Amorphous C Core

High saturation flux density---reducing core sizes.
Rectangle structure---easily for coil assembly.
Core cut---good resistance to the dc bias saturation capacity .
Low loss---reducing temperature rise(1/5-1/10 of the silicone steel).


Paper ctn

Detailed Product Description
1. Manufactory and trading company
2. Stable product performance
3. Plywood containers
4. Offshore delivery within 10 days

Product perfermance:
1 Easily assemble.
2. Excellent ability anti-DC bias
3. Low coercivity
4. Low core loss
5. High saturate induction

Standard C-cores:
A wide range of strip wound C-cores to satisfy the demands of the electronic and electrical industries in the manufacture of transformers, chokes, reactors and magnetic amplifiers.

Non-standard C-cores:
C-cores can be manufactured outside the physical dimensions of the standard ranges for special applications. Customer designs are welcome.

Electrical Guarantees:
All cores are individually tested to the standard guarantee specifications. Special test conditions, when required, can be applied and guaranteed to suit customers' individual requirements.

Application fields:
Output filter or inductor in high frequency large power supplies
Mid-frequency and high frequency switch mode power transformer.

CFCC series:

Core specification
Spec. a(mm) b(mm) c(mm) d(mm) + e(mm) f(mm) lm(cm) Ac(cm2) Wa(cm2) Ap(cm4) (g)
CFCC-6.3 10 0.5 11 33 20 0.5 31 1 53 2 13.1 1.6 3.6 5.8 150
CFCC-8 11 0.5 13 30 20 0.5 35 1 52 2 13.2 1.8 3.9 7 170
CFCC-10 11 0.8 13 40 20 0.5 35 1 62 2 15.4 1.8 5.2 9.4 200
CFCC-16A 11 0.8 13 40 25 0.5 35 1 62 2 15.1 2.3 5.2 12 250
CFCC-16B 11 0.8 13 50 25 0.5 35 1 72 2 16.9 2.3 6.5 15 280
CFCC-20 11 0.8 13 50 30 0.5 35 1 72 2 17.5 2.7 6.5 17.6 340
CFCC-25 13 0.8 15 56 25 0.5 41 1 82 2 19.6 2.7 8.4 22.7 380
CFCC-32 13 0.8 15 56 30 0.5 41 1 82 2 20 3.2 8.4 26.9 460
CFCC-40 13 0.8 15 56 35 0.5 41 1 82 2 19.9 3.7 8.4 31.1 530
CFCC-50 16 0.8 20 70 25 0.5 52 1 102 3 24.9 3.3 14 46.2 590
CFCC-63 16 1 20 70 30 0.5 52 1 102 3 25.3 3.9 14 54.6 710
CFCC-80C 16 1 20 70 40 0.5 52 1 102 3 25.4 5.2 14 72.8 950
CFCC-100 16 1 20 70 45 1 52 1 102 3 25 5.9 14 82.6 1060
CFCC-125 19 1 25 83 35 1 63 1 121 3 30.2 5.4 20.8 112.1 1170
CFCC-160 19 1 25 83 40 1 63 1 121 3 28.5 6.5 20.8 135.2 1330
CFCC-200 19 1 25 83 50 1 63 1 121 3 29.8 7.8 20.8 162.2 1670
CFCC-250 19 1 25 90 60 1 63 1 128 3 31.4 9.3 22.5 209.3 2100
CFCC-320 22 1 35 85 50 1 79 1 129 4 32.5 9 29.8 267.8 2170
CFCC-400 22 1 35 85 65 1 79 1 129 4 33.6 11.7 29.8 348.1 2820
CFCC-500 25 1 40 85 55 1 90 1 135 4 35.6 11.3 34 384.2 2900
CFCC-630 25 1 40 85 70 1 90 1 135 4 35.6 14.3 34 486.2 3670
CFCC-800A 25 1 40 85 85 1.5 90 1 135 4 35.6 17.4 34 591.6 4450
CFCC-800B 30 1 40 85 85 1.5 100 1 155 4 39.3 21 38 798 5930
CFCC-1000 33 1 40 105 85 1.5 106 1 171 5. 42.7 23 42 966 7060




wooden box+carton box.

Transformer core

Application:
1.Photovoltaic inverter
2.Uninterruptible power supplies(UPS)
3.High power switching power supply
4.Medium and high frequency switching power supply transformer

Advantage:
1.Low loss,1/5â??1/10 of silicon steel
2.Excellent resistance to DC bias saturation;
3.High saturation electromagnetic induction intensity;
4.Rectangular structure convenient for coil assembly;
5.Better temperature stability,can work stably at -55-150

Application areas:
Measuring-level current transformer used in power system, transformer used on precision measuring instruments (such as watt-hour meter).

According to the requirements of different measurement accuracy of the transformer, different soft magnetic materials can be chosen as iron core materials. The higher the permeability of the iron core is, the smaller the measurement error of the transformer is, hence the accuracy is higher. At present, the most common iron core material is cold-rolled silicon steel sheet, followed by Permalloy and nano-crystalline glass alloy.

In recent years, demands for transformers with high-precision level (such as class 0.2, class 0.2Sand class0.5S) increased rapidly. When small ratio, low ampere turns are required or the iron core is restricted because of the small volume, the cold-rolled silicon steel often fails to meet the accuracy requirements. Although the Permalloy iron cores with high permeability can meet the required precision, its price is very high.

However use of nano-crystalline alloy iron cores can both meet the accuracy requirements and be produced at lower cost than the Permalloy. Therefore, the demand of measuring level current transformer iron core made of nano-crystalline alloy rapidly increased domestically.

The typical parameters comparison of the common soft magnetic materials used for current transformer iron cores:

Basic parameters
Nano-crystalline iron core
Permalloy (1J85) iron core
Silicon steel iron core

Saturation magnetic flux density (Bs)
1.25T
0.75T
2.03T

Initial permeability (¦Ì0)
8¡«12, 104
5¡«8, 104
103

Maximum permeability (¦Ìm)
60, 104
60, 104
4, 104

Curie Temperature (¡æ)
570
400
740

Density (g/cm3)
7.25
8.75
7.65

Lamination factor
0.7
0.9
0.95

Thickness (mm)
0.03
0.15
0.3


Features:

It is made of the iron-based nano-crystalline strips with a moderate saturation magnetic induction, high permeability and low loss, which can effectively reduce ratio difference angle difference of the transformer. The saturation magnetic induction Bs of nano-crystalline alloy is between the silicon steel and Permalloy.

The lower the Bs value is, the lower the security coefficient of the instrument is. When the system failure occurs and large current through the current transformer results therefore, the iron core is more easily filled, and the secondary current no longer increases in proportion, as can assure that the secondary instruments are well protected and not to be damaged. Permeability of nano-crystalline alloy is close to Permalloy and a magnitude higher than silicon steel, so it is suitable to be made as high-precision transformer iron core.

The density and lamination coefficient of nano-crystalline is lower than that of Permalloy, under the condition of the same size and similar performance of the two. In this case the nano-crystalline iron core is 1/4 lighter in weight, and 1/3 lower in the manufacturing cost. In addition, the linear range of nano-crystalline alloy is wider than that of Permalloy .It can work for a long time at temperature of -55 ~ 130 ¡æ ,with a good temperature stability.


Specifications

a. Rectangular core: (mm)

Iron Core Size(mm)
(mm)

The case size(mm)
Weight of the iron Core

(kg per piece)
Turns Ratio

N1: N2
Excitation current(mA)
Excitation voltage(mV)

55*97/77*119, 25
50*92/82*114, 30
0.53
1:1
25
0.45

95
2.2

1500
53

70*90/100*120, 30
65*85/105*125, 36
0.81
1:1
200
15

1:1
500
50

75*95/105*125, 25
70*90/110*130, 30
0.7
1:1
70
2

1:1
175
8

80*95/120*135, 25
75*90/125*140, 30
1.09
1:1
80
1.7

1:1
600
41

90*90/160*160, 30
85*85/165*165, 36
2.4
1:1
100
6

1:1
500
100

1:1
1000
140

135*135/260*260, 10
130*130/265*265, 16
2.3
1:1
100
1.5

1:1
500
32

82*602/138*658, 45
75*595/145*665, 55
8.8
1:1
100
1.2

1:1
1000
45

1:1
2000
120



Note: Iron cores of other specifications can be provided upon request of users




b. Ring core:
No.
The iron Core Size
Case size(mm)
The weight of the iron core (kg per piece)
Turns ratio N1: N2 is 1:1; Input current (mA), 50Hz; Output voltage (mV)

1
1105/1165, 15
1095/1175, 25
8.35
Excitation current
450
1200
2000


Excitation voltage
0.59
2.36
5.28


2
415/520, 15
409/526, 23
6.08
Excitation current
50
250
700


Excitation voltage
0.4
3
11


3
305/490, 15
299/496, 23
9.1
Excitation current
350
900
¡¡


Excitation voltage
5
20
¡¡


4
315/395, 35
309/401, 43
8.2
Excitation current
120
400
¡¡


Excitation voltage
3
11
¡¡


5
198/248, 30
192/254, 37
2.76
Excitation current
100
200
500
1000

Excitation voltage
2
6
35
90

6
198/248, 20
192/254, 27
1.84
Excitation current
100
200
500
1000

Excitation voltage
1.5
3.5
25
60

7
155/200, 30
150/205, 36
2
Excitation current
100
190
1000


Excitation voltage
2.5
9.5
80


8
140/180, 30
135/185, 36
1.58
Excitation current
40
80
240


Excitation voltage
1
2.9
15


9
130/190, 30
125/195, 36
2.38
Excitation current
40
80
240


Excitation voltage
1.2
3.8
17


10
100/140, 30
95/145, 36
1.19
Excitation current
30
120
500


Excitation voltage
0.85
6.8
68


11
90/130, 30
85/135, 36
1.09
Excitation current
30
120
500


Excitation voltage
0.7
6
55


12
90/125, 25
85/130, 31
0.78
Excitation current
30
120
500


Excitation voltage
0.9
7
70


13
80/120, 30
75/125, 36
0.99
Excitation current
200
500
¡¡


Excitation voltage
20
65
¡¡


14
85/115, 30
80/120, 36
0.74
Excitation current
30
120
500


Excitation voltage
0.7
6.5
55


15
85/125, 20
80/130, 26
0.7
Excitation current
30
120
500


Excitation voltage
0.62
5.5
50.







wooden case+carton box.

Applications:
It can beused for EMI common mode filter of all kinds of power supply

Features:
High saturationmagnetic induction (1.25T), high permeability, high inductance (¡Ý 10 times of the amount of ferrite inductors), low loss, small size, light weight, strong anti-electromagnetic interference capability, excellent frequency characteristics , and high temperature stability.

Performance: Iron Core Material
1K201
1K107

Saturation magnetic flux density (T)
0.6¡«0.8
1.25

Curie temperature (oC)
>320
>570

Crystallization temperature (oC)
>500
>500

Saturation magnetostriction coefficient ( 10-6)
< 1
< 2

Residual magnetic flux density (T)
0.3¡«0.5
0.5¡«0.8

Initial permeability
>80,000
>80,000

Maximum permeability
>600,000
>600,000

Coercivity (A / m)
< 2
< 2

Iron loss (20kHz, 0.5T), w / kg
< 25
< 25

Iron Loss (100kHz, 0.2T), w / kg
< 60
< 70

Iron loss rate of change (-50 ~ 130oC)

15






Wooden case+carton box.

Amorphous c-core it has the advantages of low loss and high saturation magnetic flux density and is widely used in power transformers, high frequency inductors, reactors and other components.

Performance features:
Convenient for coil assemblingexcellence in anti-dc biaswith high permeability and low coercivity, it can improve efficiency of the device, reduce the size; with low-loss, it can reduce temperature rise.good temperature stability enables it work for a long time at temperature of -50 ~ 130oc .
High saturation magnetic induction (1.25t), high permeability, high inductance ( y 10 times of the amount of ferrite inductors), low loss, small size, light weight, strong anti-electromagnetic interference capability, excellent frequency characteristics , and high temperature stability

Amorphous c-core it has the advantages of low loss and high saturation magnetic flux density and is widely used in power transformers, high frequency inductors, reactors and other components.

Performance features:
Convenient for coil assembling excellence in anti-dc bias with high permeability and low coercivity, it can improve efficiency of the device, reduce the size; with low-loss, it can reduce temperature rise. good temperature stability enables it work for a long time at temperature of -50 ~ 130oc .
High saturation magnetic induction (1.25t), high permeability, high inductance ( 10 times of the amount of ferrite inductors), low loss, small size, light weight, strong anti-electromagnetic interference capability, excellent frequency characteristics , and high temperature stability

Eh company product id Core
DimensionsInductance

Detailed Product Description
1. Manufactory and trading company
2. Stable product performance
3. Plywood containers
4. Offshore delivery within 10 days

Performance characteristic:
Has a high saturation flux density, pulsed magnetic permeability, low core loss, coercive force, frequency range in the 1 ~ 100 KHz.

Application:
High-power switching power supply and inverter
welding inverter power transformer UPS uninterruptible power supply
Communications equipment
High frequency induction
Heating power supply
Charging power supply
40/65*15
40/65*25
40/70*25
40/73*30
40/75*40
40/78*25

40/85*30
41.5/47.5*5
41/77*36
42/65*30
42/68*35
42/70*30

42/72*25
42/73*38
43.5/53.5*5
43.5/53.5*8
43/49*10
43/57*15

43/57*8
43/58*5
44/52.2*6.5
44/66*30
44/68*20
44/69*30

44/80*45
44/90*50
45/55*40
45/60*20
44/76*18
44/78*38

45/62*26
45/63*25
45/65*30
45/67*26
45/68*25
45/75*20

45/75*35
45/78*30
45/85*50
46.5/63*15
46/55*16
46/63*35

46/66*25
46/66*35
46/74*26
47/58*15
47/58.2*12
47/65*26

48/78*30
48/78*40
48/85*35
48/91*35
49.9/61.8*5.5
50/100*25

50/100*25
50/105*45
50/60*10
50/60*8
50/60*9
50/65*25

50/65*8
50/67*35
50/75*25
50/75*25
50/80*10
50/80*15

50/80*25
50/80*25
50/90*30
50/90*30
51/64*26
52.5/60*6.5

52.5/61*6.5
52/62*8
53/64*10
54/60*6.5
54/62*10
54/80*25

55/62*5
55/65*10
55/69*30
56/70*25
57.5/65*7.5
58/78*30

58/82*30
59/70*25
60/120*30
60/120*30
60/75*25
60/80*16

60/80*30
60/90*20
61/69*10
61/69*5
61/70*10
61/70*20

61/70*20
62/71*8
62/78*30
64/75.2*5
64/77*4
64/78*30.









Wooden case+carton box.