Shielded Power Inductors–SER2000 Series

Document 349-2 Revised 09/05/12

Document 349-2

Inductance DCR DCR SRF

(µH)

(m) (m) (MHz) (A)

rise rise

(mm)

SER2009-301ML_ 0.30

0.740 0.630 550 100

41

54

8,64

SER2010-301ML_ 0.30

1.00

0.900 182 100

36

45

9,40

SER2009-501ML_ 0.50

0.740 0.630 544

60

41

54

8,64

SER2010-501ML_ 0.50

1.00

0.900 148

81

36

45

9,40

SER2011-501ML_ 0.50

1.34

1.20

161 100

30

40

10,67

SER2009-601ML_ 0.60

0.740 0.630 648

49

41

54

8,64

SER2010-601ML_ 0.60

1.00

0.900 115

70

36

45

9,40

SER2011-601ML_ 0.60

1.34

1.20

124

90

30

40

10,67

SER2012-601ML_ 0.60

1.60

1.44

115

97

25

35

11,94

SER2009-681ML_ 0.68

0.740 0.630 454

45

41

54

8,64

SER2010-681ML_ 0.68

1.00

0.900 136

62

36

45

9,40

SER2011-681ML_ 0.68

1.34

1.20

135

78

30

40

10,67

SER2012-681ML_ 0.68

1.60

1.44

103

85

25

35

11,94

SER2013-681ML_ 0.68

1.82

1.70

104

98

23

30

12,95

SER2009-801ML_ 0.80

0.740 0.630 567

38

41

54

8,64

SER2010-801ML_ 0.80

1.00

0.900

92

53

36

45

9,40

SER2011-801ML_ 0.80

1.34

1.20

113

70

30

40

10,67

SER2012-801ML_ 0.80

1.60

1.44

91

75

25

35

11,94

SER2013-801ML_ 0.80

1.82

1.70

93

85

23

30

12,95

SER2014-801ML_ 0.80

2.15

1.94

104

98

21

27

13,97

SER2009-901ML_ 0.90

0.740 0.630 557

33

41

54

8,64

SER2010-901ML_ 0.90

1.00

0.900

96

48

36

45

9,40

SER2011-901ML_ 0.90

1.34

1.20

104

62

30

40

10,67

SER2012-901ML_ 0.90

1.60

1.44

85

69

25

35

11,94

SER2013-901ML_ 0.90

1.82

1.70

98

73

23

30

12,95

SER2014-901ML_ 0.90

2.15

1.94

102

87

21

27

13,97

SER2009-102ML_ 1.0

0.740 0.630 488

29

41

54

8,64

SER2010-102ML_ 1.0

1.00

0.900

81

42

36

45

9,40

SER2011-102ML_ 1.0

1.34

1.20

97

56

30

40

10,67

SER2012-102ML_ 1.0

1.60

1.44

75

64

25

35

11,94

SER2013-102ML_ 1.0

1.82

1.70

98

68

23

30

12,95

SER2014-102ML_ 1.0

2.15

1.94

88

70

21

SER2009-122ML_ 1.2

0.740 0.630

81

28

41

54

8,64

SER2010-122ML_ 1.2

1.00

0.900

69

37

36

45

9,40

SER2011-122ML_ 1.2

1.34

1.20

81

49

30

40

10,67

SER2012-122ML_ 1.2

1.60

1.44

73

54

25

35

11,94

SER2013-122ML_ 1.2

1.82

1.70

82

58

23

30

12,95

SER2014-122ML_ 1.2

2.15

1.94

78

63

21

27

13,97

SER2009-202ML_ 2.0

0.740 0.630

40

16

41

54

8,64

SER2010-202ML_ 2.0

1.00

0.900

48

27

36

45

9,40

SER2011-202ML_ 2.0

1.34

1.20

56

37

30

40

10,67

SER2012-202ML_ 2.0

1.60

1.44

51

35

25

35

11,94

SER2013-202ML_ 2.0

1.82

1.70

61

40

23

30

12,95

SER2014-202ML_ 2.0

2.15

1.94

62

45

21

27

13,97

SER2013-362ML_ 3.6

1.82

1.70

38

25

23

30

12,95

SER2013-402ML_ 4.0

1.82

1.70

35

20

23

30

12,95

SER2014-402ML_ 4.0

2.15

1.94

36

25

21

27

13,97

SER2013-472ML_ 4.7

1.82

1.70

30

18

23

30

12,95

Parts shown in bold are included in Coilcraft Designer’s Kit C374.

1. Please specify

termination and packaging codes:

SER2014-202MLD

Termination: L = RoHS compliant tin-silver over copper.

Special order:

T = RoHS tin-silver-copper

(95.5/4/0.5) or

S = non-RoHS tin-lead

(63/37).

Packaging: D = 13

″ machine-ready reel. EIA-481

embossed plastic tape.

B = Less than full reel. In tape, but not

machine ready. To have a leader and

trailer added ($25 charge), use code

letter D instead.

2. Inductance measured at 100 kHz, 0.1 Vrms, 0 Adc on an

Agilent/HP 4263B LCR meter or equivalent.

3. DCR measured on a Keithley 580 micro-ohmmeter.

4. SRF measured using an Agilent/HP 4395A network

analyzer and an Agilent/HP 16092A test fixture.

5. DC current at which the inductance drops 10% (typ)

from its value without current.

6. Current that causes the specified temperature rise from

25°C ambient. When

Irms is greater than Isat, Isat is

the more critical specification, and

7. Electrical specifications at 25°C.

Refer to Doc 362 “Soldering Surface Mount Components”

before soldering.

-40 -20

020406080

100

140

120

Ambient temperature (°C)

120

110

100

90

80

70

60

50

40

30

20

10

0

Isat

Irms

Current Derating

70

60

50

40

30

20

0

10

Current (Arms)

10

03040

20

50

60

70

Temperature Rise vs Current