.0 63.0±1.0 63.0±1.0 68.0±1.0 86.5+0.75-0.5 53.0±0.5 74.0+1.0-0.5 83.0±0.5 80.0+1.0-0.5 106.0±1.0
Dimensions(mm)
C
D
E
F
G
J
20.0±0.5 20.0±0.5
59.8min 28.0±0.5
20.0±0.5 26.5±0.5 26.5±0.5 31.5±0.5 35.0±0.6 28.0±0.6 28.0±0.6
20.0+1.0 26.6+0.6-0.3 26.6+0.6-0.3 26.6+0.6-0.3 28.0±0.6 28.0±0.6 28.0±0.6
61.5min 55.0min 55.0min 55.0min 56.5min 71.5min 71.5min
28.0±0.5 27.0min 29.2+0.8 31.0+1.5 43.0+0.8-0.35 31.5+0.9-0.5 46.5±0.9
36.0±1.0 36.0±1.0
74.2min 22.5±0.7
36.0±1.0 18.5±0.8 20.0±0.8
36.0±1.0 36.0±1.0 36.0±1.0
74.2min 76.0min 74.2min
30.5±0.7 38.0+0.7-0.3 38.0±0.7
25.0±0.8 36.0±1.0
74.2min 38.0±0.7
36.0±1.0 36.0±1.0
74.2min 38.0±0.7
35.0±0.7 35.0±0.5
82.0min 60.0±0.7
35.0±0.7 35.0±0.5 35.0+1.3-0.5 22.0+2.0-0.8(D1)
18.0+1.8-0.6(D2)
82.0min 36.0min
34.5±0.5 28.0±0.8(D1)
37.0min
69.0±0.7 60.6±1.0
76.5±1.0
18.0+1.8-0.6(G1) 3.0+0.9-0.3(J1) 12.65+1.7-0.5(G2) 3.0±0.3(J2) 10.0±0.6
24.0±0.8(D2)
34.5±0.5 40.0±1.0 40.0±1.0 40.0±1.0 40.0±1.0 35.0±0.7 36.0±0.9 28.0±1.0 40.0±1.5 28.0±1.0 40.0±1.0
14.0±0.4 40.0±2.0 41.0max 40.0±2.0 40.0±1.0 35.0±0.7 35.5±0.9 28.0±1.0 40.0±2.0 56.0±1.5 64.0±1.5(D1) 35.0±1.0(D2)
104.0min 86.0min 88.0min 89.0min 100.0min 105Ref 104.0min 129min 120.0min 110min 55.0±3.0
71.5±1.0 39.0+1.0-0.5 43.0±1.0 46.0+1.0-0.5 48.0+1.0-0.5 69.0±0.5 35.0+0.7-0.5 60.0+1.0-0.5 64.0±1.0 51.5+1.0-0.5 86.5+1.5-1.0 23.0±0.8(G1)
18.5±0.8(G2)
3.0±0.6(J1) 5.0±0.6(J2)
k
H
5.0+1.5-0.4 I=K
6.0+1.5-1.0 15.0±0.6
9.5±1.0 17.0±1.0
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Ferrite Core
EE EE Cores
D1
E
D2
G1 G2
I
D1
E
D2
G
2
H
H F
F
B
B
J1 R1
J2 A P
R2
K
R1 A
R3.0 P
R1.0 1.0
30
R3.0 1.0
30
C
C
P(5:1)
3
4
P(5:1)
Part No. EE80/38/20 EE82/38/20 EE85/41.5/26 EE85/44/26 EE85/45/31 EE86/57/35 EE100/45/28 EE100/60/28 EE110/40/36 EE110/48/36 EE110/56/18.5 EE110/56/20 EE110/56/25 EE110/56/36 EE118/77.5/35 EE118/86/35 EE120/78/35 EE120/93/34.5 EE120/88/34.5 EE124/56/40 *EE128/63/40 EE130/63/40 EE140/68/40 EE140/86/35 EE142/53/36 EE160/74/28 *EE160/83/40 EE168/80/28 E182/106/40
Fig C1(mm-1)
1
0.461
1
0.454
1
0.241
1
0.263
1
0.220
1
0.251
1
0.279
1
0.358
1
0.142
1
0.167
1
0.381
1
0.350
1
0.282
1
0.191
1
0.299
1
0.328
3
0.410
4
0.552
1
0.679
1
0.179
1
0.195
1
0.195
1
0.196
1
0.327
1
0.207
1
0.483
1
0.249
2
0.227
6
0.350
Core parameters
le(mm)
Ae(mm2)
184
399
184.2
405.5
181.1
752.4
188
714
189
859
242
965
212
760
272
760
182
1280
214
1280
248.4
651.9
246.4
705
248.4
881
244
1280
371
1240
407
1240
337
822
401
727
381
561
267.1
1492
294
1504
294
1504
314
1600
401
1225
267
1292
389
805
398
1600
356
1568
511
1460
Ve(mm3) 73416 74693 136260 134232 162351 233530 161120 206720 232960 273920 161932 173712 218840 312320 460040 504680 277014 291527 213741 398513 442176 442176 502400 491225 344964 313145 636800 558208 746060
AL
Weight(g/set) LP3/LP3A LP9/LP10 HP2
365
4500
7300
380
4000
681
7500
675
8300
12500
848
10000
15000
1223
9000
13000
810
8000
11500
1030
6200
10000
1170
15000
1380
11500
800
5000
870
5000
1080
6500
1560
10000
15800
2185
7700
2240
7000
1320
4500
1400
3500
1340
3000
1920
12000
2200
11000
2200
11000
2540
10000
2335
7000
9500
1840
10000
1435
4400
3200
8800
2570
9100
3450
5000
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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Ferrite Core
EE EE Cores
RI,50 C
B KF
E
D
J2
A
G R0,40
R1
R3.0
D1
G1
E
D2
G2
H F B
8-R2
2-R10
4-R1
2-R2 J1
J2
4-R0.4
K
A
2-R3
P
C 1
30 R1
Part No. Fig
EE185/80/27 1
EE185/107/27 1
*EE188
1
*EE190/84/40 1
EE192/79/30 1
EE200/80/40 1
E200/33/50 5
A 185.0+5.0-3.5 185.05.0-3.5 186.0±5.0 189.0±2.0 192.5±1.5 200.0±1.5 200.0±2.8
EE200/130/40 1 *EE210/95/40 1 *EE220/95/40 1 *EE240/80/40 1 *EE240/118/40 1 *EE320/125/20 1 *EE320/160/40 1
200.0±4.0 210.0±1.5 218.0±2.0 240.0±3.0 240.0+3.0-7.0 315.0±5.0 320.0±4.0
B 80.0±1.0 107.0±1.0 78.0±2.0 84.0±1.0 79.5±1.0 80.0±1.0 33.0±1.0
130.0±1.0 95.0±1.0 95.0±1.0 80.0±1.0 118.0±1.0 122.5±1.0 160.0±1.0
P(5:1)
5
6
C 27.0±1.0 27.0±1.0 28.0±1.5 40.0±1.0 30.0±0.5 40.0±1.0 50.0±1.2
40.0±1.5 40.0±0.5 40.0±1.0 40.0±1.0 40.0±1.0 20.0±1.0 40.0±1.5
Dimensions(mm)
D
E
F
53.0±1.0 127min
53.5+1.5
53.0±1.0 127min
80.5min
56.0±1.5 120min
48.5±2.0
39.0±1.5 60.0+1.0-2.0 40.0±1.0
147min 130.0min 156.0min
65.0±1.0 49.0+1.0-0.5 60.0±1.0
65.0±1.5 35.0±1.2 18.0±1.5
G 32.5±1.0
40.0±1.5 59.0±1.0 58.0±2.0 60.0+2.0-2.5 60.0±2.0 96.0±2.5 80.0±2.0
157min 148.5min 153min 177min 177min 213.0min 237min
110.0±1.5 65.0+1.5 65.0±1.0 50.5±1.0 88.0±1.0 74.0±1.5 120.0±1.0
J
3.0±0.4(J1) 5.0±0.5(J2)
k 8.0±0.8
Part No. EE185/80/27 EE185/107/27 *EE188 *EE190/84/40 EE192/79/30 EE200/80/40 E200/33/50 EE200/130/40 *EE210/95/40 *EE220/95/40 *EE240/80/40 *EE240/118/40 *EE320/125/20 *EE320/160/40
Fig
1 1 1 1 1 1 5 1 1 1 1 1 1 1
C1(mm-1) 0.258 0.331 0.260 0.284 0.199 0.261 0.100 0.392 0.189 0.191 0.176 0.239 0.291 0.239
Core parameters
le(mm)
Ae(mm2)
384
1490
492
1488
380
1464
437
1540
363.5
1824
418
1600
201
2005
616
1570
444.9
2358.4
456.68
2389.2
420
2392
572
2390
564
1940
765.7
3200
Ve(mm3) 572160 732096 556320 672980 663024 668800 403005 967120 1049252 1091100 1004640 1367080 1094160 2450240
AL
Weight(g/set) LP3/LP3A LP9/LP10
2840
8500
3720
5000
2840
6500
3320
9000
3315
10000
3420
9000
2560
18000
4565
5400
4900
10800
5455
11000
5020
12500
6590
9000
5500
7000
12250
8600
HP2
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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Ferrite Core
PEE EED PEE EED Cores
K
K
A E D A E D A E D
F
C
B
1
F
C
B
2
F
C
B
3
Part No. Fig
A
B
C
Dimensions(mm)
D
E
F
K
G
H
R
PEE14/3.5/5
1 14.0±0.3 3.5±0.15 5.0±0.1
3.0±0.05 11.0±0.25 2.0±0.15
PEE14/3.5/5R 2 14.0±0.3 3.5±0.15 5.0±0.1
3.0±0.05 11.0±0.25 2.0±0.15 5.6
PEE15/3.8/18 4 15.4±0.3 3.8±0.15 18.0±0.3 3.2±0.15 5.4±0.15 1.8±0.15
2.0±0.15 2.8±0.15
PEE16/3.8/4.6 1 16.5±0.3 3.8±0.15 4.6±0.2
4.6±0.1
11.5±0.3 1.5±0.15
PEE16/7/18
1 16.0±0.3 7.1±0.15 17.8±0.3 6.9±0.2
9.1±0.2
4.0±0.2
PEE18/4.5/10 1 18.0±0.35 4.5±0.15 10.0±0.20 4.0±0.2 14.0±0.3 2.5±0.15
PEE18/4/10
1 18.0±0.35 4.0±0.15 10.0±0.2 4.0±0.1 14.0±0.3 2.0±0.15
PEE22/6/16
1 21.8±0.4 5.7±0.15 15.8±0.3 5.0±0.1 16.8±0.4 3.2±0.15
PEE22/6/16R 2 21.8±0.4 5.7±0.15 15.8±0.3 5.0±0.1 16.8±0.4 3.2±0.15 10.4
PEE25/6/16R 2 25.0±0.4 5.7±0.15 15.8±0.3 5.0±0.15 20.0±0.4 3.2±0.15 10.4
PEE32/6/20
1 31.75±0.64 6.35±0.15 20.32±0.4 6.35±0.15 24.9min 3.18±0.2
PEE32/6/20R 2 31.75±0.64 6.35±0.15 20.32±0.4 6.35±0.15 24.9min 3.18±0.2 10.6
PEE38/8/25
1 38.1±0.8 8.3±0.2
25.4±0.5 7.6±0.2
30.2min 4.45±0.2
PEE40/12.5/50.8 1 40.0±0.76 12.5±0.2 50.8±1.02 8.6±0.21 30.8min 4.3±0.25
EED40/12.5/22 6 40.8±0.6 12.45±0.25 21.9±0.3 11.0±0.3 30.3min 8.65±0.25
PEE43/8/28
1 43.2±0.9 7.8±0.2
27.9±0.6 8.1±0.2
34.7min 3.7±0.2
PEE43/10/28
1 43.2±0.9 9.5±0.2
27.9±0.6 8.1±0.2 34.7min 5.4±0.2
PEE44/16/23
1 43.8±0.6
16.0±0.2 23.0+0.2-0.5 9.6±0.25 33.8min
11.2±0.3
PEE46/10/56R 3 46.0±0.8 10.5±0.2 56.5±0.6 8.1±0.2 36.5±0.6 6.25±0.2 9.1
PEE48/16/23
1 47.8±0.6
16.0±0.2 23.0+0.2-0.5 9.6±0.25 37.8min
11.2±0.3
PEE50/11/32
1 50.3±0.6 11.0±0.2 32.0±0.4 8.4±0.2 42.6±0.7 6.8±0.2
PEE50.6/15.5/24 1 50.6±0.5 15.5±0.2 23.8±0.3 15.0±0.3 35.8min 8.5±0.2
EE58/7.29/38 1 58.4±1.2 7.25±0.2 38.1±0.8 8.1±0.2 50.0min 4.0±0.2
PEE58/11/38
1 58.4±1.2 10.5±0.2 38.1±0.8 8.1±0.2 50min
6.5±0.2
EE58/15/38
1 58.4±1.2 15.0±0.2 38.1±0.8 8.1±0.2 50.0min 4.0±0.2
EE58/17/38
1 58.4±1.2 17.0±0.2 38.1±0.8 8.1±0.2 50.0min 4.0±0.2
PEE58/14/25
1 58.4±1.2 14.0±0.2 25.0±0.6 8.1±0.2 49.0min 10.0±0.25
PEE59/27.5/43 1 59.0±0.8 27.5±0.3 43.0±0.6 17.2-0.5
42.7min 18.8±0.3
PEE60/25/25
1 60.7±1.1 25.0±0.2 25.2-0.8 17.2-0.5 44.0±1.0 16.5±0.3
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PEE EED PEE EED Cores
C
B
F
D
E
(H)
A
Ferrite Core
R
A E D
E DH G
A
F
B
C
F
C
B
4
5
6
Part No.
Fig C1(mm-1)
PEE14/3.5/5
1
1.448
PEE14/3.5/5R 2
1.448
PEE15/3.8/18 4
0.316
PEE16/3.8/4.6 1
1.005
PEE16/7/18
1
0.239
PEE18/4.5/10 1
0.625
PEE18/4/10
1
0.618
PEE22/6/16
1
0.415
PEE22/6/16R
2
0.415
PEE25/6/16R
2
0.452
PEE32/6/20
1
0.318
PEE32/6/20R
2
0.318
PEE38/8/25
1
0.270
PEE40/12.5/50.8 1
0.158
EED40/12.5/22 6
0.349
PEE43/8/28
1
0.237
PEE43/10/28
1
0.267
PEE44/16/23
1
0.383
PEE46/10/56R 3
0.136
PEE48/16/23
1
0.402
PEE50/11/32
1
0.274
PEE50.6/15.5/24 1
0.225
EE58/7.29/38
1
0.224
PEE58/11/38
1
0.262
EE58/15/38
1
0.325
EE58/17/38
1
0.351
PEE58/14/25
1
0.468
PEE59/27.5/43 1
0.180
PEE60/25/25
1
0.282
Core parameters
le(mm)
Ae(mm2)
20.7
14.3
20.7
14.3
21.21
67.2
20.5
20.4
28.4
119
24.7
39.5
24.3
39.3
32.5
78.3
32.5
78.3
35.7
79.0
41.4
130
41.4
130
52.4
194
69.1
436.9
67.7
194
54.3
229
61.1
229
84.6
221
66.7
489
88.8
221
72.6
265
77
341.5
68.36
305
80.6
308
99.2
305
107.2
305
94.5
202
130
722
118
418
Ve(mm3) 296 296 1425 418 3380 976 955 2545 2545 2820 5382 5382 10166 30190 13134 12435 13992 18697 32616 19625 19239 26296 20850 24825 30256 32696 19089 93860 49324
AL
Weight(g/set) LP3/LP3A LP9/LP10 HP2
1.2
1280
1700
1.2
1280
1700
15.2
6600
2.2
1300
2100
17.0
7000
10100
5.3
3300
4300
5.0
3300
4300
13.3
5150
6300
13.3
5150
6300
14.0
4700
5850
29.0
6425
9500
29
6425
9500
51
7940
10200
152
105000
16300
260
6500
9000
63
9000
13200
77
8030
11000
93
6000
160
13000
20500
98
5700
97
6500
10200
134
14000
104
10200
14500
164
8480
10700
150
7420
164
6870
96
4700
470
12200
15300
255
8200
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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A E D A E D A E D BI F
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Ferrite Core
PEE EED PEE EED Cores
K
K
F
C
B
1
F
C
B
2
F
C
B
3
Part No. Fig
A
PEE64/9.78/50 3 64.0±1.3
PEE64/10/50
1 64.0±1.3
PEE64/10/50R 3 64.0±1.3
PEE64/11/50
3 64.0±1.0
PEE64/14.4/51 1 64.0±0.76
PEE64/14.9/50 3 64.0±1.3
PEE64/17/50
3 64.0±0.76
PEE64/18.3/50 3 64.0±0.76
PEE70/17.5/32 1 70.5±1.0
EED108/71/32 5 108.0±2.0
EED130/86/36 5 130.0±2.5
EED143/81/42 5 143.0±2.5
B 9.75±0.2 10.2±0.2 10.2±0.2 11.0±0.2 14.3±0.2 14.9±0.2 17.0±0.2 18.3±0.2 17.5±0.2 71.4±0.8 86.0±0.8 81.0±0.8
Dimensions(mm)
C
D
E
F
KG
50.8±1.0
10.2±0.2
53.8±1.1
4.70+0.25-0.15
50.8±1
10.2±0.2 53.8±1.1 5.1±0.2
50.8±1
10.2±0.2 53.8±1.1 5.1±0.2
13.6
50.8±0.65 10.16±0.2 52.8min
5.92+0.25-0.2
50.8±0.64 10.16±0.2 52.9min
5.08±0.25
50.8±1.0 10.2±0.2 53.8±1.1 9.8±0.2
50.8±0.64 50.8±0.64
10.16±0.13 52.9min 10.16±0.13 52.9min
11.92+0.25-0.15 13.22+0.25-0.15
32.0-0.8
22.0-0.7
48.0min
8.1±0.2
32.0±0.8 24.0±1.0 66.0min
51.7±0.8
36.0±0.8 27.0±0.8 74.0min
64.3±0.8
42.0±0.8 33.0±1.0 86.0min
54.0±0.8
HR
20 15 27 16.5 27.5 20.5
Part No. PEE64/9.78/50 PEE64/10/50 PEE64/10/50R PEE64/11/50 PEE64/14.4/51 PEE64/14.9/50 PEE64/17/50 PEE64/18.3/50 PEE70/17.5/32 EED108/71/32 EED130/86/36 EED143/81/42
Fig C1(mm-1)
3
0.151
1
0.154
3
0.154
3
0.160
1
0.187
3
0.191
3
0.207
3
0.217
1
0.143
5
0.314
5
0.274
5
0.186
Core parameters
le(mm)
Ae(mm2)
77.9
516
79.9
519
79.9
519
82.8
516
96.4
516
98.4
516
106.8
516
112
516
92.4
648
330
1050
340
1243
328.9
1765.1
Ve(mm3) 40196 41468 41468 42725 49742 50774 55109 57792 59875 346500 422620 580541
AL
Weight(g/set) LP3/LP3A LP9/LP10 HP2
200
15000
19000
200
14640
18500
200
14640
18500
208
14000
18000
220
12600
15500
230
12600
15500
275
11700
200±8
11100
300
15000
19300
1630
20800
2700
21800
3170
30800
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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PEI PEI Cores
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Ferrite Core
A1
C1
D
F
C
IB
F
C
IB
F
C
IB
E
C
A
1
Part No. Fig
A
PEI14/5/5
1 14.0±0.3
PEI14/5/5R
2 14.0±0.3
PEI14/8/8
1 14.0±0.25
PEI18/6/10
1 18.0±0.35
PEI18/6.6/10 1 18.0±0.35
PEI18/8/10
1 18.0±0.35
PEI18/8.5/10 1 18.0±0.35
PEI18/9.35/10 1 18.0±0.3
PEI22/8/12
1 21.8±0.4
PEI22/8/16R 2 21.8±0.4
PEI22/8.6/16 1 21.8±0.4
PEI 22/9/16 1 21.8±0.4
PEI22/9.2/16 1 21.8±0.4
PEI25/6/16
1 25.0±0.4
PEI32/9.5/20 1 31.75±0.64
PEI32/9.5/20R 2 31.75±0.64
PEI38/12/25 1 38.1±0.8
PEI43/14/28 1 43.2±0.9
PEI50/15/32 1 50.3±0.8
PEI58/14/38 1 58.4±1.2
PEI58/15/38 1 58.4±1.0
PEI58/15.5/38 1 58.4±1.2
PEI58/16/38 1 58.4±1.0
PEI64/15/50 1 64.0±1.3
PEI64/15/50R 3 64.0±1.3
PEI52
4 52.0-1.2 55.0-1.2(A1)
PEI56
4 56.0-1.2 60.0-1.2(A1)
B 3.5±0.15 3.5±0.15 6.1±0.15 4.0±0.15 4.6±0.15 6.0±0.15 6.5±0.2 7.35±0.15 5.7±0.15 5.7±0.15 6.1±0.15 6.5±0.2 6.7±0.15 5.7±0.15 6.35±0.15 6.35±0.15 8.3±0.2 9.5±0.2 11.0±0.2 10.5±0.2 11.0±0.2 11.4±0.2 11.7±0.2 10.2±0.2 10.2±0.2
12.0±0.2
14.0±0.2
2
3
Dimensions(mm)
C
D
E
5.0±0.1
3.0±0.05
11.0±0.25
5.0±0.1
3.0±0.05
11.0±0.25
8.0±0.2
3.0±0.1
10.8min
10.0±0.2
4.0±0.1
14.0±0.3
10.0±0.20
4.0±0.2
14.0±0.3
10.0±0.2
4.0±0.1
14.0±0.3
10.0±0.30
4.0±0.2
14.0±0.3
10.0±0.2
4.0±0.1
14.0±0.2
12.0±0.3
5.0±0.1
16.8±0.4
15.8±0.3
5.0±0.1
16.8±0.4
15.8±0.3
5.0±0.1
16.8±0.4
15.8±0.3
5.0±0.15
16.5min
15.8±0.3
5.0±0.15
16.8+0.4-0.3
15.8±0.3
5.0±0.15
20.0±0.4
20.32±0.4
6.35±0.15
24.9min
20.32±0.4
6.35±0.15
24.9min
25.4±0.5
7.6±0.2
30.2min
27.9±0.6
8.1±0.2
34.7min
32.0±0.4
8.4±0.2
42.6±0.7
38.1±0.8
8.1±0.2
50min
38.1±0.8
8.1±0.2
50.0min
38.1±0.8
8.1±0.2
50.0min
38.1±0.5
8.1±0.2
50.2min
50.8±1.0
10.2±0.2
53.8±1.1
50.8±1.0
10.2±0.2
53.8±1.1
25.0±0.4 10.0±0.2
28.0±0.4(C1)
41.0min
26.0±0.4 14.0±0.25
29.0±0.45(C1)
41.0min
4
F
K
I
H
2.0±0.13
1.8±0.05
2.0±0.13 4.3 1.8±0.05
4.3±0.15
1.8±0.1
2.0±0.15
2.0±0.1
2.7±0.15
2.0±0.05
4.0±0.15
2.0±0.15
4.5±0.2
2.0±0.1
5.35±0.15
2.0±0.1
3.3±0.15
2.5±0.1
3.2±0.15 4.7 2.5±0.1
3.6±0.15
2.5±0.1
4.0±0.2
2.5±0.1
4.2±0.2
2.5±0.05
3.2±0.2
4.7 2.5±0.1
3.18±0.2
3.18±0.13
3.18±0.2 7.4 3.18±0.13
4.45±0.2
3.8±0.15
5.4±0.2
4.1±0.13
6.8±0.2
4.2±0.1
6.5±0.2
4.0±0.1
7.0±0.2
4.0±0.1
7.4±0.2
4.1±0.15
7.6±0.2
4.1±0.15
5.1±0.2
5.1±0.2
5.1±0.2
8.5 5.1±0.2
5.0±0.2
5.0±0.1
7.0±0.2
7.0±0.15
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Ferrite Core
PEI PEI Cores
A1
C1
A E D A E D A E D BI F
F
F
F
D
C
C
IB
C
IB
C
IB
E
A
1
2
3
4
Part No. PEI14/5/5 PEI14/5/5R PEI14/8/8 PEI18/6/10 PEI18/6.6/10 PEI18/8/10 PEI18/8.5/10 PEI18/9.35/10 PEI22/8/12 PEI22/8/16R PEI22/8.6/16 PEI 22/9/16 PEI22/9.2/16 PEI25/6/16 PEI32/9.5/20 PEI32/9.5/20R PEI38/12/25 PEI43/14/28 PEI50/15/32 PEI58/14/38 PEI58/15/38 PEI58/15.5/38 PEI58/16/38 PEI64/15/50 PEI64/15/50R PEI52 PEI56
Fig C1(mm-1)
1
1.155
2
1.155
1
0.831
1
0.514
1
0.549
1
0.608
1
0.630
1
0.588
1
0.438
2
0.332
1
0.339
1
0.373
1
0.361
1
0.370
1
0.270
2
0.270
1
0.225
1
0.220
1
0.223
1
0.218
1
0.224
1
0.232
1
0.227
1
0.134
3
0.134
4
0.246
4
0.175
Core parameters
le(mm)
Ae(mm2)
16.4
14.2
16.4
14.2
21.6
26
20.3
39.5
21.7
39.5
24.3
40
25.2
40
23.5
40
26.3
60.0
26.1
78.5
26.8
79
29.3
78.5
28.3
78.5
29.24
79.0
35.1
130.0
35.1
130
43.7
194
50.4
229
59
265
67.7
310
69.1
309
71.3
307
70.3
310
69.7
519
69.7
519
61
248.3
63.7
364.5
Ve(mm3) 233 233 562 802 857 972 1008 940 1578 2049 2117 2300 2222 2308 4563 4563 8478 11542 15635 20987 21352 21889 21793 36174 36174 15146 23219
AL
Weight(g/set) LP3/LP3A
LP9/LP10
1.1
1500
2100
1.1
1500
2100
2.8
2900
4.1
3800
4800
4.5
3200
7
2800
4500
5.2
2600
3600
7
2900
4600
8.0
4000
5500
10.5
5200
6800
12.1
5200
6800
11.7
5200
6800
11.2
5000
6600
12.0
4800
6500
22.0
7350
10000
22
7350
10000
42
9250
11700
55
9250
11700
80
9300
12500
108
9970
12200
107
9700
13000
112
9700
13000
110
7200
12000
180
15400
19500
180
15400
19500
85
6500
10000
120
9000
14000
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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EI EI Cores
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Ferrite Core
E D2
A E D
A1
A
D1
Part No. EI16/14 EI18/8 EI19/16 EI22/19 EI25/19 EI28/20 EI29/21 EI29/27/21.3 EI30/27 EI33/28 EI34/29 EI40/35 EI50/42 EI60/44 EI70/56 EI118/104 EI130/80 EI160/88/28 EI160/88/54 EI188/122 EI200/147 EI200/150
EI20.4
EI22.3
EI27.7
F
B
I
C
G
F
B
C1
1
2
Fig
A
1 16.0±0.3
B 12.7±0.3
Dimensions(mm)
C
D
4.8±0.2
4.0±0.2
E 11.8min
1 18.0±0.3
6.0±0.3
10.0±0.2
4.0±0.2
14.0±0.3
1 19.0±0.3
13.55±0.3
4.85±0.25
4.85±0.25
14.0±0.3
1 22.0±0.4
15.0±0.4
5.75±0.25
5.75±0.25
16.0±0.4
1 25.1±0.4
16.25±0.4
6.75±0.25
6.5±0.3
19.1min
1 28.0±0.4
17.3±0.4
10.7±0.3
7.2±0.3
18.6min
1 28.8±0.4 1 29.1±0.4 1 30.6±0.5
17.4±0.3 21.6±0.25 21.25±0.25
10.75±0.3 21.3+0.2-0.6 10.65±0.35
7.25±0.3 10.0±0.3 10.65±0.35
19.2min 20.7±0.4 20.0min
1 33.0±0.6
23.5±0.5
12.7±0.3
9.7±0.3
23.6min
1 34.0±0.5
24.0±0.3
12.7±0.3
9.7±0.3
24.5min
1 40.0±0.6
27.25±0.3
11.65±0.35 11.65±0.35 27.2min
1 50.0±1.2
1
60.0+1.2-0.8
1 70.0±1.5
1
118.0+1.5-2.5
1
130.0+3.0-2.0
1 160.0±3.0
33.3±0.4 36.0±0.4 45.5±0.5 86.5+0.75-0.5 63.0±1.0 74.3±0.8
14.8±0.6 15.6±0.4 19.5±0.5 35.0±0.7 40.0±1.0 28.0±1.0
14.8±0.6 15.6±0.4 19.5±0.5 35.0±0.5 40.0±2.0 28.0±1.0
34.0min 43.7min 49.5min 82.0min 89.0min 129.0min
1 160.0±3.0
74.3±0.8
54.0±1.5
28.0±1.0
129.0min
1 188.0±4.0
102.0±1.0
40.0±1.0
40.0±1.0
148min
1 200.0±4.0
127.0±1.0
40.0±1.5
40.0±1.5
157.0min
1 200.0±4.0
130.0±1.0
40.0±1.5
40.0±1.5
157.0min
2 20.40±0.25(A) 6.50±0.1(B)
4.00±0.2(C) 8.30±0.2(D1)
1.50±0.15
20.65+0.5-0(A1) 2.00+0.05-0.1(B1) 4.50±0.2(C1) 6.60±0.2(D2)
2 22.2±0.25(A) 6.5±0.1(B) 22.6+0.5/-0(A1) 2.45±0.1(B1)
4.0±0.2(C) 4.9±0.1(C1)
8.3±0.2(D1) 6.4±0.2(D2)
1.5±0.15
2 27.7±0.25(A) 8.5±0.1(B) 27.9+0.5-0(A1) 3.0±0.1(B1)
4.5±0.2(C) 4.5±0.2(C1)
13.6±0.2(D1) 1.5±0.15
8.4±0.2(D2)
B1 C
F 10.8±0.2 4.0±0.2 11.3±0.3 11.0±0.2 13.25±0.25 12.8±0.2 12.8±0.2 16.6+0.3 16.5±0.3 19.0±0.5 19.2±0.3 20.25±0.25 24.8±0.4 28.0±0.3 35.5±0.5 69.0±0.5 46.3±0.8 60.3±0.8 60.3±0.8 82.0±1.0 108.5±1.5 110.0±1.5
4.00±0.15
4.0±0.15
6.0±0.15
I 2.0±0.2 2.0±0.2 2.35±0.2 4.0±0.2 2.75±0.15 3.5±0.15 3.5±0.15 5.5±0.2 5.5±0.2 5.0±0.3 5.2±0.2 7.5±0.25 9.0±0.4 8.1±0.2 10.5±0.5 17.5±0.5 17.0±0.8 14.0±0.5 14.0±0.5 20.0±0.5 20.0±1.0 20.0±1.0
0.23 REF
0.11Ref
0.17-0.23
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Ferrite Core
EI EI Cores
E D2
A E D
A1
A
D1
Part No. EI16/14 EI18/8 EI19/16 EI22/19 EI25/19 EI28/20 EI29/21 EI29/27/21.3 EI30/27 EI33/28 EI34/29 EI40/35 EI50/42 EI60/44 EI70/56 EI118/104 EI130/80 EI160/88/28 EI160/88/54 EI188/122 EI200/147 EI200/150 EI20.4 EI22.3 EI27.7
Fig 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2
C1(mm-1) 1.910 0.608 1.682 1.149 1.221 0.589 0.589 0.294 0.535 0.563 0.568 0.525 0.409 0.458 0.340 0.195 0.136 0.328 0.177 0.213 0.274 0.254 2.010 1.969 2.538
F
B
I
C
1
Core parameters
le(mm)
Ae(mm2)
35.9
18.8
24.3
40
39.2
23.3
42.5
37.0
48.6
39.8
49.6
84.2
50.1
85.1
58.8
200
58.9
110.0
67.0
119.0
68.7
121.0
77.2
147.0
94
230
110.0
240.0
132.0
388.0
238
1219
207
1517
260
793
260
1473
335
1575
407
1485
404
1589
20.8
10.35
21.56
10.95
30.2
11.9
Ve(mm3) 675 972 913 1573 1934 4176 4264 11760 6479 7973 8313 11348 21620 26400 51216 290122 314019 206180 382980 527625 604395 641956 215 236 359
G
F
B
C1
B1 C
2
AL
Weight(g/set) LP3/LP3A
LP9/LP10
3.4
1200
1500
4.8
3000
4.6
1300
1650
8.5
1950
2500
9.7
1900
2350
20.7
3800
4900
22.8
3800
4900
59
9500
33.6
3500
5100
41
3800
5100
43
3750
5050
58.8
4700
5500
115
5100
137
4700
6250
266
6500
1440
11000
1570
14000
1010
6200
2020
11500
2760
10000
14000
3000
7200
3200
7200
2.3
800
2.85
900
3.9
600
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
81
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Ferrite Core
EER ETD EC EER ETD EC Cores
D E A D E A D E A
F B
Part No. EER19/16 EER28/28 EER30/19 EER35/21/17 EER35/43 EER40/42 EER42/43 EER53/46 ETD29 ETD34 ETD35 ETD39 ETD44 ETD49 ETD49A ETD59 ETD66 EC34 EC70 EC75 EC79 EC79B EC80 EC90 EC102 EC120
Fig
A
1 19.0±0.3
1 28.55±0.55
1 30.0±0.5
2 35.3±0.5
1 35.0±0.65
1 40.15±0.65
1 42.5±0.7
1 53.2±0.8
1 29.8±0.8
1 34.2±0.8
1 35.0±0.7
1 39.3±0.8
1 44.0±1.0
1 48.7±1.1
1 48.7±1.1
1 59.8±1.3
1 66.0±1.5
3 34.5±0.8
3 70.0±1.7
4 75.0±1.5
3 79.0±1.7
5 79.0±1.7
3 80.5±1.6
3 90.0±1.8
3 102.0±2.0
3 120.0±2.0
B 8.05±0.2 14.0±0.2 9.4±0.2 20.9±0.2 21.4±0.2 21.3±0.2 21.5±0.3 23.2±0.3 16.1±0.2 17.3±0.2 20.9±0.25 21.0±0.2 22.5±0.2 24.7±0.2 26.8±0.2 31.0±0.2 35.3±0.2 17.3±0.2 34.5±0.5 30.0±0.3 42.0±0.5 42.5±0.5 42.0±0.5 45.0±0.65 58.0±0.5 50.5±0.65
F
C
B
C
1
2
Dimensions(mm)
C
D
5.1±0.2
5.1±0.2
11.4±0.25
9.9±0.25
20.3±0.3
13.3±0.25
17.1±0.3
11.3±0.3
11.4±0.35
11.3±0.25
15.0±0.2
14.0±0.25
19.8±0.4
17.15±0.25
21.4±0.3
19.9±0.3
9.4±0.2
9.4±0.2
10.8±0.3
10.8±0.3
11.3±0.4
11.3±0.4
12.7±0.3
12.7±0.3
14.8±0.4
14.8±0.4
16.4±0.5
16.3±0.4
17.1±0.5
17.0±0.4
21.65±0.45
21.65±0.45
25.4±0.5
25.4±0.5
9.5±0.3
9.5±0.3
16.4±0.5
16.4±0.5
15.0±0.5
24.0±0.5
16.4±0.5
16.4±0.5
26.4±0.5
16.4±0.5
28.0±0.8
28.0±0.8
30.0±1.0
30.0±1.0
36.0±1.0
36.0±1.0
30.0±1.0
30.0±1.0
E 14.5±0.3 21.8min 25.0min 25.8±0.3 27.0±0.6 30.7min 32.2min 38.70min 22.2min 25.6min 27.1±0.7 29.3 min 32.6min 37.0±0.9 37.2±0.9 44.7±1.1 46.6min 22.2min 44.5±1.2 54.0+2.4-0 52.8min 55.4±1.2 57.5±1.5 70.0±1.5 76.0±1.8 93.3min
F C
B
3
F 5.65±0.2 9.65±0.25 6.7±0.2 15.4±0.2 15.4±0.3 15.3±0.2 15.8±0.3 16.7±0.3 11.3±0.3 12.1±0.3 14.9±0.3 15.5±0.2 16.7±0.2 18.1±0.4 19.1±0.4 22.5±0.4 25.4±0.4 12.25±0.3 22.7±0.5 20.0+0.6-0.3 30.3±0.45 30.7±0.9 30.0±0.5 35.5±0.5 45.0±0.65 35.5±0.5
G 19.7+0.85
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Ferrite Core
EER ETD EC EER ETD EC Cores
A
B
F
4.20
R27.7 R0.50
52.9Ref
A
D
E
A
4.20 R1.0
D
E
A
55
R8.2
G
1.26
A-A(1:5)
C
8-R1.0 R7.50
Part No. EER19/16 EER28/28 EER30/19 EER35/21/17 EER35/43 EER40/42 EER42/43 EER53/46 ETD29 ETD34 ETD35 ETD39 ETD44 ETD49 ETD49A ETD59 ETD66 EC34 EC70 EC75 EC79 EC79B EC80 EC90 EC102 EC120
Fig C1(mm-1)
1
1.781
1
0.765
1
0.345
2
0.677
1
0.865
1
0.614
1
0.433
1
0.352
1
0.934
1
0.878
1
0.858
1
0.774
1
0.618
1
0.535
1
0.487
1
0.378
1
0.304
3
0.864
3
0.514
4
0.478
3
0.623
5
0.396
3
0.307
3
0.332
3
0.282
3
0.314
4
Core parameters
le(mm)
Ae(mm2)
39.9
22.4
63.6
83.1
47.2
137
86.0
126.9
92.6
107
96.4
157
97.5
225
109
310
71.7
76.8
80.5
91.7
91
106
96.8
125
105
170
114
213
116
238
139
368
156
514
75.2
87.0
144
280
155.5
325
175
281
176
445
195
635
216
651
275
975
247
786
C
Ve(mm3) 894 5285 6466 10908 9908 15135 21938 33790 5507 7382 9658 12100 17850 24282 27608 51152 80184 6542 40320 50538 49175 78320 123825 140616 268125 194142
F B
5
Weight(g/set)
4 28 33 73 51.2 79 112 178 27.6 40 51.4 64 90 124 154 260 400 33 250 250 255 434 615 665 1300 1000
LP3A 1270 2700 5900 3500 2600 3600 5000 6300 2500 2700 2600 3100 3700 4140 4500 5400 6600 2500 4800
3500 5400 8100 6400 7500 7000
AL LP9/LP10 1620 3600 8400 5000 3500 4700 6300 9000 3500 3700 3500 4100 5100 6100 6500 7800 9900 3400 6800
4700 7300 11000 8700 10500 9900
LP4 5000
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
83
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Ferrite Core
A H D E A H D E A H D E A D E
F
G
B
C
F
F
G
B
B
C
G
F
G
C
B
C
Part No. EPC10.2 EPC13 EPC17 EPC19 EPC25 EPC27 EPC30 EPC39 EPC46.5 EPC48 EPC61
Fig
A
1 10.25±0.25
2 13.3±0.3
2 17.6±0.4
2 19.1±0.5
2 25.1±0.5
2 27.1±0.5
2 30.1±0.5
3 39.0±0.5
1 46.5±0.6
3 48.0±0.6
4 61.2±0.8
1
B 4.05±0.2 6.6±0.2 8.55±0.2 9.75±0.2 12.5±0.2 16.0±0.2 17.5±0.2 25.2±0.25 22.5±0.2 27.5±0.2 30.9±0.3
2
Dimensions(mm)
C
D
E
3.4±0.15
5.1±0.1
7.6min
4.6±0.2
5.6±0.2
10.5min
6.0±0.2
7.7±0.2
14.3min
6.0±0.2
8.5±0.2
15.8min
8.0±0.2
11.5±0.2
20.6min
8.0±0.2
13.0±0.3
21.6min
8.0±0.2
15.0±0.3
23.6min
17.0±0.35 14.5±0.25
29.5min
19.6±0.3
20.8±0.4
36.7min
17.6±0.3
20.6±0.4
36.0min
13.3±0.3
28.2±0.4
46.4min
3
F 2.65±0.2 4.5±0.2 6.05±0.2 7.25±0.2 9.0±0.3 12.0±0.3 13.0±0.3 20.3±0.25 15.8±0.3 20.5±0.3 22.5±0.4
4
G 1.9±0.1 2.1±0.1 2.8±0.2 2.5±0.2 4.0±0.2 4.0±0.2 4.0±0.2 11.2±0.25 11.7±0.3 9.7±0.3 8.5±0.3
H 5.3min 8.3min 11.5min 13.7Ref 17.1min 19.0Ref 20.4Ref 25.4min 29.6min 30.0min
Part No. EPC10.2 EPC13 EPC17 EPC19 EPC25 EPC27 EPC30 EPC39 EPC46.5 EPC48 EPC61
Fig
1 2 2 2 2 2 2 3 1 3 4
AL value
C1(mm-1) 1.896 2.448 1.763 2.031 1.276 1.339 1.338 0.760 0.463 0.483 0.714
Core parameters
le(mm)
Ae(mm2)
17.8
9.39
30.6
12.5
40.2
22.8
46.1
22.7
59.2
46.4
73.1
54.6
81.6
61.0
124.5
163.9
100.0
216.0
102.5
212.0
150.0
210.0
Ve(mm3) 167 383 917 1046 2747 3991 4978 20406 21600 21730 31500
AL
Weight(g/set) LP3/LP3A
LP9/LP10
1.1
950
2.1
850
4.5
1200
1450
5.2
1050
13.2
1550
18.00
1500
23.00
1550
2700
93.50
3300
125.00
4600
105.00
4200
151.00
3300
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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Ferrite Core
EFD EFD Cores
A E D A E D A E G D
Part No. EFD10 EFD11.8 EFD12 EFD12.5 EFD13 EFD13A EFD13.5 EFD15 EFD15.3 EFD16.5 EFD20 EFD20C EFD20.6 EFD21 EFD22 EFD25 EFD28.9 EFD30A EFD30 EFD30N EFD32 EY17A
Fig
A
1 10.5±0.3
2 11.8±0.25
4 12.0±0.25
1 12.5±0.3
3 13.25±0.25
2 13.4±0.3
2 13.5±0.3
1 15.0±0.5
3 15.35±0.35
4 16.55±0.25
1 20.0±0.6
1 20.0±0.5
1 20.6±0.5
2 21.2±0.4
4 22.2±0.4
1 25.0±0.7
4 28.9±0.5
1 30.0±0.9
1 30.90±0.80
1 30.90±0.80
1 32.45±0.6
5 17.0+0.2-0.3
F B
1
B 5.2±0.2 6.05±0.2 7.7±0.2 6.2±0.2 5.8±0.2 11.2±0.2 8.0±0.2 7.5±0.2 6.5±0.2 19.4±0.2 10.0±0.3 11.5±0.2 10.0±0.2 11.8±0.3 24.2±0.2 12.5±0.3 27.8±0.2 15.0±0.3 15.30±0.20 15.30±0.20 16.15±0.2 4.25±0.15
G H C
H
F
C
B
2
Dimensions(mm)
C
D
E
2.7±0.1
4.6±0.2
7.65±0.3
4.7±0.15
4.5±0.15
8.7±0.3
3.5±0.15
3.2±0.15
9.4±0.3
3.5±0.15
5.4±0.2
9.0±0.3
3.8±0.2
6.65±0.15 10.4±0.2
4.5±0.2
5.3±0.15
9.8±0.3
3.0±0.2
6.0±0.15
10.5±0.3
4.7±0.2
5.3±0.3
11.0±0.4
3.75±0.2
7.85±0.15 12.6±0.3
4.45±0.1
5.8±0.1
11.4min
6.6±0.2
8.9±0.2
16.0±0.5
5.6±0.1
8.9±0.2
15.4±0.5
6.6±0.2
8.9±0.2
16.5min
5.9±0.2
9.4±0.2
15.8min
6.5±0.2
9.2±0.2
16.2±0.3
9.1±0.3
11.4±0.3
18.6min
6.2±0.2
14.2±0.3
20.9±0.5
9.1±0.3
14.6+0.2-0.4
22.8min
9.10±0.30
14.60±0.40 22.80min
9.10±0.30
14.60±0.40 22.80min
10.3±0.25
14.1±0.3
23.95min
8.45+0.15-0.2(C1) 6.3±0.2(D1) 12.0min
7.35±0.2(C2) 2.65±0.1(D2)
6.55±0.2(C3) 2.1±0.1(D3)
4.4+0.15-0.2(C4)
F
H
B
C
3
F 3.75±0.2 4.55±0.2 6.3±0.2 4.5±0.2 4.0±0.2 8.6±0.2 4.65±0.2 5.5±0.3 4.6±0.2 16.45+0.2-0.15 7.7±0.3 9.3±0.2 7.7±0.2 9.2±0.3 21.0±0.3 9.3±0.3 23.8±0.3 11.5±0.3 11.50±0.30 11.50±0.30 12.15±0.2 2.35±0.1
G 0.2Ref
0.2Ref
0.2Ref 11.7±0.3 0.15 0.15
0.6
0.75
H 1.5±0.2 2.9±0.1 1.5±0.1 2.0±0.2 1.7±0.1 3.0±0.1 1.5±0.1 2.4±0.2 1.6±0.1 2.45±0.15 3.7±0.2 3.6±0.15 3.7±0.15 3.3±0.2 3.7±0.2 5.2±0.3 3.4±0.2 4.9+0.1-0.3 4.90±0.30 4.90±0.30 6.0±0.25
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EFD EFD Cores
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Ferrite Core
C1.8
C1
C2
C4
1.55
C3
D
A E
H
F
C
B
1.9
D2 2.8
D1
E
D3
A
3.15
F
B
Part No. EFD10 EFD11.8 EFD12 EFD12.5 EFD13 EFD13A EFD13.5 EFD15 EFD15.3 EFD16.5 EFD20 EFD20C EFD20.6 EFD21 EFD22 EFD25 EFD28.9 EFD30A EFD30 EFD30N EFD32 EY17A
Fig C1(mm-1)
1
3.292
2
2.007
4
5.226
1
2.500
3
2.161
2
2.692
2
3.071
1
2.267
3
2.408
4
0.492
1
1.516
1
1.984
1
1.703
2
1.696
4
2.730
1
0.983
4
2.367
1
0.986
1
0.988
1
0.988
1
0.903
5
0.753
4
Core parameters
le(mm)
Ae(mm2)
23.7
7.2
Ve(mm3) 171
29.7
14.8
440
32.4
6.2
201
28.5
11.4
325
26.8
12.4
332
45.5
16.9
769
38.7 34.0 30.1 22.8 47.0 51.2 47.5 53.1 101.0
12.6
488
15.0
510
12.5
376
46.3
1056
31.0
1457
25.8
1321
27.9
1325
31.3
1662
37.0
3737
57.0 116.0 68.0 68.4 68.4 75.1 22.5
58.0
3306
49.0
5684
69.0
4692
69.2
4733
69.2
4733
83.2
6248
29.9
673.1
5
Weight(g/set)
0.9
AL LP3/LP3A LP9/LP10 LP4
500
720
2.2
900
1300
1
420
550
1.7
700
1000
1.7
850
1200
4
650
950
2.5
630
900
2.8
890
1200
2.2
950
1300
5.3
850
1220
7.2
1200
1720
7
1300
1850
7
1300
9.6
1200
1700
21
850
1000
15.6
2200
3100
29
1300
1800
24
1900
23.6
2300
3300
23.6
2300
3300
31
2500
3.9
2000
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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Ferrite Core
UU UU Cores
A
D
E
D
D
D
F
B
A
DE
A
DE
F
F
B
C
B
C
C
1
2
3
Part No. UU9.8/7/3 UU10.5/8/5 UU14/8/9
Fig
A
1 9.8±0.3
1 10.5±0.3
8 14.0±0.25
UU14/7/3 UU16/8.6/6 UU16/10/6 UU17/17/8.35 UU20/13/6 UU20/17/10 UF21/26
1 14.0±0.3 1 16.0±0.5 1 16.0±0.4 2 17.0±0.25 1 19.7±0.3 2 20.0-0.5 5 20.6±0.5
UU23.4/19.8/17.5 2
UU24/16/10
2
UU25.4/16/6
1
UU25/16/12.7 1
UU26/14/10
1
UU27/8/27
9
UU30/13/6
1
UU33/14/7
1
UU34/12.5/25 1
UF34/39
4
UU35/14/10
2
UU38/21/10
1
UU39/12/25
1
UU40/10/76
1
UU48/26/25
1
UU56/12.2/25 6
23.37±0.4 24.0±0.3 25.5±0.3 25.4±0.5 26.0±0.4 26.85±0.3 30.0±0.5 33.0±0.5 34.0±0.5 33.7±0.6 35.0±0.6 37.5±0.5 39.3±0.5 40.0±0.6 48.0±0.6 56.0±1.0
UU59/47/30 UU65/64/40 UU66/55/40
2 59.0±1.0 1 65.0±1.5 1 66.0±1.5
B 7.1±0.2 7.9±0.2 8.0±0.2
7.1±0.2 8.6±0.2 10.0±0.2 17.0±0.3 13.0±0.2 17.0+0.3 6.45min
19.81±0.3 15.9±0.2 16.25±0.25 16.0±0.2 14.0±0.2 8.15±0.2 12.7±0.2 13.8±0.2 12.5±0.2 19.6±0.2 14.0±0.2 21.25±0.25 12.5±0.2 10.55±0.2 26.0±0.5 12.2±0.2
47.0±0.5 63.5±1.0 55.0±1.0
Dimensions(mm)
C
D
E
2.7±0.2
2.8Ref
4.1min
5.0±0.3
2.5Ref
5.2min
9.0±0.3(C1)
4.0±0.2
6.6±0.3(C2)
3.0±0.1
3.0+0.1-0.15
8.0+0.2-0.15
6.0±0.3
4.50Ref
6.7min
6.0±0.2
4.57Ref
6.7min
8.35±0.15
4.5±0.2
6.0±0.2
6.1Ref
7.5min
10.0-0.5
5Ref
10.0+0.5
7.05±0.2 9.85±0.25
9.85±0.2
4.0±0.15(D1)
17.45±0.35 8.89±0.3
5.59Ref
10.0±0.25 7.5Ref
9.0min
6.25+0.10.4
6.45Ref
12.5min
12.7±0.3 6.45Ref
12.4min
10.0±0.3 6.0±0.3
14.0Ref
26.85±0.3 7.5Ref
17.1min
6.25±0.15 6.25Ref
17.3min
7.25±0.2 7.3Ref
18.0min
25.0±0.4 8.3Ref
17.4±0.5
12.7±0.3 8.8±0.3
8.3±0.3
10.0±0.3 5.0±0.25
25.0±0.25
9.6±0.4
4.75Ref
27.5min
25.5±0.4 8.3Ref
22.2min
76.0±1.0
21.5min
25.0±0.4
16.0+0.6-0.4
25.0±0.5 16.0±0.5(D1) 31.5min
8.0±0.5(D2)
30.0±0.5 16.0Ref
26.0min
40.0±0.5 20.0±0.5
24.4min
39.6±0.6 19.5±0.5
25.0min
F
G
H
4.25±0.2
5.25±0.2
5.4±0.2
6.9±0.15
4.1±0.2 4.6±0.2 6.0±0.2 11.0±0.2 7.0±0.2 12.0+0.5 12.85±0.2
10.92±0.3 8.4±0.2 10.6+0.4 9.7±0.3 9.0±0.2 5.15±0.2 6.2+0.4 6.2+0.4 4.2±0.2 11.3±0.3 9.0±0.3 16.6+0.4 4.2±0.2 1.5±0.2
14.0±0.2 0.5+0.2 12.7±0.25
10.0±0.4 7.2+0.4-0.2 31.0±0.5 43.0±0.7 36.5±1.0
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UU UU Cores
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Ferrite Core
D1
A
E
B
A
GE G
D
C
4
F
A CB
5
D1
E
D
F
F B
C
6
D2
Part No.
Fig
UU9.8/7/3
1
UU10.5/8/5
1
UU14/8/9
8
UU14/7/3
1
UU16/8.6/6
1
UU16/10/6
1
UU17/17/8.35 2
UU20/13/6
1
UU20/17/10
2
UF21/26
5
UU23.4/19.8/17.5 2
UU24/16/10
2
UU25.4/16/6
1
UU25/16/12.7 1
UU26/14/10
1
UU27/8/27
9
UU30/13/6
1
UU33/14/7
1
UU34/12.5/25 1
UF34/39
4
UU35/14/10
2
UU38/21/10
1
UU39/12/25
1
UU40/10/76
1
UU48/26/25
1
UU56/12.2/25 6
UU59/47/30
2
UU65/64/40
1
UU66/55/40
1
Core parameters C1(mm-1) le(mm) Ae(mm2) Ve(mm3)
4.500
34.2
7.6
260
3.208
40.1
12.5
501
1.186
38.18 32.18 1229
4.648
41.83 9
376
1.753
45.4
25.9
1176
1.969
51
25.9
1321
1.479
72.23 48.85 3528
1.703
62
36.4
2257
1.736
84
48.4
4066
2.371
67.8
28.6
1939
0.534
82.79 155.1 12841
1.011
75.8
75
5685
2.338
87.2
37.3
3253
1.038
84.2
81.1
6829
1.474
80.8
54.8
4428
0.711
65.14 91.68 5972
2.056
80.4
39.1
3144
1.596
85.7
53.7
4602
0.374
77.8
208.0 16182
0.873
94.77 108.58 10290
2.040
102.0 50.0
5100
2.974
138
46.4
6403
0.420
89
212
18868
0.114
76.5
671
51332
0.311
124.9 402
50210
0.814
131.2 161.1 21136
0.475
228
480
109440
0.355
286
806
230516
0.343
260
759
197340
Weight(g/set) HP1 HP2
1.3
1180
2.5
1550
6.3
1.9
5.9
2400
6.9
2780
17.8
11.5
20.0
9.9
65.0
28.5
16.5
2500
34.5
5000
22.5
3800
30.5
16.1
2800
23.8
3000
82.0
53.0
26.0
3150
33.2
1300
97
262.0
263.0
108.0
545.0
1170
960
AL LP4 LP3/LP3A LP9/LP10
1750 480
1100 2000 1100 1650 900
1700 1020 2290 1620 3400 1160 1500 6500 2900 1170 900 6000
7000
2200 5000 6400 6000
1450
9000 1230 2770 1950 1400 1810 7700 1420 980 7800 23200
7800 8100
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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Ferrite Core
UU UU Cores
B E
R0.4
R0.4
D
Part No. UU73/34/28 UU7714 UU80/57/31.5 UU80/60/40 UU80/65/30 UU80/65/40 UU80/74/40 UU80/85/40 UU82/45/14 UU92/77/28 UU92/78/27.8 UU92/79/28 UU93/45/30 UU93/76/30 UU93/79/28 UU95/45/40 UU95/85/40 UU96/77/30 UU96/79/30 UU97/81.5/32 UU100/57/25 UU100/75/30 UU100/76/30 UU105/95/40 UU110/95/40 UU114/78/38 UU120/70/30 UU120/72/40 UU120/80/20 UU120/80/40 UU120/100/40
Fig
A
1 72.8±1.5
7 77.0±1.1
2 80.0+2.0-1.0 1 80.0+3.0-2.0 2 80.0+2.0-1.0 1 80.0+3.0-2.0 1 80.0+3.0-2.0 1 80.0+3.0-2.0 1 82.0+3.0-2.0
1 92.0±1.0
1 92.0+1.0
1 92.0±1.0
1 93.0±2.0
1 93.0±2.0
1 93.0±2.0
1 95.0+3.0-2.0 1 95.0+3.0-2.0
1 96.0±2.0
1 96.0±2.0
1 97.0±1.5
1 101.6±2.5
1 100.0±3.0
1 100.0±1.8
1 105.0±2.5
1 110.0±2.5
3 114.0±2.5
1 120.0±2.0
1 120±3.0
1 120.0±3.0
1 120.0±3.0
1 120.0±3.0
B 33.7±1.0 17.0±0.4 57.0±0.5 60.0±1.0 65.0±1.0 65.0±1.0 73.5±1.0 85.0±1.0 45.0±0.8 77.0±1.0 781.0 79.0+1.0-0.5 45.0±0.5 76.0±0.5 79.0±1.0 45.0±1.0 85.0±1.0 77.0±1.0 79.0±1.0 81.5±1.0 57.1±0.5 75.5±1.0 76.0±1.0 95.0±1.0 95.0±1.0 77.5±1.0 70.0±1.0 72.0±1.0 79.2±1.0 80.0±1.0 100.0±1.0
93°
4 5 1
A
F
4.5
A
C1
E
C2
B F
C
0.3*45° D
0.3*45°
7
8
Dimensions(mm)
C
D
E
27.9±0.5
13.8±0.5
45.0min
14.5±0.4
14.5±0.4
1.7±0.3
31.5±0.5
21.5±0.5
37.0Ref
40.0max
20.0Ref
40.0min
30.0±0.5
21.5±0.5
37.0Ref
40.0max
20.0Ref
40.0min
40.0±1.0
20.0Ref
40.0min
40.0±1.0
20.0±0.5
40.0min
14.0±0.5
13.9Ref
53.0min
28.0±0.5
28.0±1.0
35.5min
27.8+0.4-0.7
28.0Ref
35.5min
28.0±0.5
28.0±1.0
35.5min
30.0±0.5
28.0Ref
34.6min
30.0±0.5
28Ref
34.6min
28.0±1.0
28.0±0.5
34.6min
40.0±1.0
20.0Ref
54.5min
40.0±1.0
20.0Ref
54.5min
30.0±0.5
30.0±0.5
36Ref
30.0±0.5
30.0±0.5
34.0min
32.0±0.8
30.0Ref
36.5min
25.4±0.8
25.4±0.8
50.8±2.0
30.0±1.0
30.0±1.0
37.5min
30.0±0.6
30.0±1.0
37.5min
40.0±1.0
30.0±1.0
45.0Ref
40.0±1.0
30.0±1.0
50.0±1.5
37.5±1.0
30.0±0.5
54.0±1.5
30.0±1.0
29.8±0.8
59.5min
40.0±1.5
30.0±0.5
59.0min
20.0±0.5
29.8±0.4
59.0min
40.0±1.5
30.0±0.5
59.0min
40.0±1.5
30.0±0.5
59.0min
1±0.2 B
1±0.2
H
H
1×45° 1×45° G
6 G
A
6
R1 A
G
C
(1.9) 0.1 0.1
45° 45°
R2
B F
B 51
E A
9
F
G
H
19.7±0.7
2.5±0.3
35.0±0.5
45.0±1.0
43.0±1.0
45.0±1.0
53.5±1.0
65.0±1.0
31.0±0.8
47.0±0.5
48.25+1.0
48.5min
17.0±0.7
48.0±0.9
49.5±1.0
25.0±0.5
65.0±0.5
47.0±0.5
49.0±0.5
51.5±1.0
31.7±0.75
45.0±0.75
45.0±0.75
65.0+1.5
65.0±1.0
48.0±1.0
40.0±1.0
42.5±1.0
49.7±1.0
50.5±1.0
70.2±1.5
89
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0.3 1
UU UU Cores
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Ferrite Core
D1
A
E
B
A
GE G
D
C
4
F
A CB
5
D1
E
D
F
F B
C
6
D2
Part No. UU73/34/28 UU7714 UU80/57/31.5 UU80/60/40 UU80/65/30 UU80/65/40 UU80/74/40 UU80/85/40 UU82/45/14 UU92/77/28 UU92/78/27.8 UU92/79/28 UU93/45/30 UU93/76/30 UU93/79/28 UU95/45/40 UU95/85/40 UU96/77/30 UU96/79/30 UU97/81.5/32 UU100/57/25 UU100/75/30 UU100/76/30 UU105/95/40 UU110/95/40 UU114/78/38 UU120/70/30 UU120/72/40 UU120/80/20 UU120/80/40 UU120/100/40
Fig 1 7 2 1 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 3 1 1 1 1 1
AL value
Core parameters
C1(mm-1) le(mm) Ae(mm2) Ve(mm3) Weight(g/set) HP1 HP2
0.548
212
387
82044
410
0.719
151
210
31710
174.0
8000
0.413
284
688
195392
985.0
0.446
315
707
222705
1150.0
0.485
314
647
203158
1050
0.443
355
801
284355
1450.0
0.437
350
801
280350
1450.0
0.543
435
801
348435
1780
1.375
275
200
55000
285
0.438
348.3 795.8 277177
1400.0
0.403
360
894
321840
1610.0
0.403
360
894
321840
1610.0
0.266
231
869
200739
1010.0
0.409
355
869
308495
1490
0.454
362
797
288514
1450
0.339
270
796
214920
1363.0
0.540
430
796
342280
1660
0.394
352
894
314688
1560.0
0.403
360
894
321840
1610
0.390
374.3 960
359328
1844
0.478
308
645
198660
995
0.386
354
917
324618
1620
0.386
354
917
324618
1650.0
0.376
443
1179 522297
2765
0.320
466
1456 678496
3500
0.352
387
1100 425700
2160
0.416
374
900
336600
1700
0.323
389
1205 468745
2340.0
0.693
414
597.8 247489
1210.0
0.351
421
1200 505200
2600
0.414
503
1216 611648
2980.0
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
AL LP4 LP3/LP3A LP9/LP10
4400
5100
5800 5200 4800 5400 5500 4400 1900 4000 4500 4500
5500 5000 7000
5700
5100 2200
13300 6800 6100
4600 5600 5500 5600 5000 6500 6060
5100 6900 5800
6300
7400 6900
5700 7500 3400 6900
5600
Tolerance:±25%
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90
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Ferrite Core
UU UU Cores
A
D
E
D
D
D
F
B
A
DE
A
DE
F
B
C
1
F
B
C
2
Part No. Fig
A
UU120/118/40 1 120.0±3.0
UU120/155/20 1 120.0±3.0
UU126/91/25
2 126.0±3.0
UU126/106/25 2 126.0±3.0
UU140/68.5/25 UU140/95/39
1 140.0+5.0-1.0 1 140.0+5.0-2.0
UU160/120/40 1 161.0±3.0
UU160/125/20 1 162.0±3.0
UU160/160/40 1 161.0±3.0
B 117.5±1.0 155.0±1.0 90.0±1.0 106.0+1.0-0.5 68.5+2.0 95.0+2.0 120.0±1.0 125.0±1.0 160.0±1.0
Dimensions(mm)
C
D
E
40.0±1.5
30.0±0.5
59.0min
20.0±0.6
30.0±0.5
59.0min
25.0±0.8
28.0Ref
70.0±2.0
25.0±0.8
28.0Ref
70.0±2.0
25.0±1.0
40.0±1.0
60.0min
39.0±1.5
40.0±1.0
60.0min
40.0±1.0
40.0±1.0
78.0min
20.0±1.0
50.5±0.5
60.0min
40.0±1.0
40Ref
78.0min
F 87.5±1.5 126.0±1.0 63.0±2.0 78.0±1.5 30.0+2.0 56.5+1.2 80.0±1.5 75.0±1.5 120.0±1.5
C
3
G
H
Part No.
Core parameters
AL
Fig C1(mm-1) le(mm) Ae(mm2) Ve(mm3) Weight(g/set) HP1 HP2 LP4 LP3/LP3A LP9/LP10
UU120/118/40 1
0.470
564
1200 676800
3295
4800
UU120/155/20 1
1.203
718
597
428646
2100.0
2100
UU126/91/25
2
0.693
480.0
693
332640
1675
3500
UU126/106/25 2
0.779
540
693
374220
1900.0
3100
UU140/68.5/25 1
0.379
371.3
980
363874
1826.0
6300
UU140/95/39
1
0.321
497
1548 769356
3850
7000
UU160/120/40 1
0.379
597
1577 941469
4710.0
5800
UU160/125/20 1
0.574
578
1007 582046
2960.0
3900
UU160/160/40 1
0.471
765
1624 1242360
6220.0
4800
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
91
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UI CI UI CI Cores
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Ferrite Core
B
F
I
F B
I
C
1
D
E
D
A
G
DA
D
A
FI
C
B
2
E H A
3
C GF
BI
A
A
C
E
4
Part No. Fig
A
B
Dimensions(mm)
C
D
E
F
G
H
I
J
UI7.08 UI7.83
3 7.08±0.12 4.25±0.15 3 7.83±0.12 4.2±0.15
10.0±0.15 10.1±0.15
7.08±0.12 2.3±0.1 0.3±0.1 7.83±0.12 2.5±0.1 0.3±0.1
0.9±0.07 2.0±0.1 2.4±0.1 0.85±0.07 1.85±0.1 2.5±0.1
10.0±0.15 10.1±0.15
UI9/7
6 9.0±0.15 1.9±0.15B1) 7.0±0.1(C1=C2) 2.0±0.1
0.5±0.1F1)
1.4±0.15B2)
0.15±0.1F2)
UI9.2
4 9.2±0.15 3.75±0.15
10.1±0.15
3.5±0.1 0.9±0.1
2.85±0.07
UI10/9
6 8.8±0.15 1.6±0.15(B1) 10.5±0.15(C1) 2.0±0.1
0.15±0.1(F1)
1.6±0.15(B2) 9.7±0.15(C2)
0.3±0.1(F2)
UI20/31
1 20.0±0.3 25.3±0.3
9.7±0.3
5.0Ref
10.0min 20.8±0.3
4.75±0.25
UI25/22
2 25.0±0.3 16.0-0.4
6.0±0.3
6.0Ref
12.7min 10.0±0.2
32.0±0.3
6.1±0.1
UI25.4/23 1 25.5±0.4 16.25+0.4
6.25±0.3
6.45Ref 12.4min 10.2±0.2
6.25±0.1
UI32/30
2 32.0±0.5 22.15±0.2
9.7±0.3
7.7Ref
16.4min 14.55±0.2 33.4±0.4
8.2±0.1
UI39/33
2 39.0±0.5 20.0±0.2
13.0±0.3
12.5Ref 13.6min 11.0±0.2
39.5±0.4
13.0±0.1
UI93/103 1 93.0±2.0 76.0±0.6
30.0±0.5
28Ref
34.6min 48.0±0.9
27.5±0.5
UI101/82 1 101.6±2.5 57.1±0.6
25.4±0.8
25.4±0.8 50.8±2.0 31.7±0.75
25.4±0.8
UI120/108 1 120±3.0 80.0±1.0
40.0±1.5
30.0±0.5 59.0min 50.5±1.0
28.5±1.0
U126/91/30+I63JT5 126.0±3.0 91.0±1.0
30.0±1.0
28.0Ref 70.0±2.0 63.0±1.0
63.0±1.0 30.0±1.0 14.0±0.5(K)
CI26.5/1.75 7 26.6±0.4 3.05±0.1
9.35±0.25C 22.8min
1.85±0.2
8.0+0.17/-0.25 1.75
6.4±0.2C1)
Part No.
Core parameters
Fig C1(mm-1) le(mm)
Ae(mm2)
Ve(mm3) Weight(g/set)
HP2
UI7.08
3
0.609
14.0
23.0
322
1.7
UI7.83
3
0.593
16.6
28.0
465
2.3
UI9/7
6
1.506
16.3
10.8
175
0.9
UI9.2
4
0.622
17.7
28.4
502
2.6
UI10/9
6
0.935
15.7
16.8
264
1.4
UI20/31
1
1.675
76.7
45.8
3513
18.5
3400
UI25/22
2
1.797
64.7
36.0
2329
12.4
3150
UI25.4/23
1
1.653
64.3
38.9
2501
13.2
3450
UI32/30
2
1.420
86.9
61.2
5318
27.0
4000
UI39/33
2
0.606
83.5
137.7
11498
62.0
9300
UI93/103
1
0.307
258
840
216720
1120.0
UI101/82
1
0.380
245
645
158025
800.0
UI120/108
1
0.263
320
1216
389120
1838.0
U126/91/30+I63JT 5
0.693
480
693
332640
1700.0
CI26.5/1.75
7
AL value
Unit:nH/N2
4.9 Measuring conditions:10kHz,0.1V,25
AL
LP3
LP9/LP10
2000 1700
8100 6400 9100
Tolerance:±25%
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92
GE C A
G E A C E G E A A
GE B
C F B F
F C
B HE
A B
F G C
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Ferrite Core
UR UR Cores
B
F
B
F D
D
C
D
B
D
F
A C
B F
F B
D
H C
Part No. UR10.5 UR14.8 UR15 UR16.5 UR18.5 UR55
1
Fig
A
3 9.4±0.2
3 14.8±0.3
2 15.0±0.4
4 16.5±0.4
1 18.5±0.4
5 55.0±1.0
B 4.7±0.15 5.0±0.15 6.9±0.25 7.0±0.2 11.2±0.3 37.5±0.25
2
3
Dimensions(mm)
C
D
E
10.5±0.2
4.0±0.15
8.0±0.15
11.9±0.2
6.0±0.2
9.0±0.2
11.7±0.3
7.1±0.2
4.6min
11.7±0.3
7.1±0.2
5.9Ref
7.0±0.25
10.0±0.3
7.2min
36.0±0.7
23.5±0.45
19.6min
4
F 1.9±0.15 1.5±0.15 3.85±0.2 4.0±0.2 7.0±0.25 25.5±0.4
5
G
H
3.0Ref 1.0±0.2 4.0Ref 12.0±0.25
4.8±0.2
Part No.
Fig
UR10.5
3
UR14.8
3
UR15
2
UR16.5
4
UR18.5
1
UR55
5
AL value
Core parameters
C1(mm-1) le(mm)
Ae(mm2) Ve(mm3) Weight(g/set)
AL
LP3A
LP9/LP10
0.940
24.9
26.5
660
3.5
2600
0.645
27.4
42.5
1165
6
2400
1.176
37.4
31.8
1189
6
1600
1.092
40.4
37
1495
7.5
1700
1.466
57.9
39.5
2287
11
1500
0.494
213.4
432
92189
465
5750
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
UY UY Cores
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Ferrite Core
C
C
A
G
H
G
A
E
D
E A
D
D
E
D
G D
F
C
B
G
C B
F
R
D
E
A
A E
D
1
2
3
4
Part No. UY44/23/11 UY44 UYT52 UR55 UY64 UY68 UY80 UY82
Fig
A
5 44.0±1.0
2 44.0±1.0
6 52.0±1.0
4 55.0±1.0
3 64.0±1.0
1 68.5±1.5
5 80.0±1.5
1 81.7±1.0
B 22.5±0.5 24.0±0.5 40.0±0.5 37.5±0.25 39.8±0.3 33.0±0.3 50.0±0.4 51.3±0.4
Dimensions(mm)
C
D
E
11.0±0.4
11.0+0/-0.6 22.0min
10.7±0.3
11.0±0.4
22.0min
32.0±0.5
4.0Ref
19.4min
36.0±0.7
23.5±0.45
20.0±
23.8±0.6
20.0±0.6
24.2Ref
17.0±0.4
17.0±0.4
34.3min
28.0±0.8
22.8min
14.8±0.25 16.0±0.3
51.0min
5
6
F 14.5+0.8-0.2 16.0±0.3 26.0±0.3 25.5±0.4 27.0±0.4 19.3±0.3 28.0±0.5 37.5±0.3
G
H
3.5+0.4-0.3
4.4Ref 4.8±0.2 9.0±0.5 64Ref 4.8±0.3 75.5Ref
12.0±0.25 4.0±0.4
Part No. UY44/23/11 UY44 UYT52 UR55 UY64 UY68 UY80 UY82
Fig
5 2 6 4 3 1 5 1
AL value
Core parameters
C1(mm-1) le(mm)
Ae(mm2) Ve(mm3) Weight(g/set)
AL
LP3A
LP9/LP10
1.684
133
79
10507
54
1500
1.562
139
89
12371
62
1600
0.422
190.8
452
86242
430
5000
0.493
213
432
92016
465
5800
0.715
206
288
59328
297
3500
0.921
197
214
42158
206
2700
0.437
261
597.6
155974
780
5800
1.641
297
181
53757
270
1500
1900
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
93
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94
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Ferrite Core
DT DT Cores
D B
R0.R20.2 45°
A D A D
45°
R1.35 R4.64
Part No. DT20 DT23 DT26 DT28 DT29 DT78 DT100 DT135 DT150
Fig
1 2 1 3 1 1 1 1 2
A 20.0±0.4 23.0±0.3 25.7±0.3 28.0±0.3 28.3±0.4 78.0±1.5 100.0±2.5 135.0±3.0 150.0±4.0
E
B
C
E
B
C
1
2
Dimensions(mm)
B
C
16.1±0.3
6.1±0.3
16.0±0.25
7.0±0.25
19.6±0.3
13.3±0.25
8.2±0.25
1.9±0.15
19.3±0.4
9.4±0.3
35.0±1.0
14.0±0.4
65.5±1.5
17.0±1.0
35.0±1.5
10.0±0.8
130.0±2.5
40.0±3.0
D 13.8±0.3 15.6min 17.3±0.3 2.7±0.2 20.6±0.4 66.0±1.5 72.0±1.0 123.0±3.0 70.0±2.0
E
0.05
A
C 0.2
P
P(5:1)
3
E 9.8±0.3 8.6min 10.9±0.25 22.5±0.3 11.1±0.4 23.0±1.0 40.0±1.0 23.0±1.5 50.0±3.0
Part No. DT20 DT23 DT26 DT28 DT29 DT78 DT100 DT135 DT150
Fig 1 2 1 3 1 1 1 1 2
AL value
Core parameters
C1(mm-1) le(mm)
Ae(mm2)
2.383
48.68
20.43
2.401
60.51
25.2
1.030
57.7
56.2
6.926
47.1
6.8
1.570
65.6
41.8
2.108
177.1
84
0.812
234
288
4.883
293
60
0.223
366
1640
Ve(mm3) Weight(g/pcs) HP1
995
4.4
1525
7.5
3243
16
5000
320
1.6
2742
15
3000
14876
72
67392
220
17580
83.2
600240
2500
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
AL HP2 HP3 LP3/LP3A 3450
1200
6000 5000
2200
2700
2600 10000
Tolerance:±25%
95
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Ring Cores
WWW.NCD.COM.CN
Ferrite Core
A B 25.5
D 1.50
B A
Part No. H9/5/4 H9.3/6/4 H10/6/5 H12/6/4 H12.5/7.5/5 H12.7/7.1/4.7 H12.7/7.9/6.4 H12.7/7.92/4.5 H13/7/5 H13.3/7.4/3.6 H13.9/7.57/6.9 H14/8/7 H14/9/5 H14.9/10.3/5.4 H16/9/5 H16/9.6/5 H16/10/6 H16/12/8 H17/9.6/6.3 H17/10.1/6.7 H18/8/5 H18/10/7 H18/12/8 H19/13/11 H19/13.5/7 H20/9.8/7 H20/10/10 H20/12/10 H20/14/8 H22/14/8
Fig 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
A 9.0±0.3 9.3±0.3 10.0±0.4 12.0±0.4 12.5±0.4 12.7±0.4 12.7+0.2/-0.3 12.7±0.4 13.0±0.4 13.3±0.4 13.9±0.4 14.0±0.4 14.0±0.4 14.9±0.4 16.0±0.4 16.0±0.4 16.0±0.4 16.0±0.4 17.0±0.4 17.0±0.4 18.0±0.4 18.0±0.5 18.0±0.4 19.0±0.4 18.9±0.4 20.0±0.4 20.0±0.4 20.0±0.4 20.0±0.4 22.0±0.5
C
1
Dimensions(mm) B
5.0±0.3 6.0±0.3 6.0±0.3 6.0±0.3 7.5±0.3 7.1±0.3 7.9±0.3 7.92±0.3 7.0±0.3 7.4±0.3 7.57±0.4 8.0±0.4 9.0±0.4 10.3±0.4 9.0±0.4 9.6±0.4 10.0±0.4 12.0±0.4 9.6±0.4 10.1±0.4 8.0±0.4 10.0±0.5 12.0±0.4 13.0±0.3 13.7±0.4 10.0±0.4 10.0±0.4 12.0±0.4 14.0±0.4 14.0±0.4
2
C 4.0±0.3 4.0±0.3 5.0±0.3 4.0±0.3 5.0±0.3 4.7±0.3 6.4+0.2/-0.3 4.5±0.3 5.0±0.3 3.6±0.3 6.9±0.3 7.0±0.3 5.0±0.3 5.4±0.3 5.0±0.3 5.0±0.3 6.0±0.3 8.0±0.3 6.3±0.3 6.7±0.3 5.0±0.4 7.0±0.4 8.0±0.3 11.0±0.3 7.0±0.4 7.0±0.3 10.0±0.4 10.0±0.4 8.0±0.3 8.0±0.4
C
D
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Ferrite Core
Ring Cores
A B 25.5
B A
1
Part No.
Core parameters
Fig C1(mm-1) le(mm) Ae(mm2) Ve(mm3)
H9/5/4
1
2.667
20.80 7.8
162
H9.3/6/4
1
3.585
23.30 6.5
151
H10/6/5
1
2.459
24.10 9.8
236
H12/6/4
1
2.270
26.10 11.5
300
H12.5/7.5/5 1
2.467
30.10 12.2
367
H12.7/7.1/4.7 1
2.297
29.40 12.8
376
H12.7/7.9/6.4 1
2.094
31.20 14.9
465
H12.7/7.92/4.5 1
2.943
31.20 10.6
331
H13/7/5
1
2.034
29.50 14.5
428
H13.3/7.4/3.6 1
2.981
30.70 10.3
316
H13.9/7.57/6.9 1
1.495
31.70 21.2
672
H14/8/7
1
1.600
32.80 20.5
672
H14/9/5
1
2.846
35.00 12.3
431
H14.9/10.3/5.4 1
3.146
38.70 12.3
476
H16/9/5
1
2.188
37.20 17.0
632
H16/9.6/5
1
2.461
38.51 15.7
603
H16/10/6
1
2.226
39.40 17.7
697
H16/12/8
1
2.730
43.40 15.9
690
H17/9.6/6.3 1
1.744
39.60 22.7
899
H17/10.1/6.7 1
1.801
40.70 22.6
920
H18/8/5
1
1.549
36.70 23.7
870
H18/10/7
1
1.527
41.54 27.2
1130
H18/12/8
1
1.937
45.85 23.7
1085
H19/13/11 1
1.506
49.08 32.6
1600
H19/13.5/7 1
2.790
50.33 18.0
908
H20/9.8/7
1
1.259
43.06 34.2
1473
H20/10/10 1
0.906
43.50 48.0
2088
H20/12/10 1
1.230
48.15 39.2
1885
H20/14/8
1
2.202
52.30 23.8
1242
H22/14/8
1
1.737
54.70 31.5
1723
C
Weight(g/pcs) HP1
0.9
2350
0.8
1750
1.2
2550
1.6
2750
1.8
2550
1.9
2500
2.4
1.7
2100
2.3
3050
1.7
2100
3.5
4150
3.5
3900
2.1
2200
2.4
1990
3.3
2850
3.1
2550
3.4
2800
3.2
2300
4.7
3600
4.8
3450
4.8
4050
6.0
4100
5.4
8.0
4150
4.4
2250
7.8
4950
11.2
6900
9.5
5100
6.5
2800
8.8
3600
HP2 3290 2450 3550 3800 3570 3550
2950 4300 2950 5850 5450 3090 2780 4020 3550 3950 3200 5040 4850 6750 5750
5840 3150 6800 9700 7250
5060
2
AL HP3 LP3/LP3A
4700
1080
3500
800
5100
1170
5500
1250
5100
1170
5100
1170
1560
4200
970
6150
1400
4210
950
8350
1900
7830
1800
4400
1000
3990
910
5750
1320
5100
1150
5600
1280
4600
1050
7200
1650
6950
1600
8100
1850
8220
1890
6400
8340
1910
4500
1030
9700
2280
13800 3150
10200 2330
7200
1650
C
LP5 LP9/LP10 610 1400 450 1050 660 1500 720 1650 660 1500 660 1500
550 800 540 1090 1010 570 510 740 660 730 590 930 900 1050 1060
1250 1850 1250 2500 2340 1320 1180 1720 1530 1690 1380 2150 2090 2400 2450
1080 580 1290 1800 1300
2500 1350 2980 4150 3040
940 2350
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
97
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D 1.50
D 1.50
Ring Cores
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Ferrite Core
A B 25.5
B A
Part No. H22.1/13.7/13 H23/12/7 H25/15/10 H25.2/19.7/9.9 H25.3/14.8/10 H26/14/15 H27.5/15/20 H28/4.8/25 H28/12.5/9 H28/16/16 H28/19/12 H28.8/21.2/9.2 H29/10.6/6 H29/19/15.2 H31/18/14 H31/19/13 H31/20/15 H32/12.5/7.5 H32.5/10.6/7 H34/20.5/12.5 H35/18.3/15 H36/23/15 H37/22/15 H38/19/13 H38/19.5/12.7 H38/19.8/12.7 H38/22/14 H38/25.4/16 H39/20/13 H39/26.1/14.7
Fig 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
A 22.1±0.4 22.85±0.4 25.0±0.6 25.2±0.4 25.3±0.7 26.0±0.6 27.5±0.5 28.0±0.5 28.0±0.8 28.0±0.8 28.0±0.8 28.8±0.5 29.0±0.8 29.0±0.8 31.0±1.0 31.0±1.0 31.0±1.0 32.0±1.0 32.5±1.0 34.0±1.0 35.0±1.0 36.0±1.0 37.0±0.6 38.0±1.0 38.0±0.7 38.5±0.5 38.0±1.0 38.0±1.0 39.0±0.8 39.0±0.8
C
1
Dimensions(mm) B
13.7±0.3 12.0±0.4 15.0±0.5 19.7±0.3 14.8±0.5 14.5±0.5 15.1±0.4 4.8±0.3 12.5±0.6 16.0±0.6 19.0±0.6 21.2±0.5 10.6±0.6 19.0±0.6 18.0±0.8 19.0±0.8 20.0±0.8 12.5±0.8 10.6±0.8 20.5±0.8 18.3±0.8 23.0±0.8 22.0±0.5 19.0±0.8 19.1±0.6 19.8±0.5 22.0±0.8 25.4±0.8 20.0±0.6 26.1±0.6
2
C 13.0±0.3 7.1±0.3 10.0±0.4 9.9±0.3 10.0±0.2 15.0±0.5 20.0±0.6 25.0±0.8 9.0±0.4 16.0±0.5 12.0±0.5 9.2±0.3 6.0±0.4 15.2±0.4 14.0±0.4 13.0±0.5 15.0±0.4 7.5±0.4 7.0±0.4 12.5±0.4 15.0±0.4 15.0±0.4 15.0±0.4 13.0±0.4 12.7±0.3 12.7±0.3 14.0±0.4 16.0±0.5 13.0±0.5 14.7±0.4
C
D
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Ferrite Core
Ring Cores
A B 25.5
B
A
C
1
C 2
Part No.
Core parameters
Fig C1(mm-1) le(mm) Ae(mm2) Ve(mm3)
H22.1/13.7/13 1
1.007
54.00 53.6
2894
Weight(g/pcs) HP1
15.0
HP2
AL HP3 LP3/LP3A
12150
LP5 LP9/LP10
H23/12/7
1
1.371
51.00 37.2
1897
10.0
4850
H25/15/10 1
1.230
60.18 48.9
2944
15.0
5100 7150 10200 2340
1320 3350
H25.2/19.7/9.9 1
2.578
69.80 27.1
1890
9.5
4400
H25.3/14.8/10 1
1.230
60.18 48.9
2945
15.0
4600
H26/14/15 1
0.692
59.40 85.8
5097
25.0
8800 12300 17500 4050
2350 5950
H27.5/15/20 1
0.526
63.10 120.0
7572
38.0
11200
H28/4.8/25 1
0.142
32.20 226.0
7277
72.9
20000
H28/12.5/9 1
0.866
57.20 66.1
3780
21.0
6800 9700 13700 3340
1880 4400
H28/16/16 1
0.702
65.60 93.5
6134
31.7
8400 12000 17000 4120
2320 5350
H28/19/12 1
1.351
72.00 53.3
3838
19.3
4350 6200 8800
2130
1200 2790
H28.8/21.2/9.2 1
2.228
77.30 34.7
2682
13.5
5100
H29/10.6/6 1
1.040
52.80 50.8
2680
13.5
5650 8050 11450 2750
1570 3600
H29/19/15.2 1
0.978
73.17 74.9
5477
27.5
6000 8600 12200 2950
1670 3850
H31/18/14 1
0.826
73.30 88.8
6507
32.6
7150 10200 14450 3500
1970 4550
H31/19/13 1
0.987
75.50 76.5
5776
30.0
6200 8900 12700
H31/20/15 1
0.956
77.61 81.2
6302
31.8
6150 8800 12400 3020
1700 3940
H32/12.5/7.5 1
0.891
60.58 68.0
4118
23.7
6600 9400 13400 3240
1830 4200
H32.5/10.6/7 1
0.802
55.40 69.1
3828
23.0
7350 10500 14850 3600
2030 4700
H34/20.5/12.5 1
0.994
82.05 82.6
6776
35.2
5900 8400 12000 2900
1640 3790
H35/18.3/15 1
0.646
78.14 121.0
9455
49.7
9100 13000 18500 4450
2520 5830
H36/23/15 1
0.935
89.65 95.9
8597
43.5
6300 9000 12700 3050
1740 4000
H37/22/15 1
0.805
88.68 110.1
9764
49.0
7790 11200 15500
H38/19/13 1
0.695
82.70 119.0
9841
51.5
8450 11300 16200 4140
2160 5400
H38/19.5/12.7 1
0.714
82.97 116.2
9641
50.3
5300
H38/19.8/12.7 1
0.730
84.00 115.0
9660
50.0
8500
H38/22/14 1
0.823
89.70 109.0
9777
50.7
7150 9600 13750 3500
1835 4550
H38/25.4/16 1
0.975
96.97 99.5
9646
48.7
6050 8100 11550 2950
1540 3850
H39/20/13 1
0.724
86.14 119.0
10251
53.6
3800
H39/26.1/14.7 1
1.064
99.52 93.5
9306
46.5
10600
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
99
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D 1.50
D 1.50
Ring Cores
WWW.NCD.COM.CN
Ferrite Core
A B 25.5
B A
Part No. H40/22/20 H40/24/20 H42/26/18 H44.4/30.5/14.7 H45/26/12 H45/28/16 H47/27/15 H48/30/15 H49/31.8/19 H49/33/16 H49/34/16 H50/5.3/40 H50/25/19 H50/30/19 H50/34/20 H51/31.5/20 H56/26/20 H56/32/18 BY56.5/34.5/18 H58.3/40.8/17.6 H60/35/20 H61/35.6/12.7 H63/38/25 H65/38/25 BY67/43/18 H68/44/15 H70/5/30 H74/39/13 H74/46/20 BY76/52/30
Fig 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 1 1 1 2 1 1 1 1 2
A 40.0±1.0 39.9±1.0 42.0±1.5 44.4±0.7 44.5±1.0 45.0±0.9 47.0±1.0 48.0±1.0 49.0±1.0 49.1±1.0 49.1±1.0 50.0+0.5-1.0 50.0±1.0 50.0±1.0 50.0±1.0 51.0±1.0 56.0±1.5 56.0±1.5 56.5±1.5 58.3±1.5 59.3±1.5 61.0±1.0 63.0±1.5 65.0±1.5 67.0±1.5 68.0±1.5 70.0±0.7 73.66±1.5 73.7±1.5 76.0±1.5
C
1
Dimensions(mm) B
22.0±0.8 24.1±0.8 26.0±0.8 30.5±0.5 25.2±0.8 28.0±0.6 27.0±0.8 30.0±0.8 31.8±0.8 32.8±0.8 33.8±0.8 5.3±0.3 25.0±1.0 30.0±1.0 34.0±1.0 31.5±1.0 25.7±1.0 32.0±1.0 34.5±1.0 40.8±1.0 34.7±1.0 35.6±1.0 38.0±1.0 38.0±1.0 43.0±1.0 44.0±1.2 5.5±0.5 38.86±1.3 45.7±1.3 52.0±1.3
2
C 20.0±0.6 20.0±0.6 18.0±0.5 14.7±0.4 12.0±0.5 16.0±0.5 15.0±0.5 15.0±0.5 19.0±0.5 15.9±0.5 15.9±0.5 40.0±1.0 19.0±0.6 19.0±0.6 20.0±0.6 20.0±0.8 20.0±0.8 18.0±0.8 18.0±0.8 17.6±0.8 20.0±0.8 12.7±0.6 25.0±0.8 25.0±0.6 18.0±0.8 15.0±0.8 30.0±0.8 12.7±0.8 20.0±0.6 30.0±1.0
C
D
27.5±0.8 33.0±0.8 37.0±1.0
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Ferrite Core
Ring Cores
A B 25.5
B
A
C
1
C 2
Part No.
Core parameters
AL
Fig C1(mm-1) le(mm) Ae(mm2) Ve(mm3) Weight(g/pcs) HP1 HP2 HP3 LP3/LP3A LP5 LP9/LP10
H40/22/20
1 0.524
91.74 175.0
16055
82.0
11200 15000 21500 5500
2870 7150
H40/24/20
1 0.622
96.35 155.0
14934
75.7
9450 12700 18150 4600
2410 6040
H42/26/18
1 0.730
103.00 141.0
14523
75.0
7400 12800 15500
H44.4/30.5/14.7 1 1.139
115.00 101.0
11615
58.0
10000
H45/26/12
1 0.920
104.00 113.0
11752
63.7
6400 8590 12270 3100
1630 4050
H45/28/16
1 0.838
110.00 131.2
14432
72.0
3200
H47/27/15
1 0.753
110.00 146.0
16060
83.0
7800 10500 15000 3800
1990 4950
H48/30/15
1 0.894
118.00 132.0
15576
79.0
6600 8800 12700 3200
1680 4200
H49/31.8/19 1 0.765
123.20 161.0
19835
98.0
7700 10300 14800 3700
1900 4900
H49/33/16
1 0.978
125.20 128.0
16026
80.3
6000 8070 11530 2900
1530 3840
H49/34/16
1 1.058
127.00 120.0
15240
76
5580 7500 10680 2700
1420 3560
H50/5.3/40
1 0.070
40.80 583.2
23795
373
51000
H50/25/19
1 0.478
109.00 228.0
24852
124
12400 16600 23600 6000
3000 7800
H50/30/19
1 0.645
120.00 186.0
22320
118
9100 12200 17400 4450
2320 5820
H50/34/20
1 0.816
129.00 158.0
20382
102
7200 9700 13800 3500
1700 4600
H51/31.5/20 1 0.633
124.00 196.0
24304
121
8950 11940 17900 4550
2350 5950
H56/26/20
1 0.409
117.00 286.0
33462
176
13800 18400 27600 7050
3600 9200
H56/32/18
1 0.621
131.00 211.0
27641
144
9060 12070 18100 4600
2400 6040
BY56.5/34.5/18 2 0.707
137.00 193.8
26551
136
H58.3/40.8/17.6 1 1.000
153.00 153.0
23409
113
5650 7530 11300 2890
1500 3750
H60/35/20
1 0.588
141.00 240.0
33840
166
9600 12860 19290 4930
2550 6400
H61/35.6/12.7 1 0.919
144.76 157.6
22810
114
7200
H63/38/25
1 0.498
152.00 305.0
46360
236
11370 15150 22740 5800
3030 7550
H65/38/25
1 0.467
154.00 330.0
50820
254
17000
BY67/43/18
2 0.787
167.40 212.7
35606
178
H68/44/15
1 0.966
171.00 177.0
30267
154
5870 7830 11750 3000
1550 3900
H70/5/30
1 0.079
44.90 566.8
25449
551
H74/39/13
1 0.771
165.00 214.0
35310
185
7300 9730 14600 3730
1950 4850
H74/46/20
1 0.653
181.00 277.3
50191
252
8400
BY76/52/30
2 0.552
196.50 356.0
69954
350
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
101
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D 1.50
D 1.50
Ring Cores
WWW.NCD.COM.CN
Ferrite Core
A B 25.5
B A
Part No. H78/50.5/16 H80/40/20 H80/48/20 H80/50/20 H84/42.5/20 H85/62/30 H85.7/55.6/25.4 H87/54.4/14 H87/56/12.7 BY87.7/52.6/26 H90/67/25 H100/50/20 H100/54/20 H101/65/15 H102/65/15 H102/65/20 H102/65.8/15 H103/65.7/15.5 H107/65/18 BY110/80/22 H117/80/23 H124/60/40 H125/95/25 H128/104/33 H140/106/25 H152/104/19 H181/157/25 H184/154/25 H209/185/25 H220/150/25
Fig 1 1 1 1 1 1 1 1 1 2 1 1 1 1 1 1 1 1 1 2 1 1 1 1 1 1 1 1 1 1
A 78.0±1.5 80.0±2.5 80.0±1.0 79.2±2.5 84.0±2.0 85.0±2.5 85.7+2.0-1.0 87.0±2.5 87.0±2.5 87.7±2.5 90.0±1.2 100.0±3.0 99.0±3.0 101.0±1.5 102.0±3.0 102.0±3.0 102.0±3.0 103.0±2.0 107.0±1.5 110.0±2.5 117.0±3.0 122.5±3.0 125.0±3.0 128.0±3.0 140.0±3.0 152.0±5.0 181.0±5.0 184.0±5.0 209.5 220.0±5.0
C
1
Dimensions(mm) B
50.5±1.0 40.0±2.0 48.0±1.0 50.6±1.5 42.5±1.2 62.0±2.0 55.6±1.5 54.4±2.0 56.0±2.0 52.6±2.0 67.0±1.2 50.0±2.5 54.5±2.5 65.0±1.5 65.0±3.0 65.0±3.0 65.8±2.0 65.7±1.5 65.8±1.3 80.0±2.0 80.0±2.5 60.0±2.5 95±2.5 104.0±2.5 106.0±2.5 104.0±3.6 157.0±4.0 154.4±4.0 184.5 150.0±3.6
2
C 16.0±0.8 20.0±0.8 20.0±0.5 19.5±0.5 20.0±0.6 30.0±1.0 25.4±1.5 14.0±0.6 12.7±0.6 26.0±1.0 25.0±0.6 20.0±1.0 20.0±1.0 15.0±1.5 15.0±1.0 20.0±1.0 15.0±0.5 15.5±0.5 18.0±0.5 22.0±1.0 23.0±1.0 40.0±1.5 25.0±1.0 30.0±1.5 25.0±1.5 19.0±1.0 25.0±1.0 25.0±1.0 25.0±1.0 25.0±1.0
C
D
43.0±1.0
53.5±1.25
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Ferrite Core
Ring Cores
A B 25.5
D 1.50
B A
1
Part No.
Core parameters
Fig C1(mm-1) le(mm) Ae(mm2) Ve(mm3)
H78/50.5/16 1 0.903
196.00 217.0
42532
H80/40/20
1 0.453
174.00 384.0
66816
H80/48/20
1 0.723
195.60 270.6
52929
H80/50/20
1 0.723
195.60 270.6
52929
H84/42.5/20 1 0.463
185.00 400.0
74000
H85/62/30
1 0.664
227.00 342.0
77634
H85.7/55.6/25.4 1 0.571
216.00 378.0
81648
H87/54.4/14 1 0.955
214.00 224.0
47936
H87/56/12.7 1 1.130
218.00 193.0
42074
BY87.7/52.6/26 2 0.473
210.80 446.0
94017
H90/67/25
1 0.852
243.40 285.8
69564
H100/50/20
1 0.454
219.00 482.0
105558
H100/54/20
1 0.527
227.00 431.0
97837
H101/65/15 1 0.950
252.30 265.5
66986
H102/65/15
1 0.930
253.40 272.6
69077
H102/65/20
1 0.697
253.00 363.0
91839
H102/65.8/15 1 0.955
255.10 267.0
68112
H103/65.7/15.5 1 0.901
256.00 284.0
72704
H107/65/18
1 0.701
260.00 371.0
96460
BY110/80/22 2 0.897
293.50 327.3
96063
H117/80/23
1 0.719
302.00 420.0
126840
H124/60/40
1 0.220
269.00 1223.0 328987
H125/95/25
1 0.917
341.00 372.0
126852
H128/104/33 1 0.928
362.00 390.0
141180
H140/106/25 1 0.903
381.00 422.0
160782
H152/104/19 1 0.869
393.00 452.0
177636
H181/157/25 1 1.570
528.30 336.5
177773
H184/154/25 1 1.434
529.00 369.0
195201
H209/185/25 1 1.831
617.30 337.2
208154
H220/150/25 1 0.656
567.00 864.0
489888
C
Weight(g/pcs) HP1
210
6250
356
12450
275
275
370
12000
390
8500
424
9850
239
5900
210
5030
470
348
558
11100
525
9500
335
345
7900
463
7200
340
7900
364
8200
490
7200
480
620
6950
1795
22800
635
5500
692
6000
780
5550
850
5700
888
990
1040
2450
2
AL HP2 HP3 LP3/LP3A 8340 12500 3200 16630 24900 6370 11000 13200 15500 16300 21800 6200 11350 17000 4350 13200 19800 5050 7900 11800 3000 6700 10000 2570
10300 17400 15000
11180
6100 5200
11350 7900 12100
3900
11300 7500 11000 35900 7800 8200 8750 9100
5500
3900
3500 11400 2750 2750 2750 2900 1670
1440 4000
C
LP5 LP9/LP10 1670 4170 3300 8300
3200 2250 2600 1550 1340
8100 5650 6600 3940 3350
AL value
Unit:nH/N2
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
103
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Block Cores
E
A
C
A
B B D B
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Ferrite Core
40° 67.5° (Ref)
C
A
C
A C
D
4-C1 B
19,4 0,5
A D
E
R3.1 R2 D
H
G
K
I
F
J
L
4-R1
R26
35°
B
C
1
Part No.
Fig
A
I24.5/16.7/8.5
1
24.5-0.3
I36/36/10
1
36.0-0.3
I37.63/37.63/20 3
I45/30/10.5
1
I50/50/8.3
1
37.63±0.3 45.0+0.2-0.1 50.0±0.3
I51.7/37.6/20
2
51.7±0.3
I51.7/41.7/20
2
51.7±0.3
I51.7/51.7/20
1
51.7±0.3
I60/30/15
1
60.0±0.3
I70/15/5
1
70.0±0.2
I70/28/28 I90/30/30 I100/15/5
1
70.0±0.2
1
90.0+0.3-0.1
1
100.0±0.2
I100/50/10
1
100.0±1.0
I100/100/10
1
100.0±1.0
I110/15/5
1
110.0±1.0
TH40
4
40.0±0.5
IR88.5/60/20
5
88.5±0.7
AL value
Unit:nH/N2
2
3
4
5
Dimensions(mm)
B
C
16.7-0.3
8.5-0.3
36.0-0.3
10.0-0.3
37.63±0.3
20.0±0.3
30.0+0.2-0.1
10.0+0.2
50±0.3
8.5±0.2
51.7±0.3
20.0±0.2
51.7±0.3
20.0±0.3
51.7±0.3
20.0±0.3
30.0±0.3
15.0±0.3
15.0±0.2
5.0±0.2
28.0±0.1
28.0±0.1
30.0+0.3-0.1
30.0+0.3-0.1
15.0±0.2
5.0±0.2
48.0min
10.0±0.3
100.0±1.0
10.0±0.5
15.0±0.5
5.0±0.2
31.1±0.5
20.0±0.3
60.0±0.5
20.0min
D
37.6±0.3 41.7±0.3
14.57REF 28.1±0.7
E 37.6±0.3 41.7±0.3
41.4±0.7
Weight(g/pcs) 16.5 64 68 86 102 247 252 257 130 25 258 390 36 480 470 40 88 442
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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Ferrite Core
I Cores
25.4Ref
C
A
Part No.
I18/3/2.2
Fig
6
A 18.0±0.3
I18/6/2
6
18.0±0.2
I20/12/10
6
19.85±0.35
I20/14.8/3
6
20.0±0.4
I20.6/17/5
6
20.6±0.3
I21/18/2
11
18.0±0.3(D1)
I22/5.5/2.2
6
22.0±0.2
I22/6/1.7
6
22.0±0.4
I22/16/6
6
22.0±0.4
I22/22/6
6
22.0±0.4
I22/23.5/6
6
22.0±0.2
I25/6.3/6.3
6
25.5±0.4
I25/17/16
6
25.0±0.4
I26.7/20.3/8.9
6
26.67±0.5
I27/20/5
6
27.0±0.4
I28.1/28.1/2
6
28.1±0.3
I30/14/4
6
30.0±0.4
I30/18/4
6
30.0±0.4
I30/28/25
6
30.0±0.5
I32/12/4
6
32.0±0.3
I32/22/11
6
31.5±0.3
I32/23.5/4
6
32.0±0.5
I32/32/12
6
32.0±0.3
I34.5/28/7
6
34.5±0.6
I35/9.5/4.5
6
35.0±0.3
I38/38/9.5
8
38.0±0.3
I40/40/20
6
40.0±0.6
I42/23/4
6
42.0±0.4
I42/23.5/4.3
6
42.0±0.8
I45/30/30
6
45.0+0/-1.0
AL value
Unit:nH/N2
A
B
B
C
6
7
Dimensions(mm) B
3.0±0.2 6.0±0.2 12.0±0.25 14.8±0.2 17.0±0.25 21.0±0.3(D2) 5.5±0.2 6.0±0.2 16.0±0.2 22.0±0.4 23.5±0.2 6.25±0.3 17.0±0.3 20.32±0.4 20.0-0.7 28.1±0.3 14.0±0.2 18.0±0.2 28.0±0.4 12.0±0.2 21.65±0.35 23.5±0.5 32.0±0.3 28.0±0.6 9.5±0.3 38.0±0.3 40.0±0.6 23.0±0.3 23.5±0.5 29.0±0.5
C 2.2±0.2 2.0±0.2 10.0±0.25 3.0±0.3 5.0±0.2 2.0±0.15( I ) 2.2±0.15 1.7±0.15 6.0±0.2 6.0±0.15 6.0±0.15 6.25±0.15 16.0±0.3 8.89±0.3 5.0±0.2 2.0±0.3 4.0±0.2 4.0±0.2 25.0±0.3 4.0±0.15 11.0±0.2 4.0±0.2 12.0±0.2 7.0±0.4 4.5±0.2 9.5±0.2 20.0±0.3 4.0±0.15 4.3±0.2 29.0±0.5
Weight(g/pcs)
0.57 1.05 11.4 4.3 8.5 4 1.3 1.75 10.1 14 14.8 5 33 23 13 7.6 8 10.4 100 7.4 36 14.7 59 33 7.18 65 153 18.6 21 188
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
105
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Ferrite Core
I Cores
R10(×4)
A
B
C
8
Part No.
I45/40/7.5
Fig
6
A 45.0±0.5
I46/28/30
6
46.0±0.6
I49.5/45.8/40
10
49.5±0.5
I50/10/2.5
6
50.0-0.3
I50/15/9
6
50.0±0.5
I50/12/2.5
6
50.0±0.5
I50/25/25
6
50.0±0.6
I50/40/30
6
50.0±0.5
I53/53/33
6
53.0±1.0
I53.3/53.3/30
6
53.3±0.8
I54/23/4
6
54.0±0.6
I54/40/23
6
54.0±0.6
I54/45/20
6
54.0±0.8
I55/19/4
6
55.0±0.7
I55/23.5/3.95
6
55.0±0.8
I59.5/32/36
6
59.5±0.5
I60/15/5
6
60.4±0.8
I60/15.5/8
6
60.0±0.8
I60/20/4.5
6
60.5±0.8
I60/23/4
6
60.0±0.8
I60/30/10
6
60.0-1.0
I60.9/32/38
6
60.9±1.0
I61/38/32
6
61.0±0.8
I62.5/34.5/14
6
62.5±0.6
I64/5/50.8
7
I64.5/23.5/3.95
6
I65/56/10
6
64.0±0.8 64.5+0.7-0.5 65.0±0.8
I66/14/26
8
66.0±1.0
I66/26/26
8
66.0±1.0
I67/18/4.5
6
67.2-0.7
AL value
Unit:nH/N2
R30 A
C
B
R05
B
R15
A
30° 46
4.9
R9.00
3.00 D1
D2
I
c
9
10
11
Dimensions(mm) B
40.0±0.5 30.0±0.6 45.8±0.5 2.5-0.2 15.0±0.3 12.0±0.2 25.0±0.5 29.8±0.4 53.0±1.0 53.3±0.8 23.0±0.3 40.0±0.6 45.0±0.6 19.0±0.5 23.5±0.5 32.0±0.4 15.0±0.3 15.5±0.3 20.5±0.3 23.0±0.3 30.0-0.8 32.0±0.4 38.0±0.5 34.5±0.4 5.1±0.15 23.5±0.5 56.0±0.8 26.0±0.6 26.0±0.6 18.0±0.3
C 7.5±0.3 28.0±0.5 40.0±0.5 9.9±0.2 9.0±0.3 2.5±0.15 25.0±0.5 38.8±0.3 33.0±0.5 30.0±0.6 4.0±0.15 23.0±0.5 20.0±0.4 4.0±0.2 3.95±0.2 36.0±0.5 5.0±0.2 8.5±0.3 4.5±0.25 4.0±0.2 10.0-0.6 38.0±0.6 32.0±0.5 14.0±0.3 50.8±0.7 3.95±0.2 10.0±0.5 14.0±0.4 26.0±0.5 4.5±0.2
Weight(g/pcs)
65 185 421 5.7 32.5 7.4 150 277 440 409 23.8 236 230 20.1 24.5 328 21.7 38 26.8 26.5 86 353 350 148 79 28.7 171 111 206 26
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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Ferrite Core
I Cores
25.4Ref
C
A
Part No. I68/20/10 I70/15/5
Fig 6
6
A 68.0+1.0-0.5 70.0±1.0
I70/19.5/10.5
6
70.0±1.5
I70/22/22
6
70.0±1.0
I70/28/30
6
70.0±1.4
I70/33/17
6
70.0±1.0
I70/66/25
6
70.0±0.8
I71/66/17
6
71.0±1.0
I72/56/10
6
72.0±1.0
I72/56/11.2
6
72.0±1.2
I72/23/4
6
72.0±0.7
I77/56/10
6
77.0±1.0
I78/66/20
6
78.0±1.0
I78/70/18
6
78.0±1.0
I78.5/35/16.5
6
78.5±0.4
I79/23/4
6
79.0±0.8
I79.5/8/2.8
6
79.5±0.5
I80/12/7
6
79.5±0.8
I80/40/23
6
80.0±1.0
I83/33/33.5
8
83.0±1.0
I86/34.5/7
6
86.0±0.4
I86/66/26
6
86.0±1.1
I88/36/30
6
88.0±1.0
I88/32/36
6
88.0±1.0
I90/8/3.85
6
90.0±0.7
I91/56/11
6
91.0±1.8
I93/21.7/16
6
93.0±1.8
I93/28/10
9
93.0±1.8
I93/28/30
6
93.0±1.8
I93/70/18
6
93.8±1.8
AL value
Unit:nH/N2
107
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A
B
B
C
6
7
Dimensions(mm) B
20.0+0.6-0.2 15.0±0.3 19.5±0.5 22.0±0.5 28.0±0.6 33.0±0.5 66.0±0.8 66.0±1.0 56.0±0.8 56.0±1.0 23.0±0.3 56.0±0.8 66.0±1.0 69.7±0.8 34.5±0.4 23.0±0.3 8.0±0.2 12.0±0.6 40.0±0.6 33.0±0.5 34.5±0.4 66.0±0.8 36.0±0.8 36.0±0.6 8.0±0.15 56.0±1.0 21.7±0.6 27.5±0.5 27.5±0.5 69.7±0.8
C 10.0+0.15-0.1 5.0±0.2 10.5±0.5 22.0±0.5 30.0±0.8 17.0±0.4 25.0±0.4 17.0±0.6 10.0±0.5 11.2±0.5 4.0±0.15 12.0±0.5 20.0±0.5 18.0±0.5 16.5±0.3 4.0±0.15 2.8±0.2 7.3±0.3 23.0±0.5 33.5±0.5 7.0±0.3 26.0±0.6 30.0±0.5 32.0±0.6 3.85±0.10 11.0±0.5 16.0±0.5 10.0±0.5 30.0±0.6 18.0±0.5
Weight(g/pcs)
65 25.2 69 165 280 190 552 382 190 216 31.8 203 486 470 219 35 8.4 32.2 350 436 102 700 451 468 13.6 266 160 122 368 565
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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Ferrite Core
I Cores
R10(×4)
A
B
C
8
Part No. I94/50/15 I95/35/16.5 I96/32/36 I96/38/32 I99.5/12/5 I99.5/15/5 I100/28/26 I100/50/25 I100/100/20 I101/34.5/16.5 I101.6/25.4/25.4 I101.6/50.8/25.4 I103.5/33/7 I110/30/30 I110/40/30 I110/54/16 I110/60/30 I114.3/50.8/18 I117/34/17 I118/35/17 I120/25/25 I120/28/14 I120/72/18 I130/30/30 I140/50/25 I150/25/25 I155/25/25 I186/40/28 I200/25/10 I200/40/40
Fig 6 6 9 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6
AL value
A 94.0±1.0 95.0±1.0 96.0±1.0 96.0±1.8 99.5±1.0 99.5±1.0 100.0±1.0 100.0±1.2 100.0±1.0 101.0±1.0 101.6±1.0 101.6±1.0 103.5±1.0 110.0±1.0 110.0±1.0 110.0+1.0 110.0±1.5 114.3±2.0 117.3±1.5 118+1.5-2.5 120.0±2.0 120.0±2.0 120.0±2.0 130.0-2.0 140.0±2.0 150.0±3.0 155.0±3.0 186.0±3.0 200.0±2.0 200.0±2.0 Unit:nH/N2
R30 A
C
B
R05
B
R15
A
30° 46
4.9
R9.00
3.00 D1
D2
I
c
9
10
11
Dimensions(mm) B
50.1+0.2-0.4 34.5±0.4 32.0±0.5 38.0±0.5 12.0±0.5 15.0±0.3 28.0±0.5 50.0±0.6 100.0±1.0 34.5±0.4 25.4±0.4 50.8±0.6 33.0±0.4 29.0±0.5 39.5±0.5 54.0±0.7 60.0±0.8 50.8±0.6 34.3±0.5 35.0±0.7 25.0±0.6 28.0±0.5 72.0±1.2 29.0±0.5 50.0±1.0 25.0±0.6 25.0±0.6 40.0±0.2 25.0±0.6 40.0±0.6
C 15.0±0.3 16.5±0.3 36.0±0.5 32.0±0.5 4.8±0.4 4.8±0.4 26.0±0.5 25.0±0.6 20.0±0.6 16.5±0.3 25.4±0.3 25.4±0.6 7.0±0.3 29.0±0.5 29.8±0.5 16.0±0.3 30.0±0.5 18.0±0.5 17.3±0.5 17.5±0.5 25.0±0.6 14.0±0.1 18.0±0.6 29.0±0.5 25.0±0.6 25.0+1.4-0.5 25.0±0.6 28.0+1.0-0.5 9.5±0.5 40.0±0.6
Weight(g/pcs)
336 265 530 550 550 35.8 342 600 970 282 315 615 118 460 635 450 930 524 335 347 360 224 746 460 826 450 465 990 240 1552
Measuring conditions:10kHz,0.1V,25
Tolerance:±25%
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MnZn Material Cross Reference List
MAKER
NCD ACME DMEGC TDG TDK EPCOS FERROXCUBE HITACHI METALS FDK JFE NEC-TOKIN VOGT FAIR-RITE MAGNETICS
MATERIALS
LP3 P4 DMR40 TP4 PC40 N87 3C90 ML24D 6H20 MB3 BH2 Fi325 78 R
LP3A P41 DMR44 TP4A PC44 N97 3C96 ML25D 6H40 MB4 BH1 Fi328 98 P
LP3S P48 DMR47 TP4D PC47
LP9 P46 DMR95 TPW33 PC95 N95 3C95
6H60 MBT1
95 T
LP10 P451 DMR96 TPW30
3C97
6H60T MBT2
LP10A P452 DMR96A TPG33
3C95F
LP5
LP5W
P51
DMR50
TP5
PC50
N49
3F35
ML14D
7H10 7H20
MC2
B40
Fi327
79
LP6 TP5E
LP7 P61 DMR51W TP5F
N59 3F4 3F45 ML95S ML91S
L
MAKER
NCD ACME DMEGC TDG TDK EPCOS FERROXCUBE HITACHI METALS FDK JFE NEC-TOKIN VOGT FAIR-RITE MAGNETICS
MATERIALS
LP4 P42 DMR24 TP4
3C92
4H45
BH3 Fi329
LP90 P49 DMR90 TPB22 PC90
MB1H
LP4A P491 DMR28 TPB16
HP1 A05 R5K TS5 HS52 T35 3E25 MQ53D 2H06 MA055 5H Fi340 75 J
HP2 A07 R7K TS7 HS72 T37 3E26 MP70D 2H07 MA070 7H Fi360 76
HP3 A10 R10K TS10 HS10 T38 3E5 MP10T 2H10 MA100 10H Fi410
HP3Z A102 R10KZ TSR10
3E10
HPB
DMR71 TD5B DNW45 N45
LT1
HFZ
N4
N5
DMR70
TH2
N48 3B7
W
V
109
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MAGNETIC POWDER CORES
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General Information
Brief introduction of magnetic powder cores and its materials
Magnetic Powder Cores consist of powders of soft magnetic materials and insulations. It can be used in a wide frequency range. It has lower power losses at high frequencies. As the air gaps are evenly distributed in the cores, it is very difficult to be fully magnetized. Therefore the apparent permeability is kept stable in a quite wide range of magnetizing field. The major materials being used currently are sendust alloy powder, silicon iron alloy powder, nickel iron alloy powder and other iron based alloy powders. Please see the details in the following:
NCD NCD FeSiAl powder core
NS EE EPFC 26-160
NS powder cores are made from alloy powders of iron, silicon and aluminum. Near-zero magnetostriction makes Sendust cores ideal for eliminating audible noise in filter inductors. Core losses of Sendust cores are significantly lower than those of powdered iron cores. Especially Sendust E shapes provide a higher energy storage capability than gapped Ferrite E cores. Gap losses and eddy current losses are minimized with Sendust E cores compared to gapped ferrite E shapes. Sendust cores are a smart choice for PFC circuits. Other major applications include switching regulator inductors, In-line noise filters, pulse transformers and flyback transformers. Finished Sendust cores are coated in a black epoxy. The permeability range of the cores is from 26-160.
NCD NCD FeNi powder core
NH50 15000 NCD 26-125
111
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General Information
NH alloy powder cores are made from a 50% nickel -50% iron alloy powder for the highest available biasing capacity of any powder core material. The 15,000 Gauss saturation level of High Flux cores has a higher energy storage capability and more effective permeability when compared to the performance of gapped ferrite or powdered iron cores of a similar size. The excellent DC bias characteristics and low core losses of High Flux cores offer a reduction in size and the number of winding turns as well as superior magnetic properties. NCD's High Flux cores give an excellent choice for applications such as PFC reactors, switching regulator inductors, in-line noise filters, pulse transformers and fly-back transformers. Finished High Flux cores are coated with a Khaki epoxy and come in a variety of shapes and sizes. The permeability range of the cores is from 26-125.
NCD NCD FeSi powder core
NKFeSi6.5FeSi6.5 19-90
NK powder cores are made from 6.5% silicon iron powder. Since the silicon content level of 6.5% silicon iron powder is higher than silicon steel sheet, the resistivity of silicon iron powder is higher than silicon steel sheet. The silicon iron powder also could be insulated in three dimensions instead of one dimension for silicon steel sheet, so the total eddy current loss in the particle and between particles are much lower than silicon steel sheet. The design of the K Flux cores includes a smaller size, higher current and higher energy storage capability. The excellent DC bias characteristics which only second to High Flux cores provides the best cost effective solution for high end applications including buck/boost inductors for high power supply systems, smoothing chokes for inverters and reactors for electric vehicles. K Flux cores are pressed without organic binders and have significantly lower core losses than powdered iron cores and Fe-Si strip cores. They also present excellent thermal properties with no thermal aging effects. Finished K Flux cores are coated with a dark brown epoxy. The permeability range of the cores is from19-90.
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General Information
NCD NKS NCD NKS powder core
NKSNCDsendustFeSi sendustFeSi NKS NKS26-90
NKS powder cores are made of the new iron based alloy material developed by NCD independently. The core loss is similar to sendust powder core but much lower than FeSi powder core. The DC bias is a little bit lower than FeSi powder core but much better than sendust powder core. It offers the best cost performance ratio compared to any other core material. The overall magnetic characteristics of NKS powder core is similar to the amorphous powder core. Compared with amorphous powder core, NKS powder core has better thermal stability, neither aging nor noise problem. Finished NKS cores are coated with a sky blue epoxy. The permeability range of the cores is from26-90.
NCD NSW NCD NSW powder core
NSWNCD 26-6050kHz-100kHz NSW26-60
NSW powder cores are made of another new iron based alloy material developed by NCD independently. It offers the lowest core loss compared to any other core material. Both DC bias and core loss are better than MPP core in the permeability range of 26 through 60. The core could replace air gapped ferrite core in the frequency range of 50kHz through 100kHz so that the size of the component could be reduced and the copper wire could be saved as well. NSW powder core has better thermal stability, neither aging nor noise problem. Finished NKS cores are coated with a sky blue. The permeability range of the cores is from26-60.
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Material Characteristics and Application
NS NS FeSiAl powder core
:
10000Gs
:
PFC
Characteristics:
Crushed FeSiAl alloy powder Bs is 10000Gs Good DC Bias Good energy storage capacity Low power loss
Major Applications
PFC Inductors In-line noise Filter Pulse and Fly back Transforms Switching regulator Inductors
NH NH FeNi powder core
:
15000Gs
:
Characteristics:
Consists of Fe-Ni powder Bs is up to 15000Gs The best DC Bias The best energy storage capacity Lower core loss
Major Applications:
In-line noise filter Pulse and Fly back Transforms Switching regulator inductor High-end PFC inductor
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Material Characteristics and Application
NK NK FeSi powder core
:
15000Gs
:
Characteristics:
Consists of Fe-Si powder Bs is up to 15000Gs Excellent DC Bias Better energy storage capacity Core loss less than Iron Powder Core
Major Applications
APFC Inductors Buck/Boost inductors for high power supply system Smoothing chokes for invertors for electric vehicles Wind Energy System Hybrid Electric Vehicle
NKS NKS iron based alloy powder core
:
13000Gs NS NS NS
:
PFC
Characteristics:
Gas atomized iron alloy powder Bs is up to 13000Gs DC Bias better than NS series Energy Storage better than NS series Core Loss similar to NS series
Major Applications:
PFC Inductors In-line noise Filter Pulse and Fly back Transforms Switching regulator Inductors Resonance Inductors
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Material Characteristics and Application
NSW NSW iron based alloy powder core
:
10000Gs NKS
:
PFC EMI
Characteristics:
Gas atomized iron alloy powder Bs is 10000Gs,better than MPP DC Bias better than MPP, slightly lower than NKS Very high application frequency Ultra-low core loss, even less than MPP
Major Applications
Resonant inductor High frequency Fly-back Transforms High frequency PFC inductor High frequency EMI filter reactor
Introduction to the manufacturing process flow of soft magnetic alloy powder
manufacturing flow chart
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Material Characteristics and Application
morphology of mechanical crushed powder
morphology of gas atomized powder
Mechanical crushing process mainly applies to manufacture traditional sendust powder. The morphology of the powder is irregular gengon. The moldability of the powder is good. The power loss is relatively lower. The DC bias is good. The process is easy for mass production and has lower manufacturing cost.
The gas atomized process mainly applies to manufacture silicon iron powder. The morphology of the powder is spherical. The core made of the powder has excellent DC bias. The vacuum gas atomized process mainly applies to the nickel iron powder and other high-performance iron based powder. The morphology of the powder is spherical as well. Both the DC bias and power loss are all very well.
Introduction to the manufacturing process of magnetic powder core
manufacturing flow chart
Insulation is the process to coat an insulating layer on the surface of each particle by chemical and physical method to increase the surface resistivity and adhesive property of the powder. Pressing is the process to put the insulated powder in a mold and compact the powder together by a huge pressure to get a core with specific shape. Sintering is the process to put the green cores into a kiln to strengthen the mechanical strength and release the stress, meanwhile to get the objective electromagnetic properties. Coating is the process to coat an insulated layer on the surface of the sintered cores to get the objective resistivity for copper wire winding. Inspection & packing is the process to have a final visual inspection, mark on the core, pack and release to warehouse.
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Material Description
Comparison of different Core materials
Material Type
() ()
Perm. Bs Tesla Curie Temp. Working Temp. Core Loss DC Bias Relative Cost
NS/ Sendust
026-160
1.0
500
-40~150
/ low /good
/low
NH/ Nickel Iron Alloy
026-125
1.5
500
-40~150
/ low /best / high
NK/ Silicon Iron Alloy
019-090
1.5
700
-40~150
/ high /best /low
(NKS) Iron Based Alloy 026-090
1.3
500
-40~150
/ low /better / medium
NSWIron Based Alloy 026-060
1.0
500
-40~150 / lowest /better / medium
Core Loss (mW/cm3) Percent of Permeability (%)
10000 50kHz
1000
100 10 1 100
NH060 NSW060 NKS060 NK060 NS060
1000
Flux Density (Gauss)
10000
60 Comparison of Power Loss of Different Materials
100 90 80 70 60 50 40 30 20 10 0
1
NH060 NSW060 NKS060 NK060 NS060
10
100
DC Magnetizing Force (Oe)
Permeability vs DC Bias
1000
NS Key Characteristic Parameter Table of Sendust
Characteristic Effective Perm.
DC Bias
Power Loss Core Density
Symbol e
Unit
%
Pcv mW/cm3
d
g/cm3
Condition 100kHz
L200Oe// L00Oe(26) L100Oe// L00Oe(60-125) f=50kHz B=100mT
26 26±8%
60 60±8%
75 75±8%
90 90±8%
125 125±8%
52
48
33
26
16
350
260
260
260
260
5.5
5.85
5.9
5.95
6.0
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Material Description
NH Key Characteristic Parameter Table of Nickel Iron Alloy
Characteristic Effective Perm.
DC Bias
Power Loss Core Density
Symbol e
Unit
%
Pcv mW/cm3
d
g/cm3
Condition 100kHz
L200Oe// L00Oe(26) L100Oe// L00Oe(60-125) f=50kHz B=100mT
26 26±8%
83
220 6.75
60 60±8%
83
230 7.4
125 125±8%
40
320 7.75
NKKey Characteristic Parameter Table of Silicon Iron Alloy
Characteristic Effective Perm.
DC Bias
Power Loss Core Density
Symbol e
Unit
%
Pcv mW/cm3
d
g/cm3
Condition 100kHz
L200Oe// L00Oe(26) L100Oe// L00Oe(060-090) f=50kHz B=100mT
26 26±8%
82
800 6.55
60 60±8%
72
600 6.85
75 75±8%
53
600 6.95
90 90±8%
46
600 7.1
NKSKey Characteristic Parameter Table of Iron Based Alloy
Characteristic Effective Perm.
DC Bias
Power Loss Core Density
Symbol e
Unit
%
Pcv mW/cm3
d
g/cm3
Condition 100kHz
L200Oe// L00Oe(26) L100Oe// L00Oe(060-090) f=50kHz B=100mT
26 26±8%
80
230 5.9
60 60±8%
60
260 6.3
90 90±8%
35
300 6.6
NSWKey Characteristic Parameter Table of Iron Based Alloy
Characteristic Effective Perm.
DC Bias
Power Loss Core Density
Symbol e
Unit
%
Pcv mW/cm3
d
g/cm3
Condition 100kHz
L200Oe// L00Oe(26) L100Oe// L00Oe(060) f=50kHz B=100mT
26 26±8%
63
160 5.65
60 60±8%
58
140 6.0
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Characteristics Curves
Permeability vs Magnetizing Force Curves
NS
Percent of Permeability(%)
100 90 80 70 60 50 40 30 20 10 0 1
54 3 2
1
1 NS026 2 NS060 3 NS075 4 NS090 5 NS125
10
100
DC Magnetizing Force(Oe)
1000
NH
Percent of Permeability(%)
100 90 80 70 60 50 40 30 20 10 0 1
1 NH026 2 NH060 3 NH090 4 NH125
43
2
1
10
100
DC Magnetizing Force(Oe)
1000
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Characteristics Curves
Permeability vs Magnetizing Force Curves
NK
Percent of Permeability(%)
100 90 80 70 60 50 40 30 20 10 0 1
43 2
1
1 NK026 2 NK060 3 NK075 4 NK090
10
100
DC Magnetizing Force(Oe)
1000
NKS
Percent of Permeability(%)
100 90 80 70 60 50 40 30 20 10 0 1
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3
2
1
1 NKS026 2 NKS060 3 NKS090
10
100
DC Magnetizing Force(Oe)
1000
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Characteristics Curves
Permeability vs Magnetizing Force Curves
NSW
Percent of Permeability(%)
100 90 80 70 60 50 40 30 20 10 0 1
1 2
1 1NSW026 2 NSW060
10
100
DC Magnetizing Force(Oe)
1000
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Characteristics Curves
Core Loss of Sendust
10000
Sendust 26, 40
Core Loss (mW/cm3)
1000 100
10
100 10000
5
43
2
1
1 25kHz 2 50kHz 3 100kHz 4 200kHz 5 300kHz
1000
Flux Density(Gs)
10000
Sendust 60,75,90,125
Core Loss (mW/cm3)
1000
100
10 100
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54
3
2
1
1 25kHz 2 50kHz 3 100kHz 4 200kHz 5 300kHz
1000
Flux Density(Gs)
10000
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Characteristics Curves
Power Loss of FeNi
10000
NH 026040
Core Loss (mW/cm3)
1000 100 10 1 100
10000
54
3
2
1
1000
Flux Density (Gauss)
1 25kHz 2 50kHz 3 100kHz 4 200kHz 5 300kHz
10000
1000
NH 060
Core Loss (mW/cm3)
100 10 1 100
54
3
2
1
1000
Flux Density (Gauss)
1 25kHz 2 50kHz 3 100kHz 4 200kHz 5 300kHz
10000
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Characteristics Curves
Power Loss of FeNi
10000
NH 090125
Core Loss (mW/cm3)
1000
100 10 1 100
5
4
3
2
1
1000
Flux Density (Gauss)
1 25kHz 2 50kHz 3 100kHz 4 200kHz 5 300kHz
10000
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Characteristics Curves
Power Loss of FeSi
10000
NK 026040
Power Loss (mW/cm3)
1000 100 10 100
10000
54
3
2
1
1000
Flux Density (Gauss)
1 25kHz 2 50kHz 3 100kHz 4 200kHz 5 300kHz
10000
NK060075, 090
Power Loss (mW/cm3)
1000 100 10 100
54
3
2
1
1000
Flux Density (Gauss)
1 25kHz 2 50kHz 3 100kHz 4 200kHz 5 300kHz
10000
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Characteristics Curves
Power Loss of NKS
10000
1000
NKS026040
Power Loss (mW/cm3)
100 10 1 100
10000
54
32 1
1000
Flux Density (Gauss)
1 25kHz 2 50kHz 3 100kHz 4 200kHz 5 300kHz
10000
1000
NKS060,
Power Loss (mW/cm3)
100 10 1 100
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54
3
2
1
1000
Flux Density (Gauss)
1 25kHz 2 50kHz 3 100kHz 4 200kHz 5 300kHz
10000
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Characteristics Curves
Power Loss of NKS
10000
1000
NKS 090,
Power Loss (mW/cm3)
100 10 1 100
54
3
2
1
1000
Flux Density (Gauss)
1 25kHz 2 50kHz 3 100kHz 4 200kHz 5 300kHz
10000
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Characteristics Curves
Power Loss of NSW
10000
1000
NSW 026040
Power Loss (mW/cm3)
100 10 1 100
10000
54
3
2
1
1000
Flux Density (Gauss)
1 25kHz 2 50kHz 3 100kHz 4 200kHz 5 300kHz
10000
NSW 060
Power Loss (mW/cm3)
1000 100 10 1 100
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54
3
2
1
1000
Flux Density (Gauss)
1 25kHz 2 50kHz 3 100kHz 4 200kHz 5 300kHz
10000
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Characteristics Curves
Calculation formula of core loss
Material
NH
NS
NK
NKS
NSW
P=CmfB fkHzBTesla Unitf:kHz, B:Tesla
Permeability
026-040 060-125 026-040 060-125 026-040 060-090 026-040 060-090 026-040 060
Cm
166.4 69.7 133.8 111.9 510.9 388.1 427.6 225.0 113.3 42.23
1.38 1.47 1.34 1.31 1.19 1.15 1.24 1.28 1.16 1.46
2.20 2.08 1.97 1.90 1.93 1.76 2.31 2.21 1.88 2.08
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Characteristics Curves
Permeability vs Frequency
NS
Percent of Permeability(%)
100 95 90 85 80 75 10
1 NS026 2 NS060 3 NS075 4 NS090 5 NS125
100
1000
Frequency (kHz)
NH
Percent of Permeability(%)
100 90 80 70 60 50 10
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1 NH026 2 NH060 3 NH090 4 NH125
100
1000
Frequency (kHz)
1 2 3 4 5
10000
1 2 3 4
10000
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Characteristics Curves
Permeability vs Frequency
NK
Percent of Permeability(%)
100 95 90 85 80 75 70 65 60 10
1 NK026 2 NK060 3 NK075 4 NK090
100
1000
Frequency (kHz)
1 2 3 4
10000
NKS
Percent of Permeability(%)
100
90
80
70
60
50 10
1 NKS026 2 NKS060 3 NKS090
100
1000
Frequency (kHz)
1 2 3
10000
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Characteristics Curves
Permeability vs Frequency
100
NSW
Percent of Permeability(%)
95
90 1 NSW026 2 NSW060
85 10
100
1000
Frequency (kHz)
1 2
10000
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Characteristics Curves
Permeability vs Temperature
NS
Percent of Permeability(%)
+10
+8
NS026
+6
NS060
+4
NS075
+ 2
NS090
0
NS125
-2
-4
-6
-8
-10
-12
-14 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150
Temperature()
+4
+3
+2
+1
0 NH026
-1
NH060
NH090 -2
NH125
-3
-4 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150
Temperature()
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NH
Percent of Permeability(%)
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Characteristics Curves
Permeability vs Temperature
NK
Percent of Permeability(%)
+5
+4
+3
+2
+1
0
-1
NK026 -2
NK060
-3
NK075
-4
NK090
-5 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150
Temperature()
NKS
Percent of Permeability(%)
+10
+8 NKS026
+6 NKS060
+4 NKS090
+2
0
-2
-4
-6
-8
-10
-12
-14 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150
Temperature()
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NSW
Percent of Permeability(%)
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Characteristics Curves
Permeability vs Temperature
+10 +8 NSW026 +6 NSW060 +4 + 2 0 -2 -4 -6 -8 -10 -12 -14 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150
Temperature()
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Powder Core Designation
EQ EQ-Cores
A D
EQ 26 19 07 NK 060
B E
F
C
Ring-Cores
NS 270 060 E 18
Perm.Code Material Code Height Code Width Code Length Code Shape Code
B
A
C
Height Code Unconventional Height Code Perm.Code OD Code Material Code
A
E E-Cores
B
C
E 43 21 20 NS 060
F L
E
D
Block- Cores
A
C
B 60 30 20 NS 060
B
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Perm.Code Material Code Height Code Width Code Length Code Shape Code
Perm.Code Material Code Height Code Width Code Length Code Shape Code
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Powder Core Designation
Colours of Coating of Ring Cores
The Ring-cores are all coated by different colour insulating epoxy which indicates different core material and have excellent dielectric properties.
/Material
NS NK NH NSW NKS
/Color
/Black /Brown /Khaki /Sky Blue /Sky Blue
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Ring Core Nominal AL Value (Unit: nH/N2)
Permeability
Part No.
26
N078
11
N102
14
N127
12
N166
15
N172
19
N203
14
N229
19
N234
22
N270
32
N330
28
N343
16
N358
24
N400
35
N401
53
N467
59
N468
37
N508
32
N571
60
N572
33
N610
83
N680
62
N740
89
N777
30
N778
37
N1020E13.6
40
N1020E16.5
48
60
75
25
31
32
40
27
34
35
43
43
53
32
41
43
54
51
63
75
94
61
76
38
47
56
70
81
101
119
153
135
169
86
107
73
91
138
172
75
94
192
240
143
179
206
257
68
85
85
107
92
115
112
137
90
125
37
52
48
66
40
56
52
72
64
89
49
68
65
90
76
105
113
157
91
127
57
79
84
117
121
168
183
254
202
281
128
178
109
152
206
287
112
156
288
400
215
299
309
429
102
142
128
178
139
192
164
228
AL = L/N2nH/N2100 kHz1mTAL Definition of inductance factor: AL = L/N2nH /N2. The inductance per single winding turn. The unit is nanohenry. It is measured at the flux density of less than 1 mili-Tesla and the frequency of 100 kHz. The AL values are determined by dimension & permeability of the cores instead of materials.
±8%±12%±2% The tolerance of the inductance of the cores is ±8% or ±12% which is related to the core size. The cores of one batch can be graded and packed into ±2% rang of inductance individually according to customer's requirement so that the adjust frequency during the winding can be minimized. The winding efficiency can be increased and the related cost can be reduced as well.
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Ring Core Dimensions
Part No. N078 N102 N127 N166 N172 N203 N229 N234 N270 N330 N343 N358 N400 N401 N467 N468 N508 N571 N572 N610 N680 N740 N777 N778 N1020E13.6 N1020E16.5
Before coating
ODmm
IDmm
HTmm
7.87
3.96
3.18
10.16
5.08
3.96
12.70
7.62
4.75
16.51
10.16
6.35
17.27
9.65
6.35
20.32
12.70
6.35
22.86
13.97
7.62
23.57
14.40
8.89
26.92
14.73
11.18
33.02
19.94
10.67
34.29
23.37
8.89
35.81
22.35
10.46
39.88
24.13
14.48
40.13
22.08
17.00
46.74
24.13
18.03
46.74
28.70
15.24
50.80
31.75
13.46
57.15
26.39
15.24
57.15
35.56
13.97
62.00
32.60
25.00
68.80
36.00
20.00
74.10
45.30
35.00
77.80
49.23
12.70
77.80
49.23
15.90
101.60
57.15
13.59
101.60
57.15
16.51
After coating
ODmax mm
IDmin mm
HTmax mm
8.51
3.43
3.81
10.80
4.57
4.57
13.46
6.99
5.51
17.40
9.53
7.11
18.03
9.02
7.11
21.10
12.07
7.11
23.62
13.39
8.38
24.30
13.77
9.70
27.70
14.10
11.99
33.83
19.30
11.61
35.20
22.60
9.83
36.70
21.50
11.28
40.70
23.30
15.37
40.94
21.27
17.89
47.60
23.30
18.92
47.60
27.90
16.13
51.70
30.90
14.35
58.00
25.60
16.10
58.00
34.70
14.86
63.10
31.37
26.27
69.40
34.70
21.40
75.20
44.07
36.27
78.90
48.00
13.97
78.90
48.00
17.20
103.20
55.70
14.86
103.20
55.70
17.78
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Ring Core Parameters
Part No.
C1mm-1
C2mm-3
Ae (cm2)
le (cm)
Ve (cm3)
N078 N102 N127 N166 N172 N203 N229 N234 N270 N330 N343 N358 N400 N401 N467 N468 N508 N571 N572 N610 N680 N740 N777 N778 N1020E13.6 N1020E16.5
2.8768 2.2891 2.5895 2.0380 1.7001 2.1053 1.6743 1.4343 0.9320 1.1675 1.8434 1.2743 0.8637 0.6186 0.5271 0.8454 0.9932 0.5336 0.9480 0.3910 0.4850 0.3648 1.0811 0.8635 0.8036 0.6614
4.8122E-01 2.3684E-01 2.1934E-01 1.0309E-01 7.2277E-02 8.8631E-02 5.0440E-02 3.5907E-02 1.4097E-02 1.7088E-02 3.8445E-02 1.8439E-02 7.7347E-03 4.1535E-03 2.6815E-03 6.2725E-03 7.8905E-03 2.3919E-03 6.4047E-03 1.1010E-03 1.5312E-03 7.3853E-04 6.0637E-03 3.8686E-03 2.7347E-03 1.8529E-03
0.062 0.100 0.114 0.192 0.232 0.226 0.331 0.388 0.654 0.672 0.454 0.678 1.072 1.537 1.990 1.340 1.251 2.290 1.444 3.675 3.104 5.040 1.770 2.270 2.972 3.523
1.787 2.380 3.12 4.110 4.140 5.090 5.670 5.880 6.350 8.150 8.950 8.980 9.840 9.510 10.740 11.630 12.730 12.500 14.300 14.370 16.330 18.380 20.000 20.000 24.271 24.271
0.110 0.238 0.356 0.789 0.961 1.151 1.877 2.281 4.154 5.477 4.063 6.088 10.549 15.043 21.373 15.584 15.929 28.600 20.650 52.810 50.690 92.640 34.770 43.531 72.122 85.495
NS NK NKS NH NSW NS: Sendust Core NK: K-Flux (Silicon Iron Alloy) Core NKS: Iron Based Alloy Core NH: Nickel Iron Alloy Core NSW: Iron Based Alloy Core 2 We can also provide other dimension cores Specified by customer besides the cores in the above table.
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Wire Table
AWG Wire No. 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44
Bare Area cm2X10-3 Cir-Mil 53.61 10384 41.68 8226 33.08 6529
26.26 5184 20.82 4109 16.51 3260 13.07 2581 10.39 2052 8.228 1624 6.531 1289 5.188 1024 4.116 812.3 3.243 640.1 2.588 510.8 2.047 404.0 1.623 320.4 1.280 252.8 10.21 201.6 0.8046 158.8 0.6470 127.7 0.5067 100.0 0.4013 79.21 0.3242 64.00 0.2554 50.41 0.2011 39.69 0.1589 31.36 0.1266 25.00 0.1026 20.25 0.08107 16.00 0.06207 12.25 0.04869 9.61 0.03972 7.84 0.03166 6.25 0.02452 4.84 0.0202 4.00
Resistivity
Heavy Synthetics
10-6cm
Area
Diameter
At 20 cm2(x103) Cir-mil
cm
inch
Weight gm/cm
Current Capacity Amps (listed by columns of amps/cm2)
200
400
600
800
32.70
55.9 11046 0.267 0.1051 0.468 10.4
20.8
31.2
41.6
41.37
44.5 8798 0.238 0.0938 0.3750 8.23
16.4
24.6
32.8
52.09 35.64 7022 0.213 0.0838 0.2977 6.53 13.06
19.6
26.1
65.64 28.36 5610 0.190 0.0749 0.2367 5.18
10.4
15.5
20.8
82.80 22.95 4556 0.171 0.0675 0.1879 4.11
8.22
12.3
16.4
104.3 18.37 3624 0.153 0.0602 0.1492 3.26
6.52
9.78
13.0
131.8 14.73 2905 0.137 0.0539 0.1184 2.58
5.16
7.74
10.3
165.8 11.68 2323 0.122 0.0482 0.0943 2.05
4.10
6.15
8.20
209.5 9.326 1857 0.109 0.0431 0.07472 1.62
3.25
4.88
6.50
263.9 7.539 1490 0.0980 0.0386 0.05940 1.29
2.58
3.87
5.16
332.3 6.065 1197 0.0879 0.0346 0.04726 1.02
2.05
3.08
4.10
418.9 4.837 954.8 0.0785 0.0309 0.03757 0.812 1.63
2.44
3.25
531.4 3.857 761.7 0.0701 0.0276 0.02965 0.640 1.28
1.92
2.56
666.0 3.135 620.0 0.0632 0.0249 0.02372 0.511 1.02
1.53
2.04
842.1 2.514 497.3 0.0566 0.0223 0.01884 0.404 0.808
1.21
1.62
1062.0 2.002 396.0 0.0505 0.0199 0.01498 0.320 0.641 0.962 1.28
1345.0 1.603 316.8 0.0452 0.0178 0.01185 0.253 0.506 0.759 1.01
1687.6 1.313 259.2 0.0409 0.0161 0.00945 0.202 0.403 0.604 0.806
2142.7 1.0515 207.3 0.0366 0.0144 0.00747 0.159 0.318 0.477 0.636
2664.3 0.8548 169.0 0.0330 0.0130 0.00602 0.128 0.255 0.382 0.510
3402.2 0.6785 134.5 0.0294 0.0116 0.00472 0.100 0.200 0.300 0.400
4294.6 0.5595 110.2 0.0267 0.0105 0.00372 0.0792 0.158 0.237 0.316
5314.9 0.4559 90.25 0.0241 0.0095 0.00305 0.0640 0.128 0.192 0.256
6748.6 0.3662 72.25 0.0216 0.0085 0.00214 0.0504 0.101 0.152 0.202
8572.8 0.2863 56.25 0.0191 0.0075 0.00189 0.0397 0.0794 0.119 0.159
10849 0.2268 44.89 0.0170 0.0067 0.00150 0.0314 0.0627 0.0940 0.125
13608 0.1813 36.00 0.0152 0.0060 0.00119 0.0250 0.0500 0.0750 0.100
16801 0.1538 30.25 0.0140 0.0055 0.000977 0.0203 0.0405 0.0608 0.0810
21266 0.1207 24.01 0.0124 0.0049 0.000773 0.0160 0.0320 0.0480 0.0640
27775 0.0932 18.49 0.0109 0.0043 0.000593 0.0123 0.0245 0.0368 0.0490
35400 0.0723 14.44 0.0096 0.0038 0.000464 0.00961 0.0192 0.0288 0.0384
43405 0.0584 11.56 0.00863 0.0034 0.000379 0.00785 0.0157 0.0236 0.0314
54429 0.04558 9.00 0.00762 0.0030 0.000299 0.00625 0.0125 0.0188 0.0250
70308 0.03683 7.29 0.00685 0.0027 0.000233 0.00484 0.00968 0.0145 0.0194
85072 0.03165 6.25 0.00635 0.0025 0.000195 0.00400 0.00800 0.0120 0.0160
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EQ EQ Cores
EQ EQ-Core Identification
A
D
C
B
E
F
EQ 26 19 07 NK 060
Perm.Code Material Code Height Code Width Code Length Code Shape Code
Type
EQ201407 EQ201410 EQ261907 EQ261910 EQ261912 EQ302208 EQ302210 EQ322208 EQ322210 EQ322215 EQ362617 EQ412820 EQ503210 EQ503216
A
20.5±0.3 20.5±0.3 26.5±0.4 26.5±0.4 26.5±0.4 30.5±0.4 30.5±0.4 32.0±0.5 32.0±0.5 32.0±0.5 36.0±0.5 41.5±0.7 50.0±0.7 50.0±0.7
B
14.0±0.2 14.0±0.2 19.0±0.3 19.0±0.3 19.0±0.3 22.0±0.3 22.0±0.3 22.0±0.4 22.0±0.4 22.0±0.4 26.0±0.4 28.0±0.4 32.0±0.4 32.0±0.4
Dimensionmm
C
D
E
7.4±0.2 10.1±0.2 7.0±0.2 10.1±0.2 12.4±0.2 8.0±0.2 10.2±0.2 8.3±0.2 10.3±0.2 15.2±0.2 17.4±0.2 19.9±0.3 10.0±0.3 15.5±0.4
8.8±0.2 8.8±0.2 12.0±0.2 12.0±0.2 12.0±0.2 13.5±0.2 13.5±0.2 13.5±0.2 13.5±0.2 13.5±0.2 14.4±0.2 14.9±0.3 20.0±0.3 20.0±0.3
18.0±0.3 18.0±0.3 22.6±0.3 22.6±0.3 22.6±0.3 26.0±0.35 26.0±0.35 27.6±0.4 27.6±0.4 27.6±0.4 32.0±0.4 36.5±0.5 44.0±0.5 44.0±0.5
F
5.0±0.2 7.7±0.2 3.7±0.2 6.8±0.2 9.1±0.2 4.1±0.2 6.3±0.2 4.6±0.2 6.6±0.2 11.5±0.2 13.4±0.2 15.4±0.3 4.5±0.3 10.0±0.3
G
13.8min 13.8min 15.0min 15.0min 15.0min 18.9min 18.9min 19.0min 19.0min 19.0min 22.0min 27.0min 32.5min 32.5min
EQ AL Value & Effective Parameters of EQ-Cores
Type
EQ201407 EQ201410 EQ261907 EQ261910 EQ261912 EQ302208 EQ302210 EQ322208 EQ322210 EQ322215 EQ362617 EQ412820 EQ503210 EQ503216
Le mm
37.2 48.0 35.2 47.5 56.7 41.5 50.2 43.5 51.5 71.0 82.4 94.5 58.8 81.1
Ae mm2
62.8 62.3 122.4 121.8 121.6 161.2 159.7 157.4 156.7 155.7 185.6 209.4 336.5 331.3
Ve mm2
2337 2991 4310 5792 6892 6687 8020 6851 8068 11051 15923 19814 19791 26878
ALnH/N2
26
40
60
55
84
127
42
65
97
113
174
262
83
128
192
69
107
161
126
195
292
102
158
238
118
181
272
99
152
229
71
110
165
73
113
170
72
110
165
187
289
430
134
206
309
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EQI EQI Cores
EQI EQI - Core Identification
A1
E1 F1 B1
A1 C1
D1
H1
1
B1 C1
A1 C1
C1
A1
F1 H1 B1
H1
B1
B
G1 E1 D1
G1 E1 D1
2
3
4
C F
D
A G
E
Type A
E Dimensions of E core
B
C
D
E
F
I Dimensions of I core
G
A1
B1
C1 example
EQI161510 16.3±0.2 15.0±0.2 6.8±0.2 7.3±0.2 14.5±0.2 4.0±0.2 6.90min 16.3±0.2 15.0±0.2 2.7±0.2
1
EQI201412 20.5±0.3 14.0±0.2 9.6±0.2 8.8±0.2 18.0±0.3 7.2±0.2 13.6min 20.5±0.3 14.0±0.2 2.4±0.2
2
EQI292510 29.3±0.4 25.0±0.3 7.4±0.2 14.0±0.2 26.3±0.4 5.0±0.2 20.6min 29.0±0.4 28.4±0.4 2.3±0.2
3
EQI383510 37.5±0.5 35.0±0.5 8.0±0.2 15.3±0.2 32.4±0.5 5.7±0.2 28.0min 37.5±0.5 36.9±0.5 2.3±0.2
4
EQI AL Value & Effective Parameters of EQI-Cores
Type
EQI161510 EQI201412 EQI292510 EQI383510
Le mm
20.3 31.4 34.9 45.0
Ae mm2
60.9 63.4 128.4 175.7
Ve mm2
1236 1992 4481 7911
ALnH/N2
26
40
60
97
150
226
65
101
152
120
184
277
127
196
294
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C B
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ER ER Cores
ER ER-Core Identification
A G
D E
ER 23 14 09 NK 060
Perm.Code Material Code Height Code Width Code Length Code Shape Code
Type
ER231409 ER302008 ER302012
A 23.3±0.3 30.0±0.4 30.0±0.4
B 13.9±0.2 20.0±0.3 20.0±0.3
Dimensionmm
C
D
E
8.7±0.2
9.0±0.2
19.4±0.3
7.5±0.2
12.0±0.2
25.6±0.3
11.8±0.2
12.0±0.2
25.6±0.3
F 6.2±0.2 4.2±0.3 8.5±0.3
G 15.1±0.3 18.6±0.3 18.6±0.3
ER AL Value & Effective Parameters of ER-Cores
Type
ER231409 ER302008 ER302012
Le mm
47.6 46.8 62.8
Ae mm2
67.7 123.5 121.35
Ve mm2
3207 5750 7578
ALnH/N2
26
40
60
46
71
107
85
131
198
62
97
145
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E E Cores
E E- Core Identification
Type
E19/8/5 E25/10/7 E30/15/7 E35/14/9 E41/17/13 E43/21/11 E43/21/15 E43/21/20 E55/28/21 E55/28/25 E65/33/27 E72/28/19 E80/38/20 E80/45/20 E130/33/54 E160/38/40
A
Min.
Max.
19.0 25.0 29.6 34.0 40.3 42.2 42.2 42.2 54.1 54.1 64.1 71.3 78.8 78.8 128.3 157.5
19.6 25.8 30.5 35.0 41.5 43.5 43.5 43.5 55.7 55.7 66.1 73.5 81.2 81.2 132.3 162.5
B
C
D
E 43 21 20 NS 060
Perm.Code Material Code Height Code Width Code Length Code Shape Code
B
Min.
Max.
7.95 9.38 14.8 13.9 16.25 20.8 20.8 20.8 27.2 27.2 32.0 27.5 37.5 44.4 32.0 37.5
8.25 9.68 15.2 14.3 16.75 21.4 21.4 21.4 28.0 28.0 33.0 28.3 38.7 45.8 33.0 38.7
Dimensionmm
C
D
Min.
Max.
Min.
4.68 6.25 6.96 9.20 12.3 10.65 15.15 19.7 20.3 24.2 26.6 18.7 19.6 19.6 53.2 39.0
4.88 6.45 7.16 9.50 12.7 10.95 15.65 20.3 20.9 25.0 27.4 19.3 20.1 20.1 54.8 40.2
5.5 6.2 9.7 9.6 10.4 15.0 15.0 15.0 18.5 18.5 22.2 17.8 28.1 34.7 22.0 28.1
E
Min.
13.9 18.8 19.5 25.3 28.3 30.4 30.4 30.4 37.5 37.5 44.2 52.6 59.3 59.3 108.4 138.2
F
Min.
Max.
4.68 6.25 6.86 9.15 12.3 11.7 11.7 11.7 16.55 16.55 19.4 18.8 19.5 19.5 19.7 19.5
4.88 6.45 7.06 9.45 12.7 12.1 12.1 12.1 17.05 17.05 20.0 19.4 20.1 20.1 20.3 20.1
L
Nom.
2.4 3.2 5.1 4.4 6.0 5.9 5.9 5.9 8.4 8.4 10 9.6 9.9 9.9 10 9.9
E AL Value & Effective Parameters of E-cores
Type
C1 mm-1
C2 mm-3
26
E19/8/5
1.667 4 7.1663E-02
26
E25/10/7
1.159 6 2.8326E-02
39
E30/15/7
1.045 5 1.7028E-02
33
E35/14/9
0.816 6 9.7295E-03
56
E41/17/13
0.501 0 3.2781E-03
88
E43/21/11
0.760 2 5.9276E-03
56
E43/21/15
0.533 1 2.9153E-03
80
E43/21/20
0.410 5 1.7285E-03 104
E55/28/21
0.345 3 9.7659E-04 116
E55/28/25
0.289 1 1.7285E-04 138
E65/33/27
0.267 9 6.8482E-04 162
E72/28/19
0.366 7 9.9259E-04 130
E80/38/20
0.465 8 1.1845E-03 103
E80/45/20
0.529 3 1.3333E-03
91
E130/33/54 0.188 5 1.7046E-04 254
E160/38/40 0.332 5 4.2191E-04 180
ALnH/N2
40
60
35
48
52
70
46
71
75
102
119
163
76
105
108
150
140
194
157
219
187
261
230
300
173
235
145
190
113
170
-
-
-
-
Le
Ae
Ve
90
mm mm2 mm2
69
38.8
23.3
903
100
47.5
40.9
1 940
106
64.2
61.4
3 940
146
68.5
83.9
5 750
234
76.6
153
11 700
151
97.5
128
12 500
217
97.5
183
17 800
281
97.5
237
23 200
328
122
354
43 200
391
122
422
51 500
-
145
541
78 500
-
135
369
50 000
-
183
393
72 000
-
210
397
83 400
-
208
1110
231 000
-
262
788
207 000
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Block Cores
Block-Core Identification
A
C
B 60 30 20 NS 060
Perm.Code Material Code Height Code Width Code Length Code Shape Code
B
A
C
B
B
C
E
A
C
B B
A B
D A
C
A
C
1
2
3
4
5
Type
B151405 B191405 B202006 B202012 B251006 B351106 B352006 B353406 B353506 B403505 B404006 B504006 B552006 B552406 B552806 B554006 B652006 B652012 B654006
A 15.0±0.3 19.0±0.3 20.0±0.3 20.0±0.3 25.0±0.3 35.0±0.3 35.0±0.3 35.0±0.3 35.0±0.3 39.7±0.3 40.0±0.3 50.0±0.3 55.0±0.3 55.0±0.3 55.0±0.3 55.0±0.3 65.0±0.3 65.0±0.3 65.0±0.3
1 Example 1 Dimensionmm B
14.0±0.3 14.0±0.3 20.0±0.3 20.0±0.3 10.0±0.3 10.5±0.3 20.0±0.3 33.5±0.3 35.0±0.3 35.0±0.3 40.0±0.3 40.0±0.3 20.0±0.3 24.0±0.3 28.0±0.3 40.0±0.3 20.0±0.3 20.0±0.3 40.3±0.3
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C 4.5±0.3 4.5±0.3 6.0±0.3 12.0±0.3 6.0±0.3 6.0±0.3 6.0±0.3 6.0±0.3 6.0±0.3 6.0±0.3 6.0±0.3 6.0±0.3 6.0±0.3 6.0±0.3 6.0±0.3 6.0±0.3 6.0±0.3 12.0±0.3 6.0±0.3
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Block Cores
Block-Core Identification
Type
B602015 B602020 B603015 B603020 B603515 B603520 B702015 B702020 B703015 B703020 B703515 B703520 B802015 B802020 B803015 B803020
Type
B281820
A
60±0.5 60±0.5 60±0.5 60±0.5 60±0.5 60±0.5 70±0.5 70±0.5 70±0.5 70±0.5 70±0.5 70±0.5 80±0.5 80±0.5 80±0.5 80±0.5
A
28±0.3
1 Example 1 Dimensionmm
B
20±0.3 20±0.3 30±0.3 30±0.3 35±0.3 35±0.3 20±0.3 20±0.3 30±0.3 30±0.3 35±0.3 35±0.3 20±0.3 20±0.3 30±0.3 30±0.3
2 Example 2 Dimensionmm
B
18±0.2
C
15.0±0.3 20.0±0.3 15.0±0.3 20.0±0.3 15.0±0.3 20.0±0.3 15.0±0.3 20.0±0.3 15.0±0.3 20.0±0.3 15.0±0.3 20.0±0.3 15.0±0.3 20.0±0.3 15.0±0.3 20.0±0.3
C
19.5±0.15
Type
B181219 B171119 B351520 B843020
A
18±0.3 17±0.3 35±0.3 84±0.6
3 Example 3 Dimensionmm
B
12±0.3 11±0.3 15±0.3 30±0.3
C
19.0±0.3 19.0±0.3 20.0±0.3 20.0±0.3
Type
B392506 B422607
A
39.0±0.4 42.0±0.4
4 Example 4 Dimensionmm
B
C
D
25.0±0.3 26.0±0.3
6.0±0.3 7.0±0.3
19.0±0.3 29.0±0.3
D
12.0±0.3 11.0±0.3
Type
B502516 B736732
A
50.0±0.5 73.0±0.6
5 Example 5 Dimensionmm B
25.0±0.5 67.0±0.5
C
16.0±0.3 32.0±0.5
Here we do not provide the effective magnetic path constants since there are multiple combinations of magnetic patch.
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Cylinder Cores
Cylinder-Core Identification
P 21 20 NS 060
B
A
Perm.Code Material Code Height Code Diameter Code Shape Code
Type
P2105 P2125 P2505 P2525 P2805 P2825 P3005 P3025 P3305 P3325 P4005 P4020 P5105 P5118 P6105 P6113 P7805 P7810 P8405 P8410
A 21.0±0.3 21.0±0.3 25.0±0.3 25.0±0.3 28.0±0.3 28.0±0.3 30.0±0.3 30.0±0.3 33.0±0.3 33.0±0.3 40.0±0.4 40.0±0.4 51.0±0.5 51.0±0.5 61.0±0.5 61.0±0.5 78.0±0.6 78.0±0.6 84.0±0.6 84.0±0.6
Dimensionmm
B 5.0±0.3 25.0±0.3 5.0±0.3 25.0±0.3 5.0±0.3 25.0±0.3 5.0±0.3 25.0±0.3 5.0±0.3 25.0±0.3 5.0±0.3 20.0±0.3 5.0±0.3 18.0±0.3 5.0±0.3 13±0.3 5.0±0.3 10.0±0.3 5.0±0.3 10.0±0.3
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Square Round Shape Cores
Square Round Shape Core Identification
Type K503009
E
A 30.0±0.3
A
K 50 30 09 NS 060
B D
C
Dimensionmm
B
C
50.0±0.3
20.0±0.3
D 42.0±0.3
Perm.Code Material Code Height Code Width Code Length Code Shape Code
L
E 9.0±0.3
UI UI-Core Identificatio
F
E
D
B
A
UI 06 10 03 NK 060
Perm.Code Material Code Height Code Width Code Length Code Shape Code
C
Type
UI061006 UI232313
L
A 5.7±0.2 23.0±0.3
B 3.4±0.2 8.6±0.2
Dimensionmm
U
C
D
E
F
10.4±0.2 1.2±0.2 2.6±0.2 1.55±0.2
22.7±0.2 4.4±0.2 14.35±0.2 4.2±0.2
A 5.7±0.2 23±0.2
I B 12.7±0.2 22.7±0.2
C 2.2±0.2 4.2±0.2
149
www.ncd.com.cn
www.ncd.com.cn 150
AL Value (nH/N2)
Ht
AL Value (nH/N2)
Ht
WWW.NCD.COM.CN
Torodial Core
OD 078
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
11
60
25
75
31
90
37
125
52
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 7.87 0.310 8.51 0.335
Core Parameters
Cross Section
Path Length
(Ae) 0.062cm2
(le) 1.787cm
0.010in2
0.704in
ID(min) 3.96 0.156 3.43 0.135
Ht(max) 3.18 0.125 3.81 0.15
Window Area (Wa) 0.092cm2 18,200cmil
Volume (Ve) 0.110mm3 0.007in3
NS NS078026 NS078060 NS078075 NS078090 NS078125
NK NK078026 NK078060 NK078075 NK078090 --
Type NH NH078026 NH078060 NH078075 NH078090 NH078125
NSW NSW078026 NSW078060 ----
NKS NKS078026 NKS078060 NKS078075 NKS078090 --
AL vs NI Curve (60, 125)
60
NH078125
NS078125
50
NH078060
NS078060
40
NK078060
NSW078060
30
20
10
0
0
40
80
120 160 200 240 280 320 360 400
151
www.ncd.com.cn
NI(Ampere.Tums)
WWW.NCD.COM.CN
Torodial Core
OD 102
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
14
60
32
75
40
90
48
125
66
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 10.16 0.400 10.80 0.425
Core Parameters
Cross Section
Path Length
(Ae) 0.1000cm2
(le) 2.380cm
0.016in2
0.906in
ID(min) 5.08 0.200 4.57 0.18
Ht(max) 3.96 0.156 4.57 0.18
Window Area (Wa) 0.164cm2 32,400cmil
Volume (Ve) 0.238mm3 0.014in3
NS NS102026 NS102060 NS102075 NS102090 NS102125
NK NK102026 NK102060 NK102075 NK102090 --
Type NH NH102026 NH102060 NH102075 NH102090 NH102125
NSW NSW102026 NSW102060 ----
NKS NKS102026 NKS102060 NKS102075 NKS102090 --
AL vs NI Curve (60, 125)
80
NH102125
70
NS102125
NH102060
60
NS102060
NK102060
50
NSW102060
40
30
20
10
0
0
40
80
120 160 200 240 280 320 360 400
NI(Ampere.Tums)
www.ncd.com.cn
152
AL Value (nH/N2)
Ht
AL Value (nH/N2)
Ht
WWW.NCD.COM.CN
Torodial Core
OD 127
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
12
60
27
75
34
90
40
125
56
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 12.70 0.500 13.46 0.530
Core Parameters
Cross Section
Path Length
(Ae) 0.114cm2
(le) 3.120cm
0.018in2
1.229in
ID(min) 7.62 0.300 6.99 0.275
Ht(max) 4.75 0.187 5.51 0.217
Window Area (Wa) 0.383cm2 75,600cmil
Volume (Ve) 0.356mm3 0.022in3
NS NS127026 NS127060 NS127075 NS127090 NS127125
NK NK127026 NK127060 NK127075 NK127090 --
Type NH NH127026 NH127060 NH127075 NH127090 NH127125
NSW NSW127026 NSW127060 ----
NKS NKS127026 NKS127060 NKS127075 NKS127090 --
80
70
60
50
40
30
20
10
0
0
100
153
www.ncd.com.cn
AL vs NI Curve (60, 125)
200
300
400
500
NI(Ampere.Tums)
NH127125 NS127125 NH127060 NS127060 NK127060 NSW127060
600
700
WWW.NCD.COM.CN
Torodial Core
OD 166
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
15
60
35
75
43
90
52
125
72
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 16.51 0.650 17.40 0.680
Core Parameters
Cross Section
Path Length
(Ae) 0.192cm2
(le) 4.110cm
0.030in2
1.619in
ID(min) 10.16 0.400 9.53 0.375
Ht(max) 6.35 0.250 7.11 0.280
Window Area (Wa) 0.713cm2 140,600cmil
Volume (Ve) 0.789mm3 0.044in3
NS NS166026 NS166060 NS166075 NS166090 NS166125
NK NK166026 NK166060 NK166075 NK166090 --
Type NH NH166026 NH166060 NH166075 NH166090 NH166125
NSW NSW166026 NSW166060 ----
NKS NKS166026 NKS166060 NKS166075 NKS166090 --
AL vs NI Curve (60, 125)
80
NH166125
70
NS166125
NH166060 60
NS166060
50
NK166060
NSW166060
40
30
20
10
0
0
100
200
300
400
500
600
700
NI(Ampere.Tums)
www.ncd.com.cn
154
AL Value (nH/N2)
Ht
AL Value (nH/N2)
Ht
WWW.NCD.COM.CN
Torodial Core
OD 172
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
19
60
43
75
53
90
64
125
89
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 17.27 0.680 18.03 0.710
Core Parameters
Cross Section
Path Length
(Ae) 0.232cm2
(le) 4.140cm
0.036in2
1.630in
ID(min) 9.65 0.380 9.02 0.355
Ht(max) 6.35 0.250 7.11 0.280
Window Area (Wa) 0.683cm2 126,000cmil
Volume (Ve) 0.961mm3 0.059in3
NS NS172026 NS172060 NS172075 NS172090 NS172125
NK NK172026 NK172060 NK172075 NK172090 --
Type NH NH172026 NH172060 NH172075 NH172090 NH172125
NSW NSW172026 NSW172060 ----
NKS NKS172026 NKS172060 NKS172075 NKS172090 --
100
90
80
70
60
50
40
30
20
10
0
0
100
155
www.ncd.com.cn
AL vs NI Curve (60, 125)
NH172125 NS172125 NH172060 NS172060 NK172060 NSW172060
200
300
400
500
600
700
NI(Ampere.Tums)
WWW.NCD.COM.CN
Torodial Core
OD 203
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
14
60
32
75
41
90
49
125
68
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 20.32 0.800 21.10 0.830
Core Parameters
Cross Section
Path Length
(Ae) 0.226cm2
(le) 5.090cm
0.035in2
2.010in
ID(min) 12.70 0.500 12.07 0.475
Ht(max) 6.35 0.250 7.11 0.280
Window Area (Wa) 1.140cm2 225,600cmil
Volume (Ve) 1.151mm3 0.070in3
NS NS203026 NS203060 NS203075 NS203090 NS203125
NK NK203026 NK203060 NK203075 NK203090 --
Type NH NH203026 NH203060 NH203075 NH203090 NH203125
NSW NSW203026 NSW203060 ----
NKS NKS203026 NKS203060 NKS203075 NKS203090
AL vs NI Curve (60, 125)
80
NH203125 70
NS203125
60
NH203060
NS203060
50
NK203060
NSW203060 40
30
20
10
0
0
100
200
300
400
500
600
700
NI(Ampere.Tums)
www.ncd.com.cn
156
AL Value (nH/N2)
Ht
AL Value (nH/N2)
Ht
WWW.NCD.COM.CN
Torodial Core
OD 229
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
19
60
43
75
54
90
65
125
90
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 22.86 0.900 23.62 0.930
Core Parameters
Cross Section
Path Length
(Ae) 0.331cm2
(le) 5.670cm
0.051in2
2.230in
ID(min) 13.97 0.550 13.39 0.527
Ht(max) 7.62 0.300 8.38 0.330
Window Area (Wa) 1.410cm2 277,700cmil
Volume (Ve) 1.877mm3 0.115in3
NS NS229026 NS229060 NS229075 NS229090 NS229125
NK NK229026 NK229060 NK229075 NK229090 --
Type NH NH229026 NH229060 NH229075 NH229090 NH229125
NSH NSW229026 NSW229060 ----
NKS NKS229026 NKS229060 NKS229075 NKS229090 --
100
90
80
70
60
50
40
30
20
10
0
0
100
157
www.ncd.com.cn
AL vs NI Curve (60, 125)
200
300
400
500
NI(Ampere.Tums)
NH229125 NS229125 NH229060 NS229060 NK229060 NSW229060
600
700
WWW.NCD.COM.CN
Torodial Core
OD 234
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
22
60
51
75
63
90
76
125
105
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 23.57 0.928 24.30 0.956
Core Parameters
Cross Section
Path Length
(Ae) 0.388cm2
(le) 5.880cm
0.061in2
2.320in
ID(min) 14.40 0.567 13.77 0.542
Ht(max) 8.89 0.350 9.70 0.382
Window Area (Wa) 1.490cm2 293,800cmil
Volume (Ve) 2.281mm3 0.142in3
NS NS234026 NS234060 NS234075 NS234090 NS234125
NK NK234026 NK234060 NK234075 NK234090 --
Type NH NH234026 NH234060 NH234075 NH234090 NH234125
NSW NSW234026 NSW234060 ----
NKS NKS234026 NKS234060 NKS234075 NKS234090 --
110 100
90 80 70 60 50 40 30 20 10
0 0
AL vs NI Curve (60, 125)
NH234125 NS234125 NH234060 NS234060 NK234060 NSW234060
100
200
300
400
500
600
700
NI(Ampere.Tums)
www.ncd.com.cn
158
AL Value (nH/N2)
Ht
AL Value (nH/N2)
Ht
WWW.NCD.COM.CN
Torodial Core
OD 270
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
32
60
75
75
94
90
113
125
157
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 26.92 1.060 27.70 1.090
Core Parameters
Cross Section
Path Length
(Ae) 0.654cm2
(le) 6.350cm
0.101in2
2.500in
ID(min) 14.73 0.580 14.10 0.555
Ht(max) 11.18 0.440 11.99 0.472
Window Area (Wa) 1.560cm2 308,000cmil
Volume (Ve) 4.154mm3 0.254in3
NS NS270026 NS270060 NS270075 NS270090 NS270125
NK NK270026 NK270060 NK270075 NK270090 --
Type NH NH270026 NH270060 NH270075 NH270090 NH270125
NSW NSW270026 NSW270060 ----
NKS NKS270026 NKS270060 NKS270075 NKS270090 --
AL vs NI Curve (60, 125)
180
NH270125
160
NS270125
140
NH270060
NS270060
120
NK270060
NSW270060
100
80
60
40
20
0
0
100 200 300 400 500 600 700 800 900 1000
NI(Ampere.Tums)
159
www.ncd.com.cn
WWW.NCD.COM.CN
Torodial Core
OD 330
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
28
60
61
75
76
90
91
125
127
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 33.02 1.300 33.83 1.332
Core Parameters
Cross Section
Path Length
(Ae) 0.672cm2
(le) 8.150cm
0.104in2
3.210in
ID(min) 19.94 0.785 19.30 0.760
Ht(max) 10.67 0.420 11.61 0.457
Window Area (Wa) 2.930cm2 577,600cmil
Volume (Ve) 5.477mm3 0.335in3
NS NS330026 NS330060 NS330075 NS330090 NS330125
NK NK330026 NK330060 NK330075 NK330090 --
Type NH NH330026 NH330060 NH330075 NH330090 NH330125
NSW NSW330026 NSW330060 ----
NKS NKS330026 NKS330060 NKS330075 NKS330090
140 120 100
80 60 40 20
0 0
AL vs NI Curve (60, 125)
NH330125 NS330125 NH330060 NS330060 NK330060 NSW330060
100 200 300 400 500 600 700 800 900 1000
NI(Ampere.Tums)
www.ncd.com.cn
160
AL Value (nH/N2)
Ht
AL Value (nH/N2)
Ht
WWW.NCD.COM.CN
Torodial Core
OD 343
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
16
60
38
75
47
90
57
125
79
Core Dimensions
mm
Before Coating
inch
mm
After Coating
inch
OD(max) 34.29 1.350 35.20 1.385
Core Parameters
Cross Section
Path Length
(Ae) 0.454cm2
(le) 8.950cm
0.070in2
3.530in
ID(min) 23.37 0.920 22.60 0.888
Ht(max) 8.89 0.350 9.83 0.387
Window Area (Wa) 4.010cm2 788,500cmil
Volume (Ve) 4.063mm3 0.249in3
NS NS343026 NS343060 NS343075 NS343090 NS343125
NK NK343026 NK343060 NK343075 NK343090 --
Type NH NH343026 NH343060 NH343075 NH343090 NH343125
NSW NSW343026 NSW343060 ----
NKS NKS343026 NKS343060 NKS343075 NKS343090 --
100
90
80
70
60
50
40
30
20
10
0
0
200
161
www.ncd.com.cn
AL vs NI Curve (60, 125)
NH343125 NS343125 NH343060 NS343060 NK343060 NSW343060
400
600
800
NI(Ampere.Tums)
1000
1200
1400
WWW.NCD.COM.CN
Torodial Core
OD 358
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
24
60
56
75
70
90
84
125
117
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 35.81 1.410 36.70 1.445
Core Parameters
Cross Section
Path Length
(Ae) 0.678cm2
(le) 8.980cm
0.105in2
3.540incH
ID(min) 22.35 0.880 21.50 0.848
Ht(max) 10.46 0.412 11.28 0.444
Window Area (Wa) 3.640cm2 719,100cmil
Volume (Ve) 6.088mm3 0.372in3
NS NS358026 NS358060 NS358075 NS358090 NS358125
NK NK358026 NK358060 NK358075 NK358090 --
Type NH NH358026 NH358060 NH358075 NH358090 NH358125
NSW NSW358026 NSW358060 ----
NKS NKS358026 NKS358060 NKS358075 NKS358090 --
140 120 100
80 60 40 20
0 0
AL vs NI Curve (60, 125)
NH358125 NS358125 NH358060 NS358060 NK358060 NSW358060
200
400
600
800
1000
1200
1400
NI(Ampere.Tums)
www.ncd.com.cn
162
AL Value (nH/N2)
Ht
AL Value (nH/N2)
Ht
WWW.NCD.COM.CN
Torodial Core
OD 400
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
35
60
81
75
101
90
121
125
168
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 39.88 1.570 40.70 1.602
Core Parameters
Cross Section
Path Length
(Ae) 1.072cm2
(le) 9.840cm
0.166in2
3.880in
ID(min) 24.13 0.950 23.30 0.918
Ht(max) 14.48 0.570 15.37 0.605
Window Area (Wa) 4.270cm2 842,700cmil
Volume (Ve) 10.549mm3 0.645in3
NS NS400026 NS400060 NS400075 NS400090 NS400125
NK NK400026 NK400060 NK400075 NK400090 --
Type NH NH400026 NH400060 NH400075 NH400090 NH400125
NSW NSW400026 NSW400060 ----
NKS NKS400026 NKS400060 NKS400075 NKS400090 --
220
200
180
160
140
120
100
80
60
40
20
0
0
200
163
www.ncd.com.cn
AL vs NI Curve (60, 125)
NH400125 NS400125 NH400060 NS400060 NK400060 NSW400060
400
600
800
1000
1200
1400
1600
NI(Ampere.Tums)
WWW.NCD.COM.CN
Torodial Core
OD 401
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
53
60
119
75
153
90
183
125
254
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 40.13 1.580 40.94 1.612
Core Parameters
Cross Section
Path Length
(Ae) 1.537cm2
(le) 9.510cm
0.237in2
3.671in
ID(min) 22.08 0.869 21.27 0.837
Ht(max) 17.00 0.669 17.89 0.704
Window Area (Wa) 3.551cm2 700,725cmil
Volume (Ve) 15.043mm3 0.918in3
NS NS401026 NS401060 NS401075 NS401090 NS401125
NK NK401026 NK401060 NK401075 NK401090 --
Type NH NH401026 NH401060 NH401075 NH401090 NH401125
NSW NSW401026 NSW401060 ----
NKS NKS401026 NKS401060 NKS401075 NKS401090 --
280 240 200 160 120
80 40
0 0
AL vs NI Curve (60, 125)
NH401125 NS401125 NH401060 NS401060 NK401060 NSW401060
200 400 600 800 1000 1200 1400 1600 1800 2000
NI(Ampere.Tums)
www.ncd.com.cn
164
AL Value (nH/N2)
Ht
AL Value (nH/N2)
Ht
WWW.NCD.COM.CN
Torodial Core
OD 467
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
59
60
135
75
169
90
202
125
281
Core Dimensions
mm
Before Coating
inch
mm
After Coating
inch
OD(max) 46.74 1.840 47.60 1.875
Core Parameters
Cross Section
Path Length
(Ae) 1.990cm2
(le) 10.740cm
0.308in2
4.230in
ID(min) 24.13 0.950 23.30 0.918
Ht(max) 18.03 0.710 18.92 0.745
Window Area (Wa) 4.270cm2 842,700cmil
Volume (Ve) 21.373mm3 1.303in3
NS NS467026 NS467060 NS467075 NS467090 NS467125
NK NK467026 NK467060 NK467075 NK467090 --
Type NH NH467026 NH467060 NH467075 NH467090 NH467125
NSW NSW467026 NSW467060 ----
NKS NKS467026 MKS467060 NKS467075 NKS467090
320
280
240
200
160
120
80
40
0
0
200
165
www.ncd.com.cn
AL vs NI Curve (60, 125)
NH467125 NS467125 NH467060 NS467060 NK467060 NSW467060
400
600
800
1000
1200
1400
1600
NI(Ampere.Tums)
WWW.NCD.COM.CN
Torodial Core
OD 468
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
37
60
86
75
107
90
128
125
178
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 46.74 1.840 47.60 1.875
Core Parameters
Cross Section
Path Length
(Ae) 1.340cm2
(le) 11.630cm
0.208in2
4.580in
ID(min) 28.70 1.130 27.90 1.098
Ht(max) 15.24 0.600 16.13 0.635
Window Area (Wa) 6.110cm2 1,206,000cmil
Volume (Ve) 15.584mm3 0.953in3
NS NS468026 NS468060 NS468075 NS468090 NS468125
NK NK468026 NK468060 NK468075 NK468090 --
Type NH NH468026 NH468060 NH468075 NH468090 NH468125
NSW NSW468026 NSW468060 ----
NKS NKS468026 NKS468060 NKS468075 NKS468090 --
200 160 120
80 40
0 0
AL vs NI Curve (60, 125)
NH468125 NS468125 NH468060 NS468060 NK468060 NSW468060
200
400
600
800
1000
1200
1400
1600
NI(Ampere.Tums)
www.ncd.com.cn
166
AL Value (nH/N2)
Ht
AL Value (nH/N2)
Ht
WWW.NCD.COM.CN
Torodial Core
OD 508
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
32
60
73
75
91
90
109
125
152
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 50.80 2.000 51.70 2.035
Core Parameters
Cross Section
Path Length
(Ae) 1.251cm2
(le) 12.730cm
0.194in2
5.020in
ID(min) 31.75 1.250 30.90 1.218
Ht(max) 13.46 0.530 14.35 0.565
Window Area (Wa) 7.500cm2 1,484,000cmil
Volume (Ve) 15.929mm3 0.974in3
NS NS508026 NS508060 NS508075 NS508090 NS508125
NK NK508026 NK508060 NK508075 ---
Type NH NH508026 NH508060 NH508075 NH508090 NH508125
NSW NSW508026 NSW508060 ----
NKS NKS508026 NKS508060 NKS508075 NKS508090 --
180
160
140
120
100
80
60
40
20
0
0
200
167
www.ncd.com.cn
AL vs NI Curve (60, 125)
NH508125 NS508125 NH508060 NS508060 NK508060 NSW508060
400
600
800
1000
1200
1400
1600
NI(Ampere.Tums)
WWW.NCD.COM.CN
Torodial Core
OD 571
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
60
60
138
75
172
90
206
125
287
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 57.15 2.250 58.00 2.285
Core Parameters
Cross Section
Path Length
(Ae) 2.290cm2
(le) 12.500cm
0.355in2
4.930in
ID(min) 26.39 1.039 25.60 1.007
Ht(max) 15.24 0.600 16.10 0.635
Window Area (Wa) 5.140cm2 1,014,049cmil
Volume (Ve) 28.600mm3 1.750in3
NS NS571026 NS571060 NS571075 NS571090 NS571125
NK NK571026 NK571060 NK571075 NK571090 --
Type NH NH571026 NH571060 NH571075 NH571090 NH571125
NSW NSW571026 NSW571060 ----
NKS NKS571026 NKS571060 NKS571075 NKS571090 --
300 280 260 240 220 200 180 160 140 120 100
80 60 40 20
0 0
AL vs NI Curve (60, 125)
NH571125 NS571125 NH571060 NS571060 NK571060 NSW571060
200 400 600 800 1000 1200 1400 1600 1800 2000
NI(Ampere.Tums)
www.ncd.com.cn
168
AL Value (nH/N2)
Ht
AL Value (nH/N2)
Ht
WWW.NCD.COM.CN
Torodial Core
OD 572
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
33
60
75
75
94
90
112
125
156
Core Dimensions
mm
Before Coating
inch
mm
After Coating
inch
OD(max) 57.15 2.250 58.00 2.285
Core Parameters
Cross Section
Path Length
(Ae) 1.444cm2
(le) 14.300cm
0.244in2
5.630in
ID(min) 35.56 1.400 34.70 1.368
Ht(max) 13.97 0.550 14.86 0.585
Window Area (Wa) 9.480cm2 1,871,000cmil
Volume (Ve) 20.650mm3 1.261in3
NS NS572026 NS572060 NS572075 NS572090 NS572125
NK NK572026 NK572060 NK572075 NK572090 --
Type NH NH572026 NH572060 NH572075 NH572090 NH572125
NSW NSW572026 NSW572060 ----
NKS NKS572026 NKS572060 NKS572075 NKS572090 --
AL vs NI Curve (60, 125)
180
NH572125
160
NS572125
140
NH572060
NS572060
120
NK572060
NSW572060
100
80
60
40
20
0
0
200 400 600 800 1000 1200 1400 1600 1800 2000
NI(Ampere.Tums)
169
www.ncd.com.cn
WWW.NCD.COM.CN
Torodial Core
OD 610
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
83
60
192
75
240
90
288
125
400
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 62.0 2.441 63.10 2.484
Core Parameters
Cross Section
Path Length
(Ae) 3.675cm2
(le) 14.370cm
0.570in2
5.660in
ID(min) 32.6 1.283 31.37 1.235
Ht(max) 25.00 0.984 26.27 1.034
Window Area (Wa) 7.730cm2 1,525,610cmil
Volume (Ve) 52.810mm3 3.223in3
NS NS610026 NS610060 NS610075 NS610090 NS610125
NK NK610026 NK610060 NK610075 NK610090 --
Type NH NH610026 NH610060 NH610075 NH610090 NH610125
NSW NSW610026 NSW610060 ----
NKS NKS610026 NKS610060 NKS610075 NKS610090 --
440 400 360 320 280 240 200 160 120
80 40
0 0
AL vs NI Curve (60, 125)
NH610125 NS610125 NH610060 NS610060 NK610060 NSW610060
400
800
1200
1600
2000
2400
2800
3200
NI(Ampere.Tums)
www.ncd.com.cn
170
AL Value (nH/N2)
Ht
AL Value (nH/N2)
Ht
WWW.NCD.COM.CN
Torodial Core
OD 680
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
62
60
143
75
179
90
215
125
298
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 68.80 2.677 69.40 2.732
Core Parameters
Cross Section
Path Length
(Ae) 3.104cm2
(le) 16.330cm
0.481in2
6.429in
ID(min) 36.00 1.417 34.70 1.366
Ht(max) 20.00 0.787 21.40 0.843
Window Area (Wa) 9.620cm2 1,898,332cmil
Volume (Ve) 50.690mm3 3.093in3
NS NS680026 NS680060 NS680075 NS680090 NS680125
NK NK680026 NK680060 NK680075 NK680090 --
Type NH NH680026 NH680060 NH680075 NH680090 NH680125
NSW NSW680026 NSW680060 ----
NKS NKS680026 NKS680060 NKS680075 NKS680090 --
360
320
280
240
200
160
120
80
40
0
0
400
171
www.ncd.com.cn
AL vs NI Curve (60, 125)
NH680125 NS680125 NH680060 NS680060 NK680060 NSW680060
800
1200
1600
2000
2400
2800
3200
NI(Ampere.Tums)
WWW.NCD.COM.CN
Torodial Core
OD 740
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
89
60
206
75
257
90
309
125
429
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 74.10 2.917 75.20 2.961
Core Parameters
Cross Section
Path Length
(Ae) 5.040cm2
(le) 18.380cm
0.781in2
7.240in
ID(min) 45.30 1.783 44.07 1.735
Ht(max) 35.00 1.378 36.27 1.428
Window Area (Wa) 15.250cm2 3,009,310cmil
Volume (Ve) 92.640mm3 5.653in3
NS NS740026 NS740060 NS740075 NS740090 NS740125
NK NK740026 NK740060 NK740075 NK740090 --
Type NH NH740026 NH740060 NH740075 NH740090 NH740090
NSW NSW740026 NSW740060 ----
NKS NKS740026 NKS740060 NKS740075 NKS740090 --
480 440 400 360 320 280 240 200 160 120
80 40
0 0
AL vs NI Curve (60, 125)
NH740125 NS740125 NH740060 NS740060 NK740060 NSW740060
400
800
1200
1600
2000
2400
2800
3200
NI(Ampere.Tums)
www.ncd.com.cn
172
AL Value (nH/N2)
Ht
AL Value (nH/N2)
Ht
WWW.NCD.COM.CN
Torodial Core
OD 777
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
30
60
68
75
85
90
102
125
142
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 77.80 3.063 78.90 3.108
Core Parameters
Cross Section
Path Length
(Ae) 1.770cm2
(le) 20.000cm
0.274in2
7.720in
ID(min) 49.23 1.938 48.00 1.888
Ht(max) 12.70 0.500 13.97 0.550
Window Area (Wa) 17.990cm2 3,550,000cmil
Volume (Ve) 34.770mm3 2.122in3
NS NS777026 NS777060 NS777075 NS777090 NS777125
NK NK777026 NK777060 NK777075 NK777090 --
Type NH NH777026 NH777060 NH777075 NH777090 NH777125
NSW NSW777026 NSW777060 ----
NKS NKS777026 NKS777060 NKS777075 NKS777090 --
160
150
140
130
120
110
100
90
80
70
60
50
40
30
20
10
0
0
400
173
www.ncd.com.cn
AL vs NI Curve (60, 125)
NH777125 NS777125 NH777060 NS777060 NK777060 NSW777060
800
1200
1600
2000
2400
2800
3200
NI(Ampere.Tums)
WWW.NCD.COM.CN
Torodial Core
OD 778
OD ID
Available Cores
Permeability ()
AL (nH/N2)
26
37
60
85
75
107
90
128
125
178
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 77.80 3.063 78.90 3.108
Core Parameters
Cross Section
Path Length
(Ae) 2.270cm2
(le) 20.000cm
0.352in2
7.720in
ID(min) 49.23 1.938 48.00 1.888
Ht(max) 15.90 0.626 17.20 0.677
Window Area (Wa) 17.990cm2 3,550,000cmil
Volume (Ve) 43.531mm3 2.656in3
NS NS778026 NS778060 NS778075 NS778090 NS778125
NK NK778026 NK778060 NK778075 NK778090 --
Type NH NH778026 NH778060 NH778075 NH778090 NH778090
NSW NSW778026 NSW778060 ----
NKS NKS778026 NKS778060 NKS778075 NKS778090 --
200 180 160 140 120 100
80 60 40 20
0 0
AL vs NI Curve (60, 125)
NH778125 NS778125 NH778060 NS778060 NK778060 NSW778060
400
800
1200
1600
2000
2400
2800
3200
NI(Ampere.Tums)
www.ncd.com.cn
174
AL Value (nH/N2)
Ht
AL Value (nH/N2)
Ht
WWW.NCD.COM.CN
Torodial Core
OD 1020E13.6
OD ID
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 101.60 4.000 103.20 4.061
ID(min) 57.15 2.250 55.70 2.195
Ht(max) 13.59 0.535 14.86 0.585
Core Parameters
Cross Section
Path Length
(Ae) 2.972cm2
(le) 24.271cm
0.461in2
9.556in
Window Area (Wa) 24.413cm2 4,818,025cmil
Volume (Ve) 72.122mm3 4.401in3
Available Cores
Type
Permeability () AL (nH/N2) NS
NK
NH
NSW
NKS
26
40
NS1020026E13.6 NK1020026E13.6 NH1020026E13.6 NSW1020026 E13.6 NKS1020026E13.6
60
92
NS1020060 E13.6 NK1020060 E13.6 NH1020060 E13.6 NSW1020060 E13.6 NKS1020060 E13.6
75
115
NS1020075 E13.6 NK1020075 E13.6 NH1020075 E13.6 --
NKS1020075 E13.6
90
139
NS1020090 E13.6 NK1020090 E13.6 NH1020090 E13.6 --
NKS1020090 E13.6
125
192
NS1020125 E13.6 ---
NH1020125 E13.6 --
--
240
200
160
120
80
40
0
0
400
175
www.ncd.com.cn
AL vs NI Curve (60, 125)
NH1020125E13.5 NS1020125E13.5 NH1020060E13.5 NS1020060E13.5 NK1020060E13.5 NSW1020060E13.5
800
1200
1600
2000
2400
2800
3200
NI(Ampere.Tums)
WWW.NCD.COM.CN
Torodial Core
OD 1020E16.5
OD ID
Core Dimensions
Before Coating After Coating
mm inch mm inch
OD(max) 101.60 4.000 103.10 4.059
ID(min) 57.15 2.252 55.70 2.195
Ht(max) 16.50 0.650 17.80 0.701
Core Parameters
Cross Section
Path Length
(Ae) 3.523cm2
(le) 24.271cm
0.546in2
9.560incH
Window Area (Wa) 24.413cm2 4,807,425cmil
Volume (Ve) 85.495mm3 5.217in3
Available Cores
Type
Permeability () AL (nH/N2) NS
NK
NH
NSW
NKS
26
48
NS1020026E16.5 NS1020026E16.5 NH1020026E16.5 NSW1020026 E16.5 NKS1020026E16.5
60
112
NS1020060 E16.5 NS1020060 E16.5 NH1020060 E16.5 NSW1020060 E16.5 NKS1020060 E16.5
75
137
NS1020075 E16.5 NS1020075 E16.5 NH1020075 E16.5 --
NKS1020075 E16.5
90
164
NS1020090 E16.5 NS1020090 E16.5 NH1020090 E16.5 --
NKS1020090 E16.5
125
228
NS1020125 E16.5 ---
NH1020125 E16.5 --
--
320 280 240 200 160 120
80 40
0 0
AL vs NI Curve (60, 125)
NH1020125E16.5 NS1020125E16.5 NH1020060E16.5 NS1020060E16.5 NK1020060E16.5 NSW1020060E16.5
400
800
1200
1600
2000
2400
2800
3200
NI(Ampere.Tums)
www.ncd.com.cn
176
WWW.NCD.COM.CN
Core Cross Reference Table
NCD MAGNETICS ARNOLD
CSC
KDM
POCO AL(nH/N2) OD(mm) IN(mm) HT(mm)
NS343026
77587
MS-135026 CS343026 KS135-026A NPS135026
16
NS343060
77586
MS-135060 CS343060 KS135-060A NPS135060
38
NS343075
77590
MS-135075 CS343075 KS135-075A NPS135075
47
NS343090
77589
MS-135090 CS343090 KS135-090A NPS135090
57
NS343125
77585
MS-135125 CS343125 KS135-125A NPS135125
79
NS358026
77326
MS-141026 CS358026 KS141-026A NPS141026
24
NS358060
77076
MS-141060 CS358060 KS141-060A NPS141060
56
NS358075
77329
MS-141075 CS358075 KS141-075A NPS141075
70
NS358090
77328
MS-141090 CS358090 KS141-090A NPS141090
84
NS358125
77324
MS-141125 CS358125 KS141-125A NPS141125
117
NS400026
77256
MS-157026 CS400026 KS157-026A NPS157026
35
NS400060
77083
MS-157060 CS400060 KS157-060A NPS157060
81
NS400075
77259
MS-157075 CS400075 KS157-075A NPS157075
101
NS400090
77258
MS-157090 CS400090 KS157-090A NPS157090
121
NS400125
77254
MS-157125 CS400125 KS157-125A NPS157125
168
NS401026
-
-
-
NPS158026
53
NS401060
-
-
-
NPS158060
119
NS401075
-
-
-
NPS158075
153
NS401090
-
-
-
NPS158090
183
NS401125
-
-
-
NPS158125
254
NS467026
77440
MS-184026 CS467026 KS184-026A NPS184026
59
NS467060
77439
MS-184060 CS467060 KS184-060A NPS184060
135
NS467075
77443
MS-184075 CS467075 KS184-075A NPS184075
169
NS467090
77442
MS-184090 CS467090 KS184-090A NPS184090
202
NS467125
77438
MS-184125 CS467125 KS184-125A NPS184125
281
NS468026
77091
MS-185026 CS468026 KS185-026A NPS185026
37
NS468060
77090
MS-185060 CS468060 KS185-060A NPS185060
86
NS468075
77094
MS-185075 CS468075 KS185-075A NPS185075
107
NS468090
77093
MS-185090 CS468090 KS185-090A NPS185090
128
NS468125
77089
MS-185125 CS468125 KS185-125A NPS185125
178
NS508026
77717
MS-200026 CS508026 KS200-026A NPS200026
32
NS508060
77716
MS-200060 CS508060 KS200-060A NPS200060
73
NS508075
77720
MS-200075 CS508075 KS200-075A NPS200075
91
NS508090
77719
MS-200090 CS508090 KS200-090A NPS200090
109
NS508125
77715
MS-200125 CS508125 KS200-125A NPS200125
152
NS571026
77191
MS-226026 CS571026 KS226-026A NPS226026
60
NS571060
77192
MS-226060 CS571060 KS226-060A NPS226060
138
NS571075
77193
MS-226075 CS571075 KS226-075A NPS226075
172
NS571090
77194
MS-226090 CS571090 KS226-090A NPS226090
206
NS571125
77195
MS-226125 CS571125 KS226-125A NPS226125
287
NS572026
77111
MS-225026 CS572026 KS225-026A NPS225026
33
NS572060
77110
MS-225060 CS572060 KS225-060A NPS225060
75
34.30 34.30 34.30 34.30 34.30 35.80 35.80 35.80 35.80 35.80 39.90 39.90 39.90 39.90 39.90 40.13 40.13 40.13 40.13 40.13 46.70 46.70 46.70 46.70 46.70 46.70 46.70 46.70 46.70 46.70 50.80 50.80 50.80 50.80 50.80 57.20 57.20 57.20 57.20 57.20 57.20 57.20
23.37 23.37 23.37 23.37 23.37 22.4 22.4 22.4 22.4 22.4 24.1 24.1 24.1 24.1 24.1 22.08 22.08 22.08 22.08 22.08 24.1 24.1 24.1 24.1 24.1 28.7 28.7 28.7 28.7 28.7 31.8 31.8 31.8 31.8 31.8 26.4 26.4 26.4 26.4 26.4 35.6 35.6
8.89 8.89 8.89 8.89 8.89 10.5 10.5 10.5 10.5 10.5 14.5 14.5 14.5 14.5 14.5 17.0 17.0 17.0 17.0 17.0 18.0 18.0 18.0 18.0 18.0 15.2 15.2 15.2 15.2 15.2 13.5 13.5 13.5 13.5 13.5 15.2 15.2 15.2 15.2 15.2 14.0 14.0
177
www.ncd.com.cn
WWW.NCD.COM.CN
Core Cross Reference Table
NCD MAGNETICS ARNOLD
CSC
KDM
POCO AL(nH/N2) OD(mm) IN(mm) HT(mm)
NS078060
77031
MS-031060 CS078060 KS031-060A
-
25
NS078075
77835
MS-031075 CS078075 KS031-075A
-
31
NS078090
77834
MS-031090 CS078090 KS031-090A
-
37
NS078125
77030
MS-031125 CS078125 KS031-125A
-
52
NS102060
77041
MS-040060 CS102060 KS040-060A
-
32
NS102075
77845
MS-040075 CS102075 KS040-075A
-
40
NS102090
77844
MS-040090 CS102090 KS040-090A
-
48
NS102125
77040
MS-040125 CS102125 KS040-125A
-
66
NS127060
77051
MS-050060 CS127060 KS050-060A NPS050060
27
NS127075
77055
MS-050075 CS127075 KS050-075A NPS050075
34
NS127090
77054
MS-050090 CS127090 KS050-090A NPS050090
40
NS127125
77050
MS-050125 CS127125 KS050-125A NPS050125
56
NS166060
77121
MS-065060 CS166060 KS065-060A NPS065060
35
NS166075
77225
MS-065075 CS166075 KS065-075A NPS065075
43
NS166090
77224
MS-065090 CS166090 KS065-090A NPS065090
52
NS166125
77120
MS-065125 CS166125 KS065-125A NPS065125
72
NS172060
77381
MS-068060 CS172060 KS068-060A NPS068060
43
NS172075
77385
MS-068075 CS172075 KS068-075A NPS068075
53
NS172090
77384
MS-068090 CS172090 KS068-090A NPS068090
64
NS172125
77380
MS-068125 CS172125 KS068-125A NPS068125
89
NS203060
77848
MS-080060 CS203060 KS080-060A NPS080060
32
NS203075
77211
MS-080075 CS203075 KS080-075A NPS080075
41
NS203090
77210
MS-080090 CS203090 KS080-090A NPS080090
49
NS203125
77206
MS-080125 CS203125 KS080-125A NPS080125
68
NS229060
77059
MS-090060 CS229060 KS090-060A NPS090060
43
NS229075
77315
MS-090075 CS229075 KS090-075A NPS090075
54
NS229090
77314
MS-090090 CS229090 KS090-090A NPS090090
65
NS229125
77310
MS-090125 CS229125 KS090-125A NPS090125
90
NS234060
77351
MS-092060 CS234060 KS092-060A NPS092060
51
NS234075
77355
MS-092075 CS234075 KS092-075A NPS092075
63
NS234090
77354
MS-092090 CS234090 KS092-090A NPS092090
76
NS234125
77350
MS-092125 CS234125 KS092-125A NPS092125
105
NS270026
77932
MS-106026 CS270026 KS106-026A NPS106026
32
NS270060
77894
MS-106060 CS270060 KS106-060A NPS106060
75
NS270075
77935
MS-106075 CS270075 KS106-075A NPS106075
94
NS270090
77934
MS-106090 CS270090 KS106-090A NPS106090
113
NS270125
77930
MS-106125 CS270125 KS106-125A NPS106125
157
NS330026
77550
MS-130026 CS330026 KS130-026A NPS130026
28
NS330060
77071
MS-130060 CS330060 KS130-060A NPS130060
61
NS330075
77553
MS-130075 CS330075 KS130-075A NPS130075
76
NS330090
77552
MS-130090 CS330090 KS130-090A NPS130090
91
NS330125
77548
MS-130125 CS330125 KS130-125A NPS130125
127
7.87 7.87 7.87 7.87 10.2 10.2 10.2 10.2 12.7 12.7 12.7 12.7 16.6 16.6 16.6 16.6 17.3 17.3 17.3 17.3 20.3 20.3 20.3 20.3 22.9 22.9 22.9 22.9 23.6 23.6 23.6 23.6 26.9 26.9 26.9 26.9 26.9 33.0 33.0 33.0 33.0 33.0
3.96 3.96 3.96 3.96 5.08 5.08 5.08 5.08 7.62 7.62 7.62 7.62 10.2 10.2 10.2 10.2 9.65 9.65 9.65 9.65 12.7 12.7 12.7 12.7 14.0 14.0 14.0 14.0 14.4 14.4 14.4 14.4 14.7 14.7 14.7 14.7 14.7 19.9 19.9 19.9 19.9 19.9
3.18 3.18 3.18 3.18 3.96 3.96 3.96 3.96 4.75 4.75 4.75 4.75 6.35 6.35 6.35 6.35 6.35 6.35 6.35 6.35 6.35 6.35 6.35 6.35 7.62 7.62 7.62 7.62 8.89 8.89 8.89 8.89 11.2 11.2 11.2 11.2 11.2 10.7 10.7 10.7 10.7 10.7
www.ncd.com.cn
178
WWW.NCD.COM.CN
Core Cross Reference Table
NCD MAGNETICS ARNOLD
CSC
KDM
POCO AL(nH/N2) OD(mm) IN(mm) HT(mm)
NS572075 NS572090 NS572125 NS610026 NS610060 NS610075 NS610090 NS610125 NS680026 NS680060 NS680075 NS680090 NS680125 NS740026 NS740060 NS740075 NS740090 NS740125 NS777026 NS777060 NS777090 NS777125 NS778026 NS778060 NS778090 NS778125
NS1020026E13.6 NS1020060E13.6 NS1020125E13.6 NS1020026E16.5 NS1020060E16.5 NS1020125E16.5
77214 77213 77109 77615 77617 77619 77620 77074 77072 77069 77068 77070 77735 77737 77738 77739 77740 77868 77867 77866 77908 77907
77906 77102 77099 77098
MS-225075 MS-225090 MS-225125 MS-330026 MS-300060 MS-300090 MS-300125 MS-301026 MS-301060 MS-301090 MS-301125 MS-401026 MS-401060 MS-401125 MS-400026 MS-400060 MS-400125
CS572075 KS225-075A
CS572090 KS225-090A
CS572125 KS225-125A
CS610026 KS250-026A
CS610060 KS250-060A
CS610075 -
CS610090 KS250-090A
CS610125 KS250-125A
-
KS268-026A
-
KS268-060A
-
KS268-075A
-
KS268-090A
-
KS268-125A
CS740026 KS290-026A
CS740060 KS290-060A
CS740075 KS290-075A
CS740090 KS290-090A
CS740125 KS290-125A
CS777026 KS300-026A
CS777060 KS300-060A
CS777090 KS300-090A
CS777125 KS300-125A
CS778026 KS301-026A
CS778060 KS301-026A
CS778090 KS301-026A
CS778125 KS301-026A
-
KS401-026A
-
KS401-060A
-
KS401-125A
CS1016026 KS400-026A
CS1016060 KS400-060A
CS1016125 KS400-125A
NPS225075 NPS225090 NPS225125 NPS250026 NPS250060
NPS250090 NPS250125
NPS300026 NPS300060 NPS300090 NPS300125 NPS306026 NPS306060 NPS306090 NPS306125 NPS400026 NPS400060 NPS400125 NPS401026 NPS401060 NPS401125
94 112 156 83 192 240 288 400 62 143 179 215 298 89 206 257 309 429 30 68 102 142 37 85 128 178 40 92.3 192 48 112 228
57.2 57.2 57.2 62.0 62.0 62.0 62.0 62.0 68.8 68.8 68.8 68.0 68.8 74.1 74.1 74.1 74.1 74.1 77.8 77.8 77.8 77.8 77.8 77.8 77.8 77.8 101.6 101.6 101.6 101.6 101.6 101.6
35.6 35.6 35.6 32.6 32.6 32.6 32.6 32.6 36.0 36.0 36.0 36.0 36.0 45.3 45.3 45.3 45.3 45.3 49.2 49.2 49.2 49.2 49.2 49.2 49.2 49.2 57.15 57.15 57.15 57.15 57.15 57.15
14 14 14 25 25 25 25 25 20 20 20 20 20 35 35 35 35 35 12.7 12.7 12.7 12.7 15.9 15.9 15.9 15.9 13.6 13.6 13.6 16.5 16.5 16.5
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Core Cross Reference Table
NCD MAGNETICS ARNOLD
CSC
KDM
POCO AL(nH/N2) OD(mm) IN(mm) HT(mm)
NK078060
-
FS-031060 CK078060 KSF031-060A
-
25
NK078075
-
FS-031075 CK078075 KSF031-075A
-
31
NK078090
-
FS-031090 CK078090 KSF031-090A
-
37
NK102060
-
FS-040060 CK102060 KSF040-060A
-
32
NK102075
-
FS-040075 CK102075 KSF040-075A
-
40
NK102090
-
FS-040090 CK102090 KSF040-090A
-
48
NK127060
78051
FS-050060 CK127060 KSF050-060A NPF050060
27
NK127075
78055
FS-050075 CK127075 KSF050-075A NPF050075
34
NK127090
78054
FS-050090 CK127090 KSF050-090A NPF050090
40
NK166060
78121
FS-065060 CK166060 KSF065-060A NPF065060
35
NK166075
78225
FS-065075 CK166075 KSF065-075A NPF065075
43
NK166090
78224
FS-065090 CK166090 KSF065-090A NPF065090
52
NK172060
78381
FS-068060 CK172060 KSF068-060A NPF068060
43
NK172075
78385
FS-068075 CK172075 KSF068-075A NPF068075
53
NK172090
78384
FS-068090 CK172090 KSF068-090A NPF068090
64
NK203060
78848
FS-080060 CK203060 KSF080-060A NPF080060
32
NK203075
78211
FS-080075 CK203075 KSF080-075A NPF080075
41
NK203090
78210
FS-080090 CK203090 KSF080-090A NPF080090
49
NK229060
78059
FS-090060 CK229060 KSF090-060A NPF090060
43
NK229075
78315
FS-090075 CK229075 KSF090-075A NPF090075
54
NK229090
78314
FS-090090 CK229090 KSF090-090A NPF090090
65
NK234060
78351
FS-092060 CK234060 KSF092-060A NPF092060
51
NK234075
78355
FS-092075 CK234075 KSF092-075A NPF092075
63
NK234090
78354
FS-092090 CK234090 KSF092-090A NPF092090
76
NK270026
78932
FS-106026 CK270026 KSF106-026A NPF106026
32
NK270060
78894
FS-106060 CK270060 KSF106-060A NPF106060
75
NK270075
78935
FS-106075 CK270075 KSF106-075A NPF106075
94
NK270090
78934
FS-106090 CK270090 KSF106-090A NPF106090
113
NK330026
78550
FS-130026 CK330026 KSF130-026A NPF130026
28
NK330060
78071
FS-130060 CK330060 KSF130-060A NPF130060
61
NK330075
78553
FS-130075 CK330075 KSF130-075A NPF130075
76
NK330090
78552
FS-130090 CK330090 KSF130-090A NPF130090
91
NK343026
78587
FS-135026 CK343026 KSF135-026A NPF135026
16
NK343060
78586
FS-135060 CK343060 KSF135-060A NPF135060
38
NK343075
78590
FS-135075 CK343075 KSF135-075A NPF135075
47
NK343090
78589
FS-135090 CK343090 KSF135-090A NPF135090
57
NK358026
78326
FS-141026 CK358026 KSF141-026A NPF141026
24
NK358060
78076
FS-141060 CK358060 KSF141-060A NPF141060
56
NK358075
78329
FS-141075 CK358075 KSF141-075A NPF141075
70
NK358090
78328
FS-141090 CK358090 KSF141-090A NPF141090
84
NK400026
78256
FS-157026 CK400026 KSF157-026A NPF157026
35
NK400060
78083
FS-157060 CK400060 KSF157-060A NPF157060
81
7.87 7.87 7.87 10.2 10.2 10.2 12.7 12.7 12.7 16.6 16.6 16.6 17.3 17.3 17.3 20.3 20.3 20.3 22.9 22.9 22.9 23.6 23.6 23.6 26.9 26.9 26.9 26.9 33.0 33.0 33.0 33.0 34.3 34.3 34.3 34.3 35.8 35.8 35.8 35.8 39.9 39.9
3.96 3.96 3.96 5.08 5.08 5.08 7.62 7.62 7.62 10.2 10.2 10.2 9.65 9.65 9.65 12.7 12.7 12.7 14.0 14.0 14.0 14.4 14.4 14.4 14.7 14.7 14.7 14.7 19.9 19.9 19.9 19.9 23.37 23.37 23.37 23.37 22.4 22.4 22.4 22.4 24.1 24.1
3.18 3.18 3.18 3.96 3.96 3.96 4.75 4.75 4.75 6.35 6.35 6.35 6.35 6.35 6.35 6.35 6.35 6.35 7.62 7.62 7.62 8.89 8.89 8.89 11.2 11.2 11.2 11.2 10.7 10.7 10.7 10.7 8.89 8.89 8.89 8.89 10.5 10.5 10.5 10.5 14.5 14.5
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Core Cross Reference Table
NCD MAGNETICS ARNOLD
CSC
KDM
POCO AL(nH/N2) OD(mm) IN(mm) HT(mm)
NK400075
78259
FS-157075 CK400075 KSF157-075A NPF157075
101
NK400090
78258
FS-157090 CK400090 KSF157-090A NPF157090
121
NK401026
-
-
-
NPF158026
53
NK401060
-
-
-
NPF158060
119
NK401090
-
-
-
NPF158090
183
NK467026
78440
FS-184026 CK467026 KSF184-026A NPF184026
59
NK467060
78439
FS-184060 CK467060 KSF184-060A NPF184060
135
NK467075
78443
FS-184075 CK467075 KSF184-075A NPF184075
169
NK467090
78442
FS-184090 CK467090 KSF184-090A NPF184090
202
NK468026
78091
FS-185026 CK468026 KSF185-026A NPF185026
37
NK468060
78090
FS-185060 CK468060 KSF185-060A NPF185060
86
NK468075
78094
FS-185075 CK468075 KSF185-075A NPF185075
107
NK468090
78093
FS-185090 CK468090 KSF185-090A NPF185090
128
NK508026
78717
FS-200026 CK508026 KSF200-026A NPF200026
32
NK508060
78716
FS-200060 CK508060 KSF200-060A NPF200060
73
NK508075
78720
FS-200075 CK508075 KSF200-075A NPF200075
91
NK508090
78719
FS-200090 CK508090 KSF200-090A NPF200090
109
NK571026
78191
FS-226026 CK571026 KSF226-026A NPF226026
60
NK571060
78192
FS-226060 CK571060 KSF226-060A NPF226060
138
NK571075
78193
FS-226075 CK571075 KSF226-075A NPF226075
172
NK571090
78194
FS-226090 CK571090 KSF226-090A NPF226090
207
NK572026
78111
FS-225026 CK572026 KSF225-026A NPF225026
33
NK572060
78110
FS-225060 CK572060 KSF225-060A NPF225060
75
NK572075
78214
FS-225075 CK572075 KSF225-075A NPF225075
94
NK572090
78213
FS-225090 CK572090 KSF225-090A NPF225090
112
NK610026
78615
-
CK610026 KSF250-026A NPF250026
83
NK610060
78617
-
CK610060 KSF250-060A NPF250060
192
NK610075
78618
-
CK610075 KSF250-075A NPF250075
240
NK610090
78619
-
CK610090 KSF250-090A NPF250090
288
NK680026
78074
-
CK680026 KSF268-026A
-
62
NK680060
78072
-
CK680060 KSF268-060A
-
143
NK680075
78069
-
CK680075 KSF268-075A
-
179
NK680090
78068
-
CK680090 KSF268-090A
-
215
NK740026
78735
-
CK740026 KSF290-026A
-
89
NK740060
78737
-
CK740060 KSF290-060A
-
206
NK740075
78738
-
CK740075 KSF290-075A
-
257
NK740090
78739
-
CK740090 KSF290-090A
-
309
NK777026
78868
FS-300026 CK777026 KSF300-026A NPF300026
30
NK777060
78867
FS-300060 CK777060 KSF300-060A NPF300060
68
NK777090
78870
FS-300090 CK777090 KSF300-090A NPF300090
102
NK778026
78908
FS-301026 CK778026 KSF301-026A NPF306026
37
NK778060
78907
FS-301060 CK778060 KSF301-060A NPF306060
85
39.9 39.9 40.13 40.13 40.13 46.7 46.7 46.7 46.7 46.7 46.7 46.7 46.7 50.8 50.8 50.8 50.8 57.2 57.2 57.2 57.2 57.2 57.2 57.2 57.2 62.0 62.0 62.0 62.0 68.8 68.8 68.8 68.8 74.1 74.1 74.1 74.1 77.8 77.8 77.8 77.8 77.8
24.1 24.1 22.08 22.08 22.08 24.1 24.1 24.1 24.1 28.7 28.7 28.7 28.7 31.8 31.8 31.8 31.8 26.4 26.4 26.4 26.4 35.6 35.6 35.6 35.6 32.6 32.6 32.6 32.6 36.0 36.0 36.0 36.0 45.3 45.3 45.3 45.3 49.2 49.2 49.2 49.2 49.2
14.5 14.5 17.0 17.0 17.0 18.0 18.0 18.0 18.0 15.2 15.2 15.2 15.2 13.5 13.5 13.5 13.5 15.2 15.2 15.2 15.2 14.0 14.0 14.0 14.0 25.0 25.0 25.0 25.0 20.0 20.0 20.0 20.0 35.0 35.0 35.0 35.0 12.7 12.7 12.7 15.9 15.9
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Core Cross Reference Table
NCD MAGNETICS ARNOLD
CSC
KDM
POCO AL(nH/N2) OD(mm) IN(mm) HT(mm)
NK778090
NK1020026E13.6 NK1020060E13.6 NK1020090E13.6 NK1020026E16.5 NK1020060E16.5 NK1020090E16.5
78910 78102 78099 78096
FS-301090 FS-401026 FS-401060 FS-401090 FS-400026 FS-400060 FS-400090
CK778090 KSF301-0290A NPF306090
-
KSF401-026A NPF400026
-
KSF401-060A NPF400060
-
KSF401-090A NPF400090
CK1016026 KSF400-026A NPF401026
CK1016060 KSF400-060A NPF401060
-
KSF400-090A NPF401090
128 40 92.3 139 48 112 228
77.8 101.6 101.6 101.6 101.6 101.6 101.6
49.2 57.15 57.15 57.15 57.15 57.15 57.15
15.9 13.6 13.6 13.6 16.5 16.5 16.5
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Core Cross Reference Table
NCD
NH078060 NH078125 NH102060 NH102125 NH127125 NH166060 NH166125 NH172060 NH172125 NH203060 NH203125 NH229060 NH229125 NH234060 NH234125 NH270026 NH270060 NH270125 NH330026 NH330060 NH330125 NH343026 NH343060 NH343125 NH358026 NH358060 NH358125 NH400026 NH400060 NH400125 NH467026 NH467060 NH467125 NH468026 NH468060 NH468125 NH508026 NH508060 NH508125 NH571026 NH571060 NH571125
MAGNETICS
58031 58030 58041 58040 58050 58121 58120 58381 58380 58848 58206 58059 58310 58351 58350 58932 58894 58930 58550 58071 58548 58587 58586 58585 58326 58076 58324 58256 58083 58254 58440 58439 58438 58091 58090 58089 58717 58716 58715 58191 58192 58195
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ARNOLD
HF-031060 HF-031125 HF-040060 HF-040125 HF-050125 HF-065060 HF-065125 HF-068060 HF-068125 HF-080060 HF-080125 HF-090060 HF-090125 HF-092060 HF-092125 HF-106026 HF-106060 HF-106125 HF-130026 HF-130060 HF-130125 HF-135026 HF-135060 HF-135125 HF-141026 HF-141060 HF-141125 HF-157026 HF-157060 HF-157125 HF-184026 HF-184060 HF-184125 HF-185026 HF-185060 HF-185125 HF-200026 HF-200060 HF-200125 HF-226026 HF-226060 HF-226125
CSC
CH078060 CH078125 CH102060 CH102125 CH127125 CH166060 CH166125 CH172060 CH172125 CH203060 CH203125 CH229060 CH229125 CH234060 CH234125 CH270026 CH270060 CH270125 CH330026 CH330060 CH330125 CH343026 CH343060 CH343125 CH358026 CH358060 CH358125 CH400026 CH400060 CH400125 CH467026 CH467060 CH467125 CH468026 CH468060 CH468125 CH508026 CH508060 CH508125 CH571026 CH571060 CH571125
KDM
KH031-060A KH031-125A KH040-060A KH040-125A KH050-125A KH065-060A KH065-125A KH068-060A KH068-125A KH080-060A KH080-125A KH090-060A KH090-125A KH092-060A KH092-125A KH106-026A KH106-060A KH106-125A KH130-026A KH130-060A KH130-125A KH135-026A KH135-060A KH135-125A KH141-026A KH141-060A KH141-125A KH157-026A KH157-060A KH157-125A KH184-026A KH184-060A KH184-125A KH185-026A KH185-060A KH185-125A KH200-026A KH200-060A KH200-125A KH226-026A KH226-060A KH226-125A
AL(nH/N2) OD(mm) IN(mm) HT(mm)
25
7.87
3.96
3.18
52
7.87
3.96
3.18
32
10.2
5.08
3.96
66
10.2
5.08
3.96
56
12.7
7.62
4.75
35
16.6
10.2
6.35
72
16.6
10.2
6.35
43
17.3
9.65
6.35
89
17.3
9.65
6.35
32
20.3
12.7
6.35
68
20.3
12.7
6.35
43
22.9
14.0
7.62
90
22.9
14.0
7.62
51
23.6
14.4
8.89
105
23.6
14.4
8.89
32
26.9
14.7
11.2
75
26.9
14.7
11.2
157
26.9
14.7
11.2
28
33.0
19.9
10.7
61
33.0
19.9
10.7
127
33.0
19.9
10.7
16
34.3
23.37 8.89
38
34.3
23.37 8.89
79
34.3
23.37 8.89
24
35.8
22.4
10.5
56
35.8
22.4
10.5
117
35.8
22.4
10.5
35
39.9
24.1
14.5
81
39.9
24.1
14.5
168
39.9
24.1
14.5
59
46.7
24.1
18.0
135
46.7
24.1
18.0
281
46.7
24.1
18.0
37
46.7
28.7
15.2
86
46.7
28.7
15.2
178
46.7
28.7
15.2
32
50.8
31.8
13.5
73
50.8
31.8
13.5
152
50.8
31.8
13.5
60
57.2
26.4
15.2
138
57.2
26.4
15.2
287
57.2
26.4
15.2
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Core Cross Reference Table
NCD MAGNETICS ARNOLD
NH572026 NH572060 NH572125 NH610026 NH610060 NH610125 NH680026 NH680060 NH680125 NH740026 NH740060 NH740125 NH777026 NH777060 NH777125 NH778026 NH778060 NH778125 NH1020026E13.6 NH1020060E13.6 NH1020125E13.6 NH1020026E16.5 NH1020060E16.5 NH1020125E16.5
58111 58110 58109 58615 58617 58620 58074 58072 58070 58735 58737 58868 58867 58866 58908 58907 58906 58102 58099 -
HF-225026 HF-225060 HF-225125 HF-300026 HF-300060 HF-300125 HF-301026 HF-301060 HF-301125 HF-401026 HF-401060 HF-401125 HF-400026 HF-400060 HF-400125
CSC
KDM
CH572026 CH572060 CH572125 CH610026 CH610060 CH610125 CH680026 CH680060 CH680125 CH740026 CH740060 CH740125 CH777026 CH777060 CH777125 CH778026 CH778060 CH778125 CH1016026 CH1016060 CH1016125
KH225-026A KH225-060A KH225-125A HK250-026A HK250-060A HK250-125A KH268-026A KH268-060A KH265-125A KH290-026A KH290-060A KH290-125A KH300-026A KH300-060A KH300-125A KH301-026A KH301-060A KH301-125A KH401-026A KH401-060A KH401-125A KH400-026A KH400-060A KH400-125A
AL(nH/N2) OD(mm) IN(mm) HT(mm)
33 75 156 83 192 400 62 143 298 89 206 429 30 68 142 37 85 178 40 92.3 192 48 112 228
57.2 57.2 57.2 62.0 62.0 62.0 68.8 68.8 68.8 74.1 74.1 74.1 77.8 77.8 77.8 77.8 77.8 77.8 101.6 101.6 101.6 101.6 101.6 101.6
35.6 35.6 35.6 32.6 32.6 32.6 36.0 36.0 36.0 45.3 45.3 45.3 49.2 49.2 49.2 49.2 49.2 49.2 57.15 57.15 57.15 57.15 57.15 57.15
14.0 14.0 14.0 25.0 25.0 25.0 20.0 20.0 20.0 35.0 35.0 35.0 12.7 12.7 12.7 15.9 15.9 15.9 13.6 13.6 13.6 16.5 16.5 16.5
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