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SMC SERIES
MULTILAYER CERAMIC CHIP INDUCTORS.
Applications :
．Cellular Phones.
．Pag.
．High-Speed Communication Dev.
Shape and Dimensions (Dimensions are in mm) :
Recommended Pattern :
TYPE G L H
100505 0.4 1.2 ~ 1.4 0.5
160808 0.7 ~ 0.8 1.8 ~ 2.0 0.6~0.8
201209 1.0 ~ 1.2 2.6 ~ 4.0 1.0 ~ 1.2
Dimensions Conversion :
Code Dimension in mm EIA
100505 1.0X0.5X0.5 0402
160808 1.6X0.8X0.8 0603
201209 2.0X1.2X0.9 0805
Features :
l High Frequency Range
SMC chip inductors have a ceramic material
construction that extends the effective frequency
range to 6 GHz.
l Multiple Size Availability
SMC chip inductors are available in three compact
sizes: 100505, 160808 and 201209.
TYPE A B C D
100505 1.0±0.10 0.50±0.10 0.50±0.10 0.25±0.10
160808 1.6±0.15 0.80±0.15 0.80±0.15 0.30±0.20
201209 2.0±0.20 1.25±0.20 0.90±0.20 0.50±0.30
Product Identification :
SMC– 160808 E – 1N2 S
(1) (2) (3) (4) (5)
(1) Product Code
(2) Dimensions (in mm)
(3) Design Code
(4) Inductance
(5) Tolerance ( S: 0.3nH、J:5%、K:10% )
Test equipments :
L&Q&SRF by Agilent 4291A RF Impedance Analyzer
with HP16197A Test Fixture.
DCR by milli-ohm meter.
Operating Temperature : -55℃ ~ 125℃.
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l SMC (High Frequancy Application)
【SMC-100505E type】
Part No. Inductance
(nH) Q
Min. Test Freq.
(MHz) S.R.F
(MHz) Min.
DCR (Ω)
Max. Rated Current
(mA) Max.
SMC-100505E-1N0S 1.0 8 100 10000 0.10 400
SMC-100505E-1N2S 1.2 8 100 10000 0.10 400
SMC-100505E-1N5S
1.5 8 100 9000 0.10 400
SMC-100505E-1N8S
1.8 8 100 8700 0.10 400
SMC-100505E-2N2S 2.2 8 100 8100 0.15 400
SMC-100505E-2N7S 2.7 8 100 7700 0.15 400
SMC-100505E-3N3
□
3.3 8 100 6300 0.15 400
SMC-100505E-3N9
□
3.9 8 100 6100 0.20 400
SMC-100505E-4N7
□
4.7 8 100 5400 0.20 400
SMC-100505E-5N6
□
5.6 8 100 5100 0.20 400
SMC-100505E-6N8
□
6.8 8 100 4550 0.25 400
SMC-100505E-8N2
□
8.2 8 100 4100 0.30 300
SMC-100505E-10N
□
10 8 100 3900 0.35 300
SMC-100505E-12N
□
12 8 100 3000 0.40 300
SMC-100505E-15N
□
15 8 100 2600 0.50 300
SMC-100505E-18N
□
18 8 100 2350 0.55 300
SMC-100505E-22N
□
22 8 100 2000 0.70 300
SMC-100505E-27N
□
27 8 100 1900 0.80 300
SMC-100505E-33N
□
33 8 100 1700 1.00 200
SMC-100505E-39N
□
39 8 100 1600 1.20 150
SMC-100505E-47N
□
47 8 100 1300 1.30 150
SMC-100505E-56N
□
KSMC
-
100505
E
-
R82
56 8 100 1250 2.00 150
SMC-100505E-68N
□
68 8 100 1000 2.20 100
SMC-100505E-82N
□
82 8 100 900 2.50 100
SMC-100505E-R10
□
100 8 100 850 2.50 100
Typical electrical curves :
Inductance vs. Freq. Characteristics Q vs. Freq. Characteristics
Lasting. Leaning. Leading 3L Electronic Corp. Web : http://www.3lcoil.com
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【SMC-160808E type】
Part No. Inductance
(nH) Q
Min. Test Freq.
(MHz) S.R.F
(MHz) Min.
DCR (Ω)
Max. Rated Current
(mA) Max.
SMC-160808E-1N0S 1.0 8 100 10000 0.10 600
SMC-160808E-1N2S 1.2 8 100 10000 0.10 600
SMC-160808E-1N5S
1.5 8 100 8000 0.10 600
SMC-160808E-1N8S
1.8 8 100 8000 0.10 600
SMC-160808E-2N2S 2.2 8 100 7200 0.10 600
SMC-160808E-2N7S 2.7 10 100 6200 0.10 600
SMC-160808E-3N3S 3.3 10 100 5200 0.12 600
SMC-160808E-3N9S 3.9 10 100 5000 0.14 600
SMC-160808E-4N7S 4.7 10 100 4750 0.16 600
SMC-160808E-5N6S 5.6 10 100 4100 0.18 600
SMC-160808E-6N8
□
6.8 10 100 3750 0.22 600
SMC-160808E-8N2
□
8.2 10 100 3300 0.24 600
SMC-160808E-10N
□
10 12 100 3000 0.26 600
SMC-160808E-12N
□
12 12 100 2600 0.28 600
SMC-160808E-15N
□
15 12 100 2500 0.32 600
SMC-160808E-18N
□
18 12 100 2400 0.35 600
SMC-160808E-22N
□
22 12 100 2000 0.40 500
SMC-160808E-27N
□
27 12 100 1900 0.45 500
SMC-160808E-33N
□
33 12 100 1600 0.55 400
SMC-160808E-39N
□
39 12 100 1400 0.60 400
SMC-160808E-47N
□
47 12 100 1300 0.70 400
SMC-160808E-56N
□
KSMC
-
160808E
-
R8
56 12 100 1100 0.75 400
SMC-160808E-68N
□
68 12 100 1050 0.85 400
SMC-160808E-82N
□
82 12 100 900 1.00 300
SMC-160808E-R10
□
100 12 100 770 1.20 300
Typical electrical curves :
Inductance vs. Freq. Characteristics Q vs. Freq. Characteristics
Lasting. Leaning. Leading 3L Electronic Corp. Web : http://www.3lcoil.com
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【SMC-201209E type】
Part No. Inductance
(nH) Q
Min. Test Freq.
(MHz) S.R.F
(MHz) Min.
DCR (Ω)
Max. Rated Current
(mA) Max.
SMC
-
201209E
-
1N0S
1.0
10
100
>6000
0.10
300
SMC-201209E-1N2S 1.2 10 100 >6000 0.10 300
SMC-201209E-1N5S 1.5 10 100 >6000 0.10 300
SMC-201209E-1N8S 1.8 10 100 >6000 0.10 300
SMC-201209E-2N2S 2.2 10 100 >6000 0.10 300
SMC
-
201209E
-
2N7S
2.7
12
100
>6000
0.10
300
SMC-201209E-3N3S 3.3 12 100 >6000 0.13 300
SMC-201209E-3N9S 3.9 12 100 5400 0.15 300
SMC-201209E-4N7S 4.7 12 100 4500 0.20 300
SMC-201209E-5N6S 5.6 12 100 4000 0.23 300
SMC
-
201209E
-
6N8
□
6.8
15
100
3650
0.23
300
SMC
-
201209E
-
8N2
□
8.2 15 100 3000 0.28 300
SMC
-
201209E
-
10N
□
10 15 100 2500 0.30 300
SMC
-
201209E
-
12N
□
12 15 100 2450 0.35 300
SMC
-
201209E
-
15N
□
15 15 100 2000 0.40 300
SMC
-
201209E
-
18N
□
18
15
1
00
1750
0.45
300
SMC
-
201209E
-
22N
□
22 15 100 1700 0.50 300
SMC
-
201209E
-
27N
□
27 15 100 1550 0.55 300
SMC
-
201209E
-
33N
□
33 15 100 1350 0.60 300
SMC
-
201209E
-
39N
□
39 18 100 1300 0.65 300
SMC
-
201209E
-
47N
□
47
18
100
1200
0.70
300
SMC
-
201209E
-
56N
□
56 18 100 1150 0.75 300
SMC
-
201209E
-
68N
□
68 18 100 1000 0.80 300
SMC
-
201209E
-
82N
□
82 18 100 850 0.90 300
SMC
-
201209E
-
R10
□
100 18 100 730 1.00 300
Typical electrical curves :
Inductance vs. Freq. Characteristics Q vs. Freq. Characteristics
* Due to the limited space, the catalogue shows the typical specifications only. For more specific details ( characteristics graph, reliability, and
others), kindly invite you to access 3L official website www.3lcoil.com for better known.
