EMC Common-Mode Inductor Core (SYG1)
EMC Common-Mode Inductor Core (SYG1)
EMC Common-Mode Inductor Core (SYG1)
EMC Common-Mode Inductor Core (SYG1)
EMC Common-Mode Inductor Core (SYG1)
EMC Common-Mode Inductor Core (SYG1)
+
  • EMC Common-Mode Inductor Core (SYG1)
  • EMC Common-Mode Inductor Core (SYG1)
  • EMC Common-Mode Inductor Core (SYG1)
  • EMC Common-Mode Inductor Core (SYG1)
  • EMC Common-Mode Inductor Core (SYG1)
  • EMC Common-Mode Inductor Core (SYG1)

Performance characteristics

  • Higher saturation magnetic induction intensity
  • Excellent and flexible frequency characteristics: Different frequency response curves can be obtained by adjusting various levels of permeability.
  • Wider permeability adjustment range: The initial permeability µ0 (15,000–120,000) can be flexibly adjusted by modifying the production process.
  • Excellent temperature stability
  • Low loss
  • An epoxy surface coating can be used to more effectively reduce the size of the magnetic core.

 

Scope of application

  • Switching power supply
  • UPS uninterruptible power supply
  • Common-mode filters for single-phase or three-phase power lines and various power sources
  • Inverter (inverter welder, photovoltaic inverter)
  • Wind power generation system
  • Electric vehicle charging station

 

Basic Material Properties

  Nanocrystals Ferrite
Saturation magnetic induction intensity Bs (T) ≥1.20 0.4-06
Curie temperature (°C) 570 ≤200
Saturation magnetostriction coefficient (×10) -6 ) <2 4
Initial permeability of AC µ 0 (10 kHz) 15,000 – 120,000 2000
Coercive force A/m <2.0 <10
Iron loss P (W/kg) (50 kHz, 0.3 T) ≤40 150

 

Product feature loop

1. Typical hysteresis loops of products with different permeabilities

2. μ-f curves for products with different permeabilities

3. Temperature Stability Curve

3.1 Comparison of the Operating Temperature Ranges Between Nanocrystalline Materials and Ferrites

3.2 μ-T Curves of Nanocrystalline Products with Different Permeability Coefficients

 

Common product specifications:

Table 1: Product Specification Sheet for SYG1MN Series (μ10K = 80,000):

Product Grade

Core size (mm)
Inner diameter / Outer diameter × Height

External dimensions (mm)

l Fe
(cm)

A Fe
(cm 2)

AL

Packaging method

Inner diameter

Outer diameter

High

10K
nominal

100K
nominal

SYG1MN 070503C

4.5 × 7.2 × 3.0

3.5

8.0

4.5

1.81

0.03

12

3

Protective case

SYG1MN 100705C

6.5 × 9.8 × 4.5

5.1

11.2

5.7

2.56

0.06

22

5

Protective case

SYG1MN 100705C

6.5 × 10 × 5.0

5.1

11.2

6.5

2.59

0.07

24

5

Protective case

SYG1MN 120805C

8.0 × 12 × 4.5

6.5

13.5

6.5

3.14

0.07

25

5

Protective case

SYG1MN 141005C

10×14×5.0

8.5

15.5

6.8

3.77

0.08

21

4

Protective case

SYG1MN 161008C

10×16×8

8.5

17.2

10

4.08

0.19

40

8.5

Protective case

SYG1MN 201208C-01

12×20×8

10

22.3

10.3

5.03

0.25

45

9.5

Protective case

SYG1MN 201208C-02

12×20×8

10

22.3

10.3

5.03

0.25

20

9

Protective case

SYG1MN 161306P

12.5 × 16 × 6

10.7

17.8

8.0

4.48

0.08

16

5.3

Spraying

SYG1MN 261610C

16×26×10

14.0

27.5

12.5

6.60

0.39

65

15

Protective case

SYG1MN 211612C

16.5 × 21 × 12

14.6

22.8

15

5.89

0.21

--

7.5

Protective case

SYG1MN 252010C

20×25×10

18

27.8

12.7

7.07

0.20

30

7

Protective case

SYG1MN 302010C

20×30×10

17.3

33.4

13.5

7.85

0.39

55

12

Protective case

SYG1MN 302015C

20×30×15

17.8

33.1

17.5

7.85

0.59

70

15

Protective case

SYG1MN 322010C

20×32×10

17.8

34

12.5

8.17

0.47

60

15

Protective case

SYG1MN 402510C

25 × 40 × 10

22.5

42.5

13.0

10.21

0.59

50

11.5

Protective case

SYG1MN 402515C

25×40×15

21.9

43.2

18.9

10.21

0.88

70

17.5

Protective case

SYG1MN 403215C-01

32×40×15

29.2

44.3

18.6

11.31

0.47

45

7

Protective case

SYG1MN 403215C-02

32×40×15

28.5

43.5

17.8

11.31

0.47

14

7.2

Protective case

SYG1MN 503215C

32×50×15

29.0

53.2

18.2

12.88

1.05

60

16.5

Protective case

SYG1MN 503220C

32×50×20

29.5

53.2

23.5

12.88

1.40

80

22

Protective case

SYG1MN 504020C

40×50×20

36.5

53.5

22.8

14.14

0.78

30

10

Protective case

SYG1MN 504025C

40×50×25

36.2

53.4

28.3

14.14

0.98

62

12

Protective case

SYG1MN 604020C

40×60×20

37

63

24

15.71

1.56

70

20

Protective case

SYG1MN 644020C

40×64×20

37

67

24

16.34

1.87

80

23

Protective case

Table 2: Product Specification Sheet for SYG1LN Series (μ10K = 25,000):

Product Grade

Core size (mm)
Inner diameter × outer diameter × height

Finished size (mm)

The Le
(cm)

Ae
(cm 2 )

AL
(10 kHz)

AL
(100 kHz)

m
(g)

ID

OD

HT

SYG1LN 403215C

32×40×15

≥28.3

≤45.5

≤18.8

11.3

0.438

9.7–18.8

6.3–12.2

38.0

SYG1LN 504020C-01

40×50×20

≥36.5

≤53.5

≤23.5

14.1

0.73

13.0–25.1

8.4–16.3

80.0

SYG1LN 504020C-02

40×50×20

8.37–16.2

7.5–14.6

SYG1LN 635020C-01

50×63×20

≥46.5

≤66.5

≤23.5

17.8

0.95

13.4–26.0

8.7–16.9

130.0

SYG1LN 635020C-02

50×63×20

8.67–16.8

7.8–15.1

SYG1LN 806320C-01

63×80×20

≥59.5

≤83.5

≤24

22.5

1.24

13.9–26.9

9.0–17.4

214.5

SYG1LN 806320C-02

63×80×20

8.96–17.4

8.05–15.6

SYG1LN 1008020C-01

80×100×20

≥75

≤105

≤25

28.3

1.46

13.0–25.1

8.4–16.3

317.5

SYG1LN 1008020C-02

80×100×20

8.4–16.2

7.5–14.6

SYG1LN 13010025C-01

100×130×25

≥95

≤135

≤30

36.1

2.74

19.0–36.8

12.4–23.9

760.0

SYG1LN 13010025C-02

100×130×25

12.3–23.8

11.0–21.4

SYG1LN 16013025C-01

130×160×25

≥125

≤166

≤30

45.6

2.74

15.1–29.2

9.8–19.0

970.0

SYG1LN 16013025C-02

130×160×25

9.7–18.9

8.7–17.0

 

EMC Common-Mode Inductor Core (SYG1)


● Higher saturation magnetic induction intensity ● Excellent and flexible frequency characteristics: Different frequency response curves can be achieved by adjusting various permeability levels ● Wide range of permeability adjustment: The initial permeability µ0 (15,000–120,000) can be flexibly adjusted by modifying the production process ● Excellent temperature stability ● Low loss ● Can be coated with an epoxy surface treatment to further reduce the size of the magnetic core
EMC Common-Mode Inductor Core (SYG1)
EMC Common-Mode Inductor Core (SYG1)
EMC Common-Mode Inductor Core (SYG1)
EMC Common-Mode Inductor Core (SYG1)
EMC Common-Mode Inductor Core (SYG1)
EMC Common-Mode Inductor Core (SYG1)
+
  • EMC Common-Mode Inductor Core (SYG1)
  • EMC Common-Mode Inductor Core (SYG1)
  • EMC Common-Mode Inductor Core (SYG1)
  • EMC Common-Mode Inductor Core (SYG1)
  • EMC Common-Mode Inductor Core (SYG1)
  • EMC Common-Mode Inductor Core (SYG1)

Phone: +86-10-62957217

Email: sales@bj-shouye.com

Email: jessica.wang@bj-shouye.com


Small magnetic core, big future.

NANO CORE, BIG FUTURE

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