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3094-100KS Datasheet, PDF (1/1 Pages) API Delevan – Micro i Chip Inductors | |||
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Series
3094R
3094
Micro i® Chip Inductors
DASH NUMBER* MIL DASH #I(NRDeUfe(CrµeTHnA)cN±eC)1E0%Q MINIMUMTEST FREQUSERNFCYM(INMIHMzU)DMC(MRMHESzA)IXSITMAUNMCCUE(ORHRMMEANSX)T. (RmAAT)ING
Physical Parameters
Inches
A 0.140 Max.
B 0.147 to 0.163
C 0.117 to 0.133
D 0.070 Min.
E 0.017 to 0.033
F 0.020 Max. (Typ)
Millimeters
3.56 Max.
3.73 to 4.14
2.97 to 3.38
1.78 Min.
0.43 to 0.84
0.51 Max. (Typ.)
Current Rating at 90°C Ambient 35°C Rise
Operating Temperature Range â55°C to +125°C
Maximum Power Dissipation at 90°C 0.155 W
Inductance tolerance desired is speciï¬ed by suffix-
ing an alpha character to the part number: F = 1%,
G = 2%, H = 3%, J = 5%, K = 10%, and M = 20%.
Standard series tolerance is ±10%. For inductance
values less than .10µH, minimum tolerance is ±5%.
Termination Standard-Tin/Lead Sn63. For RoHS,
order 3094R - XXXKS. Contact factory for other
ï¬nish options.
Mechanical Conï¬guration Units are epoxy
encapsulated. Contact area for reï¬ow are solder
coated. Internal connections are thermal compression
bonded.
Packaging Tape & reel (12mm): 7" reel, 650 pieces
max.; 13" reel, 2500 pieces max.
MIL-PRF-83446/10 (Reference)
*Complete part # must include series # PLUS the dash #
For further surface ï¬nish information,
refer to TECHNICAL section of this catalog.
Made in the U.S.A.
M83446/10â (Reference) SERIES 3094 IRON CORE
-100KS
62
0.010 60 150 2000.0 0.040 1000
-120KS
63
0.012 60 150 1800.0 0.040 1000
-150KS
64
0.015 60 150 1500.0 0.040 1000
-180KS
65
0.018 60 150 1500.0 0.040 1000
-220KS
66
0.022 60 100 1300.0 0.050 1000
-270KS
67
0.027 60 100 1300.0 0.050 1000
-330KS
68
0.033 60 100 1000.0 0.050 1000
-390KS
69
0.039 60 100 1000.0 0.060 900
-470KS
70
0.047 65 100
800.0 0.060 900
-560KS
71
0.056 65 100
760.0 0.060 900
-680KS
72
0.068 65 100
700.0 0.070 840
-820KS
73
0.082 65 100
650.0 0.070 840
-101KS
74
0.100 65 50
570.0 0.070 840
-121KS
75
0.120 65 50
520.0 0.070 840
-151KS
76
0.150 75 50
400.0 0.080 790
-181KS
77
0.180 75 50
360.0 0.080 790
-221KS
78
0.220 70 50
320.0 0.080 790
-271KS
79
0.270 70 50
270.0 0.10 700
-331KS
80
0.330 70 50
240.0 0.10 700
-391KS
81
0.390 70 50
220.0 0.10 700
-471KS
82
0.470 70 25
190.0 0.14 590
-561KS
83
0.560 70 25
170.0 0.19 510
-681KS
84
0.680 70 25
160.0 0.26 430
-821KS
85
0.820 75 25
150.0 0.30 400
-102KS
86
1.00 75 25
130.0 0.34 380
-122KS
87
1.20 65 7.9 120.0 0.45 330
-152KS
88
1.50 65 7.9 110.0 0.57 290
-182KS
89
1.80 65 7.9 100.0 0.72 260
-222KS
90
2.20 65 7.9 80.0 0.90 230
-272KS
91
2.70 65 7.9 60.0 1.10 210
-332KS
92
3.30 60 7.9 50.0 1.20 200
-392KS
93
3.90 60 7.9 45.0 1.40 180
-472KS
94
4.70 60 7.9 42.0 1.60 170
-562KS
95
5.60 65 7.9 40.0 1.80 160
-682KS
96
6.80 65 7.9 37.0 2.40 140
-822KS
97
8.20 65 7.9 34.0 3.00 130
-103KS
98 10.0 65 7.9 29.0 3.50 120
-123KS
99 12.0 60 2.5 27.0 3.60 118
-153KS 100 15.0 60 2.5 22.0 3.70 115
-183KS 101 18.0 60 2.5 17.0 3.80 114
-223KS 102 22.0 60 2.5 16.0 3.90 113
-273KS 103 27.0 65 2.5 15.0 4.00 110
-333KS 104 33.0 65 2.5 14.0 5.00 100
-393KS 105 39.0 65 2.5 13.0 7.00
84
-473KS 106 47.0 70 2.5 12.0 8.00
79
-563KS 107 56.0 70 2.5 11.0 10.0
70
-683KS 108 68.0 65 2.5 10.0 11.0
67
-823KS 109 82.0 60 2.5
9.0 12.0
64
-104KS 110 100.0 60 2.5
8.0 13.0
62
-124KS 111 120.0 40 0.79 7.0 14.0
59
-154KS 112 150.0 40 0.79 6.0 16.0
56
-184KS 113 180.0 40 0.79 5.0 18.0
52
-224KS 114 220.0 40 0.79 4.0 24.0
45
-274KS 115 270.0 40 0.79 3.3 25.0
44
-334KS 116 330.0 40 0.79 3.1 29.0
41
-394KS 117 390.0 40 0.79 2.9 32.0
39
-474KS 118 470.0 35 0.79 2.4 35.0
37
-564KS 119 560.0 35 0.79 2.1 45.0
33
-684KS 120 680.0 35 0.79 1.9 55.0
30
-824KS 121 820.0 30 0.79 1.8 70.0
26
-105KS 122 1000.0 30 0.79 1.7 80.0
25
Notes 1) Designed speciï¬cally for reï¬ow soldering and other
high temperature processes with metalized edges to exhibit
solder ï¬llet. 2) Self Resonant Frequency (SRF) values 270 MHz
and above are calculated and for reference only. 3) Optional
marking is available.
PAGE
8
www.delevan.com E-mail: apisales@delevan.com
270 Quaker Rd., East Aurora NY 14052 ⢠Phone 716-652-3600 ⢠Fax 716-652-4814
4/2005
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