CHIP TYPE TANTALUM SOLID ELECTROLYTIC CAPACITORS
Upgrade!
New!
@Resin
molded chip type
@Extended
capacitance range
(1K2 rank) than MCS series
@Smaller
than MCS series
/
@Resin
molded chip type
@Lead
free type
@Extended
capacitance range (1K2 rank) than MCS series
@Low
profile, small-sized and large Capacitance
?SPECIFICATIONS
Items
Category
temperature range
Rated Voltage range
Rated Capacitance range
Rated Capacitance tolerance
Leakage current
(L.C.)
Requirements
–55 to +125C(+85C max. without voltage derating)
Test Conditions
4 to 35V
dc
1.0 to 680MF
P20%(M)
I[0.01CV or 0.5(MA) Whichever is greater.
I : Leakage current (MA), C : Rated Capacitance (MF), V : Rated voltage (V
dc
)
Rated Voltage (V)
1.0
1.5 to 10 15 to 68 100 to 330
Dissipation factor
(tane)
D.F. (%) max. 1)
4 (6)
6 (8)
8
10 (11)
The following specifications shall be satisfied for P size.
Rated Capacitance (µF)
4V
6.3 to 16V
D.F. (%) max. 1)
10
8
Temperature (C)
– 55
+85
+125
Characteristics
at high and
Cap. change(%)
[P10
[P10
[P15
Low temperature
Shall not exceed 150% Shall not exceed 120% Shall not exceed 150%
table 1
of the initial Limit
of the initial Limit
of the initial Limit
C=1.0MF
6(8)
4(6)
6(8)
D.F. (%) max.
C=1.5 to 10MF
8(10)
6(8)
8(10)
C=15 to 68MF
8
10
10
C=100 to 330MF
12(13)
10(11)
12(13)
[0.125CV
or 6.25(MA)
[0.1CV
or 5(MA)
Leakage current (MA) max.
Whichever is greater.
Whichever is greater.
The following specifications shall be satisfied for P size.
Temperature (C)
+85
+125
– 55
Cap. change(%)
[P15
[P20
[P15
Shall not exceed 150% Shall not exceed 120% Shall not exceed 150%
table 1
of the initial Limit
of the initial Limit
of the initial Limit
D.F. (%) max.
10
12
12
4V
8
10
10
6.3 to 16V
[0.1CV
or 5(MA)
[0.125CV
or 6.25(MA)
Leakage current (MA) max.
Whichever is greater. Whichever is greater.
Cap. change
Damp heat,
less than
P
10%
steady state
D.F.
Shall not exceed the value in Dissipation factor
Leakage current (L.C.) Shall not exceed the value in Leakage current
The following specifications shall be satisfied for P size.
less than
P
20%
Cap. change (%)
4V : 15, 6.3 to 10V : 12
D.F. (%) max.
Leakage current (L.C.) Shall not exceed the initial limit Leakage current
( ) : Applies for P size
4 to 6.3V Within
P
12%
Surge
10 to 16V Within
P
8% (Within
P12%)
Cap. change
20 to 35V Within
P
5% 2)
Shall not exceed 150% of the initial limit
D.F.
Leakage current (L.C.) Shall not exceed the initial limit Leakage current
Rated ripple voltage
See Rated ripple voltage page, please.
4 to 10V Within
P
8% (Within
P20%)
Resistance to
( ) : Applies for P size
Cap. change 3)
soldering heat
16 to 35V Within
P
5% (Within
P10%)
D.F.
Shall not exceed the initial limit Dissipation factor
Leakage current (L.C.) Shall not exceed the initial limit Leakage current
4 to 6.3V
Within
P
12%
Endurance
Cap. change
10 to 35V
Within
P
10%
D.F. (%) max.
4V : 15, 6.3 to 10V : 12
Leakage current (L.C.) Shall not exceed the initial limit Leakage current
The following specifications shall be satisfied for P size.
4V
Within
P
20%
Cap. change
6.3 to 10V
Within
P
12%
D.F. (%) max.
4V : 15, 6.3 to 16V : 12
Leakage current (L.C.) Shall not exceed 125% of the initial limit
1%/1000h
Failure rate
Standard
JIS C 5143 characteristics LB
f=120Hz, 20C
Refer JIS C 5102. 7.7 .
After 5 minutes of applying rated voltage at 20C
Refer JIS C 5102. 7.9 .
f=120Hz, 20C
( ) : Applies for R.V. 4V
dc
and
A to D size
Shall meet the table values.
Refer JIS C 5102. 7.12 .
( ) : Applies for R.V. 4V
dc
and
A to D size
Refer JIS C 5102. 9.5.
40C 90K95%RH 500hrs.
Refer JIS C 5102. 7.14 .
85C Surge voltage 1000cycles
(30sec-on, 330sec-off).
Refer JIS C 5143 Appendix 1.
260C 5 sec.
Refer JIS C 5102. 9.10 page.
85C, Rated voltage, 1,000hrs.
85C, Rated voltage, 1O/V
(power source impedance)
Note 1) table1 : Shall not exceed the value in No. 4
Note 2) Cap change of 25V-2.2MF(A size) and 25V-4.7MF (B2 size) is withinP10%.
Note 3) table1 (without P size) : within
P10%
(1/2)
CAT. No. E1002E
CHIP TYPE TANTALUM SOLID ELECTROLYTIC CAPACITORS
Upgrade!
New!
/
?DIMENSIONS
L
L
Unit : mm
W
W
a
a
b
a
a
b
case code P, A
2
, A
case code B
3
, B
2
, C, D
2
, D
Case code
P
A2
A
B3
B2
C
D2
D
L
2.0P0.2
3.2P0.2
3.2P0.2
3.5P0.2
3.5P0.2
6.0P0.2
5.8P0.2
7.3P0.2
W
1.25P0.2
1.6
P0.2
1.6
P0.2
2.8
P0.2
2.8
P0.2
3.2
P0.2
4.6
P0.2
4.3
P0.2
H
1.2max.
1.2max.
1.6P0.2
1.2max.
1.9P0.2
2.5P0.2
3.2P0.2
2.8P0.2
a
0.5P0.2
0.8P0.2
0.8P0.2
0.8P0.2
0.8P0.2
1.3P0.2
1.3P0.2
1.3P0.2
b
0.9P0.2
1.2P0.2
1.2P0.2
2.2P0.2
2.2P0.2
2.2P0.2
2.4P0.2
2.4P0.2
H
?PART
NUMBERING SYSTEM
10
MCE 107
M
D
TER
Taping code
Case code
Cap tolerance
Rated cap code
Series name
Rated voltage code
H
Capacitance (pF)
1,500,000
22,000,000
330,000,000
Code
155
226
337
@Rated
voltage code table
Rated voltage(V
dc
)
code
2.5
2R5
4
4
6.3
6
10
10
16
16
20
20
25
25
35
35
?STANDARD
RATINGS
R.V(V
dc
)
(Code)
S.V.(V
dc
)
mF
(Code)
1.0 (105)
1.5 (155)
2.2 (225)
3.3 (335)
4.7 (475)
6.8 (685)
10.0 (106)
15 .0 (156)
22.0 (226)
33.0 (336)
47.0 (476)
68.0 (686)
100.0 (107)
150.0 (157)
220.0 (227)
330.0 (337)
470.0 (477)
680.0 (687)
4
(4)
5
6.3
(6)
8
A2
A2
A2
A2
P, A2
P, A2
P, A2, A
P, A2, A
A2, A, B2
A, B2
A, B3, B2
B2, C
B2, C
C, D, D2
C, D
D
D
10
(10)
13
A2
A2
P, A2
P, A2
P, A2
A2, A
A2, A
A, B2
A, B2
B3, B2
B2, C
C
C, D, D2
D
D
16
(16)
20
P, A2
A2
A2
A
A
A, B2
B2
B2, C
C
C, D, D2
D
D
20
(20)
26
25
(25)
32
A
A
B2
C
C
C
D, D2
35
(35)
44
A
B2
B2
A2
A2
A2
A2
P, A2
P, A2, A
P, A2, A
A2, A, B2
A, B2
B3, B2
B3, B2, C
B2, C
C, D, D2
C, D
D
D
A
A
A
B2
B2
C
C
D, D2
D
?table1
No.
Part Number
4MCM226MP
4MCM336MA2
4MCM476MA
4MCM686MB3
4MCM107MB3
4MCM107MB2
4MCM157MB2
4MCM227MC
4MCM337MC
4MCM477MD
4MCM687MD
6MCM156MP
6MCM226MA2
6MCM336MA
1
2
3
4
No.
Part Number
6MCM476MA
6MCM476MB3
6MCM686MB2
6MCM107MB2
6MCM157MC
6MCM227MC
6MCM337MD
6MCM477MD
10MCM226MA
10MCM336MB3
10MCM476MB2
10MCM107MC
10MCM227MD
1
2
3
4
Dissipation Factor
Rating Voltage Rated Capacitance
Case code
(D.F.) (%)
85c (V
dc
)
(mF)
20
P
22
4
12
A2
33
4
12
A
47
4
15
B3
68
4
20
B3
100
4
12
B2
100
4
18
B2
150
4
12
C
220
4
14
C
330
4
16
D
470
4
24
D
680
4
10
P
15
6.3
12
A2
22
6.3
12
A
33
6.3
Dissipation Factor
Rating Voltage Rated Capacitance
Case code
(D.F.) (%)
85c (V
dc
)
(mF)
18
A
47
6.3
12
B3
47
6.3
10
B2
68
6.3
12
B2
100
6.3
12
C
150
6.3
14
C
220
6.3
14
D
330
6.3
20
D
470
6.3
12
A
22
10
12
B3
33
10
8
B2
47
10
10
C
100
10
12
D
220
10
(2/2)
CAT. No. E1002E
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