R
NG
TI )
RA A
T (m
EN UM
RR IM
E
CU X
NC
MA TA S)
S
SI HM
RE (O
M
DC MU
)
Hz
XI
(M
MA
M
MU
NI
)
MI
Hz
F
(M
SR
Y
NC
M
UE
EQ
MU
NI
FR
MI
ST
Q
E
TE
NC
RA
LE
TO
H)
(µ
CE
AN
CT
#
DU
SH
IN
DA
F
SERIES
160R
160
ct
du
In
DA
SH
NU
E
MB
L
MI
s
or
Micro i
®
Chip Inductors
R*
-100MS
-120MS
-150MS
-180MS
-220MS
-270MS
-330MS
-390MS
-470MS
-560MS
-680MS
-820MS
-101KS
-121KS
-151KS
-181KS
-221KS
-271KS
-301KS
-331KS
-361KS
-391KS
-421KS
-471KS
-561KS
-681KS
-821KS
-102JS
-122JS
-152JS
-182JS
-222JS
-272JS
-332JS
-392JS
-472JS
-562JS
-682JS
-822JS
-103JS
-123JS
-153JS
-183JS
-223JS
-273JS
-333JS
-393JS
Actual Size
Military Specifications
MIL-PRF-83446/38
Physical Parameters
Inches
A
0.080 Max.
B
0.145 to 0.155
C
0.115 to 0.125
D
0.070 Min.
E
0.020 to 0.030
F
0.020 Max. (Typ.)
Millimeters
2.03 Max.
3.68 to 3.94
2.92 to 3.18
1.78 Min.
0.508 to 0.762
0.51 Max.
Current Rating at 90°C Ambient
35°C Rise
Operating Temperature Range
–55°C to +125°C
Maximum Power Dissipation at 90°C
0.175 W
Termination
Standard: Tin/Lead Sn63
Notes 1)
Designed specifically for reflow soldering and
other high temperature processes with metalized edges to
exhibit solder fillet.
2)
Optional marking is available. Parts
can be printed with dash number
(ie 100, 120, etc.). Add suffix M to part number.
For inductance values
above 560µH, consult factory.
Mechanical Configuration
Units are epoxy
encapsulated. Contact area for reflow are solder coated.
Internal connections are thermal compression bonded.
Packaging
Bulk only
Made in the U.S.A.
M83446/38 – SERIES 160 PHENOLIC CORE
01
0.010 ± 20% 48 150
900
0.050
02
0.012 ± 20% 48 150
900
0.055
03
0.015 ± 20% 48 150
900
0.060
04
0.018 ± 20% 48 150
900
0.065
05
0.022 ± 20% 48 100
900
0.070
06
0.027 ± 20% 48 100
900
0.075
07
0.033 ± 20% 48 100
900
0.075
08
0.039 ± 20% 48 100
900
0.080
09
0.047 ± 20% 48 100
850
0.085
10
0.056 ± 20% 48 100
800
0.088
11
0.068 ± 20% 48 100
750
0.093
12
0.082 ± 20% 48 100
700
0.095
M83446/38 – SERIES 160 IRON CORE
13
0.100 ± 10% 50
25.0
600
0.075
14
0.120 ± 10% 50
25.0
550
0.075
15
0.150 ± 10% 50
25.0
420
0.085
16
0.180 ± 10% 50
25.0
390
0.10
17
0.220 ± 10% 50
25.0
340
0.11
18
0.270 ± 10% 50
25.0
290
0.12
19
0.300 ± 10% 50
25.0
250
0.13
20
0.330 ± 10% 50
25.0
230
0.14
21
0.360 ± 10% 50
25.0
220
0.15
22
0.390 ± 10% 50
25.0
210
0.16
23
0.430 ± 10% 50
25.0
200
0.17
24
0.470 ± 10% 50
25.0
190
0.18
25
0.560 ± 10% 50
25.0
180
0.20
26
0.680 ± 10% 50
25.0
170
0.23
27
0.820 ± 10% 50
25.0
150
0.26
28
1.00
± 5%
50
25.0
140
0.34
29
1.20
± 5%
36
7.9
130
0.42
30
1.50
± 5%
36
7.9
120
0.56
31
1.80
± 5%
36
7.9
100
0.76
32
2.20
± 5%
36
7.9
98
0.93
33
2.70
± 5%
40
7.9
91
1.2
34
3.30
± 5%
40
7.9
76
1.3
35
3.90
± 5%
47
7.9
48
1.5
36
4.70
± 5%
47
7.9
46
1.7
37
5.60
± 5%
44
7.9
42
1.8
38
6.80
± 5%
40
7.9
39
1.9
39
8.20
± 5%
40
7.9
30
2.4
40
10.0
± 5%
46
7.9
26
3.2
41
12.0
± 5%
41
2.5
24
3.7
42
15.0
± 5%
46
2.5
23
3.8
43
18.0
± 5%
46
2.5
22
4.2
44
22.0
± 5%
47
2.5
18
5.5
45
27.0
± 5%
47
2.5
17
6.1
46
33.0
± 5%
47
2.5
13
6.6
47
39.0
± 5%
50
2.5
12
7.0
M83446/38
47.0
56.0
68.0
82.0
100.0
120.0
150.0
180.0
220.0
270.0
330.0
390.0
470.0
560.0
– SERIES 160 FERRITE CORE
± 5%
50
2.5
11.0
8.3
± 5%
50
2.5
10.0
8.9
± 5%
50
2.5
9.1
13.0
± 5%
50
2.5
8.6
14.0
± 5%
47
2.5
7.6
16.0
± 5%
30
0.79
6.8
17.0
± 5%
32
0.79
5.6
18.0
± 5%
32
0.79
4.5
22.0
± 5%
32
0.79
4.0
28.0
± 5%
32
0.79
3.8
32.0
± 5%
32
0.79
3.5
44.0
± 5%
32
0.79
3.4
48.0
± 5%
28
0.79
3.2
75.0
± 5%
28
0.79
2.8
81.0
1590
1515
1450
1395
1345
1295
1295
1255
1220
1195
1165
1150
1295
1295
1220
1125
1070
1025
985
950
915
890
860
835
795
740
695
610
545
475
410
370
325
310
290
275
270
255
230
200
185
180
175
150
145
140
135
Optional Tolerances: J = 5% H = 3% G = 2% F = 1%
*Complete part # must include series # PLUS the dash #
For surface finish information,
refer to www.delevanfinishes.com
-473JS
-563JS
-683JS
-823JS
-104JS
-124JS
-154JS
-184JS
-224JS
-274JS
-334JS
-394JS
-474JS
-564JS
48
49
50
51
52
53
54
55
56
57
58
59
60
61
125
120
100
95
90
85
80
75
70
65
55
50
42
40
270 Quaker Rd., East Aurora NY 14052 • Phone 716-652-3600 • Fax 716-652-4814 • E-mail: apisales@delevan.com • www.delevan.com
1/2009
PCB设计