4590-392K Datasheet, PDF (1/1 Pages) List of Unclassifed Manufacturers – High Current Filter Inductors

Series 4590
High Current Filter Inductors
Mechanical Configuration Ferrite Bobbin protected
with a flame retardant polyolefin sleeve.
Physical Parameters
Inches
Length
0.900 Max.
Diameter
0.455 Max
Lead Size
AWG #20 TCW 0.032 ± 0.002
Lead Length
1.10 Min.
Millimeters
22.86 Max.
11.55 Max
0.813 ± 0.05
27.94 Min.
Operating Temperature
–55°C to +125°C
–55°C to +85°C @ full rated current
Current Rating at 85°C Ambient 40°C Rise
Maximum Power Dissipation at 85°C 0.70 W
Dielectric Withstanding Voltage 2500 V RMS
Inductance Measurement Inductance is measured
@ 1KHz with 1 VAC open circuit and 0 dc bias.
Inductance Tolerance Tolerance is specified by
suffixing an alpha character to the part number as
follows: J = 5%, K = 10%, and L = 15%. Units are
normally supplied to the tolerance indicated in table.
Marking Parts are printed with DELEVAN,
Inductance Value and Tolerance.
High Saturation Bobbin allows for high inductance
with low DCR.
High Resistivity Core offers very high parallel
resistance, resulting in maximum coil performance.
Packaging Bulk only
PART ^NUMBER
NOMIINNADLUC(µTHA)N±C1E0%
DC ^{RMESAIXSITMAUNMCE(OHMCSU) RRMEANXTIMRUAMTIN(AGMPSI)NCRCEUMRERNETANLT DC (AMPS)}
SERIES 4590
4590-392K
3.9
0.007
9.75
8.2
4590-472K
4.7
0.008
9.11
7.5
4590-562K
5.6
0.011
7.77
6.9
4590-682K
6.8
0.011
7.60
6.3
4590-822K
8.2
0.013
7.15
5.7
4590-103K
10.0
0.016
6.44
5.2
4590-123K
12.0
0.018
6.07
4.7
4590-153K
15.0
0.020
5.76
4.3
4590-183K
18.0
0.022
5.49
3.9
4590-223K
22.0
0.024
5.26
3.5
4590-273K
27.0
0.025
5.15
3.2
4590-333K
33.0
0.028
4.87
2.9
4590-393K
39.0
0.031
4.63
2.7
4590-473K
47.0
0.034
4.45
2.5
4590-563K
56.0
0.043
3.93
2.3
4590-683K
68.0
0.059
3.355
2.1
4590-823K
82.0
0.066
3.175
1.9
4590-104K
100
0.084
2.815
1.7
4590-124K
120
0.113
2.43
1.6
4590-154K
150
0.129
2.27
1.4
4590-184K
180
0.150
2.105
1.3
4590-224K
220
0.162
2.025
1.2
4590-274K
270
0.226
1.715
1.1
4590-334K
330
0.257
1.61
0.95
4590-394K
390
0.288
1.52
0.88
4590-474K
470
0.393
1.30
0.80
4590-564K
560
0.504
1.15
0.74
4590-684K
680
0.570
1.08
0.67
4590-824K
820
0.643
1.015
0.61
4590-105K
1000
0.844
0.89
0.56
4590-125K
1200
0.977
0.825
0.51
4590-155K
1500
1.18
0.75
0.46
4590-185K
1800
1.50
0.665
0.42
4590-225K
2200
1.76
0.615
0.38
4590-275K
2700
2.13
0.56
0.34
4590-335K
3300
2.53
0.51
0.31
4590-395K
3900
2.84
0.48
0.29
4590-475K
4700
3.79
0.415
0.26
4590-565K
5600
4.24
0.395
0.24
4590-685K
6800
5.75
0.34
0.22
4590-825K
8200
6.44
0.32
0.20
4590-106K
10000
7.30
0.30
0.18
4590-126K
12000
9.34
0.265
0.17
4590-156K
15000
10.7
0.25
0.15
4590-186K
18000
14.8
0.21
0.14
4590-226K
22000
18.0
0.19
0.12
4590-276K
27000
22.7
0.17
0.11
4590-336K
33000
25.7
0.16
0.10
4590-396K
39000
29.7
0.15
0.09
4590-476K
47000
33.7
0.14
0.09
4590-566K
56000
38.0
0.13
0.08
4590-686K
68000
52.8
0.11
0.07
4590-826K
82000
67.3
0.10
0.07
4590-107K
100000
76.0
0.09
0.06
Optional Tolerances: J = 5% L = 15%
Incremental Current is the current which will
decrease the inductance by approximately 5%.
www^.delevan^.com E-mail: [e-mail]
270 Quaker Rd., East Aurora NY 14052 • Phone [phone] • Fax [phone]
2/ 2002
PAGE
86