Preise 75 Serienkerne - Webshop

  

In Planung   

 75-Serien-Kerne bestehen aus Eisen, Silizium und Aluminium und erreichen eine bessere DC Bias-Leistung als Kool Mμ®, während die Kernverluste geringer sind als bei XFLUX®. Die relativ hohe Sättigungsflussdichte von 75-Serien-Kernen macht sie zu einer kostengünstigen Lösung in Anwendungen, in denen eine stabile Induktivität unter Last erforderlich ist, wie Wechselrichter für erneuerbare Energiequellen und unterbrechungsfreie Stromversorgungen (UPS). 75-Serien-Cores bieten auch eine kostengünstigere Alternative zu High Flux und eine wesentliche Verbesserung der Core Loss- und DC Bias-Performance im Vergleich zu Iron Powder.

 

75-Series cores are composed of Iron, Silicon, and Aluminum, achieving better DC Bias performance than Kool Mμ® while maintaining lower core losses than XFLUX®. The relatively high saturation flux density of 75-Series cores makes them a low-cost solution in applications where stable inductance under load is necessary, such as inverters for renewable energy sources and Uninterruptable Power Supplies (UPS). 75-Series cores also offer a lower cost alternative to High Flux and a substantial improvement in core loss and DC Bias performance when compared to Iron Powder.

Bitte beachten: Abgabe 75 Serie, diese Kerne sind keine Standards und können nur als Verbund von 50 Stück, geliefert werden. Für nicht lagermäßige Kerne ist eine Vorlaufzeit von 8-12 Wochen notiert und hängt von der Produktverfügbarkeit, ab. Bitte fragen Sie an.

 

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75-94-26-vorläufige Bezeichnung

 

Preis- und Lieferzeit auf Anfrage

75-94-26 vorläufige Bezeichnung

 

75 Material

Permeability

(μ)

AL- (nH/T²)

Core Marking

Coating

Color

 

26

19 ±8%

 

Lot-Nr.

 

Bestellnr.

Inductance  Grade

Black

xxxxxx

75-94-19

N/A

Dimensions

Uncoated

 

Coated Limits

mm

in

mm

in

 

OD (A)

22.9

0.900

23.7

0.930

max

ID (B)

14.0

0.550

13.3

0.525

min

HT(C)

7.62

0.300

8.39

0.330

max

Electrical Characteristics

Physical Characteristics

Watt Loss

@ 100 kHz, 100mT max(mW/cm³

DC Bias

min (A·T/cm)

Voltage Breakdown wire to wire min (Vac)

Break Strength

Min (kg)

Window

Area WA

(mm²)

Cross

Section

Ae (mm²)

 

Path Length

Le(mm)

 

Volume

Ve(mm³)

 

Weight (g)

900

80%

50%

1000

24

139

31.7

56.7

1,800

12

111

207

Winding Information

Temperature Rating

Winding Length Per Turn

Wound Coil Dimensions (mm)

 

Curie Temp: 500°C

 

Winding

Factor

 

(mm)

Winding

Factor

(mm)

40% Winding Factor

OD

25.7

Coating

Temp (Continuous up to):200 ̊C

HT

12.4

Anmerkung

Completely Full Window

Max OD

32.6

 

Max HT

19.8

0%

27.0

40%

33.9

Surface Area (mm²)

20%

30.5

45%

34.9

Unwound Core

1,600

25%

31.3

50%

35.9

30%

32.0

60%

38.0

40% Winding Factor

2,400

35%

33.1

70%

40.4

75-94-40-vorläufige Bezeichnung

 

Preis- und Lieferzeit auf Anfrage

75-94-40 vorläufige Bezeichnung

 

75 Material

Permeability

(μ)

 

AL- (nH/T²)

Core Marking

Coating

Color

 

40

29 ±8%

 

Lot-Nr.

 

Bestellnr.

Inductance  Grade

Black

xxxxxx

75-94-40

N/A

Dimensions

Uncoated

 

Coated Limits

mm

in

mm

in

 

OD (A)

22.9

0.900

23.7

0.930

max

ID (B)

14.0

0.550

13.3

0.525

min

HT(C)

7.62

0.300

8.39

0.330

max

Electrical Characteristics

Physical Characteristics

Watt Loss

@ 100 kHz, 100mT max(mW/cm³

DC Bias

min (A·T/cm)

Voltage Breakdown wire to wire min (Vac)

Break Strength

Min (kg)

Window

Area WA

(mm²)

Cross

Section

Ae (mm²)

 

Path Length

Le(mm)

 

Volume

Ve(mm³)

 

Weight (g)

850

80%

50%

1000

24

139

31.7

56.7

1,800

13

67.6

143

Winding Information

Temperature Rating

Winding Length Per Turn

Wound Coil Dimensions (mm)

 

Curie Temp: 500°C

 

Winding

Factor

 

(mm)

Winding

Factor

(mm)

40% Winding Factor

OD

25.7

Coating

Temp (Continuous up to):200 ̊C

HT

12.4

Anmerkung

Completely Full Window

Max OD

32.6

 

Max HT

19.8

0%

27.0

40%

33.9

Surface Area (mm²)

20%

30.5

45%

34.9

Unwound Core

1,600

25%

31.3

50%

35.9

30%

32.0

60%

38.0

40% Winding Factor

2,400

35%

33.1

70%

40.4

 

 

75-94-60-vorläufige Bezeichnung

Preis- und Lieferzeit auf Anfrage

75-94-60 vorläufige Bezeichnung

 

75 Material

Permeability

(μ)

 

AL- (nH/T²)

Core Marking

Coating

Color

 

60

43 ±8%

 

Lot-Nr.

 

Bestellnr.

Inductance  Grade

Black

xxxxxx

75-94-60

N/A

Dimensions

Uncoated

 

Coated Limits

mm

in

mm

in

 

OD (A)

22.9

0.900

23.7

0.930

max

ID (B)

14.0

0.550

13.3

0.525

min

HT(C)

7.62

0.300

8.39

0.330

max

Electrical Characteristics

Physical Characteristics

Watt Loss

@ 100 kHz, 100mT max(mW/cm³

DC Bias

min (A·T/cm)

Voltage Breakdown wire to wire min (Vac)

Break Strength

Min (kg)

Window

Area WA

(mm²)

Cross

Section

Ae (mm²)

 

Path Length

Le(mm)

 

Volume

Ve(mm³)

 

Weight (g)

720

80%

50%

1000

24

139

31.7

56.7

1,800

13

47.4

107

Winding Information

Temperature Rating

Winding Length Per Turn

Wound Coil Dimensions (mm)

 

Curie Temp: 500°C

 

Winding

Factor

 

(mm)

Winding

Factor

(mm)

40% Winding Factor

OD

25.7

Coating

Temp (Continuous up to):200 ̊C

HT

12.4

Anmerkung

Completely Full Window

Max OD

32.6

 

Max HT

19.8

0%

27.0

40%

33.9

Surface Area (mm²)

20%

30.5

45%

34.9

Unwound Core

1,600

25%

31.3

50%

35.9

30%

32.0

60%

38.0

40% Winding Factor

2,400

35%

33.1

70%

40.4

 

75-106-26-vorläufige Bezeichnung

 

Preis- und Lieferzeit auf Anfrage

75-106-26 vorläufige Bezeichnung

 

75 Material

Permeabilityi)

AL- (nH/T²)

Core Marking

Coating

Color

 

26

32 ±8%

 

Lot-Nr.

 

Bestellnr.

Inductance  Grade

Black

xxxxxx

75-106-26

N/A

Dimensions

Uncoated

 

Coated Limits

mm

in

mm

in

 

OD (A)

26.9

1.060

27.69

1.090

max

ID (B)

14.7

0.580

14.1

0.555

min

HT(C)

11.2

0.440

12.0

0.470

max

Electrical Characteristics

Physical Characteristics

Watt Loss

@ 100 kHz, 100mT max(mW/cm³

DC Bias

min (A·T/cm)

Voltage Breakdown wire to wire min (Vac)

Break Strength

Min (kg)

Window

Area WA

(mm²)

Cross

Section

Ae (mm²)

 

Path Length

Le(mm)

 

Volume

Ve(mm³)

 

Weight (g)

900

80%

50%

2000

48

156

65.4

63.5

4,150

22

111

207

Winding Information

Temperature Rating

Winding Length Per Turn

Wound Coil Dimensions (mm)

 

Curie Temp: 500°C

 

Winding

Factor

 

(mm)

Winding

Factor

(mm)

40% Winding Factor

OD

30.0

Coating

Temp (Continuous up to):200 ̊C

HT

16.5

Anmerkung

Completely Full Window

Max OD

37.3

 

Max HT

24.0

0%

37.5

40%

44.6

Surface Area (mm²)

20%

41.1

45%

45.7

Unwound Core

2,400

25%

41.9

50%

46.6

30%

42.8

60%

48.8

40% Winding Factor

3,500

35%

43.8

70%

51.3

75-106-40-vorläufige Bezeichnung

Preis- und Lieferzeit auf Anfrage

75-106-40 vorläufige Bezeichnung

75 Material Permeability

i)

AL- (nH/T²)

Core Marking

Coating

Color

 

40

32 ±8%

 

Lot-Nr.

 

Bestellnr.

Inductance  Grade

Black

xxxxxx

75-106-40

N/A

Dimensions

Uncoated

 

Coated Limits

mm

in

mm

in

 

OD (A)

26.9

1.060

27.69

1.090

max

ID (B)

14.7

0.580

14.1

0.555

min

HT(C)

11.2

0.440

12.0

0.470

max

Electrical Characteristics

Physical Characteristics

Watt Loss

@ 100 kHz, 100mT max(mW/cm³

DC Bias

min (A·T/cm)

Voltage Breakdown wire to wire min (Vac)

Break Strength

Min (kg)

Window

Area WA

(mm²)

Cross

Section

Ae (mm²)

 

Path Length

Le(mm)

 

Volume

Ve(mm³)

 

Weight (g)

850

80%

50%

2000

48

156

65.4

63.5

4,150

22

67.6

143

Winding Information

Temperature Rating

Winding Length Per Turn

Wound Coil Dimensions (mm)

 

Curie Temp: 500°C

 

Winding

Factor

 

(mm)

Winding

Factor

(mm)

40% Winding Factor

OD

30.0

Coating

Temp (Continuous up to):200 ̊C

HT

16.5

Anmerkung

Completely Full Window

Max OD

37.3

 

Max HT

24.0

0%

37.5

40%

44.6

Surface Area (mm²)

20%

41.1

45%

45.7

Unwound Core

2,400

25%

41.9

50%

46.6

30%

42.8

60%

48.8

40% Winding Factor

3,500

35%

43.8

70%

51.3

 

75-106-60-vorläufige Bezeichnung

Preis- und Lieferzeit auf Anfrage

75-106-60 vorläufige Bezeichnung

75 Material

Permeability

i)

AL- (nH/T²)

Core Marking

Coating

Color

 

60

32 ±8%

 

Lot-Nr.

 

Bestellnr.

Inductance  Grade

Black

xxxxxx

75-106-60

N/A

Dimensions

Uncoated

 

Coated Limits

mm

in

mm

in

 

OD (A)

26.9

1.060

27.69

1.090

max

ID (B)

14.7

0.580

14.1

0.555

min

HT(C)

11.2

0.440

12.0

0.470

max

Electrical Characteristics

Physical Characteristics

Watt Loss

@ 100 kHz, 100mT max(mW/cm³

DC Bias

min (A·T/cm)

Voltage Breakdown wire to wire min (Vac)

Break Strength

Min (kg)

Window

Area WA

(mm²)

Cross

Section

Ae (mm²)

 

Path Length

Le(mm)

 

Volume

Ve(mm³)

 

Weight (g)

720

80%

50%

2000

48

156

65.4

63.5

4,150

22

47.7

107

Winding Information

Temperature Rating

Winding Length Per Turn

Wound Coil Dimensions (mm)

 

Curie Temp: 500°C

 

Winding

Factor

 

(mm)

Winding

Factor

(mm)

40% Winding Factor

OD

30.0

Coating

Temp (Continuous up to):200 ̊C

HT

16.5

Anmerkung

Completely Full Window

Max OD

37.3

 

Max HT

24.0

0%

37.5

40%

44.6

Surface Area (mm²)

20%

41.1

45%

45.7

Unwound Core

2,400

25%

41.9

50%

46.6

30%

42.8

60%

48.8

40% Winding Factor

3,500

35%

43.8

70%

51.3

 

75-130-26-vorläufige Bezeichnung

Preis- und Lieferzeit auf Anfrage

 

75-130-26 vorläufige Bezeichnung

75 Material

Permeability

i)

AL- (nH/T²)

Core Marking

Coating

Color

 

26

28 ±8%

 

Lot-Nr.

 

Bestellnr.

Inductance  Grade

Black

xxxxxx

75-130-26

N/A

Dimensions

Uncoated

 

Coated Limits

mm

in

mm

in

 

OD (A)

32.80

1.291

33.66

1.325

max

ID (B)

20.1

0.791

19.4

0.766

min

HT(C)

10.7

0.420

11.5

0.450

max

Electrical Characteristics

Physical Characteristics

Watt Loss

@ 100 kHz, 100mT max(mW/cm³

DC Bias

min (A·T/cm)

Voltage Breakdown wire to wire min (Vac)

Break Strength

Min (kg)

Window

Area WA

(mm²)

Cross

Section

Ae (mm²)

 

Path Length

Le(mm)

 

Volume

Ve(mm³)

 

Weight (g)

900

80%

50%

2000

49

297

65.6

81.4

5,340

34

111

207

Winding Information

Temperature Rating

Winding Length Per Turn

Wound Coil Dimensions (mm)

 

Curie Temp: 500°C

 

Winding

Factor

 

(mm)

Winding

Factor

(mm)

40% Winding Factor

OD

36.8

Coating

Temp (Continuous up to):200 ̊C

HT

17.8

Anmerkung

Completely Full Window

Max OD

46.7

 

Max HT

28.0

0%

37.4

40%

47.2

Surface Area (mm²)

20%

42.4

45%

48.8

Unwound Core

3,100

25%

43.5

50%

50.1

30%

44.7

60%

53.2

40% Winding Factor

4,900

35%

46.1

70%

56.7

 

75-130-40-vorläufige Bezeichnung

Preis- und Lieferzeit auf Anfrage

75-130-40 vorläufige Bezeichnung

75 Material

i)

AL- (nH/T²)

Core Marking

Coating

Color

 

40

41 ±8%

 

Lot-Nr.

 

Bestellnr.

Inductance  Grade

Black

xxxxxx

75-130-40

N/A

Dimensions

Uncoated

 

Coated Limits

mm

in

mm

in

 

OD (A)

32.80

1.291

33.66

1.325

max

ID (B)

20.1

0.791

19.4

0.766

min

HT(C)

10.7

0.420

11.5

0.450

max

Electrical Characteristics

Physical Characteristics

Watt Loss

@ 100 kHz, 100mT max(mW/cm³

DC Bias

min (A·T/cm)

Voltage Breakdown wire to wire min (Vac)

Break Strength

Min (kg)

Window

Area WA

(mm²)

Cross

Section

Ae (mm²)

 

Path Length

Le(mm)

 

Volume

Ve(mm³)

 

Weight (g)

850

80%

50%

2000

49

297

65.6

81.4

5,340

35

111

143

Winding Information

Temperature Rating

Winding Length Per Turn

Wound Coil Dimensions (mm)

 

Curie Temp: 500°C

 

Winding

Factor

 

(mm)

Winding

Factor

(mm)

40% Winding Factor

OD

36.8

Coating

Temp (Continuous up to):200 ̊C

HT

17.8

Anmerkung

Completely Full Window

Max OD

46.7

 

Max HT

28.0

0%

37.4

40%

47.2

Surface Area (mm²)

20%

42.4

45%

48.8

Unwound Core

3,100

25%

43.5