2

Technical Data 4314

Effective August 2017

SD6030

Low profile shielded drum core power inductors

www.eaton.com/electronics

Product specifications

Dimensions-mm

Packaging information-mm

arts per reel.

Typ. DCR mW@

+20 °C

Max DCR mW @

+20 °C

SD6030-2R7-R

2.7

4.08

2.60

13

18

34

SD6030-3R3-R

3.3

3.54

2.40

18

24

30

SD6030-4R2-R

4.1

3.11

2.20

23

31

27

SD6030-5R0-R

4.9

2.81

1.90

28

38

24

SD6030-5R8-R

5.8

2.58

1.80

33

45

22

SD6030-7R8-R

7.8

2.38

1.60

39

53

19

SD6030-100-R

9.3

2.15

1.30

48

65

17

SD6030-120-R

11.3

1.99

1.20

56

76

16

SD6030-150-R

14.1

1.71

1.10

76

103

14

SD6030-180-R

17.1

1.65

1.00

82

110

13

SD6030-220-R

20.4

1.57

0.90

90

122

12

SD6030-270-R

26.0

1.31

0.85

130

175

11

SD6030-330-R

32.4

1.26

0.75

140

189

9.3

SD6030-360-R

34.4

1.19

0.70

157

212

8.7

SD6030-440-R

44.0

1.10

0.62

185

250

7.9

SD6030-520-R

52.0

0.99

0.58

226

305

7.2

SD6030-680-R

65.6

0.92

0.52

263

355

6.5

SD6030-820-R

81.6

0.80

0.46

343

463

5.9

SD6030-101-R

94.4

0.76

0.42

385

520

5.6

SD6030-121-R

110.1

0.70

0.40

517

620

5.6

SD6030-151-R

144.5

0.64

0.35

608

730

5.0

SD6030-181-R

175.7

0.55

0.32

817

980

4.5

SD6030-221-R

210.9

0.50

0.30

1000

1200

4.0

SD6030-271-R

264.2

0.44

0.27

1300

1560

3.6

SD6030-331-R

313.5

0.38

0.25

1733

2080

3.3

SD6030-391-R

373.7

0.35

0.22

2083

2500

3.0

SD6030-471-R

460.0

0.33

0.20

2250

2700

2.8

SD6030-561-R

546.2

0.30

0.18

2767

3320

2.5

SD6030-681-R

659.4

0.27

0.16

3458

4150

2.3

1) Open Circuit Inductance Test Parameters: 100 kHz, 0.1 V

rms, 0.0 Adc.

2 Irms: DC current for an approximate DT of 40 °C without core loss. Derating is necessary

for AC currents. PCB layout, trace thickness and width, air-flow, and proximity of other

heat generating components will affect the temperature rise. It is recommended that the

temperature of the part not exceed

+125 °C under worst case operating conditions veri-

fied in the end application.

3 Isat Amps peak for 35% rolloff (@ +25 °C)

4 K-factor: Used to determine Bp-p for core loss (see graph). Bp-p = K*L*DI, Bp-p (mT), K:

(K factor from table), L: (Inductance in mH), DI (Peak to peak ripple current in Amps).

5 Part Number Definition: SD6030-xxx-R

SD6030 = Product code and size; -xxx = Inductance value in mH;

R = decimal point; If no R is present, third character

equals

number of zeros. -R suffix = RoHS compliant

PartMarking:xxx=InductancevalueinuH. R=decimalpoint.IfnoRispresentthirdcharacter=#ofzeros,wwllyorwwllyy=Datecode,R=Revisionlevel.

Do not route traces or vias underneath the inductor

Partspackagedon13"diameterreel,2000partsperreel.