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NIC COMPONENTS CORP. www.niccomp.com

www.lowESR.com

www.RFpassives.com

www.SMTmagnetics.com

®

Speci cations are subject to change

Part Number

STANDARD VALUES - CASE SIZE 104 (10.6 x 10.5 x 4.0mm)

Inductance Value

(

μH)

DC Resistance

(m

Ω)

DC Current

Irms/Isat (Amps)

Test Frequency

NPIS104F1R5YTRF

1.5 ± 30%

8.1

6.50

100KHz

NPIS104F2R5YTRF

2.5 ± 30%

10.5

6.10

NPIS104F3R8YTRF

3.8 ± 30%

13.0

5.50

NPIS104F4R7YTRF

4.7 ± 30%

20.0

5.40

NPIS104F5R2YTRF

5.2 ± 30%

22.0

5.40

NPIS104F6R8YTRF

6.8 ± 30%

27.0

4.50

NPIS104F7R0YTRF

7.0 ± 30%

27.0

4.50

NPIS104F100MTRF

10 ± 20%

40.0

3.80

1KHz

NPIS104F150MTRF

15 ± 20%

80.0

3.10

NPIS104F220MTRF

22 ± 20%

73.0

2.50

NPIS104F330MTRF

33 ± 20%

93.0

2.20

NPIS104F470MTRF

47 ± 20%

128.0

1.90

NPIS104F680MTRF

68 ± 20%

213.0

1.42

NPIS104F101MTRF

100 ± 20%

304.0

1.25

NPIS104F151MTRF

150 ± 20%

506.0

0.85

NPIS104F221MTRF

220 ± 20%

756.0

0.70

NPIS104F331MTRF

330 ± 20%

1090.0

0.52

Part Number

STANDARD VALUES - CASE SIZE 103 (10.6 x 10.5 x 3.0mm)

Inductance Value

(

μH)

DC Resistance

(m

Ω)

DC Current

Irms/Isat (Amps)

Test Frequency

NPIS103F0R8YTRF

0.8 ± 30%

5.7

8.3

100KHz

NPIS103F1R5YTRF

1.5 ± 30%

11

5.8

NPIS103F2R2YTRF

2.2 ± 30%

16.9

5.1

NPIS103F3R3YTRF

3.3 ± 30%

21

4.7

NPIS103F4R7YTRF

4.7 ± 30%

30

4

NPIS103F6R8YTRF

6.8 ± 30%

35

3.6

NPIS103F8R2YTRF

8.2 ± 30%

50

3

NPIS103F100MTRF

10 ± 20%

59

2.8

1KHz

NPIS103F150MTRF

15 ± 20%

91

2.05

NPIS103F220MTRF

22 ± 20%

143

1.6

NPIS103F330MTRF

33 ± 20%

202

1.35

NPIS103F470MTRF

47 ± 20%

299

1.2

NPIS103F560MTRF

56 ± 20%

325

1.15

NPIS103F680MTRF

68 ± 20%

429

0.95

NPIS103F101MTRF

100 ± 20%

494

0.8

NPIS103F121MTRF

120 ± 20%

754

0.65

NPIS103F151MTRF

150 ± 20%

871

0.51

NPIS__F Series

NPIS Shielded Power Inductors

Irms/Isat speci cation is based on +40°C temperature rise or -25% inductance change at inductance whichever is less.

Irms/Isat speci cation is based on +40°C temperature rise or -25% inductance change at inductance whichever is less.