IPA0618 Datasheet, PDF (1/1 Pages) RFE international – THRU-HOLE INDUCTORS IPA Series & IPR Series

THRU-HOLE INDUCTORS
IPA Series & IPR Series
IPA: AXIAL HIGHER CURRENT INDUCTORS
Feature
125°C Shrink tube coating
High current designs
DIMENSIONS
AB C E d
Part# _{max max ±5.0 max ±0.05}
IPA0618 6 18
IPA1020 10 20
IPA1226 12 26
25 3.0 0.65
25 3.0 0.65
25 3.0 0.80
INDUCTANCE
(@1KHz)
CODE
100
250
500
101
251
501
102
mH
10
25
50
100
250
500
1000
IPA0618
RDC IDC
WA
(max) (max)
0.075 2.00
0.150 1.20
0.200 0.80
0.300 0.60
1.000 0.40
2.000 0.25
3.000 0.20
IPA1020
RDC IDC
W
A
(max) (max)
0.050 3.50
0.085 2.50
0.120 2.00
0.180 1.40
0.500 0.80
1.000 0.60
2.200 0.40
IPA1226
RDC IDC
W
A
(max) (max)
0.030 5.00
0.045 4.00
0.080 3.00
0.125 2.00
0.300 1.20
0.500 0.80
1.200 0.60
HOW TO MAKE A PART NUMBER
IPA 1226 - 250 K
Series
Size
Inductance Code
Tolerance: K = ±10%
IPR: RADIAL HIGHER CURRENT INDUCTORS
FEATURE
125°C Shrink tube coating
High current designs
DIMENSIONS
A
B
C
PART #
max max ±5.0
IPR1620 16 20 15.0
IPR1823 18 23 15.0
IPR2023 20 23 15.0
HOW TO MAKE A PART NUMBER
IPR 1823 - 250 K
Series
Size
Inductance Code
Tolerance: K = ±10%
E
F
d
max
±1.5
±0.1
3.0 10~1000mH = 8
10~1000mH = 1.0
3.0 10~50mH = 14, 100~1000mH = 9
10mH = 1.2, 25~1000mH = 1
3.0 10~100mH = 15.5, 250~1000mH = 12.5 10mH = 1.2, 100mH = 0.9, Rest = 1.0
INDUCTANCE
(@ 1KHz)
CODE ^mH
100 10
250 25
500 50
101 100
251 250
501 500
102 1000
IPR1620
RDC
IDC
W
A
(max) (max)
0.024
5.0
0.040
4.0
0.060
3.0
0.090
2.0
0.180
1.5
0.400
1.0
0.800
0.7
IPR1823
RDC
IDC
W
A
(max) (max)
0.009
8.0
0.022
6.0
0.036
4.0
0.090
3.0
0.150
2.0
0.300
1.2
0.600
1.0
IPR2023
RDC
IDC
W
A
(max) (max)
0.008
10
0.032
5.0
0.060
4.0
0.140
2.5
0.280
1.2
0.550
1.2
1.200
0.8
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C4C03
REV 2001