Conductive Polymer Aluminum Solid Capacitors
Selection guide
Conductive Polymer Aluminum
Solid Capacitors
P9
OS-CON Line-up
P11
Guidelines and precautions
P15
Series system diagram
P16
Image of case size
P17
Products list
P21
Packing specifications
（SMD type）
P23
Packing specifications（Radial lead type）
P25
Recommended soldering condition
P26
Fundamental structure
P27
Characteristics
P30
Reliability
P33
SXV
P34
SVPG
Surface mount type
Radial lead type
P35
SVPF
P37
SVPE
P39
SVPS
P41
SVPD
P43
SVPC
P45
SVPB
P47
SVPA
P49
SVQP
P51
SVP
P53
SXE
P54
SEPF
P55
SEPC
P57
SEQP
P59
SEP
P61
Catalog Deletion and EOL series
※
Yelloew letters
： Update
※
Red letters
： New series
INDEX
P8
P9
OS-CON INDEX
OS-CON Line-up
P11 Guidelines and precautions
P15 Selection guide
P25 Technical data
P33 Each series
P61 Catalog Deletion and EOL series
8
Technical data
Guidelines and precautions for use
About capacitors
Please take note of the following points in order to make the best use of capacitor's
performance.
Please use capacitors within the range of specified performance after confirming
each capacitor's usage environment and circuit condition.
Please choose capacitors that match the lifetime of the intended circuit design.
The performance of capacitors is changed by the temperature or frequency.
Therefore, please consider these variations when designing the circuit.
Please buy capacitors from our official distributors. Otherwise there is no warranty.
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Conductive Polymer Aluminum Solid Capacitors
Conductive Polymer Tantalum Solid Capacitors
Considerations when using in
industrial equipment
To when capacitors are used in industrial equipment,
allow wider margin of capacitance, impedance and other
characteristics.
Polarity
OS-CON
and
POSCAP
have polarity.
Please confirm the polarity prior to use. If it is used with
the reverse polarities, leakage current, shorter lifetime or
a short circuit may result.
There is no bi-polar model of the
OS-CON
and
POSCAP.
Rating and category
The definition of rating and category is as follows.
Rated temperature:
The maximum ambient temperature at which rated
voltage may be continuously applied.
Rated voltage:
The maximum direct voltage or peak value of pulse
voltage which may be applied continuously to a
capacitor at any temperature between the lower
category temperature and the rated temperature.
Category temperature range:
The range of ambient temperatures for which a capacitor
has been designed to operate continuously;
this is given by the lower and upper category
temperature.
Category voltage:
The maximum voltage which may be applied continuously
to a capacitor at its upper limit of category temperature.
Operating temperature and
ripple current
Set the operating temperature so that it falls within the
range stipulated in this delivery specification.
Do not apply current that exceeds the allowable ripple
current. When excessive ripple current is applied,
internal heat increases and reduces the lifetime.
In case capacitors are used under the condition out of
the specified frequency, ripple current shall not exceed
the value revised by the frequency coefficient.
5
Parallel connection
Ripple current may be flowed to a capacitor that has
lower impedance when a different kind of capacitor is
used in parallel.
Please be very careful of choosing models.
Please consider the balance of electric current when
more than two capacitors are connected in parallel.
Operating environment restrictions
Do not use the capacitor in the following environments
Places where water, salt water or oil can directly fall on
it and pleces where dew condensation may form
Places with noxious gas (hydrogen sulfide, sulfurous
acid, nitrous acid, chlorine, ammonia, etc)
Places susceptible to ozone, ultraviolet rays and radiation
Places where vibration or shock exceeds the allowable
value as specified in the catalog or specification sheet
Places under direct sunlight
Applied voltage for designing
Do not apply voltages exceeding the full rated voltage.
If such voltage is applied, it may cause short circuit
even though it is just a moment.
90% and below of the rated voltage or category
voltage of the
POSCAP
is recommended. If the
rated voltage is 10V or over except for TQC series,
80% and below of the rated voltage or category
voltage is recommended.
The sum of the DC voltage plus the peak AC voltage
shall not exceed the rated voltage or category voltage.
The sum of the DC voltage plus the negative peak
AC voltage shall not allow reverse voltage.
Do not apply reverse voltage.
Please contact us when there is a concern that circuit
operation may cause reverse voltage.
Land pattern
Please design hole space and hole diameter of circuit
board for capacitor radial lead type,
or land patterns for capacitor SMD type with
consideration of the product dimension specified in the
catalog or specification sheet and the size tolerance.
Avoid locating heat-generating components around the
capacitor and on the underside of the PC board.
When a capacitor is mounted to the double sided circuit
board, avoid placing through holes under the capacitor.
Avoid having the printed wire under the capacitor.
Soldering
The soldering conditions as soldering iron, flow soldering, reflow soldering should be under the range prescribed in specifications.
If the specifications are not followed, there is a possibility of the cosmetic defection, the intensive increase of leakage
current or the capacitance reduction.
Soldering heat stress to capacitor varies depending on temperature, duration time, mounting condition such as size,
material and component quantity of PC board. Please check the heat durability in your actual soldering condition.
6
Guidelines and precautions for use
About capacitors
Things to be noted before
mounting
Do not reuse capacitors that have been assembled in a
set and energized.
Leakage current may increase when capacitors are
stored for long term. In this case, we recommend you to
apply the rated voltage for 1 hour at 60℃ to 70℃ with
a resistor load of 1kΩ.
In case the capacitor has re-striking-voltage, please
apply the rated voltage to the capacitor through a
resistor load of 1kΩ.
Storage conditions
It is necessary to maintain a good storage environment
in order to prevent the problem when soldering due to
the degradation of solderability or moisturization of
molding resin.
When storing the reel in the storage bag, please
ensure that the storage bag is fully sealed.
※
environment.
For duration of storage, refer to the respective
"Guidelines and precautions for use" of each capacitor.
Do not store in damp conditions such as with water,
salt water, or oil, and dew condensation.
Do not store in places filled with noxious gas
Do not store in high temperature and high humidity
Mounting 1
Please mount capacitors after confirming the polarity.
Please mount capacitors after confirming its rated
capacitance and rated voltage.
When mounting capacitors to the circuit board, please
use capacitors with the lead space matching the hole
space of the circuit board.
Do not drop capacitors or use capacitors dropped
beforehand.
Be careful not to deform the capacitor during installation.
(hydrogen sulfide, sulfurous acid, nitrous acid,
chlorine, ammonia, etc).
Do not store in places susceptible to ozone, ultraviolet
rays and radiation.
Please unseal storage bag just before mounting and
be conscious that the capacitors are used up.
Refer to the respective "Guidelines and precautions
for use" of each capacitor when some remain by
necessity.
※Only for capacitors packed by laminate bag.
Mounting 2
When an automatic inserter is used to clinch the
capacitor lead terminal, make sure it is not set too
strongly.
Be careful of the shock force that can be produced by
absorbers, product chckers and centers on automatic
inserters and installers.
Do not apply excessive external force to the lead
terminal or the capacitor itself.
Disposal of capacitors
Capacitors comprise solid organic compounds, various
metals, resin, rubber, etc. Treat them as industrial waste
when disposing of it.
In case of disposing of a large amount of capacitor, we
can dispose on your behalf.
7
OS-CON
Line-up
Guidelines and
precautions
Image of
case size
Products list
Packing
specifications
（SMD type）
Packing
specifications
（Radial lead type）
Selection guide
Series system
diagram
Line-up
Long life ・ High reliability
Small size ・ Low profile
Large capacitance
Technical data
Fundamental
structure
Characteristics
Reliability
SXV
SVPG
SXV
SVPG
33
34
Super high voltage
105℃ 5,000½
Low ESR
High ripple current
●
High voltage
Low ESR
Recommended
soldering
condition
Classification
Series
Page
Features
Size
code
Category
temperature
range(℃)
Rated
voltage
range
(Ｖ．
ＤＣ)
Capacitance Marking
range(μＦ)
color
●
●
E12 −55 to ＋105 63 to 100
B45 −55 to ＋105 16 to 25
C10 −55 to ＋105
B6
C6
16
−55 to ＋105 16 to 25
−55 to ＋105 16 to 50
−55 to ＋105 16 to 50
15 to 33
15 to 47
270
27 to 82
10 to 180
18 to 270
39 to 560
68 to 1,000
150 to 390
220 to 390
470
10 to 33
22 to 68
22 to 150
10 to 270
100 to 680
10 to 56
8.2 to 82
18 to 39
22 to 47
47 to 82
39 to 180
68 to 560
120 to 680
2,700
15 to 120
22
10 to 82
22 to 180
47 to 330
180 to 820
22 to 150
47 to 220
3.3 to 33
10 to 68
22 to 220
33 to 330
56 to 680
100 to 680
Purple
Purple
SVPE
SVPS
SVPD
SVPC
SVPB
SVPA
SVQP
SVP
Surface mount type
SVPF
SVPF
35 to 36
High voltage
Large capacitance
105℃ 5,000h
●
● ●
E7
Purple
E12 −55 to ＋105 16 to 50
F12 −55 to ＋105 16 to 50
B6
−55 to ＋105 2.5 to 6.3
−55 to ＋105 2.5 to 10
16
SVPE
Radial lead type
37 to 38
Super low ESR
Large
capacitance
● ●
C6
SXE
SEPF
SEPC
SEQP
SEP
C10 −55 to ＋105 2.0 to 1.6 180 to 1,200
F12 −55 to ＋105
A5
B6
−55 to ＋105 4.0 to 10
−55 to ＋105 4.0 to 16
−55 to ＋105 4.0 to 20
−55 to ＋105 4.0 to 25
−55 to ＋105 4.0 to 16
−55 to ＋125 10 to 25
−55 to ＋125 16 to 35
−55 to ＋125 25 to 35
Purple
SVPS
39 to 40
Long life
●
C6
E7
F8
C6
E7
Purple
Catalog Deletion and
EOL series
POSCAP
Line-up
Guidelines and
precautions
Surface mount type
SVPD
41 to 42
Guaranteed at 125℃
Rated 35V max.
85℃85％ RH
● ●
F8
Purple
E12 −55 to ＋125 25 to 35
F12 −55 to ＋125 25 to 35
B6
−55 to ＋105 2.5 to 16
−55 to ＋105 2.5 to 16
−55 to ＋105 2.5 to 16
2.5
20
C6
● ●
E7
Selection guide
SVPC
43 to 44
Low ESR
Large
capacitance
Purple
E12 −55 to ＋105 2.5 to 16 270 to 1,500
F12 −55 to ＋105
C5
B6
−55 to ＋105 2.5 to 20
−55 to ＋105 2.5 to 20
−55 to ＋105 2.5 to 20
−55 to ＋105 2.5 to 20
−55 to ＋105 2.5 to 16
−55 to ＋125 4.0 to 20
−55 to ＋125 6.3 to 20
−55 to ＋105 4.0 to 16
−55 to ＋105 4.0 to 20
−55 to ＋105 2.5 to 20
−55 to ＋105 4.0 to 20
−55 to ＋105 4.0 to 20
Technical data
SVPB
45 to 46
Low profile
●
C55 −55 to ＋105
C6
E7
F8
C6
E7
A5
B6
C6
Purple
SVPA
47 to 48
Low ESR
High ripple current
●
Purple
SVQP
Surface mount type
49 to 50
Guaranteed at 125℃
●
Purple
SVP
51 to 52
Standard
E7
F8
Purple
E12 −55 to ＋105 2.5 to 20
Catalog Deletion and
EOL models
F12 −55 to ＋105 2.5 to 20 150 to 1,500
9
stm32/stm8
