HOME > Electronic Component > SMD Inductor > Low Frequency Signal Power Line SMD Inductor > SIO575047HC - Vertical Type (Power Line)

FEATURES :
  • These miniature chip inductors wound on a special ferrite core.
  • Low DC resistance, large current and high impedance characteristics.
  • Ideal choke coil for DC power supply circuits.
  • Excellent thermal resistance for re-flow soldering process.
APPLICATIONS :
  • DC powr supply circuit for Pagers, Cordless phones, Hi-Frequency Communication Products, PCs, Disk Drives and computer peripherals, Digital Cameras and other electronic equipments.

Model No.
Inductance
(uH)
Inductance
*Tolerance
DC
(Ω)
Max.
SRF
(MHz)
Min.
Rated DC
Current
(mA) Max.
SIO575047HC-R12⟩-T
0.1
M
0.01
450
6000
SIO575047HC-R27⟩-T
0.27
M
0.014
300
5300
SIO575047HC-R47⟩-T
0.47
M
0.018
200
4800
SIO575047HC-1R0⟩-T
1
M
0.027
150
4000
SIO575047HC-1R5⟩-T
1.5
M
0.031
110
3700
SIO575047HC-2R2⟩-T
2.2
M
0.041
80
3200
SIO575047HC-3R3⟩-T
3.3
M
0.050
40
2900
SIO575047HC-4R7⟩-T
4.7
M
0.057
30
2700
SIO575047HC-6R8⟩-T
6.8
M
0.104
25
2000
SIO575047HC-100⟩-T
10
M,K
0.13
20
1700
SIO575047HC-150⟩-T
15
M,K
0.21
17
1400
SIO575047HC-220⟩-T
22
M,K
0.27
15
1200
SIO575047HC-330⟩-T
33
M,K
0.45
12
900
SIO575047HC-470⟩-T
47
M,K
0.56
10
800
SIO575047HC-680⟩-T
68
M,K
0.94
7.6
640
SIO575047HC-101⟩-T
100
M,K
1.20
6.5
560
SIO575047HC-151⟩-T
150
M,K
2.66
5.0
420
SIO575047HC-221⟩-T
220
M,K
3.36
4.5
320
SIO575047HC-331⟩-T
330
M,K
6.16
3.1
270
SIO575047HC-471⟩-T
470
M,K
7.56
2.4
240
SIO575047HC-681⟩-T
680
M,K
11.3
1.9
190
SIO575047HC-102⟩-T
1000
M,K
14.4
1.7
150
SIO575047HC-222⟩-T
2000
M,K
30.1
1.2
100
SIO575047HC-472⟩-T
4700
M,K
61.0
0.8
70
SIO575047HC-103⟩-T
10000
M,K
140
0.5
50

SIO575047HC

TEST EQUIPMENT :

  • L & Q : HP 4284A (Test Freq. ≤ 1MHz), HP 4287(Test Freq. > 1MHz) Precision LCR METER, or equivalent
  • SRF : Agilent E4991A RF Impedance Analyzer
  • RDC : MILLI OHM METER16502 , or equivalent
  • Electrical specification at 25°C

SPECIFICATIONS :

  • Operating Temperature : - 25 °C ~ + 85 °C
  • Rated Current : Based on the temperature rise not exceeding 20° and inductance is 90% lower than its normal value.