Delta Electronics SIR106 User manual

Delta Electronics
Brand
Delta Electronics
Model
SIR106
Category
Network media converters
Type
User manual

Delta Electronics SIR106

The Delta Electronics SIR106 is a low-profile (5.5mm max. height) SMD type power inductor that is RoHS compliant and magnetically shielded. It is suitable for high-density mounting and has a self-leads design. The SIR106 has a high energy storage capacity and low DCR, making it ideal for power source circuits, DC-DC converters, and DC-AC inverters.

This device is available in a range of inductance values from 10µH to 470µH, with DCR values ranging from 0.06Ω to 1.50Ω. The maximum rated current for the SIR106 ranges from 2.06Adc to 0.33Adc, depending on the inductance value.

Delta Electronics SIR106

The Delta Electronics SIR106 is a low-profile (5.5mm max. height) SMD type power inductor that is RoHS compliant and magnetically shielded. It is suitable for high-density mounting and has a self-leads design. The SIR106 has a high energy storage capacity and low DCR, making it ideal for power source circuits, DC-DC converters, and DC-AC inverters.

This device is available in a range of inductance values from 10µH to 470µH, with DCR values ranging from 0.06Ω to 1.50Ω. The maximum rated current for the SIR106 ranges from 2.06Adc to 0.33Adc, depending on the inductance value.

17
o
25 C, 10~82uH 100KHz, 0.1V. 100~470uH 1KHz, 1V.
SMT Power Inductor
SIR106 Type
Features
RoHS compliant.
mounting.
Low profile (5.5mm max. height) SMD type.
Magnetically shielded.
Self-leads, suitable for high density
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.
DELTA ELECTRONICS, INC.
(TAOYUAN PLANT CPBG)
0.00 0.01 0.10 1.00 10.00
CURRENT (A)
1.00
10.00
100.00
1000.00
INDUCTANCE (uH)
100
120
150.
180
220
270
330
470
560
680
820
101
390
121
151
181
221
271
331
391
471
Electrical Characteristics:
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
SIR106 - 100 10 0.06 2.06
SIR106 - 120 12 0.07 1.94
SIR106 - 150 15 0.07 1.72
SIR106 - 180 18 0.08 1.58
SIR106 - 220 22 0.08 1.42
SIR106 - 270 27 0.10 1.32
SIR106 - 330 33 0.11 1.16
SIR106 - 390 39 0.12 1.10
SIR106 - 470 47 0.14 1.00
SIR106 - 560 56 0.19 0.93
SIR106 - 680 68 0.21 0.85
SIR106 - 820 82 0.28 0.79
SIR106 - 101 100 0.34 0.72
SIR106 - 121 120 0.37 0.63
SIR106 - 151 150 0.51 0.55
SIR106 - 181 180 0.57 0.50
SIR106 - 221 220 0.78 0.47
SIR106 - 271 270 0.87 0.41
SIR106 - 331 330 1.20 0.37
SIR106 - 391 390 1.34 0.35
SIR106 - 471 470 1.50 0.33
PART NO.
DCR
( ) MAX
2
Irated
(Adc)
1
1
L
(uH)
1. Tolerance of inductance: 20% for 10~27uH, 15% for 33~82uH, 10% for 100~470.
2. Irated is the DC current which cause the inductance drop 10% typical of its nominal inductance without current
and the surface temperature of the part increase less than 45
3. Operating temperature : -20 to 105 (including self-temperature rise).
o
C.
oo
C C
10.0
D
C
A
B
4.4
1.8
Mechanical Dimension:
UNIT:mm/inch
A = 10.0 0.4 / 0.394 0.016
B = 9.0 0.4 / 0.354 0.016
C = 5.0 0.5 / 0.197 0.020
D = 1.5 0.2 / 0.059 0.008
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RECOMMENDED PAD PATTERNS
  • Page 1 1

Delta Electronics SIR106 User manual

Delta Electronics
Brand
Delta Electronics
Model
SIR106
Category
Network media converters
Type
User manual

Delta Electronics SIR106

The Delta Electronics SIR106 is a low-profile (5.5mm max. height) SMD type power inductor that is RoHS compliant and magnetically shielded. It is suitable for high-density mounting and has a self-leads design. The SIR106 has a high energy storage capacity and low DCR, making it ideal for power source circuits, DC-DC converters, and DC-AC inverters.

This device is available in a range of inductance values from 10µH to 470µH, with DCR values ranging from 0.06Ω to 1.50Ω. The maximum rated current for the SIR106 ranges from 2.06Adc to 0.33Adc, depending on the inductance value.

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