SOLID TANTALUM MnO
2
CAPACITORS
MOLDED CASES - SMD
CTC21
CTC21E
Solid tantalum MnO
2
capacitors
Molded cases
SMD
Very low ESR
Polarized
ELECTRICAL AND CLIMATIC CHARACTERISTICS
CTC21
CTC21E
Detail specification
Operating temperature
Damp heat
Capacitance range
Tolerance
Voltage range
Max. capacitance change –55°C
Max. capacitance change +85°C
Max. capacitance change +125°C
Maximum DF at +20°C
Maximum DF at –55°C
Maximum DF at +85°C
Maximum DF at +125°C
Max. leakage current at +20°C
Max. leakage current at +85°C
Max. leakage current at +125°C
Max. ESR at 500kHz +20°C
Max. ripple current 1kHz +20°C
Max. ripple current 500kHz +20°C
High surge current
Max. Reverse voltage at +20°C
Max. Reverse voltage at +85°C
Max. Reverse voltage at +125°C
Max. surge voltage at +85°C
Max. surge voltage at +125°C
CECC 30801-013
ESCC 3012/002 - ESA-ESCC EPPL 1
–55°C +125°C
56 days
5,6µF
330µF
±10% - ±20%
6,3V
63V
–10%
+8%
+12%
see table
= 2,0 x lim20°C
= 1,5 x lim20°C
= 1,5 x lim20°C
see table
see table
see table
see table
see table
see table
1 million cycles
10 % U
R
5 % U
R
1 % U
R
1,3 x U
R
1,3 x U
C
L
CECC 30801-013
ESCC 3012/003 - ESA-ESCC EPPL 1
–55°C +125°C
56 days
10µF
680µF
±10% - ±20%
6,3V
100V
–10%
+8%
+12%
see table
= 2,0 x lim20°C
= 1,5 x lim20°C
= 1,5 x lim20°C
see table
see table
see table
see table
see table
see table
1 million cycles
10 % U
R
5 % U
R
1 % U
R
1,3 x U
R
1,3 x U
C
W
DIMENSIONS
(mm)
Case code
C
D
– 0,1 +0,5
L
– 0,1 +0,5
W
– 0,1 +0,5
Dimensions
H
Tw
± 0,3
± 0,3
P
± 0,3
T
H
P
T
W
Tw
11
11
9
12,5
4,5
5,5
7
10,5
1,5
1,5
2
3
MARKING, PACKAGING, CONSTRUCTION:
see general characteristics
HOW TO ORDER
Commercial
description
EXXELIA PN
Model
CTC21
CTC21E
Model code
TS22
TS22E
Case
D
Case
D
Capacitance in µF
33µF
Capacitance code
336
Expressed in pF with 3
digits: 2 digits for the
value and the third for
the multiplier
Tolerance in %
20%
Tolerance code
M
K
= 10%
M
= 20%
DC Voltage
40V
DC Voltage code
040
Expressed in volt
with 3 digits
Termination
F
Termination
F
Commercial description / EXXELIA PN
T
= Tinning electrolytic SnPb (non RoHS)
F
= Tinning electrolytic Sn100% (RoHS)
S
= Hot solder dipped (non RoHS)
A
= Silver plated (RoHS)
Packaging
R
Packaging
-
= Bulk
R
= Tape & Reel
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MOLDED CASES - SMD
SOLID TANTALUM MnO
2
CAPACITORS
(Standard range)
STANDARD RATINGS - ELECTRICAL CHARACTERISTICS
Capacitance
1kHz +20°C
(µF)
Case
(code)
Max. I leak
Type
+20°C
(µA)
+85°C
(µA)
+125°C
(µA)
Max. DF
+20°C
(%)
Max. ESR
500kHz +20°C
(mΩ)
CTC21
Irms Max.
1kHz +20°C
(A)
Irms Max.
500kHz +20°C
(A)
120
150
270
330
82
100
180
220
56
68
120
150
39
47
82
100
27
33
56
68
22
33
47
15
18
22
5,6
6,8
8,2
10
18
22
C
C
D
D
C
C
D
D
C
C
D
D
C
C
D
D
C
C
D
D
C
D
D
C
C
D
C
C
C
C
D
D
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
CTC21
Rated voltage (+85°C) 6,3 V - Category voltage (+125°C) 4 V
7,6
76
95
8
9,4
94
117
10
17,0
170
212
10
20,8
208
260
12
Rated voltage (+85°C) 10 V - Category voltage (+125°C) 6,3 V
8,2
82
102
8
10,0
100
125
8
18,0
180
225
8
22,0
220
275
10
Rated voltage (+85°C) 16 V - Category voltage (+125°C) 10 V
8,9
89
111
6
10,8
108
135
6
19,2
192
240
8
24,0
240
300
8
Rated voltage (+85°C) 20 V - Category voltage (+125°C) 13 V
7,8
78
97
5
9,4
94
117
6
16,4
164
205
6
20,0
200
250
8
Rated voltage (+85°C) 25 V - Category voltage (+125°C) 16 V
6,7
67
83
5
8,2
82
102
5
14,0
140
175
6
17,0
170
212
6
Rated voltage (+85°C) 40 V - Category voltage (+125°C) 25 V
8,8
88
110
4
13,2
132
165
5
18,8
188
235
5
Rated voltage (+85°C) 50 V - Category voltage (+125°C) 32 V
7,5
75
93
3
9,0
90
112
4
11,0
110
137
4
Rated voltage (+85°C) 63 V - Category voltage (+125°C) 40 V
3,5
35
44
3
4,2
42
53
3
5,1
51
64
3
6,3
63
78
3
11,3
113
141
4
13,8
138
173
4
40
35
30
25
45
40
35
30
55
50
40
35
65
60
45
40
75
70
55
50
85
70
60
100
90
85
155
140
130
120
90
85
2,5
2,0
3,4
3,8
1,8
2,2
3,4
3,4
1,8
2,2
2,8
3,1
1,7
1,8
2,5
2,5
1,2
1,4
2,2
2,4
1,5
1,9
2,2
1,4
1,4
1,7
0,6
0,7
0,9
1,1
1,5
1,7
3,2
3,3
4,1
4,3
2,9
3,0
3,7
3,9
2,6
2,7
3,5
3,6
2,4
2,5
3,1
3,3
2,2
2,3
2,9
3,0
2,1
2,5
2,7
1,9
2,0
2,3
1,5
1,6
1,6
1,7
2,1
2,3
STANDARD TERMINATIONS:
T
F
S
A
tinning electrolytic SnPb (non RoHS)
tinning electrolytic 100% Sn (RoHS)
hot solder dipped (add 0,4 mm to dimensions L and H) (non RoHS)
silver plated for epoxy bonding (RoHS)
UPON REQUEST:
PACKAGING:
Standard:
Bulk
Optional:
Tape & Reel
When ordering add the suffix «R» just after the termination code.
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SOLID TANTALUM MnO
2
CAPACITORS
MOLDED CASES - SMD
CTC21E
STANDARD RATINGS - ELECTRICAL CHARACTERISTICS
Capacitance
1kHz
+20°C
(µF)
Case
(code)
Max. I leak
Type
+20°C
(µA)
+85°C
(µA)
+125°C
(µA)
Max. DF
+20°C
(%)
Max. ESR
500kHz +20°C
(mΩ)
(Extended range)
Irms Max.
1kHz +20°C
(A)
Irms Max.
500kHz +20°C
(A)
270
330
560
680
180
220
390
470
120
150
270
330
82
100
180
220
39
47
82
100
33
56
68
22
47
12
15
33
10
22
C
C
D
D
C
C
D
D
C
C
D
D
C
C
D
D
C
C
D
D
C
D
D
C
D
C
C
D
C
D
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
CTC21E
Rated voltage (+85°C) 6,3 V - Category voltage (+125°C) 4 V
17,0
170
212
16
20,8
208
260
20
35,3
353
441
24
42,8
428
535
30
Rated voltage (+85°C) 10 V - Category voltage (+125°C) 6,3 V
18,0
180
225
12
22,0
220
275
12
39,0
390
487
20
47,0
470
587
22
Rated voltage (+85°C) 16 V - Category voltage (+125°C) 10 V
19,2
192
240
10
24,0
240
300
12
43,2
432
540
16
52,8
528
660
20
Rated voltage (+85°C) 20 V - Category voltage (+125°C) 13 V
16,4
164
205
6
20,0
200
250
8
36,0
360
450
12
44,0
440
550
12
Rated voltage (+85°C) 25 V - Category voltage (+125°C) 16 V
9,7
97
121
5
11,7
117
146
6
20,5
205
256
6
25,0
250
312
8
Rated voltage (+85°C) 40 V - Category voltage (+125°C) 25 V
13,2
132
165
5
22,4
224
280
6
27,2
272
340
6
Rated voltage (+85°C) 50 V - Category voltage (+125°C) 32 V
11,0
110
137
5
23,5
235
293
6
Rated voltage (+85°C) 63 V - Category voltage (+125°C) 40 V
7,5
75
93
5
9,4
94
117
5
20,8
208
260
5
Rated voltage (+85°C) 100 V - Category voltage (+125°C) 63 V
10,0
100
125
5
22,0
220
275
5
45
45
35
35
50
45
35
35
55
50
45
45
65
60
50
45
95
85
65
60
100
80
75
125
85
160
145
100
175
125
2,0
2,0
2,5
2,5
1,9
2,0
2,5
2,5
1,8
2,0
2,3
2,5
1,7
1,7
2,1
2,2
1,4
1,5
1,8
1,9
1,3
1,6
1,7
1,2
1,6
1,1
1,1
1,5
1,0
1,3
2,9
2,9
3,6
3,6
2,7
2,9
3,6
3,6
2,6
2,9
3,5
3,6
2,4
2,5
3,0
3,1
2,0
2,1
2,6
2,7
1,9
2,3
2,4
1,7
2,3
1,5
1,6
2,1
1,4
1,9
STANDARD TERMINATIONS:
T
F
S
A
tinning electrolytic SnPb (non RoHS)
tinning electrolytic 100% Sn (RoHS)
hot solder dipped (add 0,4 mm to dimensions L and H) (non RoHS)
silver plated for epoxy bonding (RoHS)
UPON REQUEST:
PACKAGING:
Standard:
Bulk
Optional:
Tape & Reel
When ordering add the suffix «R» just after the termination code.
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MOLDED CASES - SMD
SOLID TANTALUM MnO
2
CAPACITORS
SMD - General characteristics
Applicable for types see below:
General purpose:
CTC3, CTC3E, CTC23
Special for power supplies and converters:
CTC4, CTC21, CTC21E, CTC42, CTC42E, SMT47
CONSTRUCTION
Chamfer = Polarity +
Tantalum - lead frame welding
Silver epoxy bonding
Negative lead
Positive lead
Epoxy resin
Tantalum pentoxide
Manganous dioxide
Silver
Tantalum powder
Graphite
MARKING CTC3 - CTC3E - CTC4 - CTC4 RSE
Polarity band +
Coded capacitance
Voltage in V
Date code =
Year : 1 digit
Week : 2 digits
+ Positive mark
K
K indicates ±10%
+
FIRCA
+
+
Capacitance in µF
F
V
Voltage in V
Date code =
Year : 2 digits
Week : 2 digits
MARKING CAPACITANCE CODING
Code
104
154
224
334
474
684
C (µF)
0,1
0,15
0,22
0,33
0,47
0,68
Code
105
155
225
335
475
685
C (µF)
1,0
1,5
2,2
3,3
4,7
6,8
Code
106
156
226
336
476
686
C (µF)
10
15
22
33
47
68
Code
107
157
108
C (µF)
100
150
1000
PACKAGING
CTC3, CTC3E, CTC4, CTC4 RSE:
on tape (see next page)
CTC21, CTC21E, CTC23, SMT47:
boxes or plastic bags or on tape (see datasheet)
CTC42, CTC42E:
boxes or plastic bags
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SOLID TANTALUM MnO
2
CAPACITORS
MOLDED CASES - SMD
SMD - General characteristics
CTC21, CTC21E, CTC3, CTC4, CTC3E, CTC4 RSE, CTC23, CTC42, CTC42E, SMT47:
vapour phase or infrared (see temperature profiles below) and soldering iron.
CTC3, CTC4, CTC3E, CTC4 RSE:
Double-Wave-Soldering (see temperature profiles below)
VAPOR PHASE SOLDERING, BATCH SYSTEM WITH PREHEATING:
ATTENTION
For models CTC21, CTC21E, CTC23, CTC42 and CTC42E, SMT47 for which the
nominal voltage (U
R
) is > = 40 volts; due to their substantial volume and the
thermo-mechanical constraints brought about during the soldering of circuits
by the method “infrared forced convection”, we advise as far as it is possible by
the design of the board to make this soldering manually using a soldering iron.
Numerous experiments demonstrate that this solution although difficult to
control gives very good results compared with the above-mentioned automated
method.
For soldering ovens using “infrared forced convection”, their mode of operation
depends on the coefficient of absorption of the surface of the material and the
thermal mass of the various components subjected to the infrared radiation.
The temperature of the various components under these conditions is not
easily managed or controlled during the passage through the oven. For some
components, temperatures within the components were found to be much
more than 15°C higher than the external temperatures.
VAPOR PHASE SOLDERING, IN-LINE SYSTEM WITH PREHEATING:
The parameters which affect the temperature of components are:
• Time and power
• Mass of the component
• Size of the component
• Dimension of the circuit
• Coefficient of absorption of the surfaces
• Density of components
• Wavelength of radiation of the source
• Relation between energy of radiation and energy of convection
The standard profile of this process is given on the previous page and comes
from the CECC standard 00802.
INFRARED SOLDERING:
A period of pre-heating is necessary to allow the evacuation of solvents
contained in solder flux before starting the flux “wetting”.
ADVICE
•
•
•
DOUBLE-WAVE-SOLDERING:
Preheat the board (to eliminate the tracks of humidity) before the application
of the solder flux. 4 hours minimum in +70 °C.
In the case of a double-sided board, not to clean after the first passage. It
could result in a higher level of humidity which could affect the quality of the
soldering during the second passage.
A minimum solder joint is preferable. The solder does not have to run up too
high up the connections.
Good solder joints are realised with connections having a good solderability
(check the angle of wetting).
The mechanical adhesion of the component on the board is best assured
when the connecting pad is directly in contact with the board.
•
•
Bold line
Fine line
:
prefered temperature/time profile
:
temperature/time profile limit
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