Cost Inductors. HM53-407R0H Datasheet

HM53-407R0H Inductors. Datasheet pdf. Equivalent

HM53-407R0H Datasheet
Recommendation HM53-407R0H Datasheet
Part HM53-407R0H
Description High Power Low Cost Inductors
Feature HM53-407R0H; MODEL HM53 SERIES High Power Low Cost Inductors NEW PRODUCT FEATURES AND BENEFITS • High current .
Manufacture ETC
Datasheet
Download HM53-407R0H Datasheet




ETC HM53-407R0H
MODEL HM53 SERIES
High Power
Low Cost Inductors
NEW PRODUCT
FEATURES AND BENEFITS
• High current capability
• Single layer, cost effective design
• Available in two styles - horizontal and vertical
APPLICATIONS
• Switching power supplies
• Motor control circuits
• Differential EMI filters
• Inductor for general purpose use and ripple filters
ELECTRICAL / ENVIRONMENTAL
Insulation Resistance, Minimum
Operating Temperature Range
Ambient Temperature, Maximum
Insulation System
Temperature Rise, Maximum
Specifications subject to change without notice.
Last Update: 01/06/2003.
100 Megohms
-40°C to +125°C
85°C
Class B, 130°C
40°C
6
6-93
Model HM53 Series



ETC HM53-407R0H
SPECIFICATIONS
Part
Number
HM53-001R1 V or H
HM53-001R6 V or H
HM53-001R8 V or H
HM53-001R9 V or H
HM53-002R0 V or H
HM53-003R0 V or H
HM53-005R5 V or H
HM53-007R8 V or H
HM53-009R5 V or H
HM53-10111 V or H
HM53-10171 V or H
HM53-10180 V or H
HM53-10320 V or H
HM53-10351 V or H
HM53-10531 V or H
HM53-10650 V or H
HM53-10701 V or H
HM53-108R0 V or H
HM53-20101 V or H
HM53-20171 V or H
HM53-20190 V or H
HM53-20350 V or H
HM53-20351 V or H
HM53-20521 V or H
HM53-20580 V or H
HM53-20710 V or H
HM53-20710 V or H
HM53-208R0 V or H
Inductance (1)
Control Value
µH
±20%
1.4
1.7
2.6
2.7
2.8
4.4
7.9
11.1
13.5
151.7
250.9
25.3
50.3
505.0
754.4
104.0
1000.4
10.1
148.0
251.1
25.0
50.0
499.4
749.3
73.9
101.7
101.7
10.6
Rated (2)
Inductance
µH
Typ.
1.1
1.6
1.8
1.9
2.0
3.1
5.5
7.8
9.5
106.4
175.2
17.9
32.3
354.3
529.2
65.2
701.4
8.0
103.6
175.4
19.1
35.0
349.0
521.9
58.1
70.8
70.8
8.0
Rated
Current
DC Amps
14.0
8.0
15.0
10.0
8.5
13.5
8.5
5.7
9.0
2.3
2.2
2.0
2.6
1.9
2.4
2.4
2.1
3.0
4.0
4.2
4.0
4.9
3.3
3.4
2.5
4.3
4.3
6.0
DC
Resistance
m
Max.
2.6
3.7
3.5
5.1
4.8
4.5
8.9
12.9
8.1
165.9
224.2
20.5
59.1
375.1
468.1
108.6
679.4
10.5
70.5
96.0
20.3
29.1
136.4
225.4
59.9
48.5
48.5
8.3
ETop(3)
V-µS
Max.
14
10
14
9
10
16
25
31
51
112
156
58
70
326
370
90
300
36
246
352
73
103
609
865
132
188
188
44
Energy
Storage
µJ
Min.
112
51
204
95
72
280
199
127
384
282
424
36
109
639
1524
188
1547
36
829
1547
153
420
1901
3016
181
655
655
144
Notes: (1) Inductance measured at 100kHz, 0.1V without DC current.
(2) Value with rated DC current and the operating ETop across the inductor.
(3) Applied Volt-Time Product (V.µS) across the inductor. Value represents the V.µS at 50kHz and total losses for 40°C temperature rise.
6-94
Model HM53 Series



ETC HM53-407R0H
SPECIFICATIONS
Part
Number
HM53-30101 V or H
HM53-30150 V or H
HM53-30181 V or H
HM53-30350 V or H
HM53-30580 V or H
HM53-30690 V or H
HM53-306R8 V or H
HM53-40111 V or H
HM53-40150 V or H
HM53-40360 V or H
HM53-40550 V or H
HM53-40710 V or H
HM53-407R0 V or H
HM53-50150 V or H
HM53-50370 V or H
HM53-50550 V or H
HM53-50700 V or H
HM53-507R0 V or H
HM53-60130 V or H
HM53-60350 V or H
HM53-607R0 V or H
Inductance (1)
Control Value
µH
±20%
150.6
21.3
254.4
49.6
78.0
97.2
9.7
152.8
14.5
52.3
74.5
101.4
10.0
21.2
52.4
77.6
99.4
10.0
19.2
50.2
9.9
Rated (2)
Inductance
µH
Typ.
105.4
14.9
178.2
34.9
58.5
67.9
6.8
106.8
14.7
36.5
54.8
71.1
7.0
14.8
36.7
54.2
69.5
7.0
13.5
35.1
6.9
Rated
Current
DC Amps
7.5
9.3
8.1
9.4
4.0
7.5
11.1
10.5
14.5
10.2
6.0
9.1
13.5
16.0
12.7
10.5
13.0
20.9
29.5
21.0
29.3
DC
Resistance
m
Max.
45.6
17.8
48.2
21.9
40.9
31.0
8.3
29.8
11.5
18.3
26.1
21.2
7.9
8.2
15.2
21.1
13.6
5.6
4.8
9.2
4.3
ETop (3)
V-µS
Max.
389
56
636
144
181
253
32
486
75
178
209
357
41
107
234
290
427
50
154
268
80
Energy
Storage
µJ
Min.
2965
643
5846
1542
468
1908
418
5887
1540
1900
987
2945
638
1896
2959
2988
5874
1535
5861
7737
2975
Notes: (1) Inductance measured at 100kHz, 0.1V without DC current.
(2) Value with rated DC current and the operating ETop across the inductor.
(3) Applied Volt-Time Product (V.µS) across the inductor. Value represents the V.µS at 50kHz and total losses for 40°C temperature rise.
6
6-95
Model HM53 Series







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