PCA EPI8L4322KSP56L

Surface Mount Power Inductor
ELECTRONICS INC.
EPI KSP56L Series
• Low loss material ensures operation in high frequency
switching converters, such as Buck, Boost or as output
averaging filter inductor, coupled inductor or flyback transformer
• Low cost robust construction to withstand most SMT processes
• Also suitable for use in high quality filter applications
• Very low core loss ferrite materials
• Low Profile version
Primary Specification
Part Number
Connection
EPI0L3153KSP56L
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
EPI0L7103KSP56L
EPI1L0912KSP56L
EPI2L1642KSP56L
EPI3L5492KSP56L
EPI4L7422KSP56L
EPI6L8352KSP56L
EPI8L4322KSP56L
EPI100292KSP56L
Inductance
(µH ± 15%)
@ 0 Adc
1.35
.34
3.03
.76
4.12
1.03
8.4
2.1
14.2
3.55
18.9
4.7
27.2
6.8
33.6
8.4
40.7
10.2
Inductance
(µH ± 15%)
@ Idc
1.22
.31
2.73
.69
3.71
.93
7.6
1.9
12.8
3.2
17.0
4.3
24.5
6.1
30.2
7.6
36.6
9.2
DCR
(Ω Typ.)
I dc
(Amps)
.0064
.0016
.0124
.0031
.018
.0045
.0296
.0074
.048
.012
.056
.014
.080
.020
.092
.023
.116
.029
7.5
15.0
5.3
10.6
4.55
9.1
3.2
6.4
2.46
4.92
2.13
4.26
1.75
3.5
6.4
3.2
1.45
2.9
Package KSP56L
Top
View
Schematic
.560 Max.
(14.22)
1
4
4
2
3
3
Pin 1
I.D.
.492
(12.50)
.560 Max.
(14.22)
1
Marking :
PCA
Inductance Value
D.C.
.348
(8.84)
2
20 )
.1 .05
(3
60 )
.1 .06
(4
.190 Max.
(4.83)
Bottom
View
92 )
.4 .50
2
(1
.460
(11.68)
.460
(11.68)
ET
(V-µSec.)
@ 200 KHz
5.1
2.55
7.6
3.8
8.9
4.45
12.8
6.4
16.6
8.3
19.2
9.6
23.0
11.5
25.4
12.7
28.0
14.0
Recommended
Layout
Unless Otherwise Specified Dimensions are in Inches /mm ± .010 /.25
PCA ELECTRONICS, INC.
16799 SCHOENBORN ST.
NORTH HILLS, CA 91343
Product performance is limited to specified parameters. Data is subject to change without prior notice.
CSIXXXXXXKSP56La
Rev. -
10/6/03 FT
TEL: (818) 892-0761
FAX: (818) 894-5791
http://www.pca.com
Surface Mount Power Inductor
EPI KSP56L Series
ELECTRONICS INC.
• Low loss material ensures operation in high frequency
switching converters, such as Buck, Boost or as output
averaging filter inductor, coupled inductor or flyback transformer
• Low cost robust construction to withstand most SMT processes
• Also suitable for use in high quality filter applications
• Very low core loss ferrite materials
• Low Profile version
Primary Specification
Part Number
Connection
EPI120262KSP56L
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
Series
Parallel
EPI150232KSP56L
EPI200202KSP56L
EPI220192KSP56L
EPI250182KSP56L
EPI330162KSP56L
EPI500132KSP56L
EPI680112KSP56L
EPI101921KSP56L
EPI151751KSP56L
EPI201651KSP56L
EPI301531KSP56L
Inductance
(µH ± 15%)
@ 0 Adc
48.4
12.1
61.2
15.3
80.7
20.2
91.5
22.9
102.9
25.7
134.4
33.6
201.7
50.4
272.9
68.2
400.0
100.0
606.9
151.7
806.7
201.7
1209.6
302.4
Inductance
(µH ± 15%)
@ Idc
43.6
10.9
55.1
13.8
72.7
18.2
82.3
20.6
92.6
23.2
121.0
30.2
181.5
45.4
245.6
61.4
360.0
90.0
546.2
136.6
726.1
181.5
1088.6
272.2
DCR
(Ω Typ.)
I dc
(Amps)
.128
.032
.144
.036
.216
.054
.228
.057
.300
.075
.340
.085
.520
.130
.776
.194
1.184
.296
1.804
.451
2.08
.520
3.24
.81
1.33
2.66
1.18
2.36
1.03
2.06
.97
1.94
.91
1.82
.80
1.6
.65
1.3
.56
1.12
.46
.92
.375
.75
.325
.65
.265
.53
Package KSP56L
Schematic
.560 Max.
(14.22)
1
4
4
2
3
Top
View
3
Pin 1
I.D.
.492
(12.50)
.560 Max.
(14.22)
1
Marking :
PCA
Inductance Value
D.C.
ET
(V-µSec.)
@ 200 KHz
30.6
15.3
34.4
17.2
39.6
19.8
42.2
21.1
44.6
22.3
51.0
25.5
62.6
31.3
73.0
36.5
88.2
44.1
108.8
54.4
125.0
62.5
153.0
76.5
.348
(8.84)
2
20 )
.1 .05
(3
60 )
.1 .06
(4
.190 Max.
(4.83)
Bottom
View
92 )
.4 .50
2
(1
.460
(11.68)
.460
(11.68)
Recommended
Layout
Unless Otherwise Specified Dimensions are in Inches /mm ± .010 /.25
PCA ELECTRONICS, INC.
16799 SCHOENBORN ST.
NORTH HILLS, CA 91343
Product performance is limited to specified parameters. Data is subject to change without prior notice.
CSIXXXXXXKSP56Lb
Rev. -
10/6/03 FT
TEL: (818) 892-0761
FAX: (818) 894-5791
http://www.pca.com