External Dimensions (L×W) (mm)
1005 [0402]
1.0×0.5
1608 [0603]
1.6×0.8
Inductance Tolerance
A
±0.1nH
B
±0.2nH
C
±0.3nH
E
±3%
F
±5%
G
±10%
Nominal Inductance
Example
Nominal Value
3N9
3.9nH
10N
10nH
R10
100nH
T
ype
L
W
T
a
AMCI1005
[0402]
1.0±0.15
[.039±.006]
0.5±0.15
[.020±.006]
0.5±0.15
[.020±.006]
0.25±0.1
[.010±.004]
AMCI1608
[0603]
1.6±0.15
[.063±.006]
0.8±0.15
[.031±.006]
0.8±0.15
[.031±.006]
0.3±0.2
[.012±.008]
1.65±0.15
[.065±.006]
Multilayer Chip Ceramic Inductor – AMCI-C Series
Operating Temp. : AMCI1005 C series: -55℃~+125℃
AMCI1608C series: -40℃~+85℃
FEATURES
●
Monolithic structure for high reliability
●
High self-resonant frequency
●
Excellent solderability and high heat resistance
APPLICATIONS
●
RF circuit in telecommunication and other equipments
PRODUCT IDENTIFICATION
AMCI
1608
C
10N
F
T
���
①
②
③
②
④
⑤
③
⑥
Ty
pe
AMCI Chip Ceramic Inductor
⑤
④
Material Code
C
SHAPE AND DIMENSIONS
Unit: mm [inch]
⑥
Packing
Tape & Reel
T
10,000 pcs
4,000 pcs
1005
1608
SPECIFICATIONS
AMCI1005C Series
Part Number
Inductance
Min.
Quality
Factor
L,Q
T
e
st
F
req.
L/Q
Typical Q @ Freq. (MHz)
Min.
Self-resonant
F
requency
Max.
DC
Resistance
Max
.
Rated
Current
100
800
1000
Units nH - MHz - MHz
Ω
mA
Symbol
L
Q
Freq
Q
S.R.F
DCR
Ir
AMCI
1005C0N6
□
T
0.6 4 100 6 35 41 10000 0.10 800
AMCI
1005C1N0
□
T
1.0
8
100
11
34
36
10000
0.10
400
AMCI
1005C1N1
□
T
1.1
8
100
11
34
36
10000
0.10
400
AMCI
1005C1N2
□
T
1.2 8 100 11 34 36 10000 0.10 400
AMCI
1005C1N3
□
T
1.3
8
100
11
34
36
10000
0.10
400
AMCI
1005C1N5
□
T
1.5 8 100 11 34 36 6000 0.10 300
AMCI
1005C1N6
□
T
1.6
8
100
11
32
35
6000
0.10
300
AMCI
1005C1N8
□
T
1.8
8
100
11
30
34
6000
0.10
300
AMCI
1005C2N0
□
T
2.0 8 100 10 29 33 6000 0.20 300
AMCI
1005C2N2
□
T
2.2
8
100
10
29
33
6000
0.20
300
AMCI
1005C2N4
□
T
2.4
8
100
10
29
32
6000
0.20
300
AMCI
1005C2N7
□
T
2.7
8
100
10
29
32
6000
0.20
300
AMCI
1005C3N0
□
T
3.0
8
100
10
29
32
6000
0.20
300
AMCI
1005C3N3
□
T
3.3 8 100 10 29 32 6000 0.20 300
AMCI
1005C3N6
□
T
3.6
8
100
10
28
31
4000
0.20
300
AMCI
1005C3N9
□
T
3.9
8
100
10
28
31
4000
0.20
300
AMCI
1005C4N3
□
T
4.3 8 100 10 28 31 4000 0.20 300
AMCI
1005C4N7
□
T
4.7
8
100
10
28
31
4000
0.20
300
AMCI
1005C5N1
□
T
5.1 8 100 10 28 30 4000 0.30 300
AMCI
1005C5N6
□
T
5.6
8
100
10
28
30
4000
0.30
300
AMCI
1005C6N2
□
T
6.2
8
100
10
27
30
3900
0.30
300
AMCI
1005C6N8
□
T
6.8 8 100 10 27 30 3900 0.30 300
AMCI
1005C7N5
□
T
7.5
8
100
10
27
30
3700
0.40
300
AMCI
1005C8N2
□
T
8.2
8
100
10
27
30
3600
0.40
300
AMCI
1005C9N1
□
T
9.1
8
100
10
27
30
3400
0.40
300
AMCI
1005C10N
□
T
10
8
100
10
27
30
3200
0.40
300
AMCI
1005C12N
□
T
12 8 100 10 26 29 2700 0.50 300
AMCI
1005C15N
□
T
15
8
100
10
26
28
2300
0.50
300
AMCI
1005C18N
□
T
18
8
100
10
25
27
2100
0.60
300
AMCI
1005C20N
□
T
20 8 100 10 25 26 2000 0.60 300
AMCI
1005C22N
□
T
22
8
100
10
25
25
1900
0.60
300
AMCI
1005C27N
□
T
27 8 100 10 25 23 1600 0.70 300
AMCI
1005C33N
□
T
33
8
100
10
22
22
1300
0.80
200
AMCI
1005C39N
□
T
39
8
100
10
22
19
1200
1.00
200
AMCI
1005C43N
□
T
43 8 100 10 21 16 1100 1.10 200
AMCI
1005C47N
□
T
47
8
100
10
21
16
1000
1.10
200
AMCI
1005C56N
□
T
56
8
100
10
18
13
750
1.20
200
AMCI
1005C68N
□
T
68 8 100 10 18 9 750 1.40 180
AMCI
1005C82N
□
T
82
8
100
10
13
-
750
2.40
150
AMCI
1005CR10
□
T
100 8 100 10 12 - 700 2.60 150
AMCI
1005CR12
□
T
120 8 100
10
-
-
600 2.80 150
AMCI
1005CR15
□
T
150
8
100
10
-
-
550
3.20
100
AMCI
1005CR18
□
T
180 8 100 10 - - 500 3.70 100
AMCI
1005CR22
□
T
220
8
100
12
-
-
450
4.00
100
AMCI
1005CR27
□
T
270
8
100
12
-
-
400
4.50
100
AMCI
1005CR30
□
T
300
8
100
12
-
-
400
4.50
100
AMCI
1005CR33
□
T
330
6
50
8
-
-
350
7.00
50
AMCI
1005CR36
□
T
360 6 50 8 - - 300 7.50 50
※□: Please specify the inductance tolerance. For L≤6.2nH, choose A=±0.1nH, B=±0.2nH or C=±0.3nH; For L>6.2nH,
choose E=±3%, F=±5% or G=±10%.