16

NIC COMPONENTS CORP. www.niccomp.com www.lowESR.com

www.RFpassives.com

www.SMTmagnetics.com

®

Specifications are subject to change

REFLOW SOLDERING PROFILE

Soldering 260°C max.

10 seconds max.

Cool Down

Pre-heat

120 sec. ±30 sec.

25

50

100

150

200

250

300

Time above 240°C

20 ~ 60 sec.

30

60

90 120 150 180 210 240 270 300

Time - Seconds

+190°C

Series

Standard Values - Case Size 84 (8.0 x 8.0 x 4.0mm)

Inductance

(µH)

Tolerance

Test Conditions

DCR

(Ω)

±30%

Max. Isat

(Amps)

Max. Irms

(Amps)

SRF

(MHz)

NPIS84LS150MTRF

15

±20%

100KHz, 1V

0.047

2.95

2.6

12

NPIS84LS180MTRF

18

±20%

100KHz, 1V

0.053

2.7

2.4

11

NPIS84LS220MTRF

22

±20%

100KHz, 1V

0.069

2.4

2.1

9.5

NPIS84LS270MTRF

27

±20%

100KHz, 1V

0.078

2.15

2

9.2

NPIS84LS330MTRF

33

±20%

100KHz, 1V

0.097

2.05

1.8

7.8

NPIS84LS360MTRF

36

±20%

100KHz, 1V

0.102

2

1.75

7.8

NPIS84LS390MTRF

39

±20%

100KHz, 1V

0.107

1.95

1.7

7.8

NPIS84LS430MTRF

43

±20%

100KHz, 1V

0.113

1.9

1.65

7.8

NPIS84LS470MTRF

47

±20%

100KHz, 1V

0.136

1.75

1.55

6.4

NPIS84LS510MTRF

51

±20%

100KHz, 1V

0.142

1.7

1.5

6.4

NPIS84LS560MTRF

56

±20%

100KHz, 1V

0.148

1.55

1.45

6.4

NPIS84LS620MTRF

62

±20%

100KHz, 1V

0.182

1.5

1.3

6.4

NPIS84LS680MTRF

68

±20%

100KHz, 1V

0.196

1.45

1.25

4.9

NPIS84LS750MTRF

75

±20%

100KHz, 1V

0.211

1.35

1.2

4.9

NPIS84LS820MTRF

82

±20%

100KHz, 1V

0.225

1.3

1.15

5.9

NPIS84LS910MTRF

91

±20%

100KHz, 1V

0.272

1.2

1.05

4.9

NPIS84LS101MTRF

100

±20%

100KHz, 1V

0.29

1.15

1

4.2

NPIS84LS121MTRF

120

±20%

100KHz, 1V

0.334

1.05

0.95

3.5

NPIS84LS151MTRF

150

±20%

100KHz, 1V

0.41

1.1

0.85

3.5

NPIS84LS221MTRF

220

±20%

100KHz, 1V

0.599

0.85

0.8

3.5

NPIS84LS331MTRF

330

±20%

100KHz, 1V

0.889

0.68

0.64

2.8

NPIS__LS Series

NPIS Shielded Power Inductors

NPIS84LS Size (Continued)

Maximum +40°C temperature rise at Irms. Maximum -30% inductance drop from initial measured value at Isat.

Inductance vs. DC Current Characteristics

Temperature vs. DC Current Characteristics