NPIS_LS Datasheet, PDF (13/17 Pages) NIC-Components Corp. – NPIS Shielded Power Inductors

NPIS Shielded Power Inductors
NPIS__LS Series
NPIS63LS Size
Series
Inductance
(μH)
Standard Values - Case Size 63 (6.0 x 6.0 x 2.8mm)
Tolerance
Test Conditions
DCR Max. Isat
(Ω) ±30% (Amps)
Max. Irms
(Amps)
NPIS63LS1R5YTRF
1.5
±30%
100KHz, 1V
0.013
6
4.58
NPIS63LS2R2YTRF
2.2
±30%
100KHz, 1V
0.015
5.1
4.09
NPIS63LS2R7YTRF
2.7
±30%
100KHz, 1V
0.02
3.8
3.75
NPIS63LS3R3YTRF
3.3
±30%
100KHz, 1V
0.025
3.63
3.48
NPIS63LS4R7YTRF
4.7
±30%
100KHz, 1V
0.03
3
3.08
NPIS63LS5R1YTRF
5.1
±30%
100KHz, 1V
0.035
3.55
2.89
NPIS63LS6R2MTRF
6.2
±20%
100KHz, 1V
0.04
3.05
2.58
NPIS63LS6R8MTRF
6.8
±20%
100KHz, 1V
0.047
2.85
2.4
NPIS63LS8R2MTRF
8.2
±20%
100KHz, 1V
0.055
2.6
2.25
NPIS63LS9R1MTRF
9.1
±20%
100KHz, 1V
0.06
2.55
2.15
NPIS63LS100MTRF
10
±20%
100KHz, 1V
0.072
2.04
1.95
NPIS63LS120MTRF
12
±20%
100KHz, 1V
0.08
1.8
1.85
NPIS63LS150MTRF
15
±20%
100KHz, 1V
0.125
1.75
1.45
NPIS63LS180MTRF
18
±20%
100KHz, 1V
0.12
1.52
1.45
NPIS63LS220MTRF
22
±20%
100KHz, 1V
0.14
1.6
1.4
NPIS63LS270MTRF
27
±20%
100KHz, 1V
0.155
1.5
1.32
NPIS63LS330MTRF
33
±20%
100KHz, 1V
0.185
1.35
1.22
NPIS63LS360MTRF
36
±20%
100KHz, 1V
0.215
1.25
1.13
NPIS63LS390MTRF
39
±20%
100KHz, 1V
0.225
1.25
1.1
NPIS63LS430MTRF
43
±20%
100KHz, 1V
0.235
1.2
1.07
NPIS63LS470MTRF
47
±20%
100KHz, 1V
0.245
1.15
1.06
NPIS63LS510MTRF
51
±20%
100KHz, 1V
0.265
1.05
1.01
NPIS63LS620MTRF
62
±20%
100KHz, 1V
0.345
0.95
0.89
NPIS63LS680MTRF
68
±20%
100KHz, 1V
0.36
0.95
0.86
NPIS63LS750MTRF
75
±20%
100KHz, 1V
0.41
0.9
0.81
NPIS63LS820MTRF
82
±20%
100KHz, 1V
0.445
0.9
0.78
NPIS63LS910MTRF
91
±20%
100KHz, 1V
0.505
0.8
0.73
NPIS63LS101MTRF
100
±20%
100KHz, 1V
0.545
0.75
0.7
Maximum +40°C temperature rise at Irms. Maximum -30% inductance drop from initial measured value at Isat.
SRF
(MHz)
65
56
48
41
35
33
30
27
24
24
23
18
18
15
14
13
12
11
11
11
9.5
9.5
7.7
7.7
7.7
7.7
7.7
7.1
Temperature vs. DC Current Characteristics
Inductance vs. DC Current Characteristics
®
13 ^{NIC COMPONENTS CORP. www.niccomp.com www.lowESR.com www.RFpassives.com www.SMTmagnetics.com}
Specifications are subject to change