P63 POSCAP Line-up
P65 Guidelines and precautions
P67 Selection guide
P74 Technical data
P81 Each series
P101 Catalog Deletion and EOL models
P65 Guidelines and precautions
Technical data Selection guide
P62 POSCAP INDEX
P63 POSCAP Line-up
P67 Series system diagram
P68 Image of case size
P69 Products list
P71 Explanation of part numbers
P72 Packing specifications
P74 Recommended soldering condition
P75 Fundamental structure
P76 Characteristics
P80 Reliability
P81
P82
Surface mount type
INDEX
Conductive Polymer Tantalum Solid Capacitors
Conductive Polymer Tantalum
Solid Capacitors
P83
P84
P85
P89
P91
P93
P95
P96
P97
P99
TPU
TPH
TPG
TPSF
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
P101 Catalog Deletion and EOL models
※ Yelloew letters ： Update
62
Environmental responsibilityt
Automotive ＆ Industrial Systems
Company, Panasonic Corporation
Principle
The Automotive & Industrial Systems Company Group,
Panasonic Corporation, Fulfills both environmental
contribution and business growth, takes care of
biodiversity, and contributes to create harmonization
of environment, economy and society and to achieve
a sustainable society.
RoHS compliance
Halogen-free stance
All capacitors comply with RoHS directive (2011/65/EU).
All OS-CON and POSCAP comply with halogen-free
requirements. Please contact us for details.
The difinition of halogen-free for capacitors is about
element or compound of chlorine(Cl) and bromine(Br)
out of halogen family except fluorine, iodine and
astatine, and satisfy the following conditions as
homogeneous materials.※
Restricted Substance
Restricted substances of RoHS directive
Cadmium(Cd) and it's compounds
Lead(Pb) and it's compounds
Mercury(Hg) and it's compounds
Hexavalent chromium(Cr6+)
Polybrominated biphenyls(PBBs)
Polybromineted diphenyl ethers(PBDEs)
Lead-free stance
All complete parts and homogenous materials of
capacitors are lead-free.(JEITA, PHASE3)
3
The content percentage of chlorine(Cl)
0.09wt% (900ppm) below
The content percentage of bromine(Br)
0.09wt% (900ppm) below
The total content percentage of chlorine(Cl) and bromine(Br)
0.15wt% (1,500ppm) below
※Homogeneous material : the material that cannot be mechanically decomposed.
(Example)
・plastic composed of homogeneous material, adhesives,
metallic material, ink, glass, paper, alloyed metal, etc.
・ink layer printed or coated on plastic material, coating
layer, film of paint etc.
・thin metallic film formed on the surface of plastic
material or metallic material
*As for the packaging materials, they comply with
EU94/62/EC Packaging and Waste Packaging Directive,
which requires the total content of lead, cadmium, mercury
and hexavalent chromium in the components of packaging
materials to be 100 ppm or less.
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.
Line-up
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.
Operating temperature and
ripple current
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.
Set the operating temperature so that it falls within the
The range of ambient temperatures for which a capacitor
Do not apply current that exceeds the allowable ripple
has been designed to operate continuously;
current. When excessive ripple current is applied,
this is given by the lower and upper category
internal heat increases and reduces the lifetime.
temperature.
In case capacitors are used under the condition out of
Category voltage:
the specified frequency, ripple current shall not exceed
the value revised by the frequency coefficient.
5
Category temperature range:
range stipulated in this delivery specification.
The maximum voltage which may be applied continuously
to a capacitor at its upper limit of category temperature.
Parallel connection
Operating environment restrictions
Ripple current may be flowed to a capacitor that has
Do not use the capacitor in the following environments
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.
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.※
Do not store in high temperature and high humidity
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
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.
(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.
Be careful not to deform the capacitor during installation.
Mounting 2
When an automatic inserter is used to clinch the
Capacitors comprise solid organic compounds, various
capacitor lead terminal, make sure it is not set too
metals, resin, rubber, etc. Treat them as industrial waste
strongly.
when disposing of it.
Be careful of the shock force that can be produced by
In case of disposing of a large amount of capacitor, we
absorbers, product chckers and centers on automatic
inserters and installers.
Do not apply excessive external force to the lead
terminal or the capacitor itself.
7
Disposal of capacitors
can dispose on your behalf.
OS-CON
Line-up
Guidelines and
precautions
Guidelines and
precautions
Selection guide
POSCAP is uniquely structured solid electrolytic capacitor. Please note the following points in order to take full advantage
of the POSCAP's performance and ensure the most stable quality.（The crucial precautions is described to page 5 to 7）
Technical data
Surface mount type
C ircuit designing cautions
1.Check the rated performance
5.Rapid charge and discharge limitation
After checking the operation and installation
environments,
design the circuit so that it falls within the rated
performance range stipulated in this delivery
specification.
Rapid charge and discharge are restricted (for
maintainance of high-proof reliability).
A protective circuit is recommended for when a
rapid charge or discharge causes excessive rush
current since this is main cause of short circuit and
large leakage current. Use a protective circuits in
case the rush current value exceeds 20A※.
Be sure to insert a protection resistor of about 1kΩ
for charge and discharge when measuring the
leakage current.
2.Operating temperature and ripple current
Radial lead type
Catalog Deletion and
EOL series
(a) Set the operating temperature so that it falls
within the range stipulated in this delivery
specification.
(b) Do not apply current that exceeds the
allowable ripple current. Ripple current should
be controlled
so that surface temperature of a capacitor do
not exceed the rated temperature.
(For questions regarding TQC series, please
contact us.)
POSCAP
Line-up
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
Technical data
Series system
diagram
Selection guide
Guidelines and
precautions
TPU
TPH
TPG
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
3.Leakage current
Even when the soldering conditions fall within the
range of this delivery specifications, leakage
current increases a little on occasion. It also
increases a little during high temperature storage,
high humidity storage and temperature cycling
with no voltage applied. In cases such as these,
leakage current will decrease by applying voltage
under the condition of below the POSCAP's
maximum operating temperature. The speed at
which the leakage current is restored is increased
by applying voltage when the POSCAP's
temperature is close to the maximum operating
temperature.
4.Prohibited circuits
Since problems can be expected, POSCAP cannot
be used on the following circuits
(1) High impedance voltage retention circuits
TV
(2) Time constant circuits
(3) Circuits greatly affected by leakage current
TH
(4) The circuit in which two or more POSCAP are connected
TQC
Catalog Deletion and
EOL models
65
in a series so as to raise the endurance voltage.
※ When TH series use under the ambient temperature
more than 105℃ : 10A, TPU series : 10A
6.Protect circuit
The failure mode of POSCAP is the short mode.
When it breaks down, short electric current flows
to it.POSCAP gives off heat by this short current.
Do the following consideration in design fully for
the safety because it has a bad influence on the
part around POSCAP due to this heat.
・ A protective circuit and a protective device are set
up, so as to make the system safer.
・ A diffuse circuit and so on is set up, so as to make
the system safer such as that a machine may not
break down as to the single trouble.
7.Failure and life-span
The failure rate is 0.5% ＊ / 1,000h (Confidence
level：60%) based on JIS C 5003. The mainly failure modes are as follows.
＊ B2 size or less: 1.0%
7-1. Contingency failure
The main causes of failure are thermal
stresses cause by the soldering or thermal
use environment,
along with heat stresses, electrical stresses or
mechanical stresses. The most common
failure mode is a short circuit.
In case a short circuit occurs, ensure safety
by fully considering the followings.
(1) If POSCAP emit smoke, turn off the main power
of the equipment.In this case, keep your face and
hands away from the area.
OS-CON
Line-up
Guidelines and
precautions
Selection guide
Technical data
(2) It may take a few seconds to a few minutes
before POSCAP emits smoke by the situation.
Increase safety by using a protective circuit.
(3) If the smoke comes into eyes, rinse immediately.
If the smoke is inhaled, gargle immediately.
(4) In case a large current continues to flow
after a short circuit, in the worst case, the
10.Others
POSCAP’s Electrical characteristics are affected
by temperature and frequency fluctuations.
Design circuits after checking the amount of
fluctuation.
Surface mount type
shorted-out section may ignite. For safety,
install a redundant circuit or a protective circuit, etc.
Failure rate
In the case of the endurance which is 105℃ 2,000h.
0.5%/1,000h (Environment temp. : 105℃, Rated
voltage or Category voltage applied)
In the case of the endurance which is 105℃ 1,000h
or 125℃ 1,000h.
1.0%/1,000h (Environment temp. : 105℃, Rated
voltage or Category voltage applied)
In the case of the endurance which is 85℃ 1,000h.
1.0%/1,000h (Environment temp. : 85℃, Rated
voltage applied)
9.Considerations when soldering
The soldering conditions are to be within the
range prescribed in this delivery specification.
If the specifications are not followed, there is the
possibility of degradation of electric characteristic
and lifetime when soldering is conducted under
conditions that are harsher that those stipulated.
MSL
2a
Floor life
Time
Conditions
Applicable models
4 weeks ≦30℃／60％RH
3
168 hours ≦30℃／60％RH
5
48 hours ≦30℃／60％RH
See characteristics list
in Page 81 to 100
Radial lead type
Catalog Deletion and
EOL series
POSCAP
Line-up
Guidelines and
precautions
Selection guide
When POSCAP is used within the rated voltage, it
shows a stable characteristic,
but it may be damaged in a short circuit when an
overvoltage, for instance, is applied.
The time to reach the failure mode can be
extended by using POSCAP with reduced
environment temperature,
ripple current and applied voltage.
It is necessary to set an environment to prevent a
trouble at the time of soldering by the
degradation of solder ability or moisture's getting
into the molding resin when POSCAP are stored.
(Please refer to page 6. about the general storage conditions)
The storage period is 18 months or shorter after
shipment from factories,
under the condition that the storage bag is unopened.
Please unseal storage bag just before mounting
and be conscious that POSCAP in the storage bag
is used up.
When remainder unfortunately occurs, return them
to the storage bag once again and,
please seal the unsealed part by adhesive tape
etc., including desiccants. Moreover, once and use
it in time the storage bag is opened, store
POSCAP according to the table's Floor Life ''Time''
and ''conditions''
Technical data
8.Reduction of failure stress
Storage conditions
Series system
diagram
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
(Conform to IPC/JEDEC J-STD-020D)
TPU
TPH
Intellectual property right
We, Panasonic are providing the product and service
that customers can use without anxiety, and are
working positively on the protection of our products
under intellectual property rights.
Representative patents relating to POSCAP are as
follows:
( TPB, TPC, TPD, TPE, TPF, TPG, TPH, TPSF, TPU,
TA, TV, TH series )
U.S. Patent Nos. 6168639 and 6313979
TPG
TPSF
Surface mount type
7-2. Wear-out failure (lifetime)
When lifetime exceeded the specified
guarantee time of Endurance and Damp
heat, electrolyte might insulate and cause
electric characteristic changed. This is
called an open circuit. The electric
characteristics of capacitance and ESR may
possibly change within the specified range
in specifications when it is used under the
condition of the rated voltage, electric and
mechanical performance. Please note it
when design.
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
66
OS-CON
Line-up
Line-up
Guidelines and
precautions
TPU
81
Small size
Low profile
Face down terminal
●
Small size
Low ESR
Face down terminal
●
Technical data
TPH
Surface mount type
TPG
TPSF
82
83
84
●
Small size
Low profile
Large capacitance
● ●
Low ESR・Small size
Large capacitance
Face down terminal
● ● ●
Catalog Deletion and
EOL series
SMD type
Radial lead type
TPE
85 to 88
●
Low ESR
POSCAP
Line-up
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
Technical data
Series system
diagram
Selection guide
Guidelines and
precautions
TPU
TPH
TPG
TPSF
Surface mount type
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
63
TPB
TPC
89 to 90
91 to 92
Standard
Low profile
●
For automotive
Features
High voltage
Page
Low ESR
Series
Large capacitance
Classification
Small size・Low profile
Selection guide
Size
code
Category
temperature
range（℃）
Rated
voltage
range
（Ｖ．ＤＣ）
Capacitance
range（μＦ）
S09
−55 to ＋85
2.5 to 10
4.7 to 100
2.0×1.25
0.9
B09
−55 to ＋85
6.3
150
3.5×2.8
0.9
A09
−55 to ＋85
2.5 to 10
33 to 100
3.2×1.6
0.9
A14
−55 to ＋85
2.5 to 6.3
100 to 220
3.2×1.6
1.4
B1G
−55 to ＋105
2.5 to 12.5
33 to 220
3.5×2.8
1.1
B15G
−55 to ＋105
4.0 to 6.3
150 to 220
3.5×2.8
1.4
B2S
−55 to ＋105
2.0 to 2.5
270
3.5×2.8
1.9
B2
−55 to ＋105
2.0 to 10
47 to 470
3.5×2.8
1.9
D15E
−55 to ＋105
6.3
470
7.3×4.3
1.4
D2E
−55 to ＋105
2.5 to 10
68 to 470
7.3×4.3
1.8
D3L
−55 to ＋105
2.5 to 10
220 to 680
7.3×4.3
2.8
D4
−55 to ＋105
2.5 to 10
330 to 1,500
7.3×4.3
3.8
B2
−55 to ＋105
4.0 to 10
33 to 68
3.5×2.8
1.9
D3L
−55 to ＋105
4.0 to 10
150 to 330
7.3×4.3
2.8
D4
−55 to ＋105
6.3 to 10
220 to 470
7.3×4.3
3.8
B1
−55 to ＋105
6.3 to 12.5
10 to 47
3.5×2.8
1.1
D2
−55 to ＋105
6.3 to 10
68 to 330
7.3×4.3
1.9
H
L×W
（mm） （mm）
OS-CON
Line-up
Guidelines and
precautions
TH
96
97 to 98
High reliability
(for the car electronics)
High reliability
Guaranteed at 125℃
(for the car electronics)
High voltage
For automotive
● ●
●
●
Guaranteed at 125℃
99 to 100
High voltage
●
Capacitance
range（μＦ）
H
L×W
（mm） （mm）
Technical data
D2E
−55 to ＋105
2.0
220 to 330
7.3×4.3
1.8
D3L
−55 to ＋105
2.5 to 10
150 to 680
7.3×4.3
2.8
D4
−55 to ＋105
2.5 to 6.3
470 to 1,000
7.3×4.3
3.8
B2
−55 to ＋105
4.0 to 10
47 to 100
3.5×2.8
1.9
D2E
−55 to ＋105
2.5 to 10
68 to 470
7.3×4.3
1.8
D3L
−55 to ＋105
2.5 to 10
150 to 680
7.3×4.3
2.8
D2E
−55 to ＋125
6.3 to 10
68 to 150
7.3×4.3
1.8
D3L
−55 to ＋125
10
150
7.3×4.3
2.8
D2E
−55 to ＋125
2.5 to 6.3
150 to 330
7.3×4.3
1.8
D2
−55 to ＋125
2.5 to 10
68 to 220
7.3×4.3
1.9
D3L
−55 to ＋125
4.0 to 6.3
220 to 330
7.3×4.3
2.8
D4
−55 to ＋125
4.0 to 10
220 to 470
7.3×4.3
3.8
B15
−55 to ＋105
35
2.7
3.5×2.8
1.4
B2
TQC
Rated
voltage
range
（Ｖ．ＤＣ）
−55 to ＋105
16 to 35
3.9 to 33
3.5×2.8
1.9
D12
−55 to ＋105
16
33
7.3×4.3
1.15
D15
−55 to ＋105
16 to 25
22 to 47
7.3×4.3
1.4
D2
D3L
−55 to ＋105
−55 to ＋105
16 to 35
16 to 25
10 to 100
68 to 150
7.3×4.3
7.3×4.3
Surface mount type
Radial lead type
Catalog Deletion and
EOL series
POSCAP
Line-up
Guidelines and
precautions
Series system
diagram
Selection guide
SMD type
TV
95
Low ESR
Large capacitance
Category
temperature
range（℃）
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Technical data
TA
93 to 94
Features
Size
code
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
1.9
TPU
TPH
2.8
TPG
TPSF
TPE
Surface mount type
TPF
Page
Low ESR
Series
Large capacitance
Classification
Small size・Low profile
Selection guide
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
64
Series system
diagram
OS-CON
Line-up
Guidelines and
precautions
Selection guide
TPB
Standard
Technical data
D4 size
P.91 to 92
B2 size
4.0 to 10V
150 to 330μF
4.0 to 10V
33 to 68μF
P.85 to 88
TPC
P.81
TPE
Low profile
B09 size
2.5 to 10V
330 to 1,500μF
B1 size
D3L size
6.3 to 12.5V
10 to 47μF
S09 size
D2E size
Catalog Deletion and
EOL series
P.83
D15E size
TPG
Small size
Large capacitance
B15G size
B2 size
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
B1G size
D2E size
TV
D15size
P.96
16 to 25V
22 to 47μF
B2 size
D3L size
16 to 35V
3.9 to 33μF
10V
150μF
B15 size
D2E size
TPSF
35V
2.7μF
6.3 to 10V
68 to 150μF
Low ESR
Large capacitance
Small size
D4 size
16V
33μF
High reliability
Guaranteed at 125˚C
(For the car electronics)
P.84
Low ESR
Large capacitance
D12 size
4.0 to 10V
47 to 100μF
2.5 to 10V
33 to 100μF
TPF
D2 size
16 to 35V
10 to 100μF
B2 size
D2 size
2.5 to 10V
68 to 220μF
A09 size
P.93 to 94
2.5 to 12.5V
33 to 220μF
D2E size
2.5 to 6.3V
150 to 330μF
2.5 to 6.3V
100 to 220μF
2.0 to 10V
47 to 470μF
Technical data
Series system
diagram
Selection guide
Guidelines and
precautions
A14 size
6.3V
470μF
2.5 to 6.3V
150 to 220μF
POSCAP
Line-up
TPH
D3L size
16 to 25V
68 to 150μF
2.5 to 10V
68 to 470μF
4.0 to 6.3V
220 to 330μF
Small size・Low profile
Face down terminal type
TQC
High voltage
D3L size
D3L size
P.82
P.99 to 100
2.5 to 10V
150 to 680μ
4.0 to 10V
220 to 470μF
2.5 to 10V
4.7 to 100μF
2.5 to 10V
220 to 680μF
TA
P.95
High reliability
(For the car electronics)
D4 size
6.3V
150μF
2.5 to 10V
68 to 470μF
Radial lead type
TH
Guaranteed
at 125˚C
Small size・Low profile
Face down terminal type
D4 size
6.3 to 10V
68 to 330μF
P.97 to 98
TPU
Low ESR
D2 size
Surface mount type
D3L size
6.3 to 10V
220 to 470μF
P.89 to 90
B2S size
2.5 to 6.3.V
470 to 1,000μF
2.0 to 2.5V
270μF
D3L size
TPU
2.5 to 10V
150 to 680μF
TPH
TPG
TPSF
D2E size
Surface mount type
TPE
TPB
TPC
TPF
2.0V
220 to 330μF
Case size
TA
TH
TQC
Catalog Deletion and
EOL models
67
(Unit:mm)
S09
A09
A14
B09
B1
B1G
B15
B15G
B2
B2S
D12
D15
D15E
D2E
D2
D3L
D4
L
2.0
3.2
3.2
3.5
3.5
3.5
3.5
3.5
3.5
3.5
7.3
7.3
7.3
7.3
7.3
7.3
7.3
W
1.25
1.6
1.6
2.8
2.8
2.8
2.8
2.8
2.8
2.8
4.3
4.3
4.3
4.3
4.3
4.3
4.3
H
0.9
0.9
1.4
0.9
1.1
1.1
1.4
1.4
1.9
1.9
1.15
1.4
1.4
1.8
1.9
2.8
3.8
TV
The size of each photo is nearly to full scale.
New
Image of
case size
OS-CON
Line-up
Guidelines and
precautions
Selection guide
W
Technical data
H
L
(Unit:mm)
Surface mount type
(Unit:mm)
S09
size
A09
size
A14
size
B09
size
B1
size
B1G
size
B15
size
B15G
size
L2.0×W1.25×H0.9
L3.2×W1.6×H0.9
L3.2×W1.6×H1.4
L3.5×W2.8×H0.9
L3.5×W2.8×H1.1
L3.5×W2.8×H1.1
L3.5×W2.8×H1.4
L3.5×W2.8×H1.4
P.81
P.91 to 92
P.83
P.99 to 100
6.3V
150μF
6.3 to 12.5V
10 to 47μF
2.5 to 12.5V
33 to 220μF
35V
2.7μF
P.81
TPU
2.5 to 10V
4.7 to 100μF
P.82
TPH
2.5 to 10V
33 to 100μF
P.82
TPH
TPU
2.5 to 6.3V
100 to 220μF
TPC
TPG
TQC
P.83
Radial lead type
TPG
2.5 to 6.3V
150 to 220μF
New
Catalog Deletion and
EOL series
POSCAP
Line-up
D15
size
D15E
size
D2E
size
D2
size
L3.5×W2.8×H1.9
L3.5×W2.8×H1.9
L7.3×W4.3×H1.15
L7.3×W4.3×H1.4
L7.3×W4.3×H1.4
L7.3×W4.3×H1.8
L7.3×W4.3×H1.9
P.85
P.84
P.99 to 100
P.99 to 100
P.85
P.85
P.91
2.0 to 2.5V
270μF
16V
33μF
16 to 25V
22 to 47μF
TPE
2.0 to 10V
47 to 470μF
TPSF
TQC
TQC
TPE
TPC
D4
size
L7.3×W4.3×H2.8
P.85
TPE
L7.3×W4.3×H3.8
P.96
TV
TPE
6.3 to 10V
68 to 330μF
2.5 to 10V
220 to 680μF
10V
150μF
2.5 to 10V
330 to 1,500μF
P.89 to 90
P.93 to 94
P.97 to 98
P.89 to 90
P.97 to 98
P.89 to 90
4.0 to 10V
33 to 68μF
2.0V
220 to 330μF
2.5 to 10V
68 to 220μF
4.0 to 10V
150 to 330μF
4.0 to 6.3V
220 to 330μF
6.3 to 10V
220 to 470μF
P.95
P.95
P.99 to 100
P.93 to 94
P.99 to 100
P.93 to 94
TA
TPF
TA
4.0 to 10V
47 to 100μF
2.5 to 10V
68 to 470μF
P.99 to 100
P.96
TQC
16 to 35V
3.9 to 33μF
TV
6.3 to 10V
68 to 150μF
TH
TQC
16 to 35V
10 to 100μF
TPB
TPF
2.5 to 10V
150 to 680μF
TH
TQC
16 to 25V
68 to 150μF
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPB
TPU
TPH
TPG
TPF
2.5 to 6.3V
470 to 1,000μF
P.95
P.97 to 98
2.5 to 10V
150 to 680μF
4.0 to 10V
220 to 470μF
TA
Series system
diagram
P.85
2.5 to 10V
68 to 470μF
TPB
6.3V
470μF
TPE
D3L
size
Selection guide
D12
size
Technical data
B2S
size
TH
TPSF
TPE
Surface mount type
B2
size
Guidelines and
precautions
(Unit:mm)
TPB
TPC
TPF
TA
P.97 to 98
TV
TH
TH
2.5 to 6.3V
150 to 330μF
The size of each photo is nearly to full scale.
TQC
Catalog Deletion and
EOL models
68
OS-CON
Line-up
Products list
Guidelines and
precautions
Selection guide
Technical data
Size・ESR Matrix list
V
Series
2.0
TPF
μF
2.7
3.9
4.7
5.6
8.2
10
15
22
33
47
68
TPE
TPSF
TPB
TPE
TPF
2.5
TPG
TPH
Surface mount type
TPSF
S09（150）
TPU
B2（70）
TPB
TPE
4.0
TPF
TPG
Radial lead type
TPH
A09（150）
TPU
S09（150）
B2（70）
TPB
TPC
Catalog Deletion and
EOL series
B1（70,55）
TPE
6.3
TPF
TPG
POSCAP
Line-up
TPH
Guidelines and
precautions
TPU
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
Selection guide
Image of
case size
TPH
Surface mount type
TPC
TPF
TA
TQC
Catalog Deletion and
EOL models
69
D2（45）
TPE
10
B2（35）
TPF
TPG
A09（150）
TPU
S09（300）
TPC
B1（80）
B1（80）
B2（100）
B2（90）
TPG
B1G（70）
TQC
20
TQC
35
TQC
D2（70）
D2（55,40）
D12（40）
D15（55）
D2（50）
B2（90）
B2（100）
TQC
25
D2E（25）
B1G（70）
TPH
L
W
H
TH
B2（70）
TPC
Case size
TV
B1G（70）
B2（70）
TPB
TPSF
TPB
S09（150）
B1（70）
TPG
16
TPG
S09（150）
TPE
8.0
12.5
TPU
TPE
S09（250）
TPC
Technical data
Series system
diagram
A09（150）
D2（80）
D2（60）
D15（55）
B2（90）
B2（100）
B15（300）
S09
2.0
1.25
0.9
A09
3.2
1.6
0.9
B2（400）
A14
3.2
1.6
1.4
D2（120）
B09
3.5
2.8
0.9
B1
3.5
2.8
1.1
B1G
3.5
2.8
1.1
B15
3.5
2.8
1.4
B15G
3.5
2.8
1.4
B2
3.5
2.8
1.9
B2S
3.5
2.8
1.9
D2（90,45）
D2（60,45）
B2（100）
D15（70）
D2（55）
D2（60）
D3L
（70）
D2（150）
D12
7.3
4.3
1.15
D15
7.3
4.3
1.4
D15E
7.3
4.3
1.4
D2E
7.3
4.3
1.8
D2
7.3
4.3
1.9
D3L
7.3
4.3
2.8
（Unit:mm）
D4
7.3
4.3
3.8
OS-CON
Line-up
Guidelines and
precautions
Selection guide
Series
2.0
TPF
μF
100
120
150
200
220
TPB
D2E（6）
B2（70）
B2（35）
D2E（9,＊2）
D2E（＊3）
B2
（35,25,21,15）
B2（35,15★,9★）
D3L（7）
D2E（18）
D2E（＊1）
B2
（35）
B2（35）
D3L（40）
D4（6,5）
D4（5）
Surface mount type
D2E（25,18）
D3L（10,＊2）
D3L（12）
D3L（10）
D3L（40）
D4（35）
D4（10）
Radial lead type
D4（40）
D2（45）
D2E（25,18）
B2（35,25）
D2（40）
B2（35）
D2E（25,18）
D2E（25）
D4（25,18）
B2（35,25）
B2（25★）
D3L（9,＊1）
B2（35）
D15E（35）
D4（10）
D3L（12.9,5）
D3L（9）
TPF
B1G（70,55,35★）
D2（40）
D2E（＊1）
6.3
D4（25,18）
Catalog Deletion and
EOL series
D4（10）
B15G（70,35）
POSCAP
Line-up
A09（100）
Guidelines and
precautions
A14（70）
B09（100）
TPC
TPE
D3L（10,7,6）
D4（5）
A14（70）
TPB
8.0
D3L（10,7,6）
D4（15,12）
B15G（70）
TPU
TPU
D4（15）
D3L（40）
B2（35）
TPH
TPH
D3L（15,12）
S09（150）
TPG
TPG
D2E
（18,15,12,9,7）
B2S
（6★）
TPF
TPE
Technical data
A14
（70）
TPB
TPC
1,500
B15G（30）
A09（150）
TPSF
4.0
1,000
B1G（70）
TPG
TPE
680
D2E（6）
TPF
TPU
470
B2（11）
B2S（9,6）
TPE
TPH
330
B2（15,13）
TPSF
2.5
270
TPE
D2（40）
B2（35）
TPG
D3L（40）
TPB
10
D4（35）
D3L（40）
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
D2（45）
D3L（25,18）
TPE
TPF
D4（25）
Technical data
TPC
D4（40）
Series system
diagram
Selection guide
V
D3L（15）
TPG
TPH
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
TPU
TPC
TPH
TPG
16
TQC
20
TQC
25
TQC
35
TQC
D2（50）
D3L（50）
TPG
TPSF
D3L（55）
★Under development ＊1(F:15, I:18, M:25) ＊2(C:12, F:15, I:18, M:25) ＊3(7, 9, C:12, F:15, I:18, M:25)
TPE
Surface mount type
12.5
TPB
TPC
TPF
TA
･Symbols in table: Case size
･( ): ESR specitication(mΩmax.)
TV
TH
TQC
※ Red letters：New models
Catalog Deletion and
EOL models
70
OS-CON
Line-up
Explanation of
part numbers
Guidelines and
precautions
Selection guide
Part number system
2R5
Technical data
Series name
3 to 4 figures
Rated
voltage
Series
Code
1.8
X
TPB
2.5
2R5orE
TPE
6.3
6
2.0
4.0
8.0
Surface mount type
TPB
Rated voltage
1 to 3 figures
2
4
8
10
10
12.5
12
11
16
20
25
35
11
16
20
25
35
Code
TPB
TPC
TPC
TPF
TPF
TPG
TPSF
TPSF
TAB
TAB
TPU
TAE
THB
4.7
4R7
5.6
8.2
10
TPU
22
15
33
47
56
THB
THC
TQC
TQC
TVE
2R7
3.9
TAE
68
82
THE
330
470
680
1,000
1,500
±20%
Code
M
10
15
22
33
47
56
68
82
150
270
Capacitance
tolerance
L
Special code
0 to 4 figures
8R2
150
220
M
Capacitance tolerance
1 figure
5R6
100
200
Radial lead type
3R9
100
120
TVE
Code
2.7
TPH
THC
THE
Rated
capacitance
TPE
TPG
TPH
330
Rated capacitance
2 to 4 figures
120
200
220
270
330
470
680
1000
1500
Catalog Deletion and
EOL series
Standard
POSCAP
Line-up
TPE series
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
Technical data
Series system
diagram
Selection guide
Guidelines and
precautions
B2 size
D15E size
D2E size
TPU
TPH
D3L size
TPG
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
71
B1G size
A09 size
A14 size
ESR 35mΩ max
ESR 30mΩ max
ESR 25mΩ max
ESR 21mΩ max
ESR 18mΩ max
ESR 15mΩ max
ESR 15mΩ/300kHz max
ESR 35mΩ max
85℃
ESR 30mΩ max
85℃
ESR 25mΩ max
85℃
ESR 15mΩ max
85℃
ESR 15mΩ/300kHz max 85℃
ESR 13mΩ/300kHz max 85℃
ESR 11mΩ/300kHz max 85℃
ESR 35mΩ max 85℃
ESR 25mΩ max
85℃
ESR 25mΩ max
ESR 18mΩ max
ESR 15mΩ max
ESR 12mΩ max
ESR 10mΩ max
ESR 25mΩ max 85℃
ESR 9mΩ/500kHz max 85℃
TPG series
ESR 35mΩ/300kHz max.
TPH series
ESR 150mΩ max
ESR 100mΩ max
ESR 70mΩ max
ESR 35mΩ max
TPB series
D3L size
TPC series
85℃
B1 size
Code
ZB
UB
PB
LB
IB
FB
FGB
AZB
AUB
APB
AFB
AFGB
ADGB
AJGB
AZU
AP
L
IL
FL
CL
AL
AL
A9EL
ZGD
AHA
AEA
ABC
AZC
L
A
B
Standard
TPF series
ESR 9mΩ max
ESR 7mΩ max
ESR 6mΩ max
D3L size
ESR 5mΩ max
ESR 5mΩ/500kHz max
ESR 10mΩ max
ESR 6mΩ max
D4 size
ESR 5mΩ max
TPSF series
ESR 18mΩ/300kHz max 85℃
B2S size
TPU series
S09 size
Ｂ09 size
TQC series
Capacitance enlarged type
Capacitance enlarged type(Ｂ size)
Capacitance enlarged type(D12 size)
Capacitance enlarged type(D15 size)
Capacitance enlarged type(D2 size)
All series
ESR 55mΩ max
ESR 45mΩ max
ESR 40mΩ max
ESR 35mΩ max
ESR 18mΩ max
ESR 15mΩ max
ESR 12mΩ max
ESR 9mΩ max
ESR 8mΩ max
ESR 6mΩ max
ESR 5mΩ max
ESR 35mΩ/300kHz max
ESR 30mΩ/300kHz max
ESR 9mΩ/300kHz max
ESR 6mΩ/500kHz max
ESR 4mΩ/500kHz max
Code
9L
7L
6L
5L
5EL
AH
6H
5H
AIG
SI
BI
YF
YFB
YFS
YFT
YFD
G
V
W
Z
I
F
C
9
8
6
5
ZG
UG
9G
6E
4E
Packing
specifications
OS-CON
Line-up
Guidelines and
precautions
*We supply only embossed taping type
Dimension of carrier tape
E
Component compartment
J
(Polarity)
D
Sprocket hole
Selection guide
(‒)
Technical data
B
C
A
(+)
t
K
G
F
H
Direction of unreeling
Surface mount type
(unit:mm)
A ±0.1
B ±0.1
S09
1.65
2.4
A14
2.05
3.65
2.05
A09
3.2
B09
3.2
B1
3.25
B1G
3.3
B15
3.25
B15G
3.3
B2
3.25
B2S
4.5
D12
4.5
D15
4.7
D15E
4.5
D2E
4.5
D2
4.5
D3L
4.5
D4
3.65
C ±0.3
D ±0.1
E ±0.1
F ±0.1
G ±0.1
H ±0.1
8.0
3.5
1.75
4.0
2.0
4.0
φ1.5
1.3
0.25
8.0
3.5
1.75
4.0
2.0
4.0
φ1.5
1.7
0.25
8.0
3.8
8.0
3.8
8.0
3.9
8.0
3.8
8.0
3.9
8.0
3.8
8.0
4.0
8.0
7.5
12.0
7.8
12.0
7.5
12.0
7.5
12.0
7.5
12.0
7.7
12.0
7.7
12.0
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
4.0
4.0
2.0
4.0
4.0
4.0
4.0
4.0
8.0
8.0
8.0
8.0
8.0
2.4
φ1.5
4.0
2.0
2.4
φ1.5
4.0
2.0
1.7
φ1.5
4.0
2.0
8.0
2.4
φ1.5
4.0
2.0
1.7
φ1.5
4.0
2.0
2.1
φ1.5
4.0
2.0
2.1
φ1.5
4.0
2.0
8.0
1.7
φ1.5
4.0
2.0
2.1
φ1.5
4.0
2.0
1.7
φ1.5
4.0
2.0
4.0
1.4
φ1.5
4.0
2.0
1.4
φ1.5
4.0
2.0
1.3
φ1.5
4.0
2.0
K ±0.2
φ1.5
4.0
2.0
4.0
J
＋0.1
−0
3.2
φ1.5
4.2
t ±0.1
0.25
0.2
0.2
0.25
Radial lead type
0.2
0.25
0.2
0.25
Catalog Deletion and
EOL series
0.3
0.3
0.3
POSCAP
Line-up
0.3
Guidelines and
precautions
0.3
0.3
0.3
●Dimension A and B are the measure of compartment's inside bottom.
●The (+) Polarity of the chip is placed on right side towards the unreeling direction.
Series system
diagram
Selection guide
Size
code
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
●Dimension of the topcover tape
Technical data
Thickness of cover tape: 62±10μm
Width of cover tape: 9.5±0.2mm
5.5±0.2mm (φ180reel)
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
TPH
Reel dimension
TPG
TPE
Surface mount type
A
B
C
TPSF
TPB
TPC
TPF
TA
TV
(unit:mm)
A
B
C
W1
W2
TH
W1
φ 330±2
φ 80±2
φ 13±0.2
13.5±0.5
17.5±1.0
TQC
W2
φ 180 −3
φ 60±2
φ 13±0.2
9±0.5
11.4±1.0
＋0
Catalog Deletion and
EOL models
72
Packing
specifications
OS-CON
Line-up
Guidelines and
precautions
Selection guide
Minimum packing quantity and weight
Technical data
Size code
Quantity(pcs./Reel,φ180)
Typical weight(g)
Size code
Quantity(pcs./Reel,φ330)
Typical weight(g)
S09
3,000
200
D12
4,500
1,200
A14
2,500
200
D15E
4,000
1,000
200
D2
A09
3,000
B09
3,000
B1
200
3,000
B1G
2,500
B15
200
2,000
B15G
160
2,500
B2
200
2,000
B2S
Surface mount type
200
D15
D2E
D3L
D4
3,000
1,000
3,000
1,000
3,000
1,000
2,500
1,100
2,000
1,200
200
2,000
200
Dimension of packing case
Radial lead type
b
Catalog Deletion and
EOL series
a
POSCAP
Line-up
c
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
Technical data
Series system
diagram
Selection guide
Guidelines and
precautions
TPG
Surface mount type
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
73
90
120
b
240
360
c
240
360
Pieces/case
Size code
Pieces/case
15,000
D12
22,500
A14
12,500
D15E
20,000
15,000
D2
A09
B09
B1
B2
TPE
a
S09
B15G
TPSF
φ330
Size code
B15
TPH
φ180
Units per packing case
B1G
TPU
Reel size
B2S
15,000
15,000
12,500
10,000
12,500
10,000
10,000
D15
D2E
D3L
D4
15,000
15,000
15,000
12,500
10,000
(unit:mm)
Recommended
soldering
condition
OS-CON
Line-up
Guidelines and
precautions
Selection guide
Recommended reflow soldering temperature profile
Temperature on the
surface of capacitor
The cycles of reflow soldering: Twice (max)
Peak temperature
5s max
240℃
200℃
Technical data
40s max
150℃
60s
max
120s max
30s max
Time(sec.)
Peak temperature 250℃ lead free reflow soldering profile
Surface mount type
Temperature on the
surface of capacitor
The cycles of reflow soldering: Twice (max)
Peak temperature
5s max
250℃
220℃
40s max
180℃
150℃
60s
max
120s max
30s max
Radial lead type
Time(sec.)
Peak temperature 260℃ lead free reflow soldering profile
Catalog Deletion and
EOL series
The model of MSL"2a" is changed into MSL "3" with this reflow condition.(See page 66)
The cycles of reflow soldering: Twice (max)
POSCAP
Line-up
5s max
217℃
200℃
150℃
180s max
90s max
Time(sec.)
6s max
Technical data
60s
max
TQC series
The cycles of reflow soldering: Twice (max)
Temperature on the
surface of capacitor
Guidelines and
precautions
Selection guide
260℃
Series system
diagram
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
Peak temperature
TPH
10s max
250℃
TPG
217℃
200℃
180℃
150℃
60s max
120s max
70s max
Time(sec.)
TPSF
Surface mount type
Temperature on the
surface of capacitor
Peak temperature
TPE
TPB
TPC
TPF
TA
TV
Soldering with a soldering iron
Tip of a soldering iron: 350℃ max (TQC serise: 400℃ max)
Working time: 3sec. max (TQC serise: 5sec max)
TH
Power of a soldering iron: 30W max
(Do not let the tip of soldering iron touch the POSCAP itself. Do not subject the POSCAP itself to excessive stress when soldering.)
TQC
Catalog Deletion and
EOL models
74
OS-CON
Line-up
Fundamental
structure
Guidelines and
precautions
Selection guide
Technical data
1. Basic structure of POSCAP
The electrolytes make the difference in structure between the POSCAP and
the standard tantalum capacitor.
Capacitor
Tantalum capacitor
Electrolyte
Manganese dioxide
Conductive polymer
(Standard model)
Surface mount type
Silver adhesive
Carbon layer
Silver paste
Electrolyte
（Conductive polymer）
Molding resin
Tantalum oxide
Cathode
Anode
Radial lead type
Sintered tantalum
Catalog Deletion and
EOL series
POSCAP
Line-up
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
Technical data
Series system
diagram
Selection guide
Guidelines and
precautions
Tantalum wire
Sintered tantalum
POSCAP uses sintered tantalum
as the anode material.
An oxide layer formed on the
surface of the sintered tantalum
is used for the dielectric, and a
conductive polymer for the electrolyte.
Tantalum oxide
Electrolyte
（Conductive polymer）
Magnified cross-section of element
(Face down terminals model)
Carbon layer
Silver paste
Electrolyte
(Conductive polymer)
Molding resin
TPU
Magnified photo
TPH
Tantalum oxide
TPG
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
Silver adhesive
Anode
Cathode
Sintered tantalum
Tantalum wire
TV
● The sintered tantalum has a porous structure, it makes a large surface area, which enables to have large capacitance.
TH
● The conductive polymer used for the electrolyte is high in electric conductivity and enables the low ESR.
TQC
Catalog Deletion and
EOL models
75
OS-CON
Line-up
Guidelines and
precautions
Ｃharacteristics
Selection guide
1. POSCAP Electrical characteristics
1-1. Frequency characteristics
100
Fig.A Impedance frequency characteristics
at 25℃
Impedance (Ω)
10
(POSCAP vs other type)
Technical data
A：POSCAP
6.3V/47μF (3.5x2.8x1.1mm)
B：Tantalum capacitor
6.3V/47μF (3.5x2.8x1.9mm)
C：Aluminum electrolytic capacitor
25V/47μF (φ5.0ｘH10.8mm)
1
Surface mount type
C
B
0.1
A
0.01
1k
10k
100k
1M
10M
Frequency (Hz)
100
Fig.B Impedance & ESR frequency characteristics (Several POSCAP models)
at 20℃
Catalog Deletion and
EOL series
Impedance
ESR
POSCAP
A: 2R5TPF470M6L
B: 2TPSF270M6E
10
POSCAP
Line-up
Guidelines and
precautions
Selection guide
1
0.1
B
A
Technical data
Impedance & ESR（Ω）
Radial lead type
0.01
0.001
1Ｋ
10K
100K
Frequency （Hz）
1M
Series system
diagram
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
10M
TPH
TPG
The greatest characteristic of POSCAP is the excellent frequency characteristics.
and enables the POSCAP to perform at the higher frequency levels.
Fig. A: Compares the POSCAP to an aluminum electrolytic and a tantalum capacitor.
The POSCAP's impedance is remarkably lower than the other capacitors at the
periphery of the resonance frequency.
TPSF
Surface mount type
Using a high conductive polymer for the electrolyte greatly improves the ESR characteristics
TPE
TPB
TPC
TPF
TA
Fig. B: Compares the impedance and ESR frequency characteristics of three different
TV
POSCAP series.
TH
The TPSF series has a low ESL characteristic which brings it to high resonance
frequency, it makes impedance be much lower in the range of high - frequency wave.
TQC
Catalog Deletion and
EOL models
76
OS-CON
Line-up
Guidelines and
precautions
Ｃharacteristics
Selection guide
1-2. Characteristics at high and low temperature
Fig.B Capacitance temperature characteristics
Fig.A ESR temperature characteristics
Technical data
100
（POSCAP vs Ceramic capacitor）
POSCAP
6TPC47MB
6TPC47MB
特性
)
Ceramic capacitor
6.3V/47μF(X5R)
（F特性
)
Ceramic capacitor
6.3V/10μF(Y5V)
（POSCAP vs Ceramic capacitor)
10
1
ESR（Ω）
Surface mount type
at 100kHz
Capacitance change （%）
10
20
0.1
0.01
POSCAP 6TPC47MB
Ceramic capacitor 6.3V/47μF (X5R)
Ceramic capacitor 6.3V/10μF (Y5V)
at 120Hz
0
-10
-20
-30
-40
-50
0.001
-55
Radial lead type
Catalog Deletion and
EOL series
-20
0
20
Temperature（℃）
85
105
-60
-55
-20
0
20
Temperature（℃）
85
105
The POSCAP has a characteristics of low and high temperature, which is little change
against temperature for the ESR.
The stability of ESR's temperature characteristics means the noise-clearing ability is little change against temperature.
The POSCAP is suitable for outdoor equipment which requires the temperature
characteristic flexibility.
POSCAP
Line-up
Guidelines and
precautions
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
TPH
TPG
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
77
Comparison of bias characteristics
（POSCAP vs Ceramic capacitor)
20
Capacitance change (%)
Products list
Selection guide
Image of
case size
1-3. Bias characteristics
Technical data
Series system
diagram
The ceramic capacitor has bias
characteristics, which makes the
capacitance decrease when voltage is
applied to it. However, POSCAPs will show
no reduction in capacitance for applied
voltage, as long
as the applied voltage is within its rating.
Therefore,
you will be able to design without worrying
about capacitance changing when voltage
is applied.
at 120Hz
0
-20
-40
-60
-80
0
POSCAP（6TPE100MAZB）
Ceramic capacitor
(6.3V/100μF) X5R
1
2
3
4
Bias voltage (V)
5
6
OS-CON
Line-up
Guidelines and
precautions
Selection guide
1-4. Piezoelectric effect of the capacitor
When variable voltage is applied to ceramic capacitors that uses dielectrics with
piezoelectric characteristics (e.g. barium titanate), the voltage will cause vibration due
to the elasticity in the dielectric.
If the cyclic change is within the audio-frequency (20Hz to 20kHz), the vibration from
the capacitor travels to the PCB and it could generate noise inside the equipment.
This may be an unwanted effect depending on the product you are developing. Our
POSCAP’s dielectric layer is composed of tantalum oxide which does not have
piezoelectric characteristics. Silence is thus assured by use of our product.
(Ceramic capacitor)
Technical data
(POSCAP)
Surface mount type
Voltage applied.
(Periodic Change.)
Subtle vibration
It generates subtle vibration by expanding and contracting
↓
The vibration travels to PCB and creates noise.
No vibration is generated.
↓
No noise on the PCB.
Radial lead type
Catalog Deletion and
EOL series
1-5. Allowable ripple current
Comparison of allowable ripple current
POSCAP
Line-up
（POSCAP vs Tantalum capacitor)
6.10
Tantalum capacitor (Low ESR)
Green
5.00
4.00
3.60
3.90
3.00
2.00
1.83
1.10
1.00
0.00
Series system
diagram
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
1.10
TPH
TPG
10V/150μF
6.3V/330μF
2.5V/470μF
The allowable ripple current of a capacitor is an important characterisitc when selecting
a smoothing capacitor for a power supply.
The allowable value of ripple current is decided by the generated heat of the capacitor.
This generated heat is relevant to the ESR value.
Since a large ESR capacitor generates a larger value of heat, it inhibits the ripple current value.
Because the ESR of the POSCAP is so small, it can reach a high ripple current rating
compared to other electrolytic capacitors.
TPSF
Surface mount type
Ripple Current（Arms）
6.00
POSCAP（TPE series） Blue
Technical data
7.00
Selection guide
Guidelines and
precautions
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
78
OS-CON
Line-up
Guidelines and
precautions
Ｃharacteristics
Selection guide
Technical data
1-6. ESL characteristics
POSCAP is a high performing capacitor with low ESR and large capacitance.
In recent circuit technologies for electronic equipment, the ESL value is important when
considering performance in the high frequency range.
(a) Eqivalent series circuit of capacitor
(b) Approximate ESL value of POSCAP
Surface mount type
Radial lead type
Catalog Deletion and
EOL series
POSCAP
Line-up
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
Technical data
Series system
diagram
Selection guide
Guidelines and
precautions
TPU
Size Code
S09
A09
A14
B1
B1S
B1G
B15
B15G
B2
B2S
at 10 MHz
0.8
1.2
1.1
1.2
0.7
1.1
1.3
1.4
1.3
0.7
Size Code
D12
D15E
D15
D2E
D2E（TPF）
D2
D3L
D3L（TPF）
D4
D4（TPF）
(unit: nH)
at 10 MHz
1.8
2.0
1.8
1.8
1.5
2.0
2.3
2.0
2.6
2.5
※Measuring method and position
： Based on JEITA RC-2002
※All values on the left figure are not
guaranteed but reference.
Please contact SANYO for details
of measurement.
1-7. Self-Healing Mechanism
Conductive polymer is used as an electrolyte in our POSCAPs. As an organic material,
conductive polymer becomes non-conductive and acts as an insulator against leakage
current at a relatively low temperature of approximately 300℃.
As seen in the explanation below, this characteristic is used to suppress leakage current
when there is microcrack in the dielectric oxide layer. We call this capability "self-healing
mechanism." In addition to this characteristic, this conductive polymer has enough heat
resistance to endure reflow soldering
Tantalum pellet
process and it is able to retain high
cross-section close-up
specific electric conductivity even
Sintered
tantalum
after going through such process.
Dielectric
oxide layer
Electrolyte
(Conductive polymer)
Further close-up of the layers
Initial State
Occurrence of a Microcrack
Heat Generation
Heat is generated
Electrolyte
(Conductive polymer)
TPH
ESL
Insulate
Polymer turns non-conductive
creating an insulated layer
TPG
Dielectric oxide layer
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
79
Sintered tantalum
The image above represents
a close-up of the cross-section of
the layers within the core of
a POSCAP,
which consists of sintered tantalum,
dielectric oxide layer and an
electrolyte (conductive polymer).
Microrack
In rare cases, a microcrack could
occur on the dielectric oxide layer
by stress caused by rapid
temperature change during the
reflow soldering process or when
excessive voltage is applied to
the capacitor.
Leakage current
Joule heat is generated locally
when leakage current flows into
the microcrack as voltage is
applied.
Conductive polymer around the
microcrack turns non-conductive
and creates an insulated layer at
a relatively-low temperature of
approximately 300℃ caused by
Joule heat. It is at this point that
the insulator suppresses the
leakage current. This is called
"self-healing mechanism" or
"self-recovery function."
With this "self-healing mechanism" POSCAP is able to minimize stress induced failures and achieve high reliability.
OS-CON
Line-up
Guidelines and
precautions
Reliability
1. Temperature accelaration test (Endurance)
The POSCAP capacitance level
decreases during a long term
endurance test.
65℃
105℃
85℃
Capacitance change
at 120Hz
6.3V/330μF
-10
( ※ Please contact SANYO for details
of TPU and TQC series. )
-15
-20
100
1,000
10,000
Time（h）
POSCAP
2,000h
105℃ ⇒
85℃ ⇒ 20,000h
65℃ ⇒ 200,000h
The left figure shows time variation of
capacitance decrease at each
temperature.
This graph indicates that temperature
coefficient of POSCAP's life time is
10 times by 20℃ reduction.※
100,000
1,000,000
Aluminum electrolytic capacitor
105℃ ⇒ 2,000h
85℃ ⇒ 8,000h
65℃ ⇒ 32,000h
※The following life time are not guaranteed but
presumptive values.
Even if POSCAP and an aluminum
electrolytic capacitor are guaranteed
on 2,000 hours at 105℃, the life
span results in big differences as
temperature drops. (See left chart)
POSCAP has a remarkably longer life
span compared with an aluminum
electrolytic capacitor.
2. Presumption of life for the POSCAP
As time increases during the endurance test, the capacitance of the POSCAP gets smaller.
This means the eventual failure mode of POSCAP is open. The POSCAP's cathode
material is made of an organic matter (conductive polymer).
The life time is different by each operating temperature and self - heating by ripple current.
The following formula outline could make it possible to estimate the presumptive lifetime
of POSCAP at ambient temperature Tx (℃).
The result of the following calculating formula estimation is not guaranteed but
presumptive value based on actual measurement.
(Please contact SANYO as to TQC series)
2-1. Calculating formula for the presumtion of life
Lx＝Lo×10
Surface mount type
To−Tx
20
Lx：Life expectance in actual use (temperature Tx) (h)
Radial lead type
Catalog Deletion and
EOL series
POSCAP
Line-up
Guidelines and
precautions
Selection guide
-5
Technical data
Technical data
0
Series system
diagram
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
TPH
TPG
TPSF
Surface mount type
Capacitance change（％）
5
Selection guide
TPE
TPB
TPC
TPF
TA
Lo：Guaranteed life at maximum temperature in use (h)
TV
To：Maximum operating temperature (℃)
Tx：Temperature in actual use (temperature of POSCAP) (℃)
TH
TQC
Catalog Deletion and
EOL models
80
OS-CON
Line-up
Surface
mount type
Guidelines and
precautions
Selection guide
TPU
Series
Specifications
Items
Technical data
Surface mount type
RoHS compliance, Halogen free
Small size, Low profile: L2.0xW1.25xH0.9mm (S09)
Face down terminal type
Condition
Rated voltage
(V)
(V)
Surge voltage
Category temperature range (℃)
Capacitance tolerance (％)
Rated capacitance range (μF)
−
−
−
120Hz/20℃
120Hz/20℃
120Hz/20℃
Dissipation Factor (DF)
Rated voltage applied, after 5 minutes
Leakage current
100kHz/20℃
Equivalent series resistance (ESR)
Characteristics of impedance
−55℃ Z/Z20℃
ratio at high temp.
100kHz/＋20℃
＋85℃ Z/Z20℃
and low temp.
△C/C
85℃, 1,000h,
Endurance
DF
rated voltage applied
LC
△C/C
60℃, 90 to 95%RH, 500h,
Damp heat (Steady State)
DF
No-applied voltage
LC
△C/C
85℃, 1,000 cycles,
Surge
DF
1kΩ discharge resistance,
surge voltage applied
LC
Specifications
2.5
2.9
4.0
6.3
10
4.6
7.2
12
−55 to ＋85
M : ±20
4.7 to 150
Please see the attached characteristics list
Please see the attached characteristics list
Please see the attached characteristics list
0.6 to 2.0
0.6 to 2.0
Within±20% of the initial value
< 1.5 times of the initial limit
ー
Within the initial limit
Within＋40%,−20% of the initial value
< 1.5 times of the initial limit
ー
< 3 times of the initial limit
ー
Within±5% of the initial value
Within the initial limit
< 3 times of the initial limit
ー
Marking and dimensions
W
Anode(+)
S09size
Radial lead type
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
2.5 4.0 6.3
g
e
j
10
A
※2 Lot.No.shows roughly manufacturing date.
※3 The rated capacitance is as follows.(B09)
Rated voltage※1
Lot. No.※2
Capacitance(μF) 150
Mark
E8
※4 The rated capacitance is as follows.(S09)
S ±0.1※1 W1 ±0.1
0.5
0.9
0.8
2.2
R. Cap.(μF) 4.7 10
Mark
s
A
Recommended land pattern dimension of PWB
22
J
47
S
TPU
Size list
μF
(unit : mm)
b
Explanation of
part numbers
Selection guide
Products list
R.V.
Mark
68 100
W
A
※1 ±0.2:B09
Technical data
Image of
case size
E8
j F
(unit : mm)
H ±0.1
0.9
0.9
Guidelines and
precautions
Series system
diagram
Rated capacitance※3
W1
S
Size code L ±0.1※1 W ±0.1※1
S09
2.0
1.25
B09
3.5
2.8
POSCAP
Line-up
j AH
※1 The rated voltage is as follows.
B09size
Lot. No.※2
Rated voltage※1
H
S
Catalog Deletion and
EOL series
Rated capacitance※4
Anode(+)
L
a
c
a
RV
4.7
10
22
47
68
100
150
b
c
Size code a
1 0.9 0.6
S09
1.6 2.7 1.4
B09
2.5
S09
S09
RV:Rated voltage
4.0
S09
6.3
10
S09
S09
S09
S09
B09
TPU series characteristics list
TPH
TPG
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
TV
TH
Size
code
Part number
10TPU4R7MSI
6TPU47MSI
6TPU22MSI
S09 6TPU10MSI
4TPU68MSI
ETPU100MSI
2R5TPU47MSI
B09 6TPU150MBI
※1 100k to 500kHz,45℃
TQC
Catalog Deletion and
EOL models
81
Maximum allowable
MSL
LC
ESR
Rated Category Category
Rated
Rated
DF
（μA） （mΩmax） ripple current Reflow Reflow
voltage temperature capacitance voltage temperature
（mArms） temp. temp.
（％ max）
max/5min. 100kHz/20℃ 100kHz※1 < 260℃ < 250℃
(℃)
（μF）
（V）
（℃）
(V)
10
6.3
6.3
6.3
4.0
2.5
2.5
6.3
85
85
85
85
85
85
85
85
4.7
47
22
10
68
100
47
150
10
6.3
6.3
6.3
4.0
2.5
2.5
6.3
85
85
85
85
85
85
85
85
10
10
10
10
10
10
10
10
4.7
59.2
27.7
6.3
54.4
50.0
23.5
94.5
300
150
150
250
150
150
150
100
360
510
510
400
510
510
510
670
ー
3
̶
̶
̶
̶
̶
̶
3
ー
3
3
3
3
3
3
3
3
Surface
mount type
TPH
Series
OS-CON
Line-up
RoHS compliance, Halogen free
Small size, Low profile: L3.2xW1.6xH0.9mm
Face down terminal type
Guidelines and
precautions
Specifications
Items
Selection guide
Condition
Rated voltage
(V)
−
Surge voltage
(V)
−
Category temperature range (℃)
−
Capacitance tolerance (％)
120Hz/20℃
Rated capacitance range (μF)
120Hz/20℃
4.0
6.3
10
2.9
4.6
7.2
12
-55 to +105 / -55 to +85（Rated temp. 85℃）
M : ±20
Please see the attached characteristics list
Rated voltage applied, after 5 minutes
Leakage current
Please see the attached characteristics list
100kHz/20℃
Equivalent series resistance (ESR)
Characteristics of impedance
ratio at high temp.
and low temp.
＋85℃
0.6 to 2.0
Within±20% of the initial value
DF
<
ー
LC
DF
<
ー
LC
Surge
Surface mount type
1.5 times of the initial limit
ー
3 times of the initial limit
<
3 times of the initial limit
<
Within±5% of the initial value
△C/C
105℃, 1,000 cycles,
1kΩ discharge resistance,
surge voltage applied
※Rated temp, 85℃ Products：85℃
Within the initial limit
Within＋40%,−20% of the initial value（Except for above model）
△C/C
60℃, 90 to 95%RH, 500h,
No-applied voltage
1.5 times of the initial limit
Within＋50%,−20% of the initial value（ETPH220MABC）
△C/C
Damp heat (Steady State)
0.6 to 2.0
Z/Z20℃
△C/C
105℃, 1,000h rated voltage applied
※Rated temp, 85℃ Products：
85℃, 1,000h,
rated voltage applied
Endurance
Please see the attached characteristics list
−55℃ Z/Z20℃
100kHz/＋20℃
Technical data
33 to 220
120Hz/20℃
Dissipation Factor (DF)
Specifications
2.5
Within the initial limit
DF
LC
ー
Marking and dimensions
jA8
Size code
A09
A14
L
3.2
3.2
W
1.6
1.6
±0.2
H
0.9
1.4
±0.1
S
0.8
0.8
±0.2
Year
Week
R.V.
Mark
W1
1.2
1.2
Capacitance(μF)
Mark
b
a
33
N7
47
S7
μF
a
b
c
Size code
1.6 1.4 1.0
A09
1.6 1.4 1.0
A14
RV
2.5
ATPH33MAHA
68
W7
10
A
POSCAP
Line-up
100
A8
150
E8
4.0
6.3
10
A09
A09
68
100
220
Guidelines and
precautions
220
J8
RV:Rated voltage
47
TPH series characteristics list
Part number
6.3
j
33
A09
A09
150
Size
code
4.0
g
Size list
(unit : mm)
c
2.5
e
※2 The rated capacitance is as follows.
±0.1
Recommended land pattern dimension of PWB
a
Catalog Deletion and
EOL series
※1 The rated voltage is as follows.
Rated voltage※1
(unit : mm)
±0.2
10
09
A14,A09
A14
85
33
10
85
10
33.0
150
510
ー
3
ー
3
85
100
6.3
85
10
63.0
100
670
3
3
6.3
105
47
6.3
105
10
29.6
150
510
3
3
4TPH68MHA
4.0
105
68
4.0
105
10
27.2
150
510
3
3
ETPH100MHA
2.5
105
100
2.5
105
10
25.0
150
510
3
3
6TPH100MABC
6.3
85
100
6.3
85
10
126.0
70
740
3
3
A14 4TPH150MABC
4.0
85
150
4.0
85
10
120.0
70
740
3
3
2.5
85
220
2.5
85
10
110.0
70
740
3
3
※1 100k to 500kHz,45℃
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
6.3
ETPH220MABC
Image of
case size
TPH
A09 6TPH47MHA
6TPH100MAEA
Series system
diagram
A14
Maximum allowable
MSL
LC
ESR
Rated Category Category
Rated
Rated
DF
（μA） （mΩmax） ripple current Reflow Reflow
voltage temperature capacitance voltage temperature
（mArms） temp. temp.
（％ max）
max/5min. 100kHz/20℃ 100kHz※1 < 260℃ < 250℃
(℃)
（μF）
（V）
（℃）
(V)
10
Selection guide
H
capacitance※2
Technical data
Week
Rated voltage※1
W1
S
Rated
Year
Anode(+)
10
jA8
09
Anode(+)
W
Rated
S
Radial lead type
6TPH100MAEA
capacitance※2
TPG
TPSF
Surface mount type
L
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
82
TPG
Surface
mount type
OS-CON
Line-up
Guidelines and
precautions
Selection guide
Update
Series
Specifications
Items
Technical data
Condition
(V)
−
2.5
4.0
6.3
8.0
10
12.5
Surge voltage
(V)
−
2.9
4.6
7.2
9.2
12
14
(℃)
−
Capacitance tolerance
(％)
120Hz/20℃
M : ±20
Rated capacitance range
(μF)
120Hz/20℃
33 to 220
Category temperature range
Leakage current
120Hz/20℃
Please see the attached characteristics list
Please see the attached characteristics list
100kHz/20℃
Please see the attached characteristics list
Characteristics of impedance
ratio at high temp.
and low temp.
100kHz/＋20℃
Fundamental
structure
Ｃharacteristics
Reliability
Anode(+)
W
Size code
B1G
B15G
L
＋0.3
−0.1
3.5
3.5
＋0.3
△C/C
S ±0.2
0.8
0.8
b
a
c
a
Size code
B1G
B15G
<
ー
LC
TPH
Size
code
TPG
TPSF
Surface mount type
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
83
Part number
12TPG33M
10TPG47M
8TPG47M
B1G 6TPG100M
6TPG100MG
6TPG100MZGD※2
2R5TPG220M
6TPG150M
6TPG150MZG
B15G
4TPG220M
2R5TPG220MUG
Rated
voltage
(V)
12.5
10
8.0
6.3
6.3
6.3
2.5
6.3
6.3
4.0
2.5
※1 100k to 500kHz,45℃ ※2 Under development
Within the initial limit
1.5 times of the initial limit
ー
3 times of the initial limit
<
3 times of the initial limit
<
△C/C
Within±5% of the initial value
DF
Within the initial limit
LC
ー
※1 The rated voltage is as follows.
2.5
e
R.V.
Mark
4.0
g
6.3
j
8.0
k
10
A
100
A8
150
E8
220
J8
12.5
B
※2 Lot.No.shows roughly manufacturing date.
Lot. No.※2
W1 ±0.1
2.2
2.2
※3 The rated capacitance is as follows.
Capacitance(μF)
Mark
a
1.6
1.6
Rated
temperature
(℃)
Rated
capacitance
（μF）
85
85
85
85
85
85
85
85
85
85
85
33
47
47
100
100
100
220
150
150
220
220
33
N7
47
S7
Size list
μF
(unit : mm)
b
c
2.7 1.4
2.7 1.4
TPG series characteristics list
TPU
1.5 times of the initial limit
Within＋40%,−20% of the initial value
DF
(unit : mm)
H ±0.1
1.1
1.4
ー
LC
Rated voltage※1
W −0.1
2.8
2.8
<
Recommended land pattern dimension of PWB
Technical data
Recommended
soldering
condition
Selection guide
Guidelines and
precautions
0.6 to 2.0
Within±20% of the initial value
DF
A8
j G
W1
S
S
0.6 to 2.0
△C/C
Rated capacitance※3
H
POSCAP
Line-up
Packing
specifications
Z/Z20℃
Marking and dimensions
Catalog Deletion and
EOL series
Explanation of
part numbers
＋105℃
85℃, 1,000 cycles,
1kΩ discharge resistance,
surge voltage applied
L
Products list
Z/Z20℃
60℃, 90 to 95%RH, 500h,
No-applied voltage
Surge
Image of
case size
−55℃
85℃, 1,000h
rated voltage applied
Endurance
Damp heat (Steady State)
Series system
diagram
−55 to ＋105
Rated voltage applied, after 5 minutes
Equivalent series resistance (ESR)
Radial lead type
Specifications
Rated voltage
Dissipation Factor (DF)
Surface mount type
RoHS compiance, Halogen free
Small size, Low profile: L3.5xW2.8xH1.1mm (B1G)
Large capacitance: 6.3V220μF（B15G)
Category
voltage
（V）
10
8.0
6.4
5.0
5.0
5.0
2.0
5.0
5.0
3.2
2.0
RV
33
47
100
150
220
2.5
B1G,B15G
RV:Rated voltage
4.0
B15G
6.3
B1G
B15G
8.0
10.0
B1G
B1G
12.5
B1G
Maximum allowable
MSL
LC
ESR
Category
DF
Reflow
Reflow
（μA） （mΩmax） ripple current
temperature
（mArms）
（％ max）
temp.
max/5min. 100kHz/20℃ 100kHz※1 <temp.
（℃）
< 250℃
260℃
ー
ー
105
105
105
105
105
105
105
105
105
105
105
10
10
10
10
10
10
10
10
10
10
10
41.3
47.0
37.6
63.0
63.0
126.0
55.0
94.5
189.0
88.0
110.0
70
70
70
70
55
35/300kHz
70
70
35/300kHz
70
30/300kHz
1000
1000
1000
1000
1100
1200
1000
1000
1200
1000
1400
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
※ Red letters：New models
TPSF
Surface
mount type
Update
Series
OS-CON
Line-up
RoHS compiance, Halogen free
Ultra low ESL: 0.7nH
Ultra low ESR: 6ｍΩ ＊at 500kHz
Face down terminal type
Guidelines and
precautions
Specifications
Selection guide
Items
Condition
Rated voltage
(V)
(V)
Surge voltage
(℃)
Category temperature range
(％)
Capacitance tolerance
(μF)
Rated capacitance range
Dissipation Factor (DF)
Leakage current
Equivalent series resistance (ESR)
Characteristics of impedance
ratio at high temp.
and low temp.
Endurance
Damp heat (Steady State)
Surge
Specifications
2.0
2.3
−
−
−
120Hz/20℃
120Hz/20℃
120Hz/20℃
Rated voltage applied, after 5 minutes
100kHz/20℃
−55℃
Z/Z20℃
100kHz/＋20℃
＋105℃ Z/Z20℃
105℃, 1,000h,
△C/C
rated voltage applied
DF
※Rated temp, 85℃ Products：
85℃, 1,000h, rated voltage applied
LC
△C/C
60℃, 90 to 95%RH, 500h,
DF
No-applied voltage
LC
105℃, 1,000 cycles,
△C/C
1kΩ discharge resistance,
DF
surge voltage applied
※Rated temp, 85℃ Products：85℃
LC
2.5
2.9
−55 to ＋105
M : ±20
200 to 270
Please see the attached characteristics list
Please see the attached characteristics list
Please see the attached characteristics list
Technical data
0.6 to 2.0
0.6 to 2.0
Within±20% of the initial value
< 1.5 times of the initial limit
ー
Within the initial limit
Within＋40%,−20% of the initial value
< 1.5 times of the initial limit
ー
< 3 times of the initial limit
ー
Within±5% of the initial value
Within the initial limit
< 3 times of the initial limit
ー
Surface mount type
Marking and dimensions
L
Rated voltage※1
R.V.
Mark
d
Anode(+)
W
※1 The rated voltage is as follows.
L8 q
H
W1
3.5
W ±0.2
2.8
b
c
Catalog Deletion and
EOL series
270
L8
(unit : mm)
L ±0.2
H ±0.1
1.9
S ±0.3
0.8
POSCAP
Line-up
W1 ±0.1
2.2
Guidelines and
precautions
Recommended land pattern dimension of PWB
a
200
H8
Size code
B2S
a
1.6
Size list
μF
(unit : mm)
b
c
2.7 1.4
RV
270
RV:Rated voltage
2.0
2.5
B2S
B2S
Series system
diagram
Selection guide
B2S
Capacitance(μF)
Mark
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Technical data
Size code
Radial lead type
※3 The rated capacitance is as follows.
Lot. No.※2
S
2.5
e
※2 Lot.No.shows roughly manufacturing date.
Rated capacitance※3
S
2.0
d
a
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
TPH
TPSF series characteristics list
Part number
Rated
Rated
Rated
voltage temperature capacitance
(℃)
（μF）
(V)
Category
voltage
（V）
ETPSF270M6E※2
2.5
105
270
2.5
2TPSF270M6E
2.0
105
270
2.0
B2S 2TPSF270M9G
2.0
105
270
2.0
Maximum allowable
MSL
LC
ESR
ESL
Category
DF
（μA） （mΩmax）（nHmax） ripple current Reflow Reflow
temperature
（mArms）
（％ max）
temp.
max/5min. 100kHz/20℃ ＊Tipical value 100kHz※1 <temp.
（℃）
260℃ < 250℃
105
105
105
10
8.0
8.0
135
6/500kHz
0.7
3200
108.0
6/500kHz
0.7
3200
108.0
9/300kHz
0.7
2400
ー
3
3
5
ー
3
3
5
TPSF
TPE
Surface mount type
Size
code
TPG
TPB
TPC
TPF
TA
TV
※1 100k∼500kHz,45℃ ※2 Under development
TH
TQC
※ Red letters：New models
Catalog Deletion and
EOL models
84
OS-CON
Line-up
TPE
Surface
mount type
Guidelines and
precautions
Selection guide
RoHS compliance, Halogen free
Small size: L3.5xW2.8xH1.9mm
Low ESR: 9ｍΩ ＊at 300kHz
Condition
Specifications
Rated voltage
(V)
−
2.0
2.5
4.0
6.3
8.0
10
Surge voltage
(V)
−
2.3
2.9
4.6
7.2
9.2
12
Category temperature range (℃)
−
Capacitance tolerance (％)
120Hz/20℃
M : ±20
Rated capacitance range (μF)
120Hz/20℃
47 to 470
Dissipation Factor (DF)
120Hz/20℃
Please see the attached characteristics list
Rated voltage applied, after 5 minutes
Please see the attached characteristics list
100kHz/20℃
Please see the attached characteristics list
Leakage current
Equivalent series resistance (ESR)
Characteristics of impedance
ratio at high temp.
and low temp.
Surface mount type
Series
Specifications
Items
Technical data
Update
−55 to ＋105
100kHz/＋20℃
＋105℃ Z/Z20℃
0.6 to 2.0
△C/C
Within±20% of the initial value
105℃, 1,000h rated voltage applied
※Rated temp. 85℃ products:
85℃, 1,000h, rated voltage applied
Endurance
Damp heat (Steady State)
0.6 to 2.0
−55℃ Z/Z20℃
DF
60℃, 90 to 95%RH, 500h,
No-applied voltage
<
ー
Within the initial limit
△C/C
Within＋50%, −20％〈2R5TPE220MAFB(MAZB,MAPB),
2R5TPE330MAZB,2TPE330MFB(MAFB,MADGB)
ETPE330MA9GB(MAFB),2TPE470MAJGB〉
Within＋40%, −20% of the initial value (Except for the above model)
DF
<
ー
LC
Radial lead type
Catalog Deletion and
EOL series
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
W
TPU
N8
e F
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
85
ー
S
R.V.
Mark
3 times of the initial limit
S
2.0
d
2.5
e
4.0
g
6.3
j
8.0
k
150
E8
220
J8
10
A
※2 Lot.No.shows roughly manufacturing date.
※3 The rated capacitance is as follows.
Lot. No.※2
W1
Capacitance(μF) 47
Mark
S7
100
A8
120
C8
330 470
N8
S8
(unit : mm)
Size code
B2
L ±0.2
3.5
W ±0.2
2.8
H ±0.1
1.9
S ±0.2
0.8
W1 ±0.1
2.2
Recommended land pattern dimension of PWB
b
Surface mount type
TPE
<
※1 The rated voltage is as follows.
TPH
TPB
Within the initial limit
LC
Rated voltage※1
TPG
TPSF
3 times of the initial limit
Within±5% of the initial value
DF
Rated capacitance※3
H
Selection guide
Explanation of
part numbers
Technical data
Products list
Anode(+)
L
Guidelines and
precautions
Image of
case size
ー
Marking and dimensions
POSCAP
Line-up
Series system
diagram
1.5 times of the initial limit
<
△C/C
105℃, 1,000 cycles, 1kΩ discharge
resistance,surge voltage applied
※Rated temp 85℃ products:85℃
Surge
1.5 times of the initial limit
LC
a
c
a
(unit : mm)
b
c
Size code a
1.6 2.7 1.4
B2
Size list
μF
RV
47
100
120
150
220
330
470
2.0
B2
B2
RV:Rated voltage
2.5
B2
B2
4.0
6.3
8.0
B2
B2
B2
B2
B2
B2
B2
B2
10.0
B2
OS-CON
Line-up
Guidelines and
precautions
TPE series characteristics list
Part number
10TPE47MAZB
B2
Maximum allowable
MSL
LC
ESR
Rated Category Category
Rated
Rated
DF
（μA） （mΩmax） ripple current Reflow Reflow
voltage temperature capacitance voltage temperature
（mArms）
（％ max）
temp.
max/5min. 100kHz/20℃ 100kHz※1 <temp.
(℃)
（μF）
（V）
（℃）
(V)
260℃ < 250℃
10
85
47
8.0
105
8.0
47.0
35
1400
ー
3
ー
3
8TPE100MAZB
8.0
85
100
6.3
105
8.0
80.0
35
1400
3
3
6TPE220MAZB
6.3
85
220
5.0
105
10
138.6
35
1400
3
3
6TPE220MAPB※2
6.3
85
220
5.0
105
10
138.6
25
1400
3
3
5.0
105
8.0
94.5
35
6TPE150MAZB
6.3
85
150
1400
3
3
6TPE150MAPB
6.3
85
150
5.0
105
8.0
94.5
25
1600
3
3
6TPE120MAZB
6.3
85
120
5.0
105
8.0
75.6
35
1400
3
3
6TPE100MPB
6.3
105
100
6.3
105
8.0
63.0
25
1600
3
3
6TPE100MAZB
6.3
85
100
5.0
105
8.0
63.0
35
1400
3
3
4TPE220MAZB
4.0
85
220
3.2
105
8.0
88.0
35
1400
3
3
4TPE150MAZB
4.0
85
150
3.2
105
8.0
60.0
35
1400
3
3
4TPE100MZB
4.0
105
100
4.0
105
8.0
40.0
35
1400
3
3
2R5TPE330MAZB
2.5
85
330
2.0
105
8.0
82.5
35
1400
3
3
ETPE330MAFB※2
2.5
85
330
2.0
105
8.0
165.0
15
2700
3
3
ETPE330MA9GB※2
2.5
85
330
2.0
105
8.0
165.0 9/300kHz
3200
3
3
2R5TPE220MZB
2.5
105
220
2.5
105
8.0
55.0
35
1400
3
3
2R5TPE220MLB
2.5
105
220
2.5
105
8.0
55.0
21
1700
3
3
2R5TPE220MFGB
2.5
105
220
2.5
105
8.0
110.0 15/300kHz 1800
3
3
2R5TPE220MAZB
2.5
85
220
2.0
105
8.0
55.0
35
1400
3
3
2R5TPE220MAPB
2.5
85
220
2.0
105
8.0
55.0
25
1600
3
3
2R5TPE220MAFB
2.5
85
220
2.0
105
8.0
110.0
15
2000
3
3
2TPE470MAJGB
2.0
85
470
1.8
105
10
188.0 11/300kHz 2300
3
3
2TPE330MFB
2.0
105
330
2.0
105
8.0
132.0
15
2000
3
3
2TPE330MAFB
2.0
85
330
1.8
105
8.0
132.0
15
2000
3
3
2TPE330MADGB
2.0
85
330
1.8
105
8.0
132.0 13/300kHz
2000
3
3
Surface mount type
Radial lead type
Catalog Deletion and
EOL series
POSCAP
Line-up
Guidelines and
precautions
Technical data
※1 100k to 500kHz,45℃ ※2 Under development
Technical data
Selection guide
Size
code
Selection guide
Series system
diagram
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
TPH
TPG
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
※ Red letters ： New models
Catalog Deletion and
EOL models
86
OS-CON
Line-up
TPE
Surface
mount type
Guidelines and
precautions
Selection guide
Condition
Specifications
Rated voltage
(V)
−
2.5
4.0
6.3
10
Surge voltage
(V)
−
2.9
4.6
7.2
12
Category temperature range (℃)
−
Capacitance tolerance (％)
120Hz/20℃
M : ±20
Rated capacitance range (μF)
120Hz/20℃
68 to 1,500
Dissipation Factor (DF)
120Hz/20℃
Please see the attached characteristics list
Rated voltage applied, after 5 minutes
Please see the attached characteristics list
100kHz/20℃
Please see the attached characteristics list
Leakage current
Equivalent series resistance (ESR)
Characteristics of impedance
ratio at high temp.
and low temp.
Surface mount type
RoHS compliance, Halogen free
Low profile: 1.5ｍｍ and Large capacitance: 6.3V470μF（D15E)
Low ESR: 7ｍΩ(D2E)
Specifications
Items
Technical data
Series
−55 to ＋105
100kHz/＋20℃
＋105℃ Z/Z20℃
0.6 to 2.0
△C/C
Within±20% of the initial value
105℃, 2,000h,
rated voltage applied
※Rated temp, 85℃ products:
85℃, 1,000h, rated voltage applied
6TPE330MAP,6TPE470MAZU：85℃,2,000h
Endurance
DF
<
ー
△C/C
Within the initial limit
Within＋50%, −20% of the initial value 〈2R5TPE470M (Ⅰ,F,C,9,7),
2R5TPE330M (Ⅰ,F,C,9,7), 2R5TPE220M (Ⅰ,F,9),
2R5TPE1000M (Ⅰ,F), 2R5TPE1500M (F,C)〉
Within＋40%, −20% of the initial value (Except for the above model)
DF
<
ー
LC
Catalog Deletion and
EOL series
L
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
Within the initial limit
LC
Anode(+)
W
Rated voltage※1
H
Selection guide
Explanation of
part numbers
Technical data
Products list
DF
Rated capacitance
Guidelines and
precautions
Image of
case size
3 times of the initial limit
Within±5% of the initial value
<
ー
3 times of the initial limit
Marking and dimensions
POSCAP
Line-up
Series system
diagram
ー
△C/C
105℃, 1,000 cycles,
1kΩ discharge resistance,
surge voltage applied
※Rated temp. 85℃ products：85℃
Surge
1.5 times of the initial limit
<
S
※1 The rated voltage is as follows.
R.V.
Mark
470
e 58
Radial lead type
1.5 times of the initial limit
LC
60℃, 90 to 95%RH, 500h,
No-applied voltage
Damp heat (Steady State)
0.6 to 2.0
−55℃ Z/Z20℃
Lot. No.※2
2.5
e
4.0
g
6.3
j
10
A
※2 Lot.No.shows roughly manufacturing date.
W1
S
(unit : mm)
Size code
D15E
D2E
D3L
D4
L ±0.3
7.3
7.3
7.3
7.3
※1 ±0.1：D2E,D15E
W ±0.2 H ±0.2※1 S ±0.2
1.1
1.4
4.3
1.3
1.8
4.3
1.3
2.8
4.3
1.3
3.8
4.3
W1 ±0.1
2.4
2.4
2.4
2.4
TPU
TPH
Recommended land pattern dimension of PWB
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
87
(unit : mm)
b
TPG
a
c
a
Size code
D15E
D2E
D3L
D4
a
2.4
2.4
2.4
2.4
b
2.9
2.9
2.9
2.9
c
3.7
3.7
3.7
3.7
Size list
μF
RV
68
100
150
220
330
470
680
1,000
1,500
2.5
D2E
D2E
D2E
D3L
D4
D4
RV:Rated voltage
4.0
6.3
D2E
D2E
D2E
D3L
D2E
D2E
D2E
D2E,D3L,D4
D4,D15E
D4
10.0
D2E
D3L
D4
OS-CON
Line-up
Guidelines and
precautions
TPE series characteristics list
6.3
10TPE68M
6TPE220MI
6TPE150MI
4.0
4TPE220M
4.0
4TPE220MI
4.0
4TPE220MF
4.0
D2E 4TPE150MI
2R5TPE470MI
4.0
2.5
2R5TPE470MF
2.5
2R5TPE470MC
2.5
2R5TPE470M9
2.5
2R5TPE470M7
2.5
2R5TPE330M
2.5
2R5TPE330MI
2.5
2R5TPE330MF
2.5
2R5TPE330MC
2.5
2R5TPE330M9
2.5
2R5TPE330M7
2.5
2R5TPE220M
2.5
2R5TPE220MI
2.5
2R5TPE220MF
2.5
2R5TPE220M9
2.5
10TPE220ML
10
10TPE220MIL
10
6TPE330MAL
6.3
6TPE330MA9EL
6.3
6TPE330ML
6TPE330MIL
D4
6TPE330MAA
2R5TPE1000MF
2R5TPE1500MF
2R5TPE1500MC
※1 100k to 500kHz,45℃
4.0
※2
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
85
85
105
4.0
4TPE470MCL
105
6.3
4.0
4TPE470MFL
85
105
4.0
4TPE470MIL
105
6.3
6.3
6TPE330MFL
D3L 4TPE470ML
6TPE470MI
105
4.0
4TPE330MI
6TPE470M
6.3
6.3
4TPE330M
6TPE680MI
220
6.3
6TPE100MI
6TPE680M
105
6.3
6TPE100M
10TPE330M
6.3
6.3
6TPE150MF
2R5TPE680MCL
330
6.3
6TPE150M
2R5TPE680MFL
85
6.3
6TPE220M
4TPE470MAL
470
6.3
6TPE220MAP
Rated
capacitance
（μF）
85
10
6TPE330MAP
Rated
temperature
(℃)
4.0
2.5
2.5
10
6.3
6.3
6.3
6.3
6.3
105
105
105
105
105
105
105
105
105
105
105
105
105
85
68
220
220
150
150
150
100
100
330
330
220
220
220
150
470
470
470
470
470
330
330
330
330
330
330
220
220
220
220
220
220
330
330
330
330
330
470
470
470
470
470
680
680
330
680
680
470
470
330
2.5
105
1000
2.5
105
1500
2.5
※2 Under development
105
1500
Category
voltage
（V）
5.0
10
5.0
5.0
6.3
6.3
6.3
6.3
6.3
6.3
6.3
4.0
4.0
4.0
4.0
4.0
4.0
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
10
10
5.0
5.0
6.3
6.3
6.3
4.0
4.0
4.0
4.0
4.0
2.5
2.5
10
6.3
6.3
6.3
6.3
5.0
2.5
2.5
2.5
Maximum allowable
MSL
LC
ESR
Category
DF
Reflow
Reflow
（μA） （mΩmax） ripple current
temperature
（mArms） temp.
（％ max）
max/5min. 100kHz/20℃ 100kHz※1 < 260℃ <temp.
（℃）
ー
ー 250℃
105
10
296.1
35
1700
3
2a
105
10
207.9
25
2400
3
2a
10
138.6
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
10
10
10
10
10
10
10
10
68.0
138.6
138.6
94.5
94.5
94.5
63.0
63.0
10
132.0
10
88.0
10
10
10
10
132.0
88.0
88.0
60.0
10
117.5
10
117.5
10
10
10
10
10
10
10
10
10
10
10
10
10
117.5
117.5
25
25
25
18
25
18
15
25
18
25
18
25
18
15
18
18
15
12
82.5
12
10
10
10
10
15
15
2800
3100
2800
2800
3100
3500
4400
2800
3100
3500
2400
55.0
15
55.0
220.0
7
18
4400
2800
3100
9
3900
18
2800
18
2800
188.0
188.0
188.0
188.0
170.0
170.0
330.0
428.4
428.4
296.1
250.0
375.0
375.0
15
25
18
15
12
10
15
12
25
25
18
25
18
10
2400
3100
2400
2800
3100
3500
4400
3100
3500
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
̶
3
3
3
3
3
3
3
3
3
3
3
3000
̶
3500
3
3000
3000
3500
4400
15
3900
12
4400
15
3
3
207.9
188.0
3
2400
3900
207.9
3
̶
9/500kHz
25
3
2400
207.9
207.9
15
2400
25
55.0
15
15
2800
55.0
82.5
296.1
15
2400
3900
15
15
2800
9
207.9
10
2400
15
82.5
18
10
10
3100
82.5
82.5
25
10
2800
2400
207.9
10
2400
25
7
10
10
2800
82.5
117.5
25
10
2400
3900
220.0
10
2400
9
10
10
2400
3900
3
3
3
3
3
̶
̶
Selection guide
2a
2a
2a
Technical data
2a
2a
2a
2a
2a
2a
2a
2a
2a
Surface mount type
2a
2a
2a
2a
2a
2a
2a
2a
2a
Radial lead type
2a
2a
2a
2a
2a
Catalog Deletion and
EOL series
2a
2a
POSCAP
Line-up
2a
Guidelines and
precautions
2a
2a
2a
2a
2a
2a
Series system
diagram
Selection guide
D15E 6TPE470MAZU
Rated
voltage
(V)
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
2a
2a
2a
2a
2a
2a
Technical data
Part number
2a
2a
2a
2a
2a
2a
2a
Ｃharacteristics
Reliability
TPG
2a
2a
Fundamental
structure
TPH
2a
2a
Recommended
soldering
condition
TPU
2a
TPSF
Surface mount type
Size
code
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
OS-CON
Line-up
Surface
mount type
Guidelines and
precautions
Selection guide
TPB
Condition
Specifications
Rated voltage
(V)
−
4.0
Surge voltage
4.6
Capacitance tolerance (％)
120Hz/20℃
M : ±20
Rated capacitance range (μF)
120Hz/20℃
33 to 470
Dissipation Factor (DF)
120Hz/20℃
Please see the attached characteristics list
Rated voltage applied, after 5 minutes
Please see the attached characteristics list
100kHz/＋20℃
Please see the attached characteristics list
−55 to ＋105
Endurance
0.6 to 2.0
−55℃ Z/Z20℃
100kHz/20℃
＋105℃ Z/Z20℃
0.6 to 2.0
△C/C
Within±20% of the initial value
105℃, 2,000h
B2 size :105℃, 1,000h,
Rated voltage applied
DF
※Rated temp. 85℃ products:
85℃, 1,000h, rated voltage applied
60℃, 90 to 95%RH, 500h,
No-applied voltage
<
ー
Within the initial limit
△C/C
Within＋40%,−20% of the initial value
<
ー
LC
ー
Within±5% of the initial value
Within the initial limit
LC
<
ー
Reliability
W ±0.2
2.8
4.3
4.3
※1 ±0.2：B2 ※2 ±0.1：B2
D4size
Rated capacitance
Anode(+)
Rated capacitance
330
j 58 L
Anode(+)
W
W1
S
Size code L ±0.3※1
3.5
B2
7.3
D3L
7.3
D4
W7
j G
D3Lsize
Lot. No.※2
Rated voltage※1
Lot. No.※2
Rated voltage※1
H
Selection guide
Technical data
Ｃharacteristics
S
Rated capacitance※3
Anode(+)
B2size
L
Guidelines and
precautions
Fundamental
structure
3 times of the initial limit
Marking and dimensions
POSCAP
Line-up
Recommended
soldering
condition
3 times of the initial limit
DF
Radial lead type
Packing
specifications
1.5 times of the initial limit
<
△C/C
※Rated temp. 85℃ products:85℃
Explanation of
part numbers
1.5 times of the initial limit
LC
DF
105℃, 1,000 cycles,
1kΩdischarge resistance,
surge voltage applied
Surge
Products list
12
−
Damp heat (Steady State)
Image of
case size
7.2
−
Characteristics of impedance
ratio at high temp.
and low temp.
Series system
diagram
10
(V)
Equivalent series resistance (ESR)
Catalog Deletion and
EOL series
6.3
Category temperature range (℃)
Leakage current
Surface mount type
RoHS compliance, Halogen free
Standard products
Specifications
Items
Technical data
Series
330
A 57
※1 The rated voltage is as follows.
R.V.
Mark
4.0 6.3
g
j
※2 Lot.No.shows roughly manufacturing date.
Lot. No.※2
Rated voltage※1
※3 The rated capacitance is as follows.
Capacitance(μF) 33
Mark
N7
47
S7
(unit : mm)
H ±0.2※2
1.9
2.8
3.8
S ±0.2
0.8
1.3
1.3
W1 ±0.1
2.2
2.4
2.4
TPU
TPH
Recommended land pattern dimension of PWB
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
89
(unit : mm)
b
TPG
a
c
a
b
c
Size code a
1.6 2.7 1.4
B2
2.4 2.9 3.7
D3L
2.4 2.9 3.7
D4
Size list
μF
RV
33
47
68
150
220
330
470
10
A
4.0
B2
D3L
RV:Rated voltage
6.3
B2
10.0
B2
B2
D3L
D3L D3L,D4
D4
D3L,D4
D4
68
W7
OS-CON
Line-up
Guidelines and
precautions
TPB series characteristics list
Size
code
Part number
Selection guide
Maximum allowable
MSL
LC
ESR
Rated Category Category
Rated
Rated
DF
（μA） （mΩmax） ripple current Reflow Reflow
voltage temperature capacitance voltage temperature
（mArms）
（％ max）
temp.
max/5min. 100kHz/20℃ 100kHz※1 <temp.
(℃)
（μF）
（V）
（℃）
(V)
260℃ < 250℃
ー
B2
D3L
D4
ー
10TPB47M
10
105
47
10
105
8.0
47.0
70
1100
3
3
10TPB33M
10
105
33
10
105
8.0
33.0
70
1100
3
3
6TPB68M
6.3
105
68
6.3
105
8.0
42.8
70
1100
3
3
4TPB68M
4.0
105
68
4.0
105
8.0
27.2
70
1100
3
3
10TPB220ML
10
105
220
10
105
10
220.0
40
2000
̶
2a
10TPB150ML
10
105
150
10
105
10
150.0
40
2000
3
2a
6TPB330ML
6.3
105
330
6.3
105
10
207.9
40
2000
3
2a
6TPB330MAL
6.3
85
330
5.0
105
10
207.9
40
2000
3
2a
6TPB220ML
6.3
105
220
6.3
105
10
138.6
40
2000
3
2a
4TPB330ML
4.0
105
330
4.0
105
10
132.0
40
2000
3
2a
10TPB330M
10
105
330
10
105
10
330.0
35
3000
̶
2a
10TPB220M
10
105
220
10
105
10
220.0
40
3000
3
2a
6TPB470M
6.3
105
470
6.3
105
15
296.1
35
3000
3
2a
6TPB330M
6.3
105
330
6.3
105
10
207.9
40
3000
3
2a
Technical data
Surface mount type
Radial lead type
※1 100k to 500kHz,45℃
Catalog Deletion and
EOL series
POSCAP
Line-up
Technical data
Selection guide
Guidelines and
precautions
Series system
diagram
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
TPH
TPG
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
90
OS-CON
Line-up
TPC
Surface
mount type
Guidelines and
precautions
Selection guide
Items
Condition
(V)
−
(V)
Surge voltage
8.0
7.2
−
Capacitance tolerance (％)
Specifications
6.3
−
Category temperature range (℃)
120Hz/20℃
100kHz/＋20℃
Characteristics of impedance
ratio at high temp.
and low temp.
−55℃ Z/Z20℃
100kHz/20℃
＋105℃ Z/Z20℃
105℃, 2,000h
B2 size :105℃, 1,000h,
Rated voltage applied
Endurance
△C/C
DF
※Rated temp. 85℃ products:
85℃, 1,000h, rated voltage applied
Surge
Please see the attached characteristics list
0.6 to 2.0
0.6 to 2.0
Within±20% of the initial value
1.5 times of the initial limit
Within the initial limit
Within＋40%,−20% of the initial value
DF
<
ー
LC
1.5 times of the initial limit
ー
3 times of the initial limit
<
3 times of the initial limit
<
Within±5% of the initial value
△C/C
Within the initial limit
DF
LC
※Rated temp. 85℃ products:85℃
Please see the attached characteristics list
ー
△C/C
105℃, 1,000 cycles,
1kΩdischarge resistance,
surge voltage applied
Please see the attached characteristics list
<
LC
60℃, 90 to 95%RH, 500h,
No-applied voltage
Damp heat (Steady State)
14
M : ±20
Rated voltage applied, after 5 minutes
Equivalent series resistance (ESR)
12.5
10 to 470
120Hz/20℃
Leakage current
10
9.2
12
−55 to ＋105
120Hz/20℃
Rated capacitance range (μF)
Dissipation Factor (DF)
Surface mount type
RoHS compliance, Halogen free
Low profile: 1.1mm (B1)
Specifications
Rated voltage
Technical data
Series
ー
Marking and dimensions
Anode(+)
W
H
Radial lead type
S
Catalog Deletion and
EOL series
POSCAP
Line-up
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
TPH
TPG
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
91
Rated capacitance
150
j 57
Lot. No.※2
Rated voltage※1
(unit : mm)
W
2.8
4.3
±0.2
H
1.1
1.9
±0.1
S
0.8
1.3
±0.2
W1
2.2
2.4
±0.1
(unit : mm)
b
Selection guide
Products list
Technical data
Image of
case size
L
3.5
7.3
Lot. No.※2
Rated voltage※1
W1
S
±0.2
S7
j G
※1 The rated voltage is as follows.
R.V.
Mark
a
c
a
b
c
Size code a
1.6 2.7 1.4
B1
2.4 2.9 3.7
D2
6.3 8.0
j
k
10 12.5
A
B
※2 Lot.No.shows roughly manufacturing date.
※3 The rated capacitance is as follows.
Capacitance(μF) 10
Mark
A7
Recommended land pattern dimension of PWB
Guidelines and
precautions
Series system
diagram
Size code
B1
D2
D2size
Rated capacitance※3
Anode(+)
B1size
L
15
E7
22
J7
Size list
μF
RV
10
15
22
33
47
68
100
150
330
6.3
B1
B1
D2
D2
D2
33
N7
47
S7
RV:Rated voltage
8.0
B1
D2
10.0
12.5
B1
B1
B1
D2
D2
OS-CON
Line-up
Guidelines and
precautions
TPC series characteristics list
Size
code
Part number
Selection guide
Maximum allowable
MSL
LC
ESR
Rated Category Category
Rated
Rated
DF
（μA） （mΩmax） ripple current Reflow Reflow
voltage temperature capacitance voltage temperature
（mArms）
（％ max）
temp.
max/5min. 100kHz/20℃ 100kHz※1 <temp.
(℃)
（μF）
（℃）
（V）
(V)
260℃ < 250℃
ー
12.5
85
15
10
105
10
18.8
80
800
3
3
12TPC10M
12.5
85
10
10
105
10
12.5
80
800
3
3
8.0
85
22
6.3
105
10
17.6
70
1000
3
3
6TPC47MB
6.3
85
47
5.0
105
10
29.6
70
1000
3
3
6TPC47M
6.3
85
47
5.0
105
10
29.6
55
1100
3
3
B1 8TPC22M
D2
ー
12TPC15M
10TPC100M
10
105
100
10
105
10
100.0
45
1700
3
2a
10TPC68M
10
105
68
10
105
10
68.0
45
1700
3
2a
8TPC150M
8.0
105
150
8.0
105
10
120.0
40
1900
3
2a
6TPC330MA
6.3
85
330
5.0
105
10
207.9
40
1900
3
2a
6TPC150M
6.3
105
150
6.3
105
10
94.5
40
1900
3
2a
6TPC100M
6.3
105
100
6.3
105
10
63.0
45
1700
3
2a
Technical data
Surface mount type
※1 100k∼500kHz,45℃
Radial lead type
Catalog Deletion and
EOL series
POSCAP
Line-up
Technical data
Selection guide
Guidelines and
precautions
Series system
diagram
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
TPH
TPG
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
92
OS-CON
Line-up
TPF
Surface
mount type
Guidelines and
precautions
Selection guide
RoHS compliance, Halogen free
Ultra low ESR: 5ｍΩ∼15mΩ
Large capacitance: 1,000μF
Condition
Specifications
Rated voltage
(V)
−
2.0
2.5
4.0
6.3
10
Surge voltage
(V)
−
2.3
2.9
4.6
7.2
12
Category temperature range (℃)
−
Capacitance tolerance (％)
120Hz/20℃
M : ±20
Rated capacitance range (μF)
120Hz/20℃
150 to 1000
Leakage current
−55 to ＋105
120Hz/20℃
Please see the attached characteristics list
Rated voltage applied, after 5 minutes
Please see the attached characteristics list
100kHz/20℃
Please see the attached characteristics list
Dissipation Factor (DF)
Equivalent series resistance (ESR)
Characteristics of impedance
ratio at high temp.
and low temp.
Surface mount type
Series
Specifications
Items
Technical data
Update
100kHz/＋20℃
＋105℃ Z/Z20℃
0.6 to 2.0
△C/C
Within±20% of the initial value
105℃, 2,000h,
rated voltage applied
Endurance
Damp heat (Steady State)
0.6 to 2.0
−55℃ Z/Z20℃
DF
ー
LC
Within the initial limit
△C/C
60℃, 90 to 95%RH, 500h,
No-applied voltage
Within＋50%,−20% of the initial value(2TPF220M6,2TPF330M6,ETPF1000M6H（5H）)
Within＋40%, −20% of the initial value (Except for the above model)
DF
ー
<
ー
△C/C
105℃, 1,000 cycles,
1kΩ discharge resistance,
surge voltage applied
1.5 times of the initial limit
<
LC
Surge
1.5 times of the initial limit
<
3 times of the initial limit
Within±5% of the initial value
DF
Within the initial limit
LC
<
ー
Radial lead type
3 times of the initial limit
Marking and dimensions
L
W
Anode(+)
Rated capacitance
POSCAP
Line-up
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
Selection guide
Image of
case size
Technical data
Series system
diagram
Rated voltage※1
H
Guidelines and
precautions
S
※1 ±0.1:D2E
L ±0.3
7.3
7.3
7.3
W ±0.2 H ±0.2※1 S ±0.2
1.3
1.8
4.3
1.3
2.8
4.3
1.3
3.8
4.3
b
Surface mount type
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
93
6.3
j
10
A
※2 Lot.No.shows roughly manufacturing date.
W1 ±0.1
2.4
2.4
2.4
Recommended land pattern dimension of PWB
TPG
TPC
4.0
g
Lot. No.※2
(unit : mm)
TPB
2.5
e
(unit : mm)
Size code
D2E
D3L
D4
TPU
TPE
2.0
d
W1
S
TPH
TPSF
※1 The rated voltage is as follows.
R.V.
Mark
470
e 58 F
Catalog Deletion and
EOL series
a
c
a
b
c
Size code a
2.4 2.9 3.7
D2E
2.4 2.9 3.7
D3L
2.4 2.9 3.7
D4
Size list
μF
RV
2.0
RV:Rated voltage
2.5
4.0
6.3
150
D3L
220
D2E
330
D2E
D3L
D3L
D3L
D3L
470
D4,D3L
D3L
D4
680
D4,D3L
D4
1,000
10.0
D4
OS-CON
Line-up
Guidelines and
precautions
TPF series characteristics list
Size
code
D2E
Rated
voltage
(V)
Rated
temperature
(℃)
Rated
capacitance
（μF）
Category
voltage
（V）
2TPF330M6
2.0
105
330
2.0
2TPF220M6
2.0
105
220
2.0
Part number
10TPF150ML
10
Maximum allowable
MSL
LC
ESR
Category
DF
Reflow
Reflow
（μA） （mΩmax） ripple current
temperature
（mArms） temp.
（％ max）
max/5min. 100kHz/20℃ 100kHz※1 < 260℃ <temp.
（℃）
ー
ー 250℃
105
10
132.0
6
4700
̶
2a
105
10
88.0
6
4700
̶
2a
105
150
105
10
150.0
15
3600
̶
2a
6TPF330M9L
6.3
105
330
6.3
105
10
207.9
9
3900
3
2a
6TPF220ML
6.3
105
220
6.3
105
10
138.6
12
4000
3
2a
6TPF220M9L
6.3
105
220
6.3
105
10
138.6
9
4600
3
2a
6TPF220M5L
6.3
105
220
6.3
105
10
138.6
5
6100
3
2a
4TPF470ML
4.0
105
470
4.0
105
10
188.0
10
4400
3
2a
4TPF330ML
4.0
105
330
4.0
105
10
132.0
12
4000
3
2a
D3L 2R5TPF680ML
D4
Selection guide
10
2.5
105
680
2.5
105
10
170.0
10
4400
3
2a
2R5TPF680M7L
2.5
105
680
2.5
105
10
170.0
7
4400
3
2a
2R5TPF680M6L
2.5
105
680
2.5
105
10
170.0
6
4400
3
2a
2R5TPF470ML
2.5
105
470
2.5
105
10
117.5
10
4400
3
2a
2R5TPF470M7L
2.5
105
470
2.5
105
10
117.5
7
4400
3
2a
2R5TPF470M6L
2.5
105
470
2.5
105
10
117.5
6
4400
3
2a
2R5TPF330M7L
2.5
105
330
2.5
105
10
82.5
7
4400
3
2a
6TPF470MAH
6.3
105
470
6.3
105
10
296.1
10
4400
3
2a
4TPF680MAH
4.0
105
680
4.0
105
10
272.0
10
4400
3
2a
ETPF1000M6H
2.5
105
1000
2.5
105
10
250.0
6
5600
3
2a
ETPF1000M5H
2.5
105
1000
2.5
105
10
250.0
5
6100
3
2a
ETPF680M5H
2.5
105
680
2.5
105
10
170.0
5
6100
3
2a
ETPF470M5H
2.5
105
470
2.5
105
10
117.5
5
6100
3
2a
Technical data
Surface mount type
Radial lead type
Catalog Deletion and
EOL series
POSCAP
Line-up
Guidelines and
precautions
※1 100k to 500kHz,45℃ ※2 Under development
Selection guide
Series system
diagram
Image of
case size
Products list
Explanation of
part numbers
Technical data
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
TPH
TPG
TPSF
Surface mount type
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
94
OS-CON
Line-up
Surface
mount type
Guidelines and
precautions
Selection guide
TA
Series
Specifications
Items
Technical data
Surface mount type
RoHS compliance, Halogen free
High reliability: 85℃85%RH rated voltage applied (warranty)
Power supply circuit of entertainment equipment for the car.
Condition
Rated voltage
(V)
Surge voltage
(V)
Category temperature range(℃)
Capacitance tolerance (％)
Rated capacitance range (μF)
Dissipation Factor (DF)
Leakage current
Equivalent series resistance (ESR)
−
−
−
120Hz/20℃
120Hz/20℃
120Hz/20℃
Rated voltage applied, after 5 minutes
100kHz/20℃
−55℃ Z/Z20℃
Characteristics of impedance
100kHz/＋20℃
ratio at high temp. and low temp.
＋105℃ Z/Z20℃
△C/C
105℃, 2,000h,
Endurance
(B2 size : 1,000h)
DF
rated voltage applied
LC
△C/C
85℃,
85
to
90%RH,
500h,
Damp heat(Load)
DF
rated voltage applied
LC
△C/C
105℃, 1,000 cycles,
Surge
1kΩ discharge resistance,
DF
surge voltage applied
LC
Specifications
2.5
2.9
4.0
6.3
10
4.6
7.2
12
−55 to ＋105
M : ±20
47 to 680
Please see the attached characteristics list
Please see the attached characteristics list
Please see the attached characteristics list
0.6 to 2.0
0.6 to 2.0
Within±20% of the initial value
< 1.5 times of the initial limit
ー
Within the initial limit
Within＋40%,−20% of the initial value ※1
< 1.5 times of the initial limit
ー
Within the initial limit
Within±5% of the initial value
Within the initial limit
< 3 times of the initial limit
ー
※1 Within ＋50%, −20% of the initial value(2R5TAE470M(F), 2R5TAE330M(F, I), 2R5TAE220M(F,9))
Marking and dimensions
B2size
D2E,D3Lsize
Catalog Deletion and
EOL series
S
Size code L ±0.3※2
B2
3.5
D2E
7.3
D3L
7.3
W ±0.2
2.8
4.3
4.3
※1 ±0.1:D2E,B2 ※2 ±0.2:B2
H ±0.2※1
1.9
1.8
2.8
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
b
Selection guide
Products list
Technical data
Image of
case size
TPU
TPH
TPG
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
95
W1 ±0.1
2.2
2.4
2.4
a
c
a
μF
b
c
Size code a
1.6 2.7 1.4
B2
2.4 2.9 3.7
D2E
2.4 2.9 3.7
D3L
Size
code
Part number
10TAB47M
6TAB68M
B2
6TAB47M
4TAB100M
10TAE68M
6TAE220M
6TAE220MI
6TAE150M
4TAE220M
4TAE220MI
D2E 2R5TAE470M
2R5TAE470MF
2R5TAE330M
2R5TAE330MI
2R5TAE330MF
2R5TAE220M
2R5TAE220MF
2R5TAE220M9
10TAE220ML
10TAE150ML
6TAE330ML
D3L 4TAE470ML
4TAE470MIL
2R5TAE680ML
2R5TAE680MFL
※1 100k to 500kHz,45℃
RV
47
68
100
150
220
330
470
680
TA series characteristics list
10
A
※3 The rated capacitance is as follows.
Capacitance(μF)
Mark
47
S7
68 100
W7 A8
Size list
(unit : mm)
Guidelines and
precautions
Series system
diagram
S ±0.2
0.8
1.3
1.3
2.5 4.0 6.3
g
e
j
※2 Lot.No.shows roughly manufacturing date.
(unit : mm)
Recommended land pattern dimension of PWB
POSCAP
Line-up
R.V.
Mark
Lot. No.※2
Rated voltage※1
Lot. No.※2
Rated voltage※1
W1
S
Anode(+)
Anode(+)
W
H
Radial lead type
S7
j G
※1 The rated voltage is as follows.
Rated capacitance
Rated capacitance※3
470
e 58
L
2.5
RV:Rated voltage
4.0
B2
D2E
D2E
D2E
D3L
D2E
D3L
6.3
10.0
B2
B2
B2
D2E
D2E
D2E
D3L
D3L
D3L
Maximum allowable
MSL
LC
ESR
Rated Category Category
Rated
Rated
DF
（μA） （mΩmax） ripple current Reflow Reflow
voltage temperature capacitance voltage temperature
（mArms）
（％ max）
temp.
max/5min. 100kHz/20℃ 100kHz※1 <temp.
(℃)
（μF）
（℃）
（V）
(V)
260℃ < 250℃
10
6.3
6.3
4.0
10
6.3
6.3
6.3
4.0
4.0
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
10
10
6.3
4.0
4.0
2.5
2.5
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
47
68
47
100
68
220
220
150
220
220
470
470
330
330
330
220
220
220
220
150
330
470
470
680
680
10
6.3
6.3
4.0
10
6.3
6.3
6.3
4.0
4.0
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
10
10
6.3
4.0
4.0
2.5
2.5
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
105
8.0
8.0
8.0
8.0
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
47.0
42.8
29.6
40.0
68.0
138.6
138.6
94.5
88.0
88.0
117.5
117.5
82.5
82.5
82.5
55.0
55.0
110.0
220.0
150.0
207.9
188.0
188.0
170.0
170.0
70
70
70
70
25
25
18
25
25
18
25
15
25
18
15
25
15
9
25
25
25
25
18
25
15
1100
1100
1100
1100
2400
2400
2800
2400
2400
2800
2400
3100
2400
2800
3100
2400
3100
3900
2400
2400
2400
2400
2800
2400
3100
ー
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
ー
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
Surface
mount type
TV
OS-CON
Line-up
RoHS compliance, Halogen free
High reliability: 85℃85%RH rated voltage applied (warranty)
higher thermal resistance: 125℃ guaranteed（ambient temperature）
Power supply circuit of entertainment equipment for the car.
Series
Specifications
Guidelines and
precautions
Selection guide
Items
Condition
Rated voltage
(V)
Surge voltage
(V)
Category temperature range(℃)
Capacitance tolerance (％)
Rated capacitance range (μF)
Dissipation Factor (DF)
Leakage current
Equivalent series resistance (ESR)
Specifications
−
6.3
10
−
7.2
12
−55 to ＋125
−
M : ±20
120Hz/20℃
68 to 150
120Hz/20℃
Please see the attached characteristics list
120Hz/20℃
Please see the attached characteristics list
Rated voltage applied, after 5 minutes
Please see the attached characteristics list
100kHz/20℃
0.6 to 2.0
−55℃ Z/Z20℃
Characteristics of impedance
100kHz/＋20℃
ratio at high temp. and low temp.
＋105℃ Z/Z20℃
0.6 to 2.0
105
125
temp
125℃, 1,000h,
Within±20% of the initial value Within±20% of the initial value
△C/C
Endurance
category voltage applied
< 2 times of the initial limit < 1.5 times of the initial limit
DF
ー
ー
（105℃ 2,000h, rated voltage applied）
< 2 times of the initial limit
Within the initial limit
LC
ー
Within＋40%,−20% of the initial value
△C/C
85℃,
85
to
90%RH,
500h,
< 1.5 times of the initial limit
Damp heat(Load)
DF
ー
rated voltage applied
Within the initial limit
LC
Within±5%
of the initial value
△C/C
105℃, 1,000 cycles,
Surge
1kΩ discharge resistance,
Within the initial limit
DF
surge voltage applied
< 3 times of the initial limit
LC
ー
Technical data
Surface mount type
Marking and dimensions
L
150
j 58
Lot.
68
W7
Capacitance(μF)
Mark
(unit : mm)
W ±0.2 H ±0.2※1 S ±0.2 W1 ±0.1
4.3
1.8
1.3
2.4
4.3
2.8
1.3
2.4
150
E8
Catalog Deletion and
EOL series
POSCAP
Line-up
Size list
μF
a
a
b
c
Size code
2.4 2.9 3.7
D2E
2.4 2.9 3.7
D3L
RV
6.3
68
150
Guidelines and
precautions
RV:Rated voltage
10.0
D2E
D2E
D3L
Technical data
b
(unit : mm)
c
Radial lead type
※3 The rated capacitance is as follows.
Recommended land pattern dimension of PWB
a
10
A
Selection guide
※1 ±0.1:D2E
L ±0.3
7.3
7.3
6.3
j
※2 Lot.No.shows roughly manufacturing date.
No.※2
Rated voltage※1
W1
S
Size code
D2E
D3L
R.V.
Mark
TV series characteristics list
Size
code
Part number
D2E
6TVE150M
D3L 10TVE150ML
※1 100k to 500kHz,45℃
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
Maximum allowable
MSL
LC
ESR
Rated Category Category
Rated
Rated
DF
（μA） （mΩmax） ripple current Reflow Reflow
voltage temperature capacitance voltage temperature
（mArms）
（％ max）
temp.
max/5min. 100kHz/20℃ 100kHz※1 <temp.
(℃)
（μF）
（V）
（℃）
(V)
260℃ < 250℃
ー
10TVE68M
Series system
diagram
10
6.3
10
ー
105
68
6.3
125
10
68.0
25
2400
5
3
105
150
4.0
125
10
94.5
25
2400
5
3
105
150
6.3
125
10
150.0
25
2400
TPU
TPH
5
3
TPG
TPSF
Surface mount type
S
※1 The rated voltage is as follows.
Rated capacitance
H
Anode(+)
W
D2E,D3Lsize
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
96
Surface
mount type
Guidelines and
precautions
Selection guide
TH
Condition
Series
6.3
10
2.5
6.3
10
2.5
4.0
6.3
Surge voltage
(V)
−
4.6
7.2
12
2.9
7.2
12
2.9
4.6
7.2
Category temperature range (℃)
−
Capacitance tolerance (％)
120Hz/20℃
Rated capacitance range (μF)
120Hz/20℃
Please see the attached characteristics list
Please see the attached characteristics list
100kHz/＋20℃
Fundamental
structure
Ｃharacteristics
Reliability
＋125℃ Z/Z20℃
0.6 to 2.0
△C/C
Within±20% of the initial value
<
ー
2 times of the initial limit
LC
<
2 times of the initial limit
ー
60℃, 90 to 95%RH,
500h,
No-applied voltage
Within＋40%,−20% of the initial value
DF
<
ー
LC
ー
△C/C
105℃, 1,000 cycles,
1kΩ discharge
resistance,
surge voltage applied
1.5 times of the initial limit
<
3 times of the initial limit
Within±5% of the initial value
DF
Within the initial limit
LC
<
ー
3 times of the initial limit
Marking and dimensions
D2E,D3L size
D2,D4 size
220
j 58 L
Anode(+)
W
L
D3L size
Rated voltage※1
Rated capacitance
330
j 57
Lot. No.※2
Rated voltage※1
※1 The rated voltage is as follows.
R.V.
Mark
2.5 4.0 6.3
g
e
j
10
A
※2 Lot.No.shows roughly manufacturing date.
Lot. No.※2
H
Selection guide
DF
△C/C
Rated capacitance
Technical data
Recommended
soldering
condition
0.6 to 2.0
−55℃ Z/Z20℃
125℃, 1,000h,
category voltage
applied
Guidelines and
precautions
Packing
specifications
150 to 330
100kHz/20℃
L
Explanation of
part numbers
68 to 220
Please see the attached characteristics list
Characteristics of impedance
ratio at high temp.
and low temp.
Surge
M : ±20
220 to 470
120Hz/20℃
POSCAP
Line-up
Products list
−55 to ＋125
Rated voltage applied, after 5 minutes
Damp heat (Steady State)
Image of
case size
THE
4.0
Endurance
Series system
diagram
THC
−
Equivalent series resistance (ESR)
Catalog Deletion and
EOL series
THB
−
(V)
Leakage current
Radial lead type
Specifications
Rated voltage
Dissipation Factor (DF)
Surface mount type
RoHS compliance, Halogen free
higher thermal resistance: 125℃ guaranteed（ambient temperature）
For the Industrial equipment
Specifications
Items
Technical data
Series
Anode(+)
OS-CON
Line-up
S
S
Size code L ±0.3※1
D2E
7.3
D2
7.3
D3L
7.3
D4
7.3
W1
(unit : mm)
W ±0.2 H ±0.1※2 S ±0.2
1.3
1.8
4.3
1.3
1.9
4.3
1.3
2.8
4.3
1.3
3.8
4.3
※1 ±0.2:D2 ※2 ±0.2:D3L,D4
W1 ±0.1
2.4
2.4
2.4
2.4
TPU
TPH
Recommended land pattern dimension of PWB
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
(unit : mm)
b
TPG
a
c
a
Size code
D2E
D2
D3L
D4
a
2.4
2.4
2.4
2.4
b
2.9
2.9
2.9
2.9
c
3.7
3.7
3.7
3.7
Size list
μF
68
150
Series
RV:Rated voltage
RV
2.5
220
D2
THE
D2E
THC
TQC
470
Catalog Deletion and
EOL models
97
THB
D3L
D4
D4
D4
D2
D2E
THB
THE
10.0
D2
THC
THE
330
6.3
THC
THB
TV
TH
4.0
D3L
D2E
D4
OS-CON
Line-up
Guidelines and
precautions
TH series characteristics list
Series
Size
code
Part number
Selection guide
Maximum allowable
MSL
LC
ESR
Rated Rated Rated Category Category
DF
（μA） （mΩmax） ripple current Reflow Reflow
voltage temperature capacitance voltage temperature
（mArms）
（％ max）
temp.
max/5min. 100kHz/20℃ 100kHz※1 <temp.
(℃)
（μF） （V）
（℃）
(V)
260℃ < 250℃
ー
D3L
THB
D4
6.3
105
220
4.0
125
10
138.6
40
2000
̶
5
4THB330ML
4.0
105
330
2.5
125
10
132.0
40
2000
̶
5
10THB330M
10
105
330
6.3
125
10
330.0
35
3000
̶
5
10THB220M
10
105
220
6.3
125
10
220.0
40
3000
̶
5
6THB470M
6.3
105
470
4.0
125
15
296.1
35
3000
̶
5
6THB330M
6.3
105
330
4.0
125
10
207.9
40
3000
̶
5
105
68
6.3
125
10
68.0
45
1700
̶
5
6.3
105
150
4.0
125
10
94.5
40
1900
̶
5
2R5THC220M
2.5
105
220
1.6
125
10
55.0
45
1700
̶
5
6THE150M
6.3
105
150
4.0
125
10
94.5
25
2400
̶
5
6THE150MI
6.3
105
150
4.0
125
10
94.5
18
2800
̶
5
4THE220M
4.0
105
220
2.5
125
10
88.0
25
2400
̶
5
4THE220MI
4.0
105
220
2.5
125
10
88.0
18
2800
̶
5
4THE220MF
4.0
105
220
2.5
125
10
88.0
15
3100
̶
5
2R5THE330M
2.5
105
330
1.6
125
10
82.5
25
2400
̶
5
2R5THE330MI
2.5
105
330
1.6
125
10
82.5
18
2800
̶
5
2R5THE330MF
2.5
105
330
1.6
125
10
82.5
15
3100
̶
5
10THC68M
THC D2 6THC150M
THE D2E
ー
6THB220ML
10
Technical data
Surface mount type
Radial lead type
Catalog Deletion and
EOL series
※1 100k to 500kHz,45℃
POSCAP
Line-up
Technical data
Selection guide
Guidelines and
precautions
Series system
diagram
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
TPH
TPG
Surface mount type
TPSF
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
98
TQC
Surface
mount type
OS-CON
Line-up
Guidelines and
precautions
Selection guide
RoHS directive/Halogen-free compliant
High voltage（35V）
Condition
Specifications
Rated voltage
(V)
−
16
20
25
35
Surge voltage
(V)
−
20
23
29
40
Category temperature range
(℃)
−
−55 to ＋105
Capacitance tolerance
(％)
120Hz/20℃
M : ±20
(μF)
120Hz/20℃
2.7 to 150
120Hz/20℃
Please see the attached characteristics list
Rated voltage applied, after 5 minutes
Please see the attached characteristics list
100kHz/20℃
Please see the attached characteristics list
Rated capacitance range
Dissipation Factor (DF)
Leakage current
Equivalent series resistance (ESR)
Characteristics of impedance
ratio at high temp.
and low temp.
Surface mount type
Series
Specifications
Items
Technical data
Update
100kHz/＋20℃
−55℃
Z/Z20℃
＋105℃
Z/Z20℃
105℃, 2,000h
Rated voltage applied
Endurance
16TQC33MYFB : 105℃ 1,000h
60℃, 90 to 95%RH, 500h,
No-applied voltage
Damp heat (Steady State)
15 to 35℃, 1,000 cycies,
1kΩ discharge resistance,
surge voltage applied
Surge
Radial lead type
W
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
Selection guide
Explanation of
part numbers
Technical data
Products list
Within ±20% of the initial value
DF
Within 1.5 times of the initial limit
LC
Within the initial limit
△C/C
Within ＋40%,−20% of the initial value
DF
Within 1.5 times of the initial limit
LC
Within 3 times of the initial limit
△C/C
Within ±5% of the initial value
DF
Within the initial limit
LC
Within 3 times of the initial limit
S
S
Size code
B15
B2
D12
D15
D2
D3L
L ±0.2※1
3.5
3.5
7.3
7.3
7.3
7.3
S7
j G
W1
W ±0.2
2.8
2.8
4.3
4.3
4.3
4.3
D12，D15,D2,D3L size
Rated capacitance
680
e 57
Lot. No.※2
Rated voltage※1
Lot. No.※2
Rated voltage※1
H
Guidelines and
precautions
Image of
case size
Rated capacitance※3
Anode(+)
B2 size
L
POSCAP
Line-up
Series system
diagram
0.6 to 1.0
△C/C
Marking and dimensions
Anode(+)
Catalog Deletion and
EOL series
1.0 to 2.0
H ±0.1※2
※3
1.4
1.9
1.15
1.4
1.9
2.8
※1 ±0.3:D3L ※2 ±0.2:D3L ※3 ±0.05:D12
※1 The rated voltage is as follows.
R.V.
Mark
16
C
20
D
25
35
1E（orE） V
※2 Lot.No.shows roughly manufacturing date.
※3 The rated capacitance is as follows.
Capacitance(μF) 2.7 3.9 5.6 8.2 10 15 22 33 47 68 100 150
Mark
L6 Q6 U6 Y6 A7 E7 J7 N7 S7 W7 A8 E8
(unit : mm)
S ±0.2
0.8
0.8
1.3
1.3
1.3
1.3
W1 ±0.1
2.2
2.2
2.4
2.4
2.4
2.4
TPU
Recommended land pattern dimension of PWB
TPH
TPG
Surface mount type
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
99
b
TPSF
a
c
a
Size code
B15
B2
D12
D15
D2
D3L
a
1.6
1.6
2.4
2.4
2.4
2.4
Size list
(unit : mm)
b
2.7
2.7
2.9
2.9
2.9
2.9
c
1.4
1.4
3.7
3.7
3.7
3.7
μF
RV
2.7
3.9
5.6
8.2
10
15
22
33
47
68
100
150
RV:Rated voltage
16
B2
B2
B2,D12,D2
D15,D2
D2
D2
D3L
20
B2
B2,D2
D2
D15,D2
D3L
25
B2
B2,D2
D15,D2
D2
D3L
35
B15
B2
D2
D2
OS-CON
Line-up
Guidelines and
precautions
TQC series characteristics list
Selection guide
35
105
2.7
35
35TQC3R9MYF
35
105
3.9
25TQC15MYFB
25
105
25TQC5R6M
25
105
20TQC22MYFB
20
105
20TQC8R2M
20
105
16TQC33MYFB
16
105
16TQC15M
16
16TQC10M
105
10
47.3
300
800
̶
3
35
105
10
40.9
400
500
̶
3
25
105
10
112.5
100
900
̶
3
25
105
10
42.0
100
800
̶
3
20
105
10
132.0
90
1000
̶
3
20
105
10
49.2
100
800
̶
3
33
16
105
10
158.4
90
1000
̶
3
105
15
16
105
10
72.0
90
1000
̶
3
16
105
10
16
105
10
48.0
100
800
̶
3
D12 16TQC33MYFS
16
105
33
16
105
10
52.8
40
1800
̶
3
25TQC22MYFT
25
105
22
25
105
10
55.0
70
1400
̶
3
D15 20TQC47MYFT
20
105
47
20
105
10
94.0
55
1500
̶
3
16TQC47MYFT
16
105
47
16
105
10
75.2
55
1500
̶
3
35TQC15MYF
35
105
15
35
105
10
52.5
150
900
̶
3
35TQC10MYF
35
105
10
35
105
10
35.0
120
1000
̶
3
35TQC10M
35
105
10
35
105
10
35.0
120
1000
̶
3
̶
3
̶
3
B2
15
5.6
22
8.2
25TQC33MYF
25
105
33
25
105
10
82.5
60
1400
25TQC22MV
25
105
22
25
105
10
55.0
45
1500
25TQC22MYFD
25
105
22
25
105
10
55.0
60
1400
̶
3
25TQC15MV
25
105
15
25
105
10
38.0
45
1500※2
̶
3
25TQC15MYFD
25
105
15
25
105
10
38.0
90
1000
̶
3
20TQC47MYF
20
105
47
20
105
10
94.0
55
1450
̶
3
20TQC33MYFD
20
105
33
20
105
10
66.0
60
1400
̶
3
16TQC100MYF
16
105
100
16
105
10
160.0
50
1800
̶
3
16TQC68MYF
16
105
68
16
105
10
108.8
50
1500
̶
3
16TQC47MW
16
105
47
16
105
10
75.2
40
1800
̶
3
16TQC47MYFD
16
105
47
16
105
10
75.2
55
1450
̶
3
16TQC33MYFD
25
105
68
25
105
10
170.0
70
1400
̶
3
25TQC68MYF
16
105
33
16
105
10
52.8
70
1400
3
D3L 20TQC100MYF
20
105
100
20
105
10
200.0
55
1700
3
16TQC150MYF
16
105
150
16
105
10
240.0
50
1800
3
D2
※2
※2
※1 100k∼500kHz,105℃ ※2 100k∼300kHz,105℃
Technical data
Surface mount type
Radial lead type
Catalog Deletion and
EOL series
POSCAP
Line-up
Guidelines and
precautions
Series system
diagram
Selection guide
B15 35TQC2R7MYF
Maximum allowable
MSL
LC
ESR
Category
DF
Reflow
Reflow
（μA） （mΩmax） ripple current
temperature
（mArms） temp.
（％ max）
max/5min. 100kHz/20℃ 100kHz※1 < 260℃ <temp.
（℃）
ー
ー 250℃
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Technical data
Category
voltage
（V）
Rated
temperature
(℃)
Part number
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
TPU
TPH
TPG
TPSF
TPE
Surface mount type
Rated
capacitance
（μF）
Rated
voltage
(V)
Size
code
TPB
TPC
TPF
TA
TV
TH
TQC
※ Red letters：New models
Catalog Deletion and
EOL models
100
Catalog Deletion and EOL Models
OS-CON
Line-up
Guidelines and
precautions
Selection guide
Catalog Deletion and EOL Models
Technical data
●Catalog Deletion Models
The following table is a list of our items which have been deleted from our catalogs.
If you are using any of the following models on the deleted list,
please substitute them with the suggested alternative model as soon as possible.
Our company continue to supply them to customers who have already used them, for the time being.
Series
Size
code
Models for
deletion
Year of
deletion
Alternative model
2011
2R5TPE680MFL
4TPE680M
2011
6TPE680MI
4TPE680MI
2012
6TPE680MI
4TPE680MF
2012
4TPF680MAH
2R5TPE1000M
2011
2R5TPE1000MF
2R5TPE1000MI
2012
2R5TPE1000MF
B1G
10TPG33M
2011
10TPC33MB
D12T
All models
2013
-
D15T
All models
2013
-
D2T
All models
2013
-
TPLF
D2T
All models
2013
-
10TPC100M
TPSF
B2S
11TPSF62MAIG
2012
-
2008
6TPC150M
TPH
A14
ETPH220MAZC
2013
-
4TPB220M
2008
4TPE220M
2R5TPU22MSI
2011
6TPU22MSI
4TPB680M
2009
6TPE680MI
4TPU15MSI
2011
6TPU22MSI
4TPB470M
2009
4TPE470ML
4TPU33MSI
2011
6TPU47MSI
2R5TPB1000M
2009
2R5TPE1000MF
6TPU33MSK
2013
6TPU47MSI
2R5TPB680M
2009
2R5TPE680MFL
4TPU47MSK
2013
6TPU47MSI
10TPC33MB
2013
12TPG33M
2R5TPU68MSK
2013
4TPU68MSI
6TPC33M
2012
6TPC47MB
10TPU33MAI
2011
ATPH33MAHA
4TPC47M
2012
6TPC47MB
6TPU47MAI
2011
6TPH47MHA
2R5TPC56M
2012
6TPB68M
4TPU68MAI
2011
4TPH68MHA
4TPC220M
2009
4TPE220M
2R5TPU100MAI
2011
ETPH100MHA
4TPC150M
2009
4TPE150MI
4THC220M
2013
4THE220M
2R5TPC330M
2009
2R5TPE330M
10THB100ML
2010
-
6TPE100MZB
2011
6TPE100MPB
2R5THB330ML
2010
-
4TPE150MUB
2013
4TPE150MAZB
4THB680M
2013
-
2R5TPE220MIB
2012
2R5TPE220MFGB
25TQC10M
2011
25TQC15MYFD
2R5TPE220MDGB
2013
2R5TPE220MFGB
20TQC15M
2011
25TQC15MYFD
2R5TPE150MZB
2011
2R5TPE220MZB
16TQC22M
2011
20TQC22MYFD
2TPE330MIB
2011
2TPE330MFB
25TQC15M
2012
25TQC15MYFD
2TPE330MAFGB
2011
2TPE330MAFB
25TQC22M
4TPE150M
2011
4TPE150MI
2012
25TQC22MYFD
2R5TPE470M
2011
2R5TPE470MI
TPH
2TPE470M9
2011
2R5TPE470M9
20TQC47MY
2012
20TQC47MYF
TPG
2TPE470M7
2011
2R5TPE470M7
16TQC33M
2012
16TQC33MYFD
2TPE470M6
2011
2R5TPF470M6L
16TQC47M
2012
16TQC47MYFD
2TPE330M9
2011
2R5TPE330M9
16TQC68MY
2012
16TQC68MYF
2TPE330M7
2011
2R5TPE330M7
25TQC33M
2012
25TQC33MYF
2TPE330M6
2011
2TPF330M6
20TQC47M
2012
20TQC47MYF
2R5TPE220MC
2012
2R5TPE220M9
16TQC68M
2012
16TQC68MYF
2R5TPE220M7
2012
2R5TPE330M7
16TQC100M
2012
16TQC100MYF
Radial lead type
D3
Catalog Deletion and
EOL series
D4
POSCAP
Line-up
Guidelines and
precautions
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
Reliability
Selection guide
Image of
case size
TPC
D2
B2
Technical data
Series system
diagram
B1
TPU
TPSF
TPE
Surface mount type
TPE
TPB
TPC
TPF
TA
TV
TH
TQC
Catalog Deletion and
EOL models
101
D2E
2009
6TPE100MAZB
6TPB100MAV
2009
6TPE100MAZB
6TPB47M
2009
6TPC47MB
4TPB100M
2009
4TPE100MZB
2R5TPB220MA
2009
2R5TPE220MZB
2R5TPB100M
2012
4TPE100MZB
10TPB100ML
2010
10TPC100M
6TPB150ML
2009
6TPC150M
4TPB470ML
2009
4TPE470ML
4TPB220ML
2009
4TPE220M
2R5TPB330ML
2009
2R5TPE330M
10TPB100M
2008
6TPB150M
Alternative model
2R5TPE680MIL
D3L
6TPB100MA
Year of
deletion
2R5TPE680MFL
TPB
10TPB47M
Models for
deletion
2012
B2
2009
Size
code
2R5TPE680ML
Surface mount type
8TPB47M
Series
D3L
TPE
D4
TPG
TPL
S09
TPU
S11
A09
D2
TH
D3L
D4
C
20TQC22M
TQC
D2
D3L
D3
20TQC22MYFD
OS-CON
Line-up
Guidelines and
precautions
Selection guide
●EOL Models
The following table is a list of the End-Of-Life (EOL) models.
Sales of these items will end as soon as we run out of its stock.
We would like to express our appreciation for your business over the years with these products
and we hope the new, alternative parts will continue to serve your needs.
Thank you very much.
TPA
D3
B2
C
TPB
D3L
D3
C1
TPC
D2
TPD
D4D
EOL
time
Alternative model
Series
Size
code
EOL
time
EOL models
Alternative model
10TPA33M
2012/9
10TPB33M
2R5TPE220MPB
2012/9
2R5TPE220MLB
6TPA47M
2012/9
10TPB47M
8TPE100MPC2
2012/9
10TPF150ML
10TPA100M
2012/9
10TPC100M
6TPE150MPC2
2012/9
6TPE150M
6TPA150M
2012/9
6TPC150M
6TPE150MIC2
2012/9
6TPE150MI
4TPA220M
2012/9
4TPE220M
4TPE220MPC2
2012/9
4TPE220MI
8TPB33M
2012/9
10TPB33M
4TPE220MIC2
2012/9
4TPE220MI
4TPB150MA
2012/9
4TPE150MAZB
4TPE220MFC2
2012/9
4TPE220MF
4TPB100MV
2012/9
4TPE100MZB
2R5TPE330MIC2
2012/9
2R5TPE330MF
10TPB220MC
2009/10 -
2R5TPE330MFC2
2012/9
2R5TPE330MF
10TPB68MC
2012/9
10TPC68M
2R5TPE330MCC2
2012/9
2R5TPE330MC
10TPB47MC
2012/9
10TPC68M
2R5TPE330M9C2
2012/9
2R5TPE330M9
8TPB82MC
2012/9
8TPE100MAZB
10TPE180MGC
2012/9
10TPE220ML
6TPB150MC
2012/9
6TPE150M
10TPE150MGC
2012/9
10TPE220ML
6TPB100MC
2012/9
6TPG100MG
6TPE220MPC
2012/9
6TPE220M
4TPB220MC
2012/9
4TPE220MI
6TPE220MIC
2012/9
6TPE220MI
4TPB150MC
2012/9
6TPE150M
6TPE150MPC
2012/9
6TPE150M
2R5TPB220MC
2012/9
4TPE220MI
4TPE220MPC
2012/9
4TPE220MI
16TPB47ML
2003/6
16TQC47MYFD
4TPE220MIC
2012/9
4TPE220MI
2R5TPB680ML
2012/9
2R5TPE680MFL
2R5TPE330MPC
2012/9
2R5TPE330MF
2R5TPB470ML
2012/9
2R5TPE470MI
2R5TPE330MIC
2012/9
2R5TPE330MF
16TPB47M
2003/6
16TQC47MYFD
2R5TPE330MFC
2012/9
2R5TPE330MF
2R5TPB330M
2012/9
2R5TPE330M
2TPF470M6
2012/9
2R5TPF470M6L
8TPC33M
2012/9
12TPG33M
6TPG68MG
2012/9
6TPG100M
6TPC100MC
2012/9
6TPG100MG
4TPG150M
2012/9 ６TPG150M
6TPC68M
2012/9
6TPG100MG
2R5TPL330M7
2011/7
-
4TPC100M
2012/9
6TPG100MG
2R5TPL220MC
2012/9
-
4TPC56M
2012/9
-
2TPLF560M6
2011/7
-
2R5TPC82M
2012/9
-
2TPLF470M7
2012/9
-
16TPC33M
2003/6
16TQC33MYFD
2TPSF270MC
2012/9
2TPSF270M9G
2R5TPC220M
2012/9
2R5TPE220M
2TPSF270M9
2012/9
2TPSF270M9G
10TPD150M
2007/10 10TPF150ML
6TPU10M
2012/9
6TPU10MSI
B2
C2
TPE
C3
TPF
D2E
TPG
B1G
TPL
D2T
TPLF
D2T
TPSF
B2S
6TPF470MAH
Surface mount type
Radial lead type
Catalog Deletion and
EOL series
POSCAP
Line-up
Guidelines and
precautions
Selection guide
C
EOL models
Technical data
Size
code
Series system
diagram
Image of
case size
Products list
Explanation of
part numbers
Packing
specifications
Recommended
soldering
condition
Fundamental
structure
Ｃharacteristics
6TPD470M
2012/3
4TPU15M
2012/9
6TPU22MSI
6TPD330M
2007/10 6TPF330M9L
2R5TPU22M
2012/9
6TPU22MSI
6TPD220M
2007/10 6TPF220ML
6TPU22MSK
2012/9
6TPU22MSI
4TPD680M
2012/3
4TPU33MSK
2012/9
6TPU47MSI
4TPD470M
2007/10 4TPF470ML
2R5TPU47MSK
2012/9
2R5TPU47MSI
TPH
4TPD330M
2007/10 4TPF330ML
8TPU33MBI
2012/9
ATPH33MAHA
2R5TPD1000M
2012/3
ETPF1000M6H
6TPU47MBI
2012/9
6TPH47MHA
TPG
2R5TPD1000M8
2012/3
ETPF1000M6H
4TPU68MBI
2012/9
4TPH68MHA
2R5TPD1000M6
2012/3
ETPF1000M6H
2R5THB470ML
2012/9
6THB470M
2R5TPD1000M5
2012/3
ETPF1000M5H
2R5THB1000M
2012/9
-
2R5TPD680M
2007/10 2R5TPF680ML
2R5THB680M
2012/9
-
2R5TPD680M8
2007/10 2R5TPF680M7L
6THD330M
2012/3
6TPF330M9L
2R5TPD680M6
2012/3
2R5TPF680M6L
4THD470M
2012/9
-
2R5TPD680M5
2012/3
ETPF680M5H
2R5THD680M
2012/3
2R5TPF680M6L
2R5TPD470M
2007/10 2R5TPF470ML
2R5TPD470M8
2007/10 2R5TPF470M7L
2R5TPD470M6
2012/3
2R5TPD470M5
2012/3
4TPF680MAH
S08
TPU
S11
B09
D3L
D4
TH
D4D
Reliability
TPU
TPSF
Surface mount type
Series
Technical data
TPE
TPB
TPC
TPF
TA
TR seｒies
-
TA series
TV
APA
D2A
APA series
2006/4
-
TH
2R5TPF470M6L
APB
D1
APB series
2006/4
-
ETPF470M5H
APC
D2
APC series
2009/6
-
APD
D1
APD series
2009/6
-
※ Blue letters: added or changed models at this year.
TR
TQC
Catalog Deletion and
EOL models
102
Application examples
Terasic Technologies Inc.
FPGA
evaluation board
Terasic Technologies Inc.
FPGA
evaluation board
DE5-Net Evaluation Board
DE2i-150 Evaluation Board
DE5-Net is suited for all extreme high powered needs including cloud
computing, high frequency trading, and security networks.
Combining the Intel Atom processor and the Altera Cyclone IV GX FPGA, the DE2i-150 fuses
together the world of high performance processing and unbelievably high configurability.
Linked together through two high-speed PCIe lanes, the processor and FPGA have access to
high-speed communication between each other, leading to a powerful hardware-software
co-development environment ideal for multimedia, networking, communication, and learning.
The adopted model
Number
2R5TPE330MAZB
13
6TPE100MPB
17
4TPE470ML
11
The adopted model
Number
6TPE220MAZB
7
3
20TQC100MYF
4
6TPB68M
6TPE330MIL
7
1
10TPE47MAZB
Tokyo Electron Device Ltd.
FPGA
evaluation board
Tokyo Electron Device Ltd.
FPGA
evaluation board
TB-7K-325T-10G-PCIE １０Gbps high speed data communication PCIe card
ACDC 1.0 Base Board with Xilinx Kintex-7 FPGA
By use of an onboard optical module, this set can reach 10Gbps/1 ch data trasnsfer speed.
By connecting the TD-BD-FMC-OPT4 to FMC connector this product can achieve data
transfer rates of up to 40Gbps (10Gbpsx4).
The ACDC 1.0 base board is based on the 28nm Kintex-7 325T FPGA.
With 5Gbps GTX transceivers and 64-bit x 1600Mbps DDR3 memory the board
meets the high-bandwidth, high-performance video buffering requirements of
video applications like 4K2K TV, projectors and monitors, 4K2K video cameras,
broadcast switchers and routers, up and down conversion equipment, SMPTE
2022 and Ethernet AVB video over IP equipment and others.
The adopted model
25SEPF330M
6TPC47M
12TPC10M
16TQC10M
16TQC100M
6TPE330MAP
103
Number
1
4
24
1
1
2
【Specifications】
・ XILINX FPGA Kintex7
XC7K325T FFG900 -2 Speed
Grade on board
・ 10Gbps optical module
・ PCI EXPRESS I/F GEN2x8 x1
・ 2Gb DDR3 SDRAM(1600Mbps)
×4：MT41J128M16HA-125:D X4
The adopted model
Number
2R5TPE330M
3
6TPC47MB
5
【Applications】
・4K2K TV, projectors and monitors,
video cameras
・Broadcast switchers and routers
・Up and down conversion equipment
ROHM Co., Ltd.
Intersil Corp.
ROHM BD9528AMUV Evaluation Board
ISL6228EVAL3Z Evaluation board
The BD9528AMUV is a dual step-down DCDC controller with
external FET. It is optimized for 5V/3.3V systems and
achieves high speed load response and high efficiency.
ISL6228 IC is a dual channel synchronous-buck PWM controller for notebook
applications.
【Use conditions】
Vin（V）
5.5 to 28
Vout（V）
1.0 to 5.5
lout（A）
15/15
The adopted model
6TPE220MAP
Number
4
【Application】
・ Note and Desktop Computer
・ LCD TV
・ OA 、Printer
・ POL(Point of Load) power
supply
O2Micro Pte. Ltd.
【Use conditions】
Vin（V） Vout（V） lout（A） fo（kHz） 【Application】
8
270,300 ・ PCI express graphical
3.3 to 25 0.6 to 5
The adopted model
6TPF330M9L
Number
2
processing unit
・ VRM
・ Network adaptor
This board appears in this catalog as a courtesy of Intersil Corp.
"Intersil" is their registered trademark.
O2Micro Pte. Ltd.
OZ8150 Evaluation board
OZ8153/OZ8155 Evaluation board
Single DC-DC SMPS controller with integrated
drivers and 5V/100mA LDO
Dual DC-DC SMPS controller with integrated
drivers and 5V/100mA LDO
【Use conditions】
【Use conditions】
Vin（V） Vout（V） lout（A） fo（kHz） 【Application】
・ Power Supplies for Notebook
4.5 to 24 1 to 5.5
15
250
The adopted model
6TPE220M
Number
1
Peripherals and POL
Vin（V） Vout（V） lout（A） fo（kHz） 【Application】
・ Power Supplies for Notebook
15
250
5.5 to 24 1 to 5.5
The adopted model
6TPE150MI
Number
CPU and Peripherals
2
104
Application examples
Linear Technology Corp.
Linear Technology Corp.
LTC3743EUFD Demo Circuit
LTC3829EUHF Demo Circuit
The LT®3743 is a fixed frequency synchronous step-down
DC/DC controller designed to drive high current LEDs.
The LTC®3829 is a high performance 3-phase single output synchronous step-down
DC/DC switching controller that drives all N-channel synchronous power MOSFET stages.
【Use conditions】
【Use conditions】
Vin（V） Vout（V） lout（A） fo（kHz） 【Application】
・ DLP Projectors
12
4.5
60
430
The adopted model
6TPF470MAH
Number
6
・ High Power Architectural
Lighting
・ Laser Diodes
This board appears in this catalog as a courtesy of Linear Technology Corp.
"Linear Technology" or "LT" is their registered trademark.
Texas Instruments Inc.
Vin（V） Vout（V） lout（A） fo（kHz） 【Application】
・ Notebook and Palmtop
12
4.5
60
430
The adopted model
Number
16SVP180MX
2
2R5TPE330M9
6
Computers
・ Telecom Systems
・ Portable Instruments
・ DC Power Distribution Systems
This board appears in this catalog as a courtesy of Linear Technology Corp.
"Linear Technology" or "LT" is their registered trademark.
Texas Instruments Inc.
TPS51220A Evaluation board
TPS61240/TPS62060 Evaluation board (Setup for wireless data card application)
The TPS51220A is a dual synchronous buck regulator controller with two
LDOs. It is optimized for 5-V/3.3-V system controller, enabling designers to
cost effectively complete 2-cell to 4-cell notebook system power supply.
As combined (high efficiency) Boost/ Buck solution, the actual purpose for
data card application to reduce the capacitance requirement/ application
downsizing / supporting energy efficiently for GSM pulses.
【Use conditions】
Vin（V） Vout（V） lout（A） fo（kHz） 【Application】
・ System Rails for Notebook
15 ／ 10
300
9 to 12.6 5 ／ 3.3
The adopted model
105
Number
6TPF330M9L
2
16TQC68MYF
3
Computer
・ Point of Load in LCD TV, MFP
The adopted model
6TPG150M
Number
4
【Application】
・ Portable USB peripherals
・ Personal Communication
Devices
・ Stereo Audio applications
Maxim Integrated
Maxim Integrated
MAX17409 Evaluation kit
MAX17018 Evaluation Kit
MAX17409 is a 1 -phase Quick-PWMTM step-down VID power-supply
controller for high-performance graphics processors
The MAX17018 is an external FET dual buck controller with integrated
booster that can supply up to four rails.
【Application】
【Use conditions】
Vin（V） Vout（V） lout（A） fo（kHz） ・ 2- to 4-Li+ Cells Battery to
Processor Core Supply Converters
7 to 24 0.3375 to 1.1250
14
300
The adopted model
2R5TPE470M9
Number
1
・ Graphics Core (GPU) Power Supplies
・ Notebooks/Desktops/Servers
【Use conditions】
Vin（V） Vout（V） lout（A） fo（kHz） 【Application】
・ Automotive
5
300
2.5 to 42 5 ／ 3.3
The adopted model
・ Voltage-Positioned Step-Down
Converters
This board appears in this catalog as a courtesy of Maxim Integrated.
"MAXIM" is their registered trademark.
Nipron Co., Ltd.
10TPC100M
1
10TPF150ML
1
・ Industrial
This board appears in this catalog as a courtesy of Maxim Integrated.
"MAXIM" is their registered trademark.
Analog Devices Inc.
Fanless Power Supply
The adopted model
Number
ADP1850 evaluation board
Number
35SVPD8R2M
4
16SVQP82M
3
10SVQP150M
4
6SVQP220M
2
Usable at a high temperature(up to 125℃).
Space-saving.
Ripple current allowable at high temperature.
The ADP1850 is a configurable dual output or two-phase, single output dc-to-dc synchronous
buck controller capable of running from commonly used 3.3 V to 12 V (up to 20 V) voltage inputs.
【Use conditions】
Vin（V） Vout（V） lout（A） fo（kHz） 【Application】
・ Point-of-load power supplies
1.09
50
300
10 to 15
The adopted model
Number
16SEP180M
4
2SEPC560MZ
6
・ Telecom base station and networking
・ Consumer
・ Industrial and instrumentation
・ Healthcare and medical
This board appears in this catalog as a courtesy of Analog Devices.
106
Sales Division(JAPAN)
Address
Phone
25, Kowata-nishinaka, Uji City, Kyoto 611-8585
81-774-31-7312
SANYO Electronic Device (U.S.A.) Corporation
A Division of SANYO North America Corporation
□ San Diego Headquarter
2055 Sanyo Ave, San Diego, CA 92154, U.S.A.
1-619-661-6835
□ Cupertino office 10900 North Tantau Ave, Ste 200 Cupertino, CA 95014, U.S.A.
1-408-861-3959
□ Dallas sales office 2600 Network Blvd, 6th Floor, Frisco, TX 75034, U.S.A.
1-469-362-5465
SANYO Electronic Components（Singapore）Pte., Ltd.
□ Singapore office
65-6299-9181
No.3 Bedok South Road, Singapore 469269
SANYO Electric (Hong Kong) Ltd. / SANYO Electronic Components Company
□ Hong Kong Headquarter
□ Beijing representative office
□ Shanghai representative office
□ Shenzhen representative office
□ Taiwan branch
Level 27, Tower 1, Kowloon Commerce Centre, 51 Kwai
Cheong Road, Kwai Chung, N.T. Hong Kong
3/F, Tower C Office Park, No.5, Jinghua South Street, Chaoyang Distric,
Beijing, 100025 China
7/F, China Insurance Build, 166 E.Rd Liujiazui, Pudong New District,
Shanghai, 200120 China
Room FG, 14/F, China Economic Trade Building,
7Rd Zizhu, Zhuzilin, Futian District, Shenzhen, 518040 China
10/F, No.101, Sec.2, Nanjing E. Rd, Jhongshan District,
Taipei City 104, Taiwan(R.O.C.)
852-2484-5000
86-10-6562-6688
86-21-6415-6669
86-755-8835-2319
886-2-2536-1855
Panasonic Industrial Device Sales Europe GmbH (PIDSEU)
□ Europe office
49-89-46159-117
Hans-Pinsel-Strasse 2, 85540 Haar, Germany
!
Safety Precautions
When using our products, no matter what sort of equipment they might be used for,
be sure to confirm the applications and environmental conditions with our specifications in advance.
Automotive & Industrial Systems Company
SANYO Electric Co., Ltd.
Automotive & Industrial Systems Sector
Capcitor Strategic Business Unit
25, Kowata-nishinaka, Uji City, Kyoto 611-8585
Phone: 81-774-31-7312
Unauthorized duplication of this catalog is strictly forbidden.
The contents of catalog are as of May 2013.