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F930J686MBA bảng dữ liệu(PDF) 2 Page - AVX Corporation

tên linh kiện F930J686MBA
Giải thích chi tiết về linh kiện  Resin-Molded Chip, Standard Tantalum J-Lead
PDF  2 Pages
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nhà sản xuất  AVX [AVX Corporation]
Trang chủ  http://www.avx.com
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F930J686MBA bảng dữ liệu(HTML) 2 Page - AVX Corporation

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MARCH 2013
■ 15
22
A
F930G226MAA
0.9
6
2.5
∗
33
A
F930G336MAA
1.3
8
2.5
∗
47
A
F930G476MAA
1.9
18
2.5
∗
68
A
F930G686MAA
2.7
24
2.5
∗
100
A
F930G107MAA
4.0
30
2.0
∗
100
B
F930G107MBA
4.0
14
0.9
∗
150
B
F930G157MBA
6.0
16
0.7
∗
220
B
F930G227MBA
8.8
18
0.7
∗
220
C
F930G227MCC
8.8
12
0.7
∗
330
C
F930G337MCC
13.2
14
0.7
∗
470
N
F930G477MNC
18.8
16
0.3
∗
680
N
F930G687MNC
27.2
18
0.3
∗
10
A
F930J106MAA
0.6
6
3.0
∗
15
A
F930J156MAA
0.9
6
2.9
∗
22
A
F930J226MAA
1.4
8
2.5
∗
33
A
F930J336MAA
2.1
8
2.5
∗
47
A
F930J476MAA
3.0
18
2.5
∗
47
B
F930J476MBA
3.0
6
1.0
∗
68
A
F930J686MAA
4.3
20
2.0
∗
68
B
F930J686MBA
4.3
8
1.0
∗
100
A
F930J107MAA
6.3
35
2.0
± 15
100
B
F930J107MBA
6.3
14
0.9
∗
100
C
F930J107MCC
6.3
8
0.7
∗
150
B
F930J157MBA
9.5
18
0.9
∗
150
C
F930J157MCC
9.5
12
0.7
∗
220
B
F930J227MBA
13.9
30
1.2
± 15
220
C
F930J227MCC
13.9
14
0.7
∗
220
N
F930J227MNC
13.9
10
0.5
∗
330
N
F930J337MNC
20.8
14
0.5
∗
470
N
F930J477MNC
29.6
16
0.3
∗
6.8
A
F931A685MAA
0.7
6
3.5
∗
10
A
F931A106MAA
1.0
6
3.0
∗
15
A
F931A156MAA
1.5
8
2.9
∗
22
A
F931A226MAA
2.2
12
2.5
∗
22
B
F931A226MBA
2.2
6
1.9
∗
33
A
F931A336MAA
3.3
18
2.5
∗
33
B
F931A336MBA
3.3
8
1.4
∗
47
A
F931A476MAA
4.7
40
2.0
± 15
47
B
F931A476MBA
4.7
8
1.0
∗
47
C
F931A476MCC
4.7
6
0.9
∗
68
B
F931A686MBA
6.8
12
0.9
± 15
68
C
F931A686MCC
6.8
8
0.8
∗
100
B
F931A107MBA
10.0
18
1.2
± 15
100
C
F931A107MCC
10.0
10
0.7
∗
100
N
F931A107MNC
10.0
8
0.6
∗
150
C
F931A157MCC
15.0
14
0.7
∗
150
N
F931A157MNC
15.0
10
0.6
∗
220
N
F931A227MNC
22.0
12
0.5
∗
330
N
F931A337MNC
33.0
18
0.5
∗
4V
6.3
V
*1
ΔC/C
(%)
Part Number
Leakage
Current
(μA)
Disspation
Factor
(%@120Hz)
Case
code
ESR
(
Ω@100kHz)
Rated Volt
Rated
Capacitance
(μF)
1
A
F931C105MAA
0.5
4
7.5
∗
2.2
A
F931C225MAA
0.5
4
5.0
∗
3.3
A
F931C335MAA
0.5
4
4.5
∗
4.7
A
F931C475MAA
0.8
6
4.0
∗
6.8
A
F931C685MAA
1.1
6
3.5
∗
10
A
F931C106MAA
1.6
6
3.0
∗
10
B
F931C106MBA
1.6
6
2.0
∗
15
A
F931C156MAA
2.4
10
3.0
∗
15
B
F931C156MBA
2.4
6
2.0
∗
22
A
F931C226MAA
3.5
15
3.0
± 15
22
B
F931C226MBA
3.5
8
1.9
∗
22
C
F931C226MCC
3.5
6
1.1
∗
33
B
F931C336MBA
5.3
8
1.9
∗
33
C
F931C336MCC
5.3
6
1.1
∗
47
C
F931C476MCC
7.5
8
0.9
∗
47
N
F931C476MNC
7.5
6
0.7
∗
68
N
F931C686MNC
10.9
6
0.6
∗
100
C
F931C107MCC
16.0
15
0.7
± 10
100
N
F931C107MNC
16.0
10
0.6
∗
150
N
F931C157MNC
24.0
15
0.6
∗
220
N
F931C227MNC
35.2
25
0.7
± 10
2.2
A
F931D225MAA
0.5
4
5.0
∗
3.3
A
F931D335MAA
0.7
4
4.5
∗
4.7
A
F931D475MAA
0.9
6
3.0
∗
4.7
B
F931D475MBA
0.9
6
2.8
∗
6.8
A
F931D685MAA
1.4
6
3.5
∗
6.8
B
F931D685MBA
1.4
6
2.5
∗
10
A
F931D106MAA
2.0
8
3.5
∗
10
B
F931D106MBA
2.0
6
2.1
∗
15
C
F931D156MCC
3.0
6
1.2
∗
22
B
F931D226MBA
4.4
8
1.9
∗
22
C
F931D226MCC
4.4
8
1.1
∗
33
C
F931D336MCC
6.6
8
1.1
∗
33
N
F931D336MNC
6.6
6
0.7
∗
47
C
F931D476MCC
9.4
10
1.1
∗
47
N
F931D476MNC
9.4
8
0.7
∗
1
A
F931E105MAA
0.5
4
7.5
∗
1.5
A
F931E155MAA
0.5
4
6.7
∗
2.2
A
F931E225MAA
0.6
6
6.3
∗
3.3
A
F931E335MAA
0.8
6
6.0
∗
4.7
A
F931E475MAA
1.2
8
4.0
∗
4.7
B
F931E475MBA
1.2
6
2.8
∗
10
B
F931E106MBA
2.5
12
1.9
∗
10
C
F931E106MCC
2.5
6
1.5
∗
15
C
F931E156MCC
3.8
8
1.2
∗
22
C
F931E226MCC
5.5
8
1.1
∗
22
N
F931E226MNC
5.5
6
0.7
∗
33
N
F931E336MNC
8.3
8
0.7
∗
47
N
F931E476MNC
11.8
8
0.7
∗
0.68
A
F931V684MAA
0.5
4
7.6
∗
1
A
F931V105MAA
0.5
4
7.5
∗
1.5
A
F931V155MAA
0.5
6
7.5
∗
2.2
A
F931V225MAA
0.8
6
7.0
∗
2.2
B
F931V225MBA
0.8
4
3.8
∗
3.3
B
F931V335MBA
1.2
4
3.5
∗
4.7
B
F931V475MBA
1.6
8
3.1
∗
4.7
C
F931V475MCC
1.6
6
1.8
∗
6.8
C
F931V685MCC
2.4
6
1.8
∗
10
C
F931V106MCC
3.5
6
1.6
∗
15
N
F931V156MNC
5.3
6
0.7
∗
22
N
F931V226MNC
7.7
8
0.7
∗
20V
25V
35
V
*1
ΔC/C
(%)
Part Number
Leakage
Current
(μA)
Disspation
Factor
(%@120Hz)
Case
code
ESR
(
Ω@100kHz)
Rated Volt
Rated
Capacitance
(μF)
10
V
16
V
Standard Ratings
In case of capacitance tolerance ±10% type, K will be put at 9th digit of type
numbering system.
*1 : ΔC/C Marked "∗"
I t e m
A • B • C • N Case (%)
Damp Heat
±10
Tempereature cycles
± 5
Resistance soldering heat
±5
Surge
± 5
Endurance
±10
F93 Series
Resin-Molded Chip, Standard Tantalum J-Lead



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