LRC20

RoHS
LRC20
Low Resistance Chip Inductors
Dimensions:
0.126±0.012
(3.20±0.30)
Inches
(mm)
0.098±0.008
(2.49±0.20)
0.079±0.008
(2.01±0.20)
0.098±0.008
(2.49±0.20)
0.126±0.012
(3.20±0.30)
.0433
(1.1)
0.098±0.008
(2.49±0.20)
.078
(2.0)
.051
(1.3)
.039
(1.0)
.039
(1.0)
(MHz)
Allied
Part
Number
Inductance
(µh)
Tolerance
(%)
Test
Freq.
(MHz)
SRF
Min.
(MHz)
DCR
Max.
(Ω)
LRC20-R47M-RC
0.47
20
M
150
.0546
1100
LRC20-1R0M-RC
1.0
20
M
96
.120
1000
LRC20-2R2M-RC
2.2
20
M
64
.170
600
Rated
Current
(mA)
Features
• Miniature SMT wire-wound open
magnetic path construction inductors
with low DCR, high current capacity
and High Impedance Characteristics.
LRC20-3R3_-RC
3.3
20
K,M
60
.195
600
LRC20-3R9M-RC
3.9
20
M
50
.208
500
LRC20-4R7M-RC
4.7
20
M
43
.260
450
LRC20-6R8M-RC
6.8
20
M
30
.338
400
LRC20-100_-RC
10
10
K,M
26
.580
300
LRC20-220_-RC
22
10
K,M
19
.930
250
• Excellent solder heat resistance for
flow and reflow soldering methods.
• Excellent for use as choke coils
in DC/DC converter and DC power
supply circuits.
Electrical
Inductance Range: . 4 7µh to 560µh.
Tolerance: For 20% use M, 10% use K
LRC20-330_-RC
33
10
K,M
15
1.43
200
and 5% use J as part number suffix.
Test Frequency: Inductance measured
LRC20-470_-RC
47
10
K,M
15
1.69
170
LRC20-560_-RC
56
10
K,M
12
2.99
150
LRC20-101_-RC
100
10
K,M
10
4.60
100
on an HP4192 at 1MHz for all values
except 470µh and 560µh. Which are
ll
tested at 1KHz.
Operating Temp. Range: i-25° to +125°C.
Rated Current: Based on Temperature
LRC20-221_-RC
220
10
J,K,M
6.8
11.0
70
rise not to exceed 35ºC. Inductance Drop
10% typical.
LRC20-331_-RC
330
10
J,K,M
5.6
13.0
60
LRC20-391_-RC
390
10
K,M
5.0
22.0
60
LRC20-471_-RC
470
10
K,M
5.0
25.0
60
560
10
K,M
Resistance to Soldering Heat: Pre heat:
150ºC ± 10ºC / 1-2 min. Solder temp:
260ºC ± 5ºC for 10 sec. ± 1 sec.
Physical
Packaging: 2000 pieces per 7 inch reel.
LRC20-561_-RC
5.0
29.0
60
*Tested at 1KHz.
*Please insert the letter for desired tolerance: J=5% K=10% M=20%
All specifications subject to change without notice.
949-356-1780
ALLIED COMPONENTS INTERNATIONAL
Revised 09/29/2015
www.alliedcomponents.com