Delta Electronics SMT Power Inductor SIL620 User Manual
Smt power inductor, Sil620 type, Features
DELTA ELECTRONICS, INC.
(TAOYUAN PLANT CPBG)
SMT Power Inductor
SIL620 Type
RoHS compliant.
Small size (5.6mm*5.6mm), Low profile (2.0mm max. height) SMD type.
Magnetically shielded, suitable for high density mounting.
High energy storage and low DCR.
Provided with embossed carrier tape packing.
Idel for power source circuits, DC-DC converter, DC-AC inverters
inductor applications.
In addition to the standard versions shown here, customized inductors
are available to meet your exact requirements.
Features
37
0.
00
0.01
0.10
1.00
10.00
CURRENT (A)
10.00
100.00
IN
D
U
C
T
A
N
C
E
(u
H
)
5R4
6R2
8R2
100
120
150
180
220
270
330
390
470
560
680
820
101
4R1
4R1
252, SAN YING ROAD, KUEISAN INDUSTRIAL ZONE, TAOYUAN SHIEN, 333, TAIWAN, R.O.C.
TEL: 886-3-3591968; FAX: 886-3-3591991
http://www.deltaww.com
o
25 C: 100KHz, 0.1V
Electrical Characteristics:
SIL620 - 1R1
1.1
0.030
3.70
SIL620 - 1R5
1.5
0.040
3.00
SIL620 - 2R5
2.5
0.048
2.50
SIL620 - 3R3
3.3
0.054
2.10
SIL620 - 4R1
4.1
0.057
1.95
SIL620 - 4R7
4.7
0.080
1.70
SIL620 - 6R0
6.0
0.100
1.50
SIL620 - 6R8
6.8
0.110
1.40
SIL620 - 8R9
8.9
0.140
1.25
SIL620 - 100
10.0
0.160
1.20
SIL620 - 120
12.0
0.215
1.10
SIL620 - 150
15.0
0.224
0.97
SIL620 - 180
18.0
0.247
0.85
SIL620 - 220
22.0
0.290
0.80
SIL620 - 270
27.0
0.330
0.75
SIL620 - 330
33.0
0.386
0.65
SIL620 - 390
39.0
0.520
0.57
SIL620 - 470
47.0
0.595
0.54
SIL620 - 560
56.0
0.665
0.50
SIL620 - 680
68.0
0.840
0.43
SIL620 - 820
82.0
0.978
0.41
SIL620 - 101
100.0
1.200
0.36
2
Irated
(Adc)
PART NO.
DCR
( ) MAX
1
L
(uH)
1. Tolerance of inductance : 3
0%.
2. Irated is the DC current which cause the inductance drop less than 35% of its nominal inductance without current
o
and the surface temperature of the part increase less than 45 C.
o
o
3. Operating temperature: -20 C to 105 C (including self-temperature rise).
Mechanical Dimension:
6.3
1.5
C
D
B
A
6.3
UNIT:mm/inch
C = 2.0 / 0.079 Max.
UNIT:mm/inch
A = 6.0 / 0.236 Max.
B = 6.0 / 0.236 Max.
D = 2.0 0.1 / 0.079 0.004
2
1
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