Headquarters

110 Delta Drive
P.O. Box 11422 
Pittsburgh, PA 15238 • USA

Phone: 

1.800.245.3984

+1.412.696.1333

e-mail: 

magnetics@spang.com

Magnetics International

13/F 1-3 Chatham Road South
Tsim Sha Tsui
Kowloon, Hong Kong

Phone: 

+852.2731.9700

+86.139.1147.1417

e-mail: 

asiasales@spang.com

www.mag-inc.com

©2021 Magnetics

FERRITE CORES

Toroids  

•

  Shapes  

•

  Pot Cores

TOROID 

 

PG

TOROID

  

PG

40200TC

20

44416TC

24

40301TC

20

44419TC

24

40401TC

20

44715TC

24

40402TC

20

44916TC

26

40502TC

20

44920TC

26

40503TC

20

44925TC

26

40601TC

20

44932TC

26

40603TC

20

46013TC

26

40705TC

20

46019TC

26

40907TC

20

46113TC

26

41003TC

20

46325TC

26

41005TC

20

46326TC

26

41206TC

20

47313TC

26

41303TC

20

 47325TC

26

41304TC

20

47326TC

26

41305TC

20

48613TC

26

41306TC

20

48619TC

26

41405TC

22

48625TC

26

41406TC

22

48626TC

26

41407TC

22

49715TC

26

41410TC

22

49718TC

26

41435TC

22

49725TC

26

41450TC

22

49740TC

26

41506TC

22

41605TC

22

41606TC

22

41607TC

22

41610TC

22

41809TC

22

42106TC

22

42109TC

22

42206TC

22

42207TC

22

42212TC

22

42506TC

22

42507TC

22

42508TC

22

42712TC

24

42908TC

24

42915TC

24

43113TC

24

43205TC

24

43610TC

24

43615TC

24

43620TC

24

43806TC

24

43813TC

24

43825TC

24

44015TC

24

U, I

 

PG

Pot 

41106UC

38

40704UG

54

41106IC

38

40905UG

54

42220UC

38

41107UG

54

42512UC

38

41109UG

54

42515UC

38

41408UG

54

42516IC

38

41811UG

54

42530UC

38

41814UG

54

49316UC

38

42213UG

54

49316IC

38

42438UG

54

49330UC

38

42616UG

54

49332UC

38

42823UG

54

49920UC

38

43019UG

54

49925UC

38

43622UG

54

49925IC

38

44229UG

54

UR

 

RS-DS

PG

44119UC

40

41408UG

56

44121UC

40

41811UG

56

44125UC

40

42311UG

56

44130UC

40

42318UG

56

45716UC

40

42616UG

56

45917UC

40

43019UG

56

46420UC

40

43622UG

56

BLOCK

44229UG

56

41106IC

50

PQ

41308IC

50

42016UG

58

41805IC

50

42020UG

58

42014IC

50

42610UG

58

42107IC

50

42614UG

58

42216IC

50

42620UG

58

42516IC

50

42625UG

58

43208IC

50

43214UG

58

43618IC

50

43220UG

58

43808IC

50

43230UG

58

44008IC

50

43535UG

58

44020IC

50

44040UG

58

44308IC

50

45050UG

58

44310IC

50

RM

 

45810IC

50

41110UG

60

46410IC

50

41510UG

60

49316IC

50

41812UG

60

49925IC

50

41912UG

60

49938FB

50

42013UG

60

49966FB

50

42316UG

60

49985FB

50

42819UG

60

EP 

43723UG

60

40707UG

52

44230UG

60

41010UG

52

41313UG

52

41717UG

52

42120UG

52

Part Number Index

TOROIDS

E CORES

SHAPES

E, I

PG PLANAR E, I PG

EC

 

PG

40904EC

28

41425EC

32

43517EC

42

41203EC

28

41434EC

32

44119EC

42

41205EC

28

41434IC

32

45224EC

42

41707EC

28

41805EC

32

47035EC

42

41808EC

28

41805IC

32

EER

41810EC

28

42107EC

32

42814EC

44

42510EC

28

42107IC

32

42817EC

44

42513EC

28

42214EC

32

43521EC

44

42515EC

28

42214IC

32

44013EC

44

42520EC

28

42216EC

32

44216EC

44

42526EC

28

42216IC

32

44818EC

44

42530EC

28

42217EC

32

44821EC

44

43007EC

28

43208EC

32

45418EC

44

43009EC

28

43208IC

32

EFD 

43515EC

28

43618EC

32

41009EC

46

43520EC

28

43618IC

32

41212EC

46

44011EC

30

43808EC

34

41515EC

46

44016EC

30

43808IC

34

42019EC

46

44020EC

30

43809EC

34

42523EC

46

44020IC

30

44008EC

34

43030EC

46

44022EC

30

44008IC

34

ETD

44033EC

30

44308EC

34

42929EC

48

44317EC

30

44308IC

34

43434EC

48

44721EC

30

44310EC

34

43939EC

48

45528EC

30

44310IC

34

44444EC

48

45530EC

30

45810EC

34

44949EC

48

45724EC

30

45810IC

34

45454EC

48

46016EC

30

46410EC

34

45959EC

48

46022EC

30

46410IC

34

47054EC

48

46527EC

30

49938EC

34

47133EC

30

ER

47228EC

30

40906EC

36

48020EC

30

41126EC

36

49928EC

30

41308EC

36

41308IC

36

41426EC

36

41826EC

36

42014EC

36

42014IC

36

42313EC

36

42517EC

36

42517IC

36

42521EC

36

43021EC

36

43021IC

36

43225EC

36

www.mag-inc.com

1

Index

Applications & Materials  

2-15

Gapped Cores ..............

16-19

Toroids .......................

20-27

E, I Cores ....................

28-31

Planar E, I Cores ..........

32-35

ER Cores .....................

36-37

U, I Cores ...................

38-39

UR Cores ....................

40-41

EC Cores .....................

42-43

EER Cores ...................

44-45

EFD Cores ...................

46-47

ETD Cores ...................

48-49

Block Cores .................

50-51

EP Cores .....................

52-53

Pot Cores ....................

54-55

RS/DS Cores ..............

56-57

PQ Cores ....................

58-59

RM Cores ....................

60-61

Hardware ........................

62

Design Guides .............

63-67

MAGNETICS

2

Applications  

& Materials

Ferrites are dense, homogenous ceramic structures made by mixing iron oxide with 
oxides or carbonates of one or more metals such as zinc, manganese, nickel or mag-
nesium. They are pressed, then fired in a kiln at 1,000 - 1,500°C and machined as 
needed to meet various operational requirements. Ferrite parts can be easily and eco-
nomically molded into many different geometries. A diverse set of materials, providing 
a range of desired electrical and mechanical properties, are available from Magnetics.

Magnetics’ ferrite cores are manufactured for a wide variety of applications. Magnetics 
has the leading MnZn ferrite materials for power transformers, power inductors, wide-
band transformers, common mode chokes, as well as many other applications.

FERRITE APPLICATIONS

APPLICATIONS

DESIRED PROPERTIES

PREFERRED MATERIALS

AVAILABLE SHAPES

Broadband Transformers

Low loss, high µ. Good frequency response. 

J, W, M

Pot cores, Toroids, E, U & I cores,  
RM cores, EP cores

Common Mode Chokes

Very high µ (permeability).

J, W, M

Toroids, E Cores

Converter and Inverter Transformers

Low losses, high saturation.

F, L, P, R, T

Toroids, E, U & I cores, Pot cores,  
RS cores, Planar cores

Differential Mode Inductors

Low losses, high temperature stability, good 
stability across load conditions.

F, P, R, T

Gapped Pot cores, EP cores, E cores,  
RM cores, Planar cores, PQ cores

Linear Filters and Sensors

Good loss factor, linearity and temperature 
linearity at low drive level.

C, E, V

Pot cores, Toroids

Narrow Band Transformers

Moderate Q, high µ, high stability.

F, J

Pot cores, Toroids, RM cores, EP cores

Noise Filters

High µ, good frequency response.

J, W, M

Toroids

Power Inductors

Low losses at high flux densities and tem-
peratures. High saturation. Good stability 
across load conditions.

F, L, P, R, T

Pot cores, E cores, PQ cores, RM cores, 
Planar cores

Power Transformers

High µ and low losses at high flux densities 
and temperatures. High saturation. Low 
exiting currents.

F, L, P, R, T

Ungapped Pot cores, E, U & I cores, 
Toroids, EP cores, RS cores, DS cores,  
PQ cores, Planar cores

Pulse Transformers

High µ, low loss, high B saturation.

J, W, M

Toroids

Telecom Inductors

Low losses, high temperature stability, good 
stability across load conditions.

F, P, R, T

Pot cores, EP cores, E cores, RM cores, 
Planar cores

ADVANTAGES OF MAGNETICS’ FERRITES

•    The widest range of toroid sizes in power and high 

permeability materials

•  Superior toroid coatings available in epoxy and 

Parylene C

•  Standard gapping to precise inductance or mechanical 

dimension: wide range of coil former and assembly 

hardware available

• The full range of standard planar E and I cores
• Rapid prototyping capability for new development

www.mag-inc.com

3

INDUCTORS & POWER  

TRANSFORMERS

EMI/RFI FILTERS  

& BROADBAND  

TRANSFORMERS

LINEAR FILTERS  

& SENSORS

MATERIAL

L

R

P

F

T

J

W

M

C

E

V

Initial Permeability

µ

i

750  

±25%

2,300  

±25%

2,500  

±25%

3,000  

±20%

3,000  

±25%

5,000  

±20%

10,000  

±30%

15,000

±30%

900  

±25%

2,000  

±25%

2,300  

±25%

Maximum Usable  
Frequency (50% roll-off) 

f

MHz

≤

6

≤

1.8

≤

1.8

≤

1.5

≤

1.5 

≤

0.7

≤

0.5

≤

0.12

≤

8

≤

3

≤

1.5

Relative Loss Factor 
X 10

-6

  25˚C

tan 

d

µ

iac

≤

15  

100 kHz

≤

7  

10 kHz

≤

10  

10 kHz

≤

10  

 300 

kHz   

≤

3  

100 

kHz  

≤

5   

100 

kHz   

Curie Temperature 

T

c

˚C 

>280 

>210 

>210 

>210 

>220

>145

>135

>130

> 200

>160

>170

Flux Density @ 1,194 
A/m (15 Oe) 25˚C

B

m

 

10 kHz

G                              

mT

5,200                   

520

4,700                

470

4,700                

470

4,700          

470

5,300             

530

4,300          

430

3,900          

390

4,700

470

3,800                  

380

3,600                  

360

4,400          

440

Remanence 
25˚C

B

r

G                        

mT

1,500               

150

1,600               

160

1,600               

160

1,500               

150

1,500               

150

1,000               

100

800               

80

2,700

270

1,500               

150

700               

70

1,500               

150

Power Loss (PL) Sine 
Wave in mW/cm

3

 

(typical)

25 kHz 

200 mT 

(2,000 G)

  @25˚C     

90

180

60

80

@60˚C

65

110

55

75

@100˚C

60

65

90

70

@120˚C

65

110

125

75

100 kHz 

100 mT 

(1,000 G)

  @25˚C     

87

70

70

65

@60˚C

64

50

65

57

@100˚C

58

65

110

55

@120˚C

64

45

150

58

500 kHz 

50 mT 

(500 G)

  @25˚C     

290

 

@60˚C

150

 

@100˚C

115

175

300

150

@120˚C

130

Resistivity

r

Q

-m

10

5

5

5

5

0.5

0.1

0.5

2

2

1

Density

d

g/cm

3

4.8

4.8

4.8

4.8

4.8

4.8

4.9

5.0

4.7

4.7

4.8

Ferrite Materials

MAGNETICS

4

TYPICAL MECHANICAL PROPERTIES OF FERRITE MATERIALS

MECHANICAL DATA

UNITS

THERMAL DATA

UNITS

Bulk Density

4.85

g/cm

3

Coefficient of Linear Expansion

10.5x10

-6

°C

-1

Tensile Strength

5.0, 7.0x10

3

kgf.mm

-2

, lbs.in

-2

Specific Heat (25°)

800

J/kgK

Compressive Strength

45, 63x10

3

kgf.mm

-2

, lbs.in

-2

Thermal Conductivity (25-85°C)

3500-4300

µW.mm

-1

.°C

-1

Youngs Modulus

12.4x10

3

,1.8x10

7

kgf.mm

-2

, lbs.in

-2

35-43

mW.cm

-1

.°C

-1

Hardness (Knoop)

650 Typical

.0083-.010

cal.s

-1

.cm

-1

.°C

-1

Resistivity

10

2

-10

3

ohm-cm

Ferrite Materials

www.mag-inc.com

5

Initial Perm (25°C; 

^

10 kHz). . . . . . . . . . . . . . . . . . . . . . . . .

2,300 ± 25%

Saturation Flux Density (4,700 G at 15 Oe, 25°C)  . . . . . . . .470 mT, 11.9 A·T/cm
Curie Temperature  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 210°C

A medium frequency multi-purpose power transformer, 
inductor and filter material. Widely available in shapes and 
toroids. Engineered for lowest losses between 90 - 100°C.

R Material

FLUX DENSITY vs. TEMPERATURE

TEMPERATURE (˚C)

20

40

60

80

100

120

140

(mT)

H =11.9 A·T/cm

500

400

300

B

sat

350

450

1000

2000

100

10

100

30

300

CORE LOSS vs. FLUX DENSITY AT 100° C

FLUX DENSITY (mT)

50

0k

Hz

20

0k

Hz

10

0k

Hz

25

kH

z

CORE LOSS

mW

cm

3

PERMEABILITY vs. TEMPERATURE

5000

6000

4000

3000

2000

1000

0

PE

RM

EA

BIL

ITY

(µ

)

-50

0

50

100

150

200

250

TEMPERATURE (˚C)

TYPICAL B-H LOOPS

R Material

H (A/m)

-25

0

25

50

150

250

B

(mT)

500

400

300

200

100

0

100(˚C)

25(˚C)

CORE LOSS vs. TEMPERATURE

TEMPERATURE (˚C)

0

20

40

60

80

100

120

CORE LOSS

mW

cm

3

300
250

200

150

100

50

0

100mT @ 

100kHz

FREQUENCY (kHz)

PE

RM

EA

BIL

ITY

(µ

)

3500

2000

2500

1500
1000

0

10

100

1000

2000

3000

500

PERMEABILITY vs. FREQUENCY

0

0

100

200

300

400

6000

4000

2000

FLUX DENSITY (mT)

PE

RM

EA

BIL

ITY

(µ

)

PERMEABILITY vs. FLUX DENSITY

100(˚C)

25(˚C)

MAGNETICS

6

TYPICAL B-H LOOPS

P Material

H (A/m)

-25

0

25

50

150

250

B

(mT)

500

400

300

200

100

0

100(˚C)

25(˚C)

A low-medium frequency general-purpose power converter 
material.  Engineered for lowest losses between 80 - 100°C. 
Available in almost all core sizes and shapes.

Initial Perm (25°C; 

^

10 kHz). . . . . . . . . . . . . . . . . . . . . . . .

2,500 ± 25%

Saturation Flux Density (4,700 G at 15 Oe, 25°C)  . . . . . . . .470 mT, 11.9 A·T/cm
Curie Temperature  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 210°C

P Material

PERMEABILITY vs. FLUX DENSITY

100(˚C)

25(˚C)

0

0

100

200

300

400

6000

4000

2000

FLUX DENSITY (mT)

PE

RM

EA

BIL

ITY

(µ

)

PERMEABILITY vs. TEMPERATURE

TEMPERATURE (˚C)

5000

4000

3000

2000

1000

0

-50

0

50

100

250

200

150

PE

RM

EA

BIL

ITY

(µ

)

CORE LOSS vs. TEMPERATURE

TEMPERATURE (˚C)

0

20

40

60

80

100

120

CORE LOSS

mW

cm

3

100mT @ 

100kHz

300

250

200

150

100

50

0

FREQUENCY (kHz)

PE

RM

EA

BIL

ITY

(µ

)

4000

3000

2000

1000

0

10

100

1000

5000

PERMEABILITY vs. FREQUENCY

500

450

400

350

300

B

sat

FLUX DENSITY vs. TEMPERATURE

TEMPERATURE (˚C)

20

40

60

80

100

120

140

(mT)

H =11.9 A·T/cm

1000

2000

100

10

100

30

300

CORE LOSS vs. FLUX DENSITY AT 100° C

FLUX DENSITY (mT)

50

0k

Hz

40

0k

Hz

20

0k

Hz

10

0k

Hz

50

kH

z

25

kH

z

CORE LOSS

mW

cm

3

www.mag-inc.com

7

F Material

Initial Perm (25°C; 

^

10 kHz). . . . . . . . . . . . . . . . . . . . . . . . .

3,000 ± 20%

Saturation Flux Density (4,700 G at 15 Oe, 25°C)  . . . . . . . .470 mT, 11.9 A·T/cm
Curie Temperature  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 210°C

A medium frequency general-purpose power 
transformer, inductor and filter material. Slightly higher 
in perm than P or R Material. Engineered for lowest 
losses between 50 - 80°C.

CORE LOSS vs. TEMPERATURE

TEMPERATURE (˚C)

0

20

40

60

80

100

120

CORE LOSS

mW

cm

3

300
250

200

150

100

50

0

100mT @ 

100kHz

6000
5000

4000

3000

2000

1000

0

-50

0

50

100

150

250

200

PERMEABILITY vs. TEMPERATURE

TEMPERATURE (˚C)

PE

RM

EA

BIL

ITY

(µ

)

0

0

100

200

300

400

6000

4000

2000

FLUX DENSITY (mT)

PE

RM

EA

BIL

ITY

(µ

)

100(˚C)

25(˚C)

PERMEABILITY vs. FLUX DENSITY

PERMEABILITY vs. FREQUENCY

4000

3000

2000

1000

0

10

100

1000

5000

FREQUENCY (kHz)

PE

RM

EA

BIL

ITY

(µ

)

1000

2000

100

10

100

30

300

CORE LOSS vs. FLUX DENSITY AT 100° C

FLUX DENSITY (mT)

30

0kH

z

20

0kH

z

10

0k

Hz

50

kH

z

25

kH

z

CORE LOSS

mW

cm

3

500

450

400

350

300

250
200

B

sat

FLUX DENSITY vs. TEMPERATURE

TEMPERATURE (˚C)

0

20

40

60

80

100

120

(mT)

H =11.9 A·T/cm

TYPICAL B-H LOOPS

H (A/m)

-25

0

25

50

150

250

B

(mT)

500

400

300

200

100

0

100(˚C)

25(˚C)

MAGNETICS

8

20

0k

Hz

10

0k

Hz

40

0kH

z

CORE LOSS

mW

cm

3

1000

2000

3000

100

10

100

30

300

CORE LOSS vs. FLUX DENSITY AT 100° C

FLUX DENSITY (mT)

Initial Perm (25°C; 

^

10 kHz). . . . . . . . . . . . . . . . . . . . . . . . .

3,000 ± 25%

Saturation Flux Density (5,300 G at 15 Oe, 25°C)  . . . . . . . .530 mT, 11.9 A·T/cm
Curie Temperature  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 220°C

A power material for transformers and inductors operating 
from 20 kHz to 750 kHz.  T material offers stability in both 
perm and losses over a wide temperature range.

T Material

3000
2500

3500

2000

0

10

1

100

1000 2000

4000

4500

1000

500

1500

FREQUENCY (kHz)

PE

RM

EA

BIL

ITY

(µ

)

PERMEABILITY vs. FREQUENCY

0

0

100

200

300

400

6000

4000

2000

FLUX DENSITY (mT)

PE

RM

EA

BIL

ITY

(µ

)

100(˚C)

25(˚C)

PERMEABILITY vs. FLUX DENSITY

TYPICAL B-H LOOPS

T Material

H (A/m)

-25

0

25

50

150

250

B

(mT)

500

400

300

200

100

0

100(˚C)

25(˚C)

PE

RM

EA

BIL

ITY

(µ

)

4000

3000

2000

1000

0

-50

50

100

150

250

200

0

TEMPERATURE (˚C)

PERMEABILITY vs. TEMPERATURE

0

20

40

60

80

100

120

300
250

200

150

100

50

0

100mT @ 

100kHz

CORE LOSS vs. TEMPERATURE

TEMPERATURE (˚C)

CORE LOSS

mW

cm

3

600

500

400

300

200

100

0

B

sat

FLUX DENSITY vs. TEMPERATURE

TEMPERATURE (˚C)

0

20

40

60

80

100

160

140

120

(mT)

H =11.9 A·T/cm

www.mag-inc.com

9

A high-frequency high-temperature power material.  
L material is optimized for transformers and inductors 
from 500 kHz – 3 MHz. Core losses are minimized 
between 70 – 100°C.

L Material

Initial Perm (25°C; 

^

10 kHz). . . . . . . . . . . . . . . . . . . . . . . . . . .

750 ± 25%

Saturation Flux Density (5,200 G at 15 Oe, 25°C)  . . . . . . . . . 520 mT, 12 A·T/cm
Curie Temperature  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 280°C

0

0

200

100

300

400

2500

1500

2000

1000

500

FLUX DENSITY (mT)

PE

RM

EA

BIL

ITY

(µ

)

500

PERMEABILITY vs. FLUX DENSITY

100(˚C)

25(˚C)

1400

800

600

1200

1000

400

200

0

0

100

200

300

PERMEABILITY vs. TEMPERATURE

TEMPERATURE (˚C)

PE

RM

EA

BIL

ITY

(µ

)

0

20

40

60

80

100

140

120

600

700

300

400

500

200

100

TEMPERATURE (˚C)

CO

RE

 LO

SS

1 MHz

50 mT

3 MHz

10 mT

3 MHz

30 mT

mW

cm

3

CORE LOSS vs. TEMPERATURE

100

1000

10000

10000

100

1000

FREQUENCY (kHz)

PE

RM

EA

BIL

ITY

(µ

)

PERMEABILITY vs. FREQUENCY

10

1

1

10

100

1000

100

FLUX DENSITY (mT)

CO

RE

 LO

SS

mW

cm

3

CORE LOSS vs. FLUX DENSITY AT 100˚C

1 MHz

2 MHz

3 MHz

TYPICAL B-H LOOPS

L Material

 100

0

200

300

B

(mT)

500

400

300

200

100

0

H (A/m)

25(˚C)

100(˚C)

MAGNETICS

10

Initial Perm (25°C; 

^

10 kHz), Uncoated  . . . . . . . . . . . . . . . . . . .

900 ± 25%

Saturation Flux Density. . . . . . . . 380 mT, 11.9 A·T/cm (3,800 G at 25°C, 15 Oe)
Curie Temperature  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 200°C

C Material

0

200

400

600

-50

0

50

100

150

200

250

800

1000

1200

TEMPERATURE (˚C)

PE

RM

EA

BIL

ITY

(µ

)

PERMEABILITY vs. TEMPERATURE

0

200

400

600

10

100

1000

10000

800

1000

FREQUENCY (kHz)

PE

RM

EA

BIL

ITY

(µ

)

PERMEABILITY vs. FREQUENCY

C Material works well for Telecom Filters, Wideband, Matching 
and Pulse transformer applications, and High Q inductors.

TYPICAL B-H LOOPS

C Material

H (A/m)

-50

0

50

100

500

1000

B

(mT)

500

400

300

200

100

0

100(˚C)

25(˚C)

www.mag-inc.com

11

E Material

0

1000

-50

50

0

100

150

200

250

2000

3000

TEMPERATURE (˚C)

PE

RM

EA

BIL

ITY

(µ

)

PERMEABILITY vs. TEMPERATURE

0

500

1000

1500

10

10

100

3000

1000

2000

2500

FREQUENCY (kHz)

PE

RM

EA

BIL

ITY

(µ

)

PERMEABILITY vs. FREQUENCY

E Material works well for Telecom Filters, Wideband, Matching 
and Pulse transformer applications, and High Q inductors.

TYPICAL B-H LOOPS

E Material

H (A/m)

-25

0

25

50

150

250

B

(mT)

500

400

300

200

100

0

100(˚C)

25(˚C)

Initial Perm (25°C; 

^

10 kHz), Uncoated  . . . . . . . . . . . . . . . . .

2,000 ± 25%

Saturation Flux Density. . . . . . . . 360 mT, 11.9 A·T/cm (3,600 G at 25°C, 15 Oe)
Curie Temperature  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 160°C

MAGNETICS

12

V Material

0

1000

-50

0

50

100

150

200

2000

3000

4000

TEMPERATURE (˚C)

PE

RM

EA

BIL

ITY

(µ

)

PERMEABILITY vs. TEMPERATURE

0

500

1000

1500

1

100

10

4000

1000

2000

2500

3000

FREQUENCY (kHz)

PE

RM

EA

BIL

ITY

(µ

)

PERMEABILITY vs. FREQUENCY

V Material works well for Telecom Filters, Wideband, Matching 
and Pulse transformer applications, and High Q inductors.

TYPICAL B-H LOOPS

V Material

H (A/m)

-25

0

25

50

150

250

B

(mT)

500

400

300

200

100

0

100(˚C)

25(˚C)

Initial Perm (25°C; 

^

10 kHz), Uncoated  . . . . . . . . . . . . . . . . .

2,300 ± 25%

Saturation Flux Density. . . . . . . . 440 mT, 11.9 A·T/cm (4,400 G at 25°C, 15 Oe)
Curie Temperature  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170°C

www.mag-inc.com

13

A medium perm general-purpose material. Well suited 
both for EMI/RFI filtering and broadband transformers.

J Material

Initial Perm (25°C; 

^

10 kHz). . . . . . . . . . . . . . . . . . . . . . . . .

5,000 ± 20%

Saturation Flux Density (4,300 G at 15 Oe, 25°C)  . . . . . . . .430 mT, 11.9 A·T/cm
Curie Temperature  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 145°C

PERMEABILITY vs. TEMPERATURE

TEMPERATURE (˚C)

PE

RM

EA

BIL

ITY

(µ

)

4000

6000

2000

10000

8000

14000

12000

0

-50

150

50

0

100

PERMEABILITY vs. DC BIAS

H (A/M)

PE

RM

EA

BIL

ITY

(µ

)

1000

100

10

1

1000

10

100

PERMEABILITY vs. FREQUENCY

FREQUENCY (kHz)

PE

RM

EA

BIL

ITY

(µ

)

5000

2000

3000

4000

7000

8000

1000

0

10

100

1000

6000

TYPICAL  B-H LOOPS

J Material

H (A/m)

-25

0

25

50

150

250

B

(mT)

500

400

300

200

100

0

100(˚C)

25(˚C)

MAGNETICS

14

A high permeability material used for EMI/RFI 
suppression, common mode chokes, pulse and 
broadband transformers.

W Material

Initial Perm (25°C; 

^

10 kHz)  . . . . . . . . . . . . . . . . . . . . . . .

10,000 ± 30%

Saturation Flux Density (3,900 G at 15 Oe, 25°C) . . . . . . .390 mT, 11.9 A·T/cm
Curie Temperature  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 135°C

PERMEABILITY vs. TEMPERATURE

TEMPERATURE (˚C)

PE

RM

EA

BIL

ITY

(µ

)

20000

4000

8000

16000

12000

0

-50

150

-25

0

25

50

75 100 125

PERMEABILITY vs. DC BIAS

H (A/m)

PE

RM

EA

BIL

ITY

(µ

)

1000

100

1

100

1000

10000

10

PERMEABILITY vs. FREQUENCY

FREQUENCY (kHz)

PE

RM

EA

BIL

ITY

(µ

)

4000

8000

10000

6000

12000

0

10

100

1000

2000

14000

TYPICAL B-H LOOPS

W Material

H (A/m)

-50

0

50

100

200

150

250

B

(mT)

500

400

300

200

100

0

100(˚C)

25(˚C)

www.mag-inc.com

15

Highest permeability material used for EMI/RFI 
suppression, common mode chokes, pulse and 
broadband transformers.

M Material

Initial Perm (25°C; 

^

10 kHz). . . . . . . . . . . . . . . . . . . . . . . .

15,000 ± 30%

Saturation Flux Density (4,700 G at 15 Oe, 25°C)  . . . . . . . .470 mT, 11.9 A·T/cm
Curie Temperature  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 130°C

TYPICAL B-H LOOPS

M Material

H (A/m)

-50

0

50

100

200

150

250

B

(mT)

500

400

300

200

100

0

100(˚C)

25(˚C)

5000

15000

10000

25000

20000

0

-40

130 140

50 70

30

-30 -10 10

90 110

PERMEABILITY vs. TEMPERATURE

TEMPERATURE (˚C)

PE

RM

EA

BIL

ITY

(µ

)

10

100

1000

100000

10000

1

10

100

1000

PERMEABILITY vs. DC BIAS

H (A/m)

PE

RM

EA

BIL

ITY

 (µ

)

100

1000

20000

10000

1

10

100

1000

PERMEABILITY vs. FREQUENCY

FREQUENCY (kHz)

PE

RM

EA

BIL

ITY

(µ

)

MAGNETICS

16

Gapping for A

L

Inductors are commonly designed with an airgap in the magnetic path where the center 
legs or center posts of two ferrite pieces meet. This airgap allows the inductance to be 
controlled to a tight tolerance, and it allows the inductor to support a defined level of 
DC current without saturating. Inductors are commonly designed with an airgap in the 
magnetic path where the center legs or center posts of two ferrite pieces meet. This 
airgap allows the inductance to be controlled to a tight tolerance, and it allows the 
inductor to support a defined level of DC current without saturating. In most applications, 
defining the gap with the A

L 

results in inductors with the least variation.

When specifying and ordering E cores (including EC, EFD, EER, ETD, and Planar E 
cores) gapped to an A

L

, it is important to note which cores are produced in gap-to-gap 

combination, because two gapped pieces are assembled to achieve the A

L

. Alternatively, 

for E cores provided ungapped-to-gap, an ungapped piece must be used with a gapped 
piece to achieve the A

L

. Pot, RS, DS, RM, PQ, and EP cores are sold as sets whether the 

combination is gap-to-gap or ungapped-to-gap.
A

L

 testing and limits are calculated to three significant digits based on the nominal value. 

For example, A

L

=99±3% is interpreted as 96.0 Minimum, 99.0 Nominal, and 102.0 

Maximum.
Magnetics tests gapped A

L

 values with full bobbins, usually 100 turns, or 250 turns for 

deep gaps. The drive level is low (0.5 mT) and the frequency is set low enough to avoid 
resonance effects. Measured inductance in an application may vary significantly from the 
theoretical value due to low turns, low bobbin fill, leakage effects, resonance effects, or 
elevated drive levels.
It is important for users to verify the correlation between the test of the core and the 
specific test being applied to the inductor or transformer. Planar E cores, Planar RM, and 
Planar PQ cores are especially susceptible to correlation discrepancies.

Gapping for Depth of Grind

Even though controlling A

L

 is usually the way to get the best consistency in finished 

inductor performance, in some cases the best results are seen when the depth of grind 
is specified instead. This is generally in cases where the gap dimension is quite large 
(the A

L

 is low), because variation in the inductance of the wound device is dominated by 

variation in the windings, especially if the number of turns is low.
For parts ordered in pieces (E cores), the depth of grind is given for each piece. To make 
an ungapped-to-gap set, use one piece of each. For example, use 0R41808G050 
with 0R41808EC for an asymmetrical gap of 0.050”± 0.001. For the same gap, but 
symmetrical, use two pieces of 0R41808G025.
For parts ordered in sets, the depth of grind is given as a total for the set, and may be 
ungapped-to-gap core pieces or gap-to-gap.

Part Number

0P44317 A450

Same as for ungapped cores
Gap Code

Gap Code

The letter indicates the type of gap and a three-digit number defines the value. 

Gap-to-Gap vs Ungapped-to-Gap Core Sets

“Gap-to-gap combination” means the gap is symmetrical. Half of the total gap is 
removed from each piece.
“Ungapped-to-gap combination” means an asymmetrical gap; the entire gap is taken 
from one piece, and the other piece is ungapped. 
For an E-core gapped to an A

L

 value when mated with the standard I-core, add “-EI” to 

the end of the part number.

CODE

MEANING

EXAMPLE

A_ _ _

A

L

 (if <1000)

DF42311

A275

 

(A

L

=275)

X_ _ _

A

L

 

if 1000 or greater 

(add 1000 to code)

OP44721

X250

 

(A

L

=1250)

F_ _ _

A

L

 

if <100, non-integer 

(divide code by 10)

OR42510

F807

 

(A

L

=80.7)

G_ _ _

Depth of Grind

 in mils 

(1000

ths

 of an inch)

OF44317

G079

 

(Gap=0.079”)

M_ _ _

Depth of Grind,

 mm 

(divide code by 10)

OF43019

M015

 

(Gap=1.5 mm)

Gapped Cores

 

How To Order

A

L

 is inductance factor, mH/1000 Turns, or nH/T².  

Either the A

L

 or the depth of grind (not both) is controlled during production of  

gapped cores. 
See the chart on pages 17-19 for tolerances.

www.mag-inc.com

17

Gapped Cores

  

Depth of Grind Tolerances

Tolerance Ranges for Pot, RS, DS, RM, PQ, and EP cores

Tolerance Ranges for E, EC, ER, EER, EFD, ETD and Planar E cores

INCHES

MILLIMETERS

GAP

TOLERANCE 

< 

40 mm

TOLERANCE 

40 mm  to  

< 

60 mm

TOLERANCE 

≥ 

60 mm

GAP

TOLERANCE

GAP CONDITION

0.001”– 0.038”

± 0.0005”

± 0.00075”

± 0.001”

0.1 mm – 0.9 mm

± 0.03 mm

Ungapped to gap combination

0.039”– 0.076”

± 0.001”

± 0.0015”

± 0.002”

1.0 mm – 1.9 mm

± 0.04 mm

Ungapped to gap combination  
(Except if the gap is more than 10% of the minimum 
bobbin depth for the set*, then gap-to-gap combination.)

0.077”– 0.114”

± 0.002”

± 0.003”

± 0.004”

2.0 mm – 2.9 mm

± 0.07 mm

Gap to gap combination  
(Except if the gap is less than 10% of the minimum bobbin 
depth for the set*, then ungapped-to-gap combination.)

0.115”– 0.152”

± 0.002”

± 0.003”

± 0.004”

3.0 mm – 3.8 mm

± 0.07 mm

Gap to gap combination

0.153”– 0.228”

± 0.004”

± 0.006”

± 0.008”

3.9 mm – 5.0 mm

± 0.12 mm

Gap to gap combination

INCHES

MILLIMETERS

GAP 

TOLERANCE 

< 

40 mm

TOLERANCE 

40 mm  to 

< 

60 mm

TOLERANCE 

≥ 

60 mm

GAP

TOLERANCE

0.001”– 0.038”

± 0.0005”

± 0.00075”

± 0.001”

0.1 mm – 0.9 mm

± 0.03 mm

0.039”– 0.076”

± 0.001”

± 0.0015”

± 0.002”

1.0 mm – 1.9 mm

± 0.04 mm

0.077”– 0.152”

± 0.002”

± 0.003”

± 0.004”

2.0 mm – 3.8 mm

± 0.07 mm

0.153”– 0.228”

± 0.004”

± 0.006”

± 0.008”

3.9 mm – 5.0 mm

± 0.12 mm

*The bobbin depth for the set is the 2D dimension or 2 times the D dimension

MAGNETICS

18

Gapped Cores

A

L

 Value Tolerances

SIZE

GAP TO 

GAP ±3%

 

UNGAPPED TO GAP COMBINATION

±3%

±5%

±7%

±10%

PLANAR E CORES*

  

PAGES 32 - 35

41425

19-35

36-76

≤

122

≤

166

≤

228

41434

17-31

32-77

≤

123

≤

167

≤

230

41805

18-32

33-205

≤

329

≤

448

≤

617

42107

35-66

67-188

≤

304

≤

414

≤

569

42216

78-141

142-405

≤

656

≤

892

≤

1239

43208

118-216

217-643

≤

1040

≤

1427

≤

1964

43618

119-222

223-673

≤

1088

≤

1491

≤

1999

43808

173-315

316-956

≤

1547

≤

1999

44008

106-189

190-507

≤

821

≤

1116

≤

1548

44308

201-367

368-1130

≤

1828

≤

1999

44310

169-305

306-1130

≤

1828

≤

1999

45810

266-481

482-1496

≤

1999

46410

379-701

702-1999

49938

336-594

595-1999

ER CORES*                                                   

PAGES 36 - 37

40906

15-65

66-70

≤

110

≤

150

≤

200

41126

40-74

75-100

≤

140

≤

190

≤

275

41426

45-84

85-130

≤

190

≤

250

≤

380

41826

50-84

85-200

≤

325

≤

445

≤

650

42313

55-90

91-200

≤

525

≤

710

≤

900

43021

80-169

170-710

≤

1050

≤

1460

≤

1975

EER/ETD CORES

PAGES 44 - 45/48 - 49

43434

55-88

89-500

≤

806

≤

1095

≤

1507

43521

54-86

87-566

≤

913

≤

1241

≤

1707

43939

95-156

157-641

≤

1028

≤

1398

≤

1935

44216

71-117

118-876

≤

1415

≤

1925

≤

1999

44444

73-117

118-881

≤

1423

≤

1935

≤

1999

44949

81-130

131-1075

≤

1736

≤

1999

45959

51-118

119-1822

≤

1999

EFD CORES                                                   

PAGES 46 - 47

41212

18-29

30-90

≤

130

≤

170

≤

230

41515

19-30

31-81

≤

127

≤

172

≤

236

42019

29-45

46-220

≤

350

≤

430

≤

575

42523

41-66

67-296

≤

475

≤

646

≤

888

43030

50-90

91-450

≤

790

≤

975

≤

1125

SIZE

GAP TO 

GAP ± 3%

 

UNGAPPED TO GAP COMBINATION

±3%

±5%

±7%

±10%

E CORES*

PAGES 28 - 31

41203

16-27

28-55

≤

86

≤

117

≤

160

41205

28-47

48-107

≤

170

≤

229

≤

316

41707

22-37

38-89

≤

140

≤

190

≤

259

41808

27-42

43-121

≤

192

≤

258

≤

355

41810

44-74

75-235

≤

376

≤

512

≤

704

42510

37-61

62-200

≤

318

≤

432

≤

595

42515

28-43

44-210

≤

333

≤

452

≤

616

42520

107-190

191-397

≤

643

≤

874

≤

1202

42530

45-72

73-409

≤

655

≤

891

≤

1225

43007

42-67

68-307

≤

491

≤

668

≤

919

43009

55-91

92-222

≤

353

≤

475

≤

653

43515

54-87

88-429

≤

687

≤

934

≤

1284

43520

65-111

112-461

≤

738

≤

1003

≤

-1380

44011

59-95

96-642

≤

1029

≤

1400

≤

1940

44016

52-83

84-545

≤

872

≤

1185

≤

1629

44020

78-126

127-916

≤

1480

≤

1999

44022

94-156

157-1187

≤

1903

≤

1999

44317

81-136

137-762

≤

1222

≤

1676

≤

1999

44721

107-180

181-1188

≤

1920

≤

1999

45528

113-186

187-500

≤

1999

45530

150-360

361-600

≤

1999

45724

129-218

219-450

≤

1999

46016

102-129

130-1231

≤

1999

46527

142-235

236-650

≤

 1999

47133

150-285

286-950

≤

1999

47228

120-199

200-1823

≤

1999

48020

99-158

159-1922

≤

1999

49928

150-285

286-975

≤

1999

EC CORES                                                     

PAGES 42 - 43

43517

49-79

80-438

≤

702

≤

954

≤

1312

44119

61-98

99-627

≤

1004

≤

1365

≤

1891

45224

76-123

124-911

≤

1471

≤

1999

47035

83-135

136-1403

≤

1999

*These tolerances also apply to E-I combination.  

www.mag-inc.com

19

Gapped Cores

A

L

 Value Tolerances

Chart shows type of combination and the guaranteed tolerance for corresponding A

L

 ranges. Ranges indicated are the tolerances for standard gaps. For ± 5%, ± 7%, and ± 10%, the maximum A

L

 for each is shown. Standard cores 

are manufactured to the smallest allowed tolerances. EE and EI tolerances are identical.

SIZE

GAP TO 

GAP ± 3%

 

UNGAPPED TO GAP COMBINATION

±3%

±5%

±7%

±10%

EP CORES                                                     

PAGES 52 - 53

40707

25-50

51-75

≤

125

≤

160

41010

25-55

56-75

≤

125

≤

160

41313

25-75

76-110

≤

175

≤

275

≤

315

41717

25-100

101-175

≤

275

≤

400

≤

630

42120

25-180

181-450

≤

630

≤

850

≤

1250

POT CORES

PAGES 54 - 55

40704

25-35

36-62

≤

95

≤

125

≤

175

40905

25-48

49-87

≤

135

≤

180

≤

240

41107

25-75

76-135

≤

220

≤

285

≤

399

41408

71-113

114-210

≤

307

≤

417

≤

574

41811

96-174

175-326

≤

523

≤

712

≤

988

41814

65-135

136-340

≤

510

≤

700

≤

980

42213

113-204

205-482

≤

779

≤

1060

≤

1459

42616

139-249

250-695

≤

1125

≤

1543

≤

1999

43019

170-304

305-1015

≤

1642

≤

1999

43622

222-399

400-1494

≤

1999

44229

169-389

390-1965

≤

1999

RS (ROUND-SLAB) CORES

                         

PAGES 56 - 57

41408

25-177

≤

283

≤

385

≤

530

41811

25-39

40-270

≤

400

≤

525

≤

800

42311

25-39

40-347

≤

708

≤

963

≤

1325

42318

25-39

40-452

≤

731

≤

994

≤

1378

42616

25-39

40-622

≤

998

≤

1369

≤

1884

43019

25-62

63-918

≤

1485

≤

1999

43622

40-62

63-1286

≤

1999

44229

40-62

63-1732

≤

1999

SIZE

GAP TO 

GAP ± 3%

 

UNGAPPED TO GAP COMBINATION

±3%

±5%

±7%

±10%

DS (DOUBLE SLAB) CORES

                           

PAGES 56 - 57

42311

109-195

196-386

≤

625

≤

850

≤

1170

42318

78-135

136-441

≤

706

≤

961

≤

1332

42616

117-205

206-580

≤

930

≤

1276

≤

1756

43019

149-264

265-873

≤

1412

≤

1922

≤

1999

43622

170-300

301-1111

≤

1797

≤

1999

44229

179-315

316-1543

≤

1999

PQ CORES

PAGES 58 - 59

42016

60-184

185-467

≤

755

≤

1027

≤

1425

42020

50-139

140-467

≤

754

≤

1026

≤

1422

42610

200-396

397-777

≤

1258

≤

1728

≤

1999

42614

110-334

335-645

≤

1044

≤

1421

≤

1972

42620

95-296

297-888

≤

1436

≤

1955

≤

1999

42625

77-234

235-880

≤

1423

≤

1936

≤

1999

43214

127-416

417-548

≤

885

≤

1207

≤

1661

43220

128-409

410-486

≤

1369

≤

1878

≤

1999

43230

84-241

242-808

≤

1305

≤

1775

≤

1999

43535

89-255

256-980

≤

1575

≤

1999

44040

83-230

231-1006

≤

1625

≤

1999

45050

128-210

210-1999

RM CORES

 

PAGES 60 - 61

41110

25-50

51-55

≤

75

≤

170

≤

250

41510

56-98

99-162

≤

258

≤

352

≤

484

41812

69-120

121-238

≤

381

≤

519

≤

714

41912

69-120

121-238

≤

381

≤

519

≤

714

42316

84-150

151-395

≤

633

≤

862

≤

1195

42819

126-200

201-625

≤

1002

≤

1374

≤

1892

43723

145-250

251-977

≤

1580

≤

1999

MAGNETICS

20

Toroids

2.54 mm – 12.7 mm

Ferrite toroids offer high magnetic efficiency as there is no air gap, and the cross sectional 
area is uniform. Available in many sizes (O.D. from 2.54 mm to 140 mm) and materials 
(permeabilities ranging from 750 to 15,000), this section lists common sizes.

Typical applications for high permeability toroids (J, W, and M materials) include common mode 
chokes, broadband transformers, pulse transformers and current transformers. L, R, P, F and T 
material toroids are excellent choices for high frequency transformers.

NOMINAL A

L

 (mH/1000T)

SIZE (mm)

ORDERING CODE

Y

Z L

 

± 25% R ± 25% P ± 25% F ± 20% T ± 25% J ± 20% W ± 30% M ± 30% C ± 25%

2.54 x 1.27 x 1.27

0_40200TC

P

400

454

525

875

1,750

158

3.46 x 1.78 x 1.27

0_40301TC

P

380

410

495

825

1,650

149

3.94 x 2.24 x 1.27

0_40502TC

P

340

368

440

735

1,470

2,152

129

3.94 x 2.24 x 2.54

0_40503TC

P

670

716

885

1,475

2,950

258

4.83 x 2.29 x 1.27

0_40401TC

P

440

474

570

950

1,900

170

4.83 x 2.29 x 2.54

0_40402TC

P

870

948

1,140

1,900

3,800

341

5.84 x 3.05 x 1.52

0_40601TC

P

178

450

488

585

592

980

1,960

2,963

177

5.84 x 3.05 x 3.18

0_40603TC

P

372

940

1,020

1,225

2,040

4,080

6,199

372

7.62 x 3.18 x 4.78

0_40705TC

P

751

1,920

2,088

2,505

4,175

8,350

12,535

751

9.53 x 5.59 x 7.11

0_40907TC

P P

683

1,730

1,884

2,260

3,765

7,530

683

9.53 x 4.75 x 3.18

0_41003TC

P P

399

1,000

1,095

1,314

1,330

2,196

4,392

6,644

399

9.53 x 4.75 x 4.78

0_41005TC

P P

599

1,510

1,650

1,980

3,308

6,616

9,988

599

12.7 x 5.16 x 6.35

0_41206TC

P P

1,029

2,600

2,820

3,384

5,640

11,280

17,163

1,029

12.7 x 8.14 x 3.18

0_41303TC

P

255

680

745

894

1,488

2,976

254

12.7 x 8.14 x 3.89

0_41304TC

P

311

850

931

1,116

1,860

3,720

311

12.7 x 8.14 x 5.08

0_41305TC

P

407

1,090

1,190

1,430

2,380

4,760

406

12.7 x 8.14 x 6.35

0_41306TC

P

508

1,360

1,485

1,782

1,700

2,968

5,936

8,476

508

HOW TO ORDER

O J 4 14 06 TC

Coating code 
Ferrite core material
Used for all ferrite types
Approximate diameter in mm
Approximate height in mm
Geometry code

Coating 

Code

Coating 

Material

Temperature 

Rating

Voltage Breakdown 

(wire to wire)

0

Bare Core

N/A

N/A

Y

Parylene

130°C

600V

Z

Epoxy

200°C

1000V

www.mag-inc.com

21

MAGNETIC DATA

HARDWARE

SIZE (mm)

ORDERING CODE

I

e 

(mm)

A

e 

(mm

2

)

V

e 

(mm

3

)

Window 

Area

 

(cm

2

)

WaAc 

(cm

4

)

Weight 

(grams per piece)

Headers & Mounts

2.54 x 1.27 x 1.27

0_40200TC

5.5

0.77

4.3

0.01

0.0001

0.03

SMH07058A

3.46 x 1.78 x 1.27

0_40301TC

7.65

1.03

7.87

0.02

0.0003

0.04

SMH07058A

3.94 x 2.24 x 1.27

0_40502TC

9.2

1.05

9.7

0.03

0.0004

0.05

SMH07058A

3.94 x 2.24 x 2.54

0_40503TC

9.2

2.1

19.4

0.03

0.0008

0.10

SMH07058A

4.83 x 2.29 x 1.27

0_40401TC

10.2

1.5

15.7

0.04

0.0006

0.09

SMH07058A

4.83 x 2.29 x 2.54

0_40402TC

10.2

3.1

31.5

0.04

0.001

0.17

SMH07058A

5.84 x 3.05 x 1.52

0_40601TC

13.0

2.0

26.7

0.07

0.001

0.14

SMH07058A

5.84 x 3.05 x 3.18

0_40603TC

13.0

4.3

56.0

0.07

0.003

0.30

SMH07058A

7.62 x 3.18 x 4.78

0_40705TC

15.0

9.9

149

0.07

0.008

0.90

SMH07058A

9.53 x 5.59 x 7.11

0_40907TC

22.7

13.7

310

0.24

0.03

1.60

9.53 x 4.75 x 3.18

0_41003TC

20.7

7.3

151

0.17

0.01

0.82

9.53 x 4.75 x 4.78

0_41005TC

20.7

10.9

227

0.17

0.02

1.20

12.7 x 5.16 x 6.35

0_41206TC

25.0

22.0

550

0.20

0.05

3.30

12.7 x 8.14 x 3.18

0_41303TC

31.7

7.1

226

0.49

0.04

1.20

12.7 x 8.14 x 3.89

0_41304TC

31.7

8.7

276

0.49

0.05

1.44

12.7 x 8.14 x 5.08

0_41305TC

31.7

11.4

361

0.49

0.06

1.90

12.7 x 8.14 x 6.35

0_41306TC

31.7

14.2

451

0.49

0.07

2.40

BARE NOMINAL DIMENSIONS (mm)              

Y/Z COATED LIMITING DIMENSIONS (mm)

SIZE (mm)

ORDERING CODE

OD (A)

ID (B)

HT (C)

COATING

OD max

ID min

HT max

2.54 x 1.27 x 1.27

0_40200TC

2.54

1.27

1.27

Y

2.79

1.02

1.52

3.46 x 1.78 x 1.27

0_40301TC

3.46

1.78

1.27

Y

3.79

1.54

1.53

3.94 x 2.24 x 1.27

0_40502TC

3.94

2.24

1.27

Y

4.22

1.95

1.53

3.94 x 2.24 x 2.54

0_40503TC

3.94

2.24

2.54

Y

4.22

1.95

2.87

4.83 x 2.29 x 1.27 

0_40401TC

4.83

2.29

1.27

Y

5.11

2

1.53

4.83 x 2.29 x 2.54

0_40402TC

4.83

2.29

2.54

Y

5.11

2

2.87

5.84 x 3.05 x 1.52

0_40601TC

5.84

3.05

1.52

Y

6.2

2.69

1.78

5.84 x 3.05 x 3.18

0_40603TC

5.84

3.05

3.18

Y

6.2

2.69

3.51

7.62 x 3.18 x 4.78

0_40705TC

7.62

3.18

4.78

Y

7.95

2.84

4.98

9.53 x 5.59 x 7.11

0_40907TC

9.53

5.59

7.11

Z

10.17

4.95

7.66

9.53 x 4.75 x 3.18

0_41003TC

9.53

4.75

3.18

Z

10.17

4.2

3.73

9.53 x 4.75 x 4.78

0_41005TC

9.53

4.75

4.78

Z

10.17

4.2

5.33

12.7 x 5.16 x 6.35

0_41206TC

12.7

5.16

6.35

Z

13.34

4.52

6.91

12.7 x 8.14 x 3.18

0_41303TC

12.7

8.14

3.18

Z

13.34

7.29

3.69

12.7 x 8.14 x 3.89

0_41304TC

12.7

8.14

3.89

Z

13.34

7.29

4.47

12.7 x 8.14 x 5.08

0_41305TC

12.7

8.14

5.08

Z

13.34

7.29

5.75

12.7 x 8.14 x 6.35

0_41306TC

12.7

8.14

6.35

Z

13.34

7.29

6.91

Refer to page 62 for additional hardware information.

W material and M material limit dimensions will vary, please refer to the specific part datasheet.

For limiting dimensions of other available coatings, please refer to the specific part datasheet.

MAGNETICS

22

Toroids

12.7 mm – 25.34 mm

NOMINAL A

L

 (mH/1000T)

SIZE (mm)

ORDERING CODE Y

Z L ± 25% R ± 25% P ± 25% F ± 20% T ± 25% J ± 20% W ± 30%

M ± 30%

C ± 25%

12.7 x 7.14 x 5.08

0_41405TC

P

526

1,320

1,440

1,730

2,890

5,780

500 

12.7 x 7.14 x 6.35

0_41406TC

P

658

1,660

1,805

2,166

3,612

7,224

10,974

625 

12.7 x 7.14 x 4.78

0_41407TC

P

495

1,240

1,356

1,630

2,715

5,430

 470

12.7 x 7.14 x 7.62

0_41410TC

P

790

1,990

2,162

2,595

4,335

8,675

 790

13.2 x 7.37 x 3.96

0_41506TC

P

415

1,020

1,111

1,334

1,320

2,295

4,590

315

13.6 x 7.01 x 3.51

0_41435TC

P

419

1,040

1,130

1,350

2,260

4,520

418

14.0 x 8.99 x 5.0

0_41450TC

P

399

990

1,080

1,290

2,160

4,320

397

15.9 x 9.07 x 4.7

0_41605TC

P

475

1,260

1,375

1,650

1,580

2,760

5,520

7,917

475

15.9 x 9.07 x 5.7

0_41606TC

P

1,920

15.9 x 9.07 x 6.84

0_41607TC

P

2,300

15.9 x 9.07 x 9.4

0_41610TC

P

950

2,450

2,660

3,200

5,410

10,600

950

18.4 x 9.75 x 10.3

0_41809TC

P

1,177

2,810

3,050

3,660

6,115

12,200

1,177

20.6 x 12.7 x 6.35

0_42106TC

P

553

1,380

1,500

1,680

2,800

5,600

553

20.6 x 12.7 x 8.89

0_42109TC

P

774

1,930

2,100

2,520

4,200

8,400

774

22.1 x 13.7 x 6.35

0_42206TC

P

547

1,380

1,510

1,812

1,790

3,020

6,040

8,494

538

22.1 x 13.7 x 7.9

0_42207TC

P

680

1,720

1,875

2,250

3,700

7,400

671

22.1 x 13.7 x 12.7

0_42212TC

P

1,093

2,770

3,020

3,624

6,040

12,080

17,313

1,084

25.34 x 12.7 x 9.53

0_42506TC

P

3,627

25.34 x 15.45 x 7.66

0_42507TC

P

705

1,800

1,958

2,348

3,913

7,825

11,072

690

25.34 x 15.45 x 10.0

0_42508TC

P

891

2,220

2,420

2,900

4,830

9,660

HOW TO ORDER

O J 4 14 06 TC

Coating code 
Ferrite core material
Used for all ferrite types
Approximate diameter in mm
Approximate height in mm
Geometry code

Coating 

Code

Coating 

Material

Temperature 

Rating

Voltage Breakdown 

(wire to wire)

0

Bare Core

N/A

N/A

Y

Parylene

130°C

600V

Z

Epoxy

200°C

1000V

23

MAGNETIC DATA

HARDWARE

SIZE (mm)

ORDERING CODE

I

e 

(mm)

A

e 

(mm

2

) V

e 

(mm

3

) Window Area

 

(cm

2

) WaAc (cm

4

) Weight 

(grams/pc)

Headers & Mounts

12.7 x 7.14 x 5.08

0_41405TC

29.5

13.7

405

0.40

 0.05

2.03

12.7 x 7.14 x 6.35

0_41406TC

29.5

17.1

507

0.40

0.07

2.70

TVB22066A

12.7 x 7.14 x 4.78

0_41407TC

29.5

12.9

381

0.40

0.05

 1.90

TVB22066A

12.7 x 7.14 x 7.62

0_41410TC

29.5

20.6

608

0.40

0.17

3.04

13.2 x 7.37 x 3.96

0_41506TC

30.6

11.2

343

0.42

0.05

1.9

TVB22066A

13.6 x 7.01 x 3.51

0_41435TC

30.1

11.1

335

0.36

0.04

1.7

14.0 x 8.99 x 5.0

0_41450TC

35.0

12.3

430

0.63

0.08

2.2

TVB22066A

15.9 x 9.07 x 4.7

0_41605TC

37.2

15.6

580

0.62

0.10

2.8

TVB22066A

15.9 x 9.07 x 5.7

0_41606TC

37.2

19.0

706

0.62

0.13

4.1

TVB22066A

15.9 x 9.07 x 6.84

0_41607TC

37.2

22.8

847

0.64

0.15

4.5

TVB22066A

15.9 x 9.07 x 9.4

0_41610TC

37.2

31.2

1,164

0.62

0.20

5.8

18.4 x 9.75 x 10.3

0_41809TC

41.4

43.1

1,783

0.74

0.32

9.9

TVB22066A

20.6 x 12.7 x 6.35

0_42106TC

50.3

24.6

1,238

1.27

0.31

5.4

TVB22066A

20.6 x 12.7 x 8.89

0_42109TC

50.3

34.4

1,733

1.27

0.43

8.1

TVB22066A

22.1 x 13.7 x 6.35

0_42206TC

54.1

26.2

1,417

1.48

0.39

6.4

TVB22066A

22.1 x 13.7 x 7.9

0_42207TC

54.2

32.5

1,763

1.48

0.48

8.5

TVB22066A

22.1 x 13.7 x 12.7

0_42212TC

51.9

52.3

2,834

1.48

0.77

13.5

TVB22066A

25.34 x 12.7 x 9.53

0_42506TC

55.3

57.9

3,199

1.26

0.73

25.0

TVH25074A

25.34 x 15.45 x 7.66

0_42507TC

61.5

37.1

2,284

1.89

0.69

11.6

TVH25074A

25.34 x 15.45 x 10.0

0_42508TC

61.5

48.0

2,981

1.89

0.89

14.9

TVH25074A

Refer to page 62 for additional hardware information. 

BARE NOMINAL DIMENSIONS (mm)              

Z-COATED LIMITING DIMENSIONS (mm)

SIZE (mm)

ORDERING CODE

OD (A)

ID (B)

HT (C)

OD max

ID min

HT max

12.7 x 7.14 x 5.08

0_41405TC

12.7

7.14

5.08

13.34

6.5

5.75

12.7 x 7.14 x 6.35

0_41406TC

12.7

7.14

6.35

13.34

6.5

6.91

12.7 x 7.14 x 4.78

0_41407TC

12.7

7.14

4.78

13.34

6.5

5.29

12.7 x 7.14 x 7.62

0_41410TC

12.7

7.14

7.62

13.34

6.5

8.26

13.2 x 7.37 x 3.96

0_41506TC

13.2

7.37

3.96

13.84

6.73

4.47

13.6 x 7.01 x 3.51

0_41435TC

13.6

7.01

3.51

14.23

6.37

4.02

14.0 x 8.99 x 5.0

0_41450TC

14.0

8.99

5.0

14.64

8.35

5.52

15.9 x 9.07 x 4.7

0_41605TC

15.9

9.07

4.7

16.64

8.12

5.21

15.9 x 9.07 x 5.7

0_41606TC

15.9

9.07

5.7

16.59

7.92

6.4

15.9 x 9.07 x 6.84

0_41607TC

15.9

9.07

6.84

16.64

8.12

7.51

15.9 x 9.07 x 9.4

0_41610TC

15.9

9.07

9.4

16.64

8.12

10.03

18.4 x 9.75 x 10.3

0_41809TC

18.4

9.75

10.3

19.21

8.99

10.9

20.6 x 12.7 x 6.35

0_42106TC

20.6

12.7

6.35

21.34

11.93

6.91

20.6 x 12.7 x 8.89

0_42109TC

20.6

12.7

8.89

21.34

11.93

9.53

22.1 x 13.7 x 6.35

0_42206TC

22.1

13.7

6.35

22.86

12.95

6.91

22.1 x 13.7 x 7.9

0_42207TC

22.1

13.7

7.9

22.86

12.95

8.56

22.1 x 13.7 x 12.7

0_42212TC

22.1

13.7

12.7

22.86

12.95

13.34

25.34 x 12.7 x 9.53

0_42506TC

25.34

12.7

9.53

26.29

12.83

10.16

25.34 x 15.45 x 7.66

0_42507TC

25.34

15.45

7.66

26.29

14.6

8.56

25.34 x 15.45 x 10.0

0_42508TC

25.34

15.45

10.0

26.29

14.6

10.65

W material and M material limit dimensions will vary, please refer to the specific part datasheet.

For limiting dimensions of other available coatings, please refer to the specific part datasheet.

MAGNETICS

24

Toroids

26.9 mm – 46.9 mm

 

NOMINAL A

L

 (mH/1000T)

SIZE (mm)

ORDERING CODE

Y

Z

R ± 25%

P ± 25%

F ± 20%

T ± 25%

J ± 20%

W ± 30%

26.9 x 14.2 x 12.2

0_42712TC

P

3,610

3,920

4,710

7,650

15,300

29 x 19 x 7.43

0_42908TC

P

1,450

1,585

1,902

3,170

6,340

29 x 19 x 15.2

0_42915TC

P

2,960

3,222

3,868

6,447

12,894

30.8 x 19.1 x 12.7

0_43113TC

P

2,850

3,100

3,720

6,200

12,400

32 x 15 x 4.5

0_43205TC

P

1,480

1,610

1,930

3,220

6,440

36 x 23 x 10

0_43610TC

P

2,030

2,210

2,726

4,543

9,085

36 x 23 x 15

0_43615TC

P

3,100

3,366

4,040

6,736

13,400

36 x 23 x 20

0_43620TC

P

9,086

 

38.1 x 19 x 6.35

0_43806TC

P

2,020

2,200

2,640

4,400

8,800

38.1 x 19 x 12.7

0_43813TC

P

3,850

4,185

5,020

5,190

8,365

16,700

38.1 x 19 x 25.4

0_43825TC

P

8,060

8,762

10,040

16,730

33,400

41.8 x 26.2 x 18

0_44015TC

P

3,860

4,200

5,040

5,040

8,408

16,816

44.3 x 19 x 15.9

0_44416TC

P

5,360

5,830

7,000

11,600

23,200

44.3 x 19 x 19.1

0_44419TC

P

7,970

9,550

46.9 x 27 x 15

0_44715TC

P

3,700

4,030

4,840

8,075

16,100

HOW TO ORDER

O J 4 14 06 TC

Coating code 
Ferrite core material
Used for all ferrite types
Approximate diameter in mm
Approximate height in mm
Geometry code

Coating 

Code

Coating 

Material

Temperature 

Rating

Voltage Breakdown 

(wire to wire)

0

Bare Core

N/A

N/A

Y

Parylene

130°C

600V

Z

Epoxy

200°C

1000V

www.mag-inc.com

25

MAGNETIC DATA

HARDWARE

SIZE (mm)

ORDERING CODE

I

e 

(mm)

A

e 

(mm

2

)

V

e 

(mm

3

)

Window 

Area

 

(cm

2

)

WaAc 

(cm

4

)

Weight 

(grams per piece)

Headers & Mounts

26.9 x 14.2 x 12.2

0_42712TC

60.2

73.2

4,410

1.57

1.16

22.5

29 x 19 x 7.43

0_42908TC

73.2

37.0

2,679

2.84

1.05

12.9

TVH25074A

29 x 19 x 15.2

0_42915TC

73.2

74.9

5,481

2.84

2.13

27.6

TVH25074A

30.8 x 19.1 x 12.7

0_43113TC

75.4

73.6

5,547

2.83

2.11

29.3

TVB2908TA

32 x 15 x 4.5

0_43205TC

67.2

36.4

2,451

0.34

0.61

12.9

TVH38134A

36 x 23 x 10

0_43610TC

89.7

63.9

5,731

4.15

2.65

29.4

TVH38134A

36 x 23 x 15

0_43615TC

89.6

95.9

8,596

2.85

3.98

44

TVH38134A

36 x 23 x 20

0_43620TC

89.6

128

11,461

4.15

5.31

 54

38.1 x 19 x 6.35

0_43806TC

82.9

58.3

4,826

2.85

1.66

26.4

TVH38134A

38.1 x 19 x 12.7

0_43813TC

82.9

115.6

9,652

2.85

3.28

51.7

TVH38134A

38.1 x 19 x 25.4

0_43825TC

82.8

233

19,304

2.85

6.56

103.4

TVH38134A

41.8 x 26.2 x 18

0_44015TC

103

138

14,205

5.39

7.44

68.9

TVH49164A

44.3 x 19 x 15.9

0_44416TC

88.0

187

16,559

2.85

5.33

80.8

TVH49164A

44.3 x 19 x 19.1

0_44419TC

88.0

228

20,146

2.85

6.50

107.9

46.9 x 27 x 15

0_44715TC

110.4

145.5

16,063

5.72

8.34

 84.0

TVH49164A

Refer to page 62 for additional hardware information.

BARE NOMINAL DIMENSIONS (mm)              

Z-COATED LIMITING DIMENSIONS (mm)

SIZE (mm)

ORDERING CODE

OD (A)

ID (B)

HT (C)

OD max

ID min

HT max

26.9 x 14.2 x 12.2

0_42712TC

26.9

14.2

12.2

28.01

13.01

13

29 x 19 x 7.43

0_42908TC

29.0

19.0

7.43

29.9

18.11

8.06

29 x 19 x 15.2

0_42915TC

29.0

19.0

15.2

30.15

17.85

16.21

30.8 x 19.1 x 12.7

0_43113TC

30.8

19.1

12.7

31.88

18.11

13.64

32 x 15 x 4.5

0_43205TC

32.0

15.0

4.5

32.9

14.12

5.01

36 x 23 x 10

0_43610TC

36.0

23.0

10.0

37.15

22.05

10.65

36 x 23 x 15

0_43615TC

36.0

23.0

15.0

37.15

22.05

15.6

36 x 23 x 20

0_43620TC

36.0

23.0

20.0

37.15

22.05

20.65

38.1 x 19 x 6.35

0_43806TC

38.1

19.0

6.35

39.25

17.9

6.91

38.1 x 19 x 12.7

0_43813TC

38.1

19.0

12.7

39.25

17.9

13.34

38.1 x 19 x 25.4

0_43825TC

38.1

19.0

25.4

39.25

17.9

26.29

41.8 x 26.2 x 18

0_44015TC

41.8

26.2

18.0

43.15

25.15

19.2

44.3 x 19 x 15.9

0_44416TC

44.3

19.0

15.7

45.6

17.9

16.64

44.3 x 19 x 19.1

0_44419TC

44.3

19.0

19.1

45.6

17.9

20.14

46.9 x 27 x 15

0_44715TC

46.9

27.0

15.0

48.04

25.85

15.65

W-perm limiting dimensions will vary, please refer to the specific part datasheet.

For limiting dimensions of other available coatings, please refer to the specific part datasheet.

MAGNETICS

26

Toroids

49.1 mm – 140 mm 

NOMINAL A

L

 (mH/1000T)

SIZE (mm)

ORDERING CODE

Y

Z

R ± 25%

P ± 25%

F ± 20%

T ± 25%

J ± 20%

W ± 30%

49.1 x 33.8 x 15.9

0_44916TC

P

2,710

2,950

3,540

5,900

11,800

49.1 x 31.8 x 15.9

0_44920TC

P

2,790

3,032

3,640

6,065

12,130

49.1 x 31.8 x 19.05

0_44925TC

P

3,420

3,718

4,460

7,435

14,870

49.1 x 33.8 x 31.3

0_44932TC

P

5,430

5,900

7,080

11,800

23,600

60.96 x 41.78 x 12.7

0_46013TC

P

1,960

4,800

9,483

60.96 x 41.78 x 19.05

0_46019TC

P

7,100

 

61 x 35.6 x 12.7

0_46113TC

P

3,140

3,491

4,107

6,845

13,690

63 x 38 x 24.5

0_46325TC

P

21,056

63 x 38 x 24.5

0_46326TC

P

5,770

6,270

7,530

12,500

 

73.7 x 38.9 x 12.5

0_47313TC

P

3,700

4,024

4,880

5,790

8,140

16,280

73.7 x 38.9 x 25.2

0_47325TC

P

7,400

8,050

9,760

16,280

 

73.7 x 38.9 x 25.4

0_47326TC

P

27,610

85.7 x 55.5 x 12.7

0_48613TC

P

2,510

2,726

3,310

5,520

11,040

85.7 x 55.5 x 19.05

0_48619TC

P

14,900

85.7 x 55.5 x 25.4

0_48625TC

P

5,040

5,480

6,570

10,960

 

85.7 x 55.5 x 25.4

0_48626TC

P

18,760

102 x 65.8 x 15

0_49715TC

P

3,025

3,464

3,945

6,575

11,178

107 x 65 x 18

0_49718TC

P

4,127

4,486

5,383

8,972

15,252

107 x 65 x 25

0_49725TC

P

5,732

6,230

7,477

12,461

21,184

140 x 106 x 25

0_49740TC

P

3,200

3,477

4,173

6,955

11,823

HOW TO ORDER

O J 4 14 06 TC

Coating code 
Ferrite core material
Used for all ferrite types
Approximate diameter in mm
Approximate height in mm
Geometry code

Coating 

Code

Coating 

Material

Temperature 

Rating

Voltage Breakdown 

(wire to wire)

0

Bare Core

N/A

N/A

Y

Parylene

130°C

600V

Z

Epoxy

200°C

1000V

27

MAGNETIC DATA

HARDWARE

SIZE (mm)

ORDERING CODE

I

e 

(mm) A

e 

(mm

2

) V

e 

(mm

3

) Window Area

 

(cm

2

) WaAc (cm

4

) Weight 

(grams/pc)

Headers & Mounts

49.1 x 33.8 x 15.9

0_44916TC

127

120

15,298

8.99

10.6

75.3

TVH49164A

49.1 x 31.8 x 15.9

0_44920TC

123.2

135.4

16,676

7.94

9.45

83

TVH49164A

49.1 x 31.8 x 19.05

0_44925TC

123

162

20,000

7.94

12.8

98

TVH49164A

49.1 x 33.8 x 31.3

0_44932TC

127

237

30,100

8.99

21.2

150.6

TVH49164A

60.96 x 41.78 x 12.7

0_46013TC

157.6

120.4

18,968

13.68

16.48

 94

60.96 x 41.78 x 19.05

0_46019TC

157.6

180.5

28,453

13.68

24.7

 141

61 x 35.6 x 12.7

0_46113TC

144.6

157.4

22,774

9.93

15.5

113

TVH49164A

63 x 38 x 24.5

0_46325TC

152

300

45,598

11.1

33.2

225

TVH49164A

63 x 38 x 24.5

0_46326TC

152

300

45,600

11.3

33.9

225

TVH49164A

73.7 x 38.9 x 12.5

0_47313TC

165

210

34,771

11.9

25

172

73.7 x 38.9 x 25.2

0_47325TC

165

423

70,099

11.9

50.3

 347

73.7 x 38.9 x 25.4

0_47326TC

165

427

70,595

11.9

50.8

 350

85.7 x 55.5 x 12.7

0_48613TC

214.9

188.8

40,582

24.2

45.7

201

85.7 x 55.5 x 19.05

0_48619TC

215

283

60,874

24.2

68.4

302

85.7 x 55.5 x 25.4

0_48625TC

215

375

80,700

24.2

90.8

 399

85.7 x 55.5 x 25.4

0_48626TC

215

377

81,165

24.2

91.2

 402

102 x 65.8 x 15

0_49715TC

255.3

267.2

68,821

34

90.8

341

107 x 65 x 18

0_49718TC

259.31

370.27

96,013

28.6

106

475

107 x 65 x 25

0_49725TC

259.31

514.3

133,351

33.2

171

660

140 x 106 x 25

0_49740TC

381.5

422.3

161,086

88.2

372

797

Refer to page 62 for additional hardware information.

BARE NOMINAL DIMENSIONS (mm)              

Z-COATED LIMITING DIMENSIONS (mm)

SIZE (mm)

ORDERING CODE

OD (A)

ID (B)

HT (C)

OD max

ID min

Ht. max

49.1 x 33.8 x 15.9

0_44916TC

49.1

33.8

15.9

50.22

32.69

16.64

49.1 x 31.8 x 15.9

0_44920TC

49.1

31.8

15.9

50.22

30.65

16.64

49.1 x 31.8 x 19.05

0_44925TC

49.1

31.8

19.05

50.22

30.65

19.82

49.1 x 33.8 x 31.3

0_44932TC

49.1

33.8

31.3

50.22

32.69

32.64

60.96 x 41.78 x 12.7

0_46013TC

60.96

41.78

12.7

62.23

40.51

13.34

60.96 x 41.78 x 19.05

0_46019TC

60.96

41.78

19.05

62.23

40.51

19.95

61 x 35.6 x 12.7

0_46113TC

61

35.6

12.7

62.23

34.29

13.34

63 x 38 x 24.5

0_46325TC

63

38

24.5

64.9

35.97

25.96

63 x 38 x 24.5

0_46326TC

63

38

24.5

64.9

36.4

25.8

73.7 x 38.9 x 12.5

0_47313TC

73.7

38.9

12.5

75.06

37.46

13.34

73.7 x 38.9 x 25.2

0_47325TC

73.7

38.9

25.2

75.06

37.46

26.29

73.7 x 38.9 x 25.4

0_47326TC

73.7

38.9

25.4

75.56

36.96

26.92

85.7 x 55.5 x 12.7

0_48613TC

85.7

55.5

12.7

87.38

53.89

13.34

85.7 x 55.5 x 19.05

0_48619TC

85.7

55.5

19.05

88.02

53.26

20.97

85.7 x 55.5 x 25.4

0_48625TC

85.7

55.5

25.4

87.38

53.89

26.65

85.7 x 55.5 x 25.4

0_48626TC

85.7

55.5

25.4

88.02

53.26

26.92

102 x 65.8 x 15

0_49715TC

102

65.8

15

104.5

64.1

16

107 x 65 x 18

0_49718TC

107

65

18

109.5

63.3

18.85

107 x 65 x 25

0_49725TC

107

65

25

109.5

63.3

26.05

140 x 106 x 25

0_49740TC

140

106

25

143.5

103.6

26.4

W-perm limiting dimensions will vary, please refer to the specific part datasheet. For limiting dimensions of other available coatings, please refer to the specific part datasheet.

MAGNETICS

28

NOMINAL A

L

 (mH/1000T)

TYPE/SIZE

ORDERING CODE

L

R

P

F

T

J

W

E 9/4/2

0_40904EC

280

493

540

650

1,040

E 13/7/3

0_41203EC

350

587

640

770

1,367

E 13/7/6

0_41205EC

700

1,467

1,600

1,950

3,300

E 17/7/4

0_41707EC

520

1,013

1,100

1,300

1,900

E 19/8/5

0_41808EC

550

1,153

1,253

1,500

1,500

2,500

4,293

E 19/8/10

0_41810EC

1,000

2,300

2,500

3,000

5,000

8,600

E 25/10/7

0_42510EC

800

1,767

1,920

2,300

3,700

7,660

E 25/13/7

0_42513EC

900

1,900

2,314

2,460

4,000

E 25/16/6

0_42515EC

540

1,153

1,253

1,500

2,400

E 25/10/13

0_42520EC

1,600

3,533

3,840

4,600

7,400

13,813

E 25/13/11

0_42526EC

2,800

3,512

4,068

4,068

5,951

E 25/16/13

0_42530EC

1,070

2,307

2,507

3,000

4,800

8,213

E 31/15/7

0_43007EC

920

2,060

2,240

2,700

3,800

8,200

E 31/13/9

0_43009EC

1,400

2,893

3,147

3,780

5,893

E 34/14/9

0_43515EC

2,667

2,907

3,500

5,813

11,414

E 35/21/9

0_43520EC

1,947

2,120

2,555

4,240

E, I Cores

9 mm – 35 mm 

E cores are less expensive than pot cores and have the advantage of simple bobbin winding plus 
easy assembly. E cores do not, however, offer self-shielding. Lamination size E cores are available  
to fit commercially offered bobbins previously designed to fit the strip stampings of standard 
lamination sizes. Metric and DIN sizes are also available. E cores can be pressed to different 
thicknesses, providing a selection of cross-sectional areas. E cores can be mounted in different 
directions and, if desired, provide a low profile. 

Typical applications for E cores include differential mode, power and telecom inductors, as well as 
broadband, power, converter and inverter transformers.

HOW TO ORDER

GEOMETRY CODE

EC

 – 

E core 

IC

 – 

I core

Cores are sold per piece (for sets multiply by 2).  

See page 18 for information on gapped cores.
For an E-core gapped to an A

L

 value when mated with the standard 

I-core, add “-EI” to the end of the part number.

O R 4 30 07 EC

Shape code 
Ferrite core material
Used for all ferrite types
Approximate length in mm
Approximate height in mm
Geometry code

www.mag-inc.com

29

DIMENSIONS (mm)

TYPE/SIZE

ORDERING CODE

A

B

C

D

E

F

L

M

E 9/4/2

0_40904EC

9.0 ± 0.4

4.06 ± 0.25

1.91 ± 0.13

2.03 min 

 4.85 min

1.91 ± .013

1.91 ± 0.25

1.57 ± 0.25

E 13/7/3

0_41203EC

 12.7 ± 0.25

5.69  ± 0.18 

 3.18 ± 0.13 

  3.96  min

9.19  min

3.18 ± 0.08 

 1.57  nom

 3.05  min 

E 13/7/6

0_41205EC

 12.7 ± 0.25

5.69 ± 0.18 

 6.4 ± 0.15 

  3.96  min

9.2  min

3.2 ± 0.13 

 1.57  ref

 3.05  min 

E 17/7/4

0_41707EC

 16.8 ± 38 

7.11 ± 0.18 

 3.56  ± 0.12 

  3.94  min 

10.4  min 

3.56 ± 0.13 

 2.79  nom 

 3.63  min 

E 19/8/5

0_41808EC

 19.1 ± .4 

 8.1 ±  0.13 

 4.75 ± 0.2 

5.7 ± 0.13 

14.33 ± 0.33

 4.75 ± 0.2 

2.38  nom

4.79  nom 

E 19/8/10

0_41810EC

19.1 ± .4

 8.1 ± 0.18

9.53 ± 0.13

  5.7  min 

 14.0 min 

4.75 ± 0.2 

 2.38  ref

 4.79  ref 

E 25/10/7

0_42510EC

 25.4 ± .6 

 9.65 ± 0.2 

 6.35 ± 0.25

  6.4 min

18.8  min

6.35 ± 0.25 

 3.3 nom

  6.1 min 

E 25/13/7

0_42513EC

25.0 + 0.8/-0.7  12.8 + 0/-0.4  7.5 + 0/-0.6 

8.7 + 0.6/-0

17.5 + 0.9/-0

7.5 + 0/-0.5 

3.55 ref

5.35 ref

E 25/16/6

0_42515EC

25.4 ± 0.38

15.9 ± 0.25

6.35 ± 0.25

12.6  min

18.8  min

6.35 ±  0.13

3.12 ± 0.13

6.4 ± 0.25

E 25/10/13

0_42520EC

25.4 ± 0.6

9.65  ± 0.2

12.7 ± 0.25

6.4  min

18.8  min

6.35 ± 0.25

3.6  max

6.1  min 

E 25/13/11

0_42526EC

25.0 + 0.8/-0.7 12.8 + 0/-0.5

11 + 0/-0.5

8.7 + 0.5/-0

17.5 + 1/-0

7.5 + 0/-0.5

3.53 ref

5.37 ref 

E 25/16/13

0_42530EC

25.4 ± 0.38

15.9 ± 0.25

12.7 ± 0.25

12.6 min

18.8 min

6.35 ± 0.13

3.12 ± 0.13

6.4 ± 0.25

E 31/15/7

0_43007EC

30.8 + 0/-1.4

15.0 ± 0.2

7.3 ± 0/-0.5

9.71 + 0.5/-0

19.5 + 1/-0

7.2 + 0/-0.5

5.65 nom

6.15 nom 

E 31/13/9

0_43009EC

 

     

30.95 ± 0.5

13.1 ± 0.25

9.4 ± 0.3

8.5  min

21.4 min

9.4 ± 0.13

4.29  nom

6.0 min

E 34/14/9

0_43515EC

34.3 ± 0.6

14.1  ± 0.15

9.3 ± 0.25

9.8 ± 0.13

25.5  min

9.3 ± 0.2

4.7  max

8.0 min

E 35/21/9

0_43520EC

34.9 ± 0.38

20.6 ± 0.25

9.53 ± 0.18

15.6 min

25.1 min

9.53 ± 0.25

4.75 ± 0.25

7.95 nom

MAGNETIC DATA

HARDWARE

TYPE/SIZE

ORDERING CODE

I

e 

(mm)

A

e 

(mm

2

)

A

e

 min 

(mm

2

)

V

e 

(mm

3

)

WaAc  

(cm

4

)

Weight 

(grams per set)

Bobbins

E 9/4/2

0_40904EC

15.6

5.0

3.6

78

0.002

0.7

E 13/7/3

0_41203EC

27.8

10.1

10.1

279

0.016

1.3

E 13/7/6

0_41205EC

27.7

20.2

20.0

558

0.03

2.6

E 17/7/4

0_41707EC

30.4

16.6

12.6

505

0.03

3.0

E 19/8/5

0_41808EC

39.9

22.6

22.1

900

0.08

4.4

PCB1808B1

E 19/8/10

0_41810EC

40.1

45.5

45.4

1,820

0.14

8.5

E 25/10/7

0_42510EC

49.0

39.5

37.0

1,930

0.16

9.5

00B251001

E 25/13/7

0_42513EC

57.8

51.8

51.8

2,990

0.27

16

E 25/16/6

0_42515EC

73.5

40.1

39.7

2,950

0.56

15

00B251501

E 25/10/13

0_42520EC

48.0

78.4

76.8

3,760

0.48

19

PCB2520TA

E 25/13/11

0_42526EC

57.5

78.4

76.8

4,500

0.41

36

E 25/16/13

0_42530EC

73.5

80.2

79.4

5,900

0.74

30

E 31/15/7

0_43007EC

67.0

60.0

49.0

4,000

0.50

20

E 31/13/9

0_43009EC

61.9

83.2

83.2

5,150

0.59

26

PCB3009LA

E 34/14/9

0_43515EC

69.3

80.7

80.7

5,590

0.98

28

PCB3515M1

E 35/21/9

0_43520EC

94.3

90.6

90.5

8,540

1.68

42

Refer to page 62 for additional hardware information.

MAGNETICS

30

E, I Cores

40 mm – 100 mm 

NOMINAL A

L

 (mH/1000T)

TYPE/SIZE

ORDERING CODE

R

P

F

T

J

W

E 40/17/11

0_44011EC

4,000

4,347

5,200

7,293

E 42/21/9

0_44016EC

2,667

2,907

3,495

5,647

E 43/21/15

0_44020EC

4,600

5,000

6,000

5,300

9,700

I 43/6/15

0_44020IC

6,253

6,800

E 43/21/20

0_44022EC

5,533

6,013

7,600

6,950

10,613

E 42/33/20

0_44033EC

4,000

4,709

5,562

8,727

E 41/17/12

0_44317EC

3,900

4,240

5,900

9,800

18,293

E 47/20/16

0_44721EC

5,360

5,827

8,300

E 56/28/21

0_45528EC

6,293

6,840

8,220

8,625

E 56/28/25

0_45530EC

7,520

8,173

9,800

9,860

14,920

E 56/24/19

0_45724EC

8,093

8,800

10,400

10,440

14,580

24,000

E 60/22/16

0_46016EC

5,733

6,240

6,590

E 60/31/22

0_46022EC

7,500

E 65/32/27

0_46527EC

8,600

9,200

10,600

E 70/33/32

0_47133EC

10,800

11,600

13,400

13,330

E 72/28/19

0_47228EC

5,960

6,480

7,780

7,780

11,850

E 80/38/20

0_48020EC

4,673

5,080

6,000

6,730

E 100/59/27

0_49928EC

6,227

6,773

9,010

HOW TO ORDER

GEOMETRY CODE

EC

 – 

E core 

IC

 – 

I core

Cores are sold per piece (for sets multiply by 2).

See page 18 for information on gapped cores.
For an E-core gapped to an A

L

 value when mated with the standard 

I-core, add “-EI” to the end of the part number.

O R 4 72 28 EC

Shape code 
Ferrite core material
Used for all ferrite types
Approximate length in mm
Approximate height in mm
Geometry code

www.mag-inc.com

31

Refer to page 44 for hardware information.

MAGNETIC DATA

HARDWARE

TYPE/SIZE

ORDERING CODE

I

e 

(mm)

A

e 

(mm

2

)

A

e

 min 

(mm

2

)

V

e 

(mm

3

)

WaAc  

(cm

4

)

Weight 

(grams per set)

Bobbins

E 40/17/11

0_44011EC

76.7

127

114

9,780

1.26

49

E 42/21/9

0_44016EC

98.4

107

106

10,500

1.65

52

E 43/21/15

0_44020EC

97.0

178

175

17,300

3.55

87

PCB4020N1

I 43/6/15

0_44020IC

67.1

177

176

11,900

1.36

60

PCB4020N1

E 43/21/20

0_44022EC

97.0

233

233

22,700

4.22

114

PCB4022N1

E 42/33/20

0_44033EC

145

236

234

34,200

6.36

164

E 41/17/12

0_44317EC

77.0

149

142

11,500

1.88

57

PCB4317M1

E 47/20/16

0_44721EC

88.9

234

226

20,800

3.3

103

PCB4721M1

E 56/28/21

0_45528EC

124

353

345

44,000

9.78

212

PCB5528WC

E 56/28/25

0_45530EC

123

420

411

52,000

12.1

255

PCB5530FA

E 56/24/19

0_45724EC

107

337

337

36,000

6.98

179

PCB5724M1

E 60/22/16

0_46016EC

110

248

240

27,200

5.74

135

E 60/31/22

0_46022EC

139

402

401

55,900

21.0

200

E 65/32/27

0_46527EC

147

540

530

79,000

23.5

410

00B652701

E 70/33/32

0_47133EC

149

683

676

102,000

23.3

495

E 72/28/19

0_47228EC

137

368

363

50,300

15.0

250

00B722801

E 80/38/20

0_48020EC

184

392

392

72,300

31.6

357

00B8020B1

E 100/59/27

0_49928EC

274

738

692

202,000

90.6

980

DIMENSIONS (mm)

TYPE/SIZE

ORDERING CODE

A

B

C

D

E

F

L

M

E 40/17/11

0_44011EC

40.0 ± 0.51 

17.0 ± 0.31  10.69 ± 0.31 

10.0 min

27.6  min

10.7 ± 0.31 

5.99 ± 0.25

8.86  nom

E 42/21/9

0_44016EC

42.15 ± 0.85

21.1 ± 0.2

9.0 ± 0.25

14.9 min

29.5 min

11.95 ± 0.25

5.94 ± 0.13

8.9 ± 0.25

E 43/21/15

0_44020EC

43.0 + 0/-1.7  21.0 ± 0.2

15.2 + 0/-0.6  14.8 + 0.6/-0 29.5 + 1.4/-0  12.2 + 0/-0.5 

6.75 nom

8.65  nom

I 43/6/15

0_44020IC

43.0 + 0/-1.7 

5.9 ± 0.2

15.2 + 0/-0.6

E 43/21/20

0_44022EC

43.0 + 0/-1.7  21.0 ± 0.2

20.0 + 0/-0.8  14.8 + 0.6/-0 29.5 + 1.4/-0  12.2 + 0/-0.5 

6.75 nom

8.65 nom 

E 42/33/20

0_44033EC

42.0 + 1/-0.7  32.8 + 0/-0.4 20.0 + 1/-0.8  26.0 + 1/-0 29.5 + 1.4/-0  12.2 + 0/-0.5 

5.98 ref

9.13 ref 

E 41/17/12

0_44317EC

40.6 ± 0.65 

16.6 ± 0.2 

12.4 ± 0.3 

10.4  min 

28.6  min 

12.45 ± 0.25 

6.33  max 

7.95  min

E 47/20/16

0_44721EC

46.9 ± 0.8 

19.6 ± 0.2 

15.6 ± 0.25 

12.1  min 

32.4 ± 0.65 

15.6 ± 0.25 

7.54  nom 

 7.87  min 

E 56/28/21

0_45528EC

56.2 + 0/-2.1  27.5 ± 0.3

21.0 + 0/-0.8  18.5 + 0.8/-0 37.5 + 1.5/-0  17.2 + 0/-0.5 

9.35 ref

10.15 ref 

E 56/28/25

0_45530EC

56.2 + 0/-2.1  27.6 ± 0.38

24.61 ± 0.38

18.5 min

37.5 min

17.2 + 0/-0.5 

9.35 ref

10.15 ref 

E 56/24/19

0_45724EC

56.1 ± 1 

23.6 ± 0.25 

18.8 ± 0.25 

14.6 ± 0.13 

38.1  min 

18.8 ± 0.25 

9.5  nom 

9.03  nom

E 60/22/16

0_46016EC

59.99 ± 0.78

22.3 ± 0.3

15.62 ± 0.38

13.8 min

44.0 min

15.62 ± 0.38

7.7 ± 0.25

14.49 ± 0.25

E 60/31/22

0_46022EC

60.3 ± 0.9

30.6 ± 0.3

22.3 ± 0.38

21.6 ± 0.3

42.3 ± 0.78

18.1 ± 0.25

9.0 ref

12.1 ref

E 65/32/27

0_46527EC

65.0 + 1.5/-1.2  32.8 + 0/-0.6  27.4 + 0/-0.8  22.0 + 0.8/-0  44.2 + 1.8/-0 20.0 + 0/-0.7

9.95 ref

12.72 ref 

E 70/33/32

0_47133EC

70.5 ± 1

33.2 + 0/-0.5  32.0 + 0/-0.8  21.9 + 0.7/-0  48.0 + 1.5/-0  22.0 + 0/-0.7

11.25 nom

13.0 nom 

E 72/28/19

0_47228EC

72.4 ± 0.76 

27.9 ± 0.33 

19.0 ± 0.33 

17.8  min

52.6  min

19.0 ± 0.38 

9.53 ± 0.38 

16.9  min

E 80/38/20

0_48020EC

80.0 ± 1.6 

38.1 ± 0.3 

19.8 ± 0.4 

28.2 ± 0.3 

59.1  min

19.8  ± 0.4 

11.25  nom

19.45  min

E 100/59/27

0_49928EC

100.3 ± 2.0

59.4 ± 0.47

27.5 ± 0.5

46.85 ± 0.38

72.0 min

27.5 ± 0.5

13.75 ± 0.38

22.65 ± 0.5

Refer to page 62 for additional hardware information.

MAGNETICS

32

NOMINAL A

L

 (mH/1000T)

TYPE/SIZE

ORDERING CODE

L

R

P

F

T

14/2.5/5

0_41425EC

780

1,519

1,595

1,765

E 14 C

C_41434EC

600

1,327

1,399

1,563

I 14 C

C_41434IC

780

1,504

1,580

1,749

E 18 C

C_41805EC

1,500

3,244

3,430

3,853

I 18 C

C_41805IC

1,800

3,606

3,801

4,241

E 18

F_41805EC

1,550

3,244

3,430

3,853

I 18

F_41805IC

1,800

3,641

3,837

4,278

E 22/4/7

0_42107EC

1,350

2,920

3,173

3,810

I 22/4/7

0_42107IC

1,480

3,320

3,600

4,330

E 22/6/16

0_42214EC

4,600

I 22/2/6

0_42214IC

5,280

E 22 C

C_42216EC

2,300

5,066

5,387

6,131

I 22 C

C_42216IC

2,900

6,147

6,506

7,327

E 22

F_42216EC

2,400

5,066

5,387

6,131

I 22

F_42216IC

2,900

6,207

6,568

7,932

E 22

F_42217EC

4,400

E 32 C

C_43208EC

3,200

6,521

6,918

7,834

7,690

I 32 C

C_43208IC

3,700

7,321

7,745

8,711

8,520

E 32

F_43208EC

3,200

6,521

6,918

7,834

7,690

I 32 

F_43208IC

3,700

7,321

7,745

8,711

8,520

 E 36/6/18

0_43618EC

6,678

7,090

 I 36/6/18

0_43618IC

7,303

7,736

Planar E, I

Cores

14 mm – 36 mm 

Planar E cores are offered in all of the IEC standard sizes and a number of other sizes. The leg 
length and window height (B and D dimensions) are adjustable for specific applications without 
new tooling. This permits the designer to adjust the final core specification to exactly accommodate 
the planar conductor stack height with no wasted space. Clips and clip slots are available in many 
cases, which is useful for prototyping. I cores are also offered standard, reducing path length and 
increasing inductance. Planar cores provide the lowest profile design. E-I planar combinations allow 
practical face bonding in high volume assembly. The flat back can accommodate a heat sink.

Differential mode inductors, DC/DC, and AC/DC converters are typical applications for planar cores.

E CORE

I CORE

HOW TO ORDER

SHAPE CODE

C 

–

 Planar core with clip recesses

F or 0 

– 

Planar core without clip recesses 

GEOMETRY CODE

EC

 – 

Planar E core   •   IC

 – 

Planar I core

For clip slot dimensions see individual datasheets. 

Cores are sold per piece (for sets multiply by 2). 

See page 18 for information on gapped cores.

For an E-core gapped to an A

L

 value when mated with the standard 

I-core, add “-EI” to the end of the part number.

C R 4 14 34 EC

Shape code 
Ferrite core material
Used for all ferrite types
Approximate length in mm
Approximate width in mm
Geometry code

www.mag-inc.com

33

DIMENSIONS (mm)

TYPE/SIZE

ORDERING CODE

A

B

C

D

E

F

L

M

14/2.5/5

0_41425EC

14.0 ± 0.3

2.5 ± 0.1

5.0 ± 0.1

1.0 ± 0.1

11.0 ± 0.25

3.0 ± 0.1

1.5 ref

4.0 ref

E 14 C

C_41434EC

14.0 ± 0.3

3.5 ± 0.1

5.0 ±0.15

1.91 min

10.5 min

3.0 ± 0.1

1.5 ref

4.0 ref

I 14 C

C_41434IC

14.0 ± 0.3

1.8 ± 0.05

5.0 ± 0.15

1.5 ± 0.1

2.5 + 0.2/-0

E 18 C

C_41805EC

18.0 ± 0.35

4.0 ± 0.1

10.0 ± 0.2

2.0 ± 0.1

14 ± 0.3

4.0 ± 0.1

2.0 ref

5.0 ref

I 18 C

C_41805IC

18.0 ± 0.35

2.4 ± 0.5

10.0 ± 0.2

2.0 ± 0.1

2.5 + 0.2/-0

E 18

F_41805EC

18.0 ± 0.35

4.0 ± 0.1

10.0 ± 0.2

2.0 ± 0.1

13.7 min

4.0 ± 0.1

2.0 ref

5.0 ref

I 18

F_41805IC

18.0 ± 0.41

2.39 ± 0.1

10.0 ±0.2

E 22/4/7

0_42107EC

21.8 ± 0.4

3.91 ± 0.8

7.8 ± 0.5

1.73 ± 0.2

16.8 ± 0.3

5.0 ± 0.2

2.5 ± 0.12

5.89 ± 0.25

I 22/4/7

0_42107IC

21.8 ± 0.4

2.3 ± 0.2

7.8 ± 0.3

E 22/6/16

0_42214EC

21.8 ± 0.4

5.7 ± 0.1

15.8 ± 0.3

3.2 ± 0.1

16.8 +/- 0.4

5.0 ± 0.1

2.6 ref

5.9 ref

I 22/2/6

0_42214IC

21.8 ± 0.4

2.49 ± 0.13

15.8 ± 0.3

E 22 C

C_42216EC

21.8 ± 0.4

5.7 ± 0.1

15.8 ± 0.3

3.05 min

16.1 min

5.0 ± 0.1

2.5 ref

5.9 ref

I 22 C

C_42216IC

21.8 ± 0.4

2.9 ± 0.05

15.8 ± 0.3

2.5 ± 0.1

2.9 + 0.2/-0

E 22

F_42216EC

21.8 ± 0.4

5.72 ± 0.1

15.8 ± 0.3

3.05 min

16.1 min

5.0 ± 0.1

2.5 ref

5.9 ref

I 22

F_42216IC

21.8 ± 0.4

2.95 ± 0.1

15.8 ± 0.3

E 22

F_42217EC

21.6 ± 0.25

6.55 ± 0.08

15.9 ± 0.25

3.9 ± 0.1

16.3 ± 0.3

5.0 ± 0.15

2.65 ref

5.65 ref

E 32 C

C_43208EC

31.75 ± 0.64

6.35 ± 0.13

20.32 ± 0.41

3.18 ± 0.2

24.9 min

6.35 ± 0.13

3.18 ref

9.27 ref

I 32 C

C_43208IC

31.75 ± 0.64

3.18 ± 0.13

20.32 ± 0.41

E 32

F_43208EC

31.75 ± 0.64

6.35 ± 0.13

20.32 ± 0.41

3.18 ± 0.2

24.9 min

6.35 ± 0.13

3.18 ref

9.27 ref

I 32 

F_43208IC

31.75 ± 0.64

3.18 ± 0.13

20.32 ± 0.41

 E 36/6/18

0_43618EC

35.56 ± 0.5

6.35 ± 0.13

17.8 ± 0.4

2.41 min

27.2 min

7.62 ± 0.18

3.81 ± 0.13 10.16 ± 0.25

 I 36/6/18

0_43618IC

35.56 ± 0.5

3.68 ± 0.3

17.8 ± 0.4

MAGNETIC DATA

HARDWARE

TYPE/SIZE

ORDERING CODE

I

e 

(mm)

A

e 

(mm

2

)

A

e

 min (mm

2

)

V

e 

(mm

3

)

WaAc (cm

4

) Weight 

(grams per set)

Clamps

14/2.5/5

0_41425EC

16.7

14.7

14.7

244

0.01

1.2

E 14 C

C_41434EC

20.7

14.7

14.7

304

0.02

1.5

I 14 C

C_41434IC

16.4

14.2

11.4

230

0.008

1.2

E 18 C

C_41805EC

24.2

40.1

39.9

972

0.07

4.8

00C180520

I 18 C

C_41805IC

20.3

39.5

35.9

830

0.03

4.1

00C180520

E 18

F_41805EC

24.2

40.1

39.9

972

0.07

4.8

I 18

F_41805IC

20.3

40.1

39.9

813

0.03

3.9

E 22/4/7

0_42107EC

25.7

37.1

36.0

960

0.06

4.2

I 22/4/7

0_42107IC

22.7

35.7

33.5

809

0.03

3.9

E 22/6/16

0_42214EC

32.5

78.3

77.9

2,540

0.29

6.1

I 22/2/6

0_42214IC

26.1

79.0

78.5

2,060

0.14

3.9

E 22 C

C_42216EC

32.3

76.0

73.1

2,451

0.27

12

00C221620

I 22 C

C_42216IC

26.1

80.4

72.5

2,100

0.14

10.4

00C221620

E 22

F_42216EC

32.5

78.5

76.0

2,550

0.27

12.5

I 22

F_42216IC

25.8

80.6

80.6

2,080

0.13

10.2

E 22

F_42217EC

35.1

82.1

79.0

2,880

0.36

14

E 32 C

C_43208EC

41.4

130

130

5,380

0.71

26

00C320802

I 32 C

C_43208IC

35.1

130

130

4,560

0.36

22

00C320802

E 32

F_43208EC

41.4

130

130

5,380

0.71

26

I 32 

F_43208IC

35.1

130

130

4,560

0.36

22

 E 36/6/18

0_43618EC

42.4

135

135

5,750

0.55

28

 I 36/6/18

0_43618IC

37.4

135

135

5,060

0.27

25

Refer to page 62 for additional hardware information.