capacitor catalog 4

1 AICHITACHI AIC / BOSTON AIC • 112 Turnpike Road • Westborough, MA 01581 • Phone: 508-366-4092 • Fax: 508-366-9164

HITACHI AIC CAPACITORS

To Our Friends and Customers

As one of the leading capacitor manufacturers in the world, Hitachi AIC offersan excellent variety of capacitors to serve your design needs.

In this catalog, along with an expanded product offering, we have includedtechnical specifications, product descriptions, and performance characteristicswith charts, graphs, and application guidelines to aid in choosing the rightcapacitor.

Our Aluminum Electrolytic Capacitors consist of a complete range of ScrewTerminal models with voltage ratings to 550 volts DC. The Snap-Mount capacitorsoffer extended life versions of 3000 hours and 5000 hours, and several withover voltage shut-off features. We also offer PhotoFlash capacitors in330 volts DC and 360 volts DC, with capacitance values to 1500 microfarads.Hitachi AIC has three foil processing facilities to ensure a constant supply ofhard to get high voltage aluminum foil.

The Film Capacitor section shows several series. Surface-Mount, leaded andwrapped axial capacitors have voltage ratings to 630 volts DC.

Our Tantalum Capacitors include 8 types in a broad range of operatingvoltages and capacitance.

Quality has always been a priority with the Hitachi family of products. Thecapacitors manufactured by Hitachi AIC maintain the same high level ofstandards synonymous with the Hitachi name.

Hitachi AIC has also expanded the Customer Service and Engineeringdepartments at our main office in Boston, along with the addition of a networkof reps nationwide to provide you with expedient answers to your questions.

We at Hitachi welcome the opportunity to assist you in your capacitordesign requirements.

It is our pleasure to serve you.

AIC

2AICHITACHI AIC / BOSTON AIC • 112 Turnpike Road • Westborough, MA 01581 • Phone: 508-366-4092 • Fax: 508-366-9164


©2000 Hitachi AIC. All rights reserved.

Specification in this catalog are subject to change without notice in orderfor Hitachi AIC to bring the latest product information to its customers.

ISO 9001JCQA-0152

QS AccreditationJAB R003

ISO

CERTIFIED

14001ISO

9001CERTIFIED



TABLE OF CONTENTS

Voltage Codes and Capacitance Tolerance Codes............................................ 7

Product Development TrendsScrew Capacitors .................................................................................. 8Snap-in Capacitors ................................................................................ 9

Technical Report ....................................................................................... 10-17Structure, characteristics and failures of aluminum electrolytic capacitors1. Electrostatic capacitance of capacitors.......................................... 102. Range of electrostatic capacitance & range of operating voltages for all capacitor types ..................................................................... 103. Features of each type of capacitor.....................................................104. Diagram of internal structure of aluminum electrolytic capacitors......115. Meanings of terms.........................................................................11-126. Manufacturing processes for aluminum electrolytic capacitors........127. FTA map of failures............................................................................138. Estimated life of medium- and high-voltage aluminum electrolytic capacitors....................................................................................13-149. Cautions in using aluminum electrolytic capacitors......................15-17 (1) General description of cautions in use........................................15 (2) Storage time limit.........................................................................16 (3) M5 terminal tightening torque.....................................................16 (4) Washing resistant capacitors and horizontal screw mounting......16 (5) Selecting balance resistors..........................................................17

Selecting aluminum electrolytic capacitors1. Checking your operating requirements.............................................18 (1) Checking for existance of special load conditions......................18 (2) Checking operating conditions....................................................182. Understanding the naming of Hitachi aluminum electrolytic capacitor models..............................................................................19

Precautions in using Aluminum Electrolytic Capacitors................................20-22

Service Life....................................................................................................23-24

Reducing Substances with Environmental Impact............................................25

Handling Cautions............................................................................................25

Date Code Explanation.....................................................................................26

Additional Mounting Options...........................................................................27PBT-Safety Holder..................................................................................27Stud Mounting.........................................................................................27


ALUMINUM ELECTROLYTIC and FILM CAPACITORS

TABLE OF CONTENTS (con’t)Large Can Capacitors with Screw Terminals

Product Numbering System...................................................................28Dimensional Drawings.............................................................................29Common Specifications.........................................................................29Mounting Bracket Drawings....................................................................29Case Code Table....................................................................................29

HCG7A 85°C, 2000 hours Low/ medium voltage, 6.3 - 250V DC 30-31HCGHA 105°C, 2000 hours Low/ medium voltage, 25 - 250, 450V DC 32-34HCGF5A 85°C, 2000 hours High voltage and Large capacitance for inverters 35-37HCGF6A 85°C, 2000 hours High voltage for inverters, 400 - 600VDC 38HCGW 85°C, 2000 hours High voltage, Large capacitance, smaller size 39-40PH 85°C, 2000 hours 600 Volts (650 Surge Voltage) 41FXA 85°C, 5000 hours Long life 42-43FXR 85°C, 5000 hours Long life, high ripple 44FX2 85°C, 5000 hours Long life, 350 - 500V DC 45-46GXA 105°C, 5000 hours Long life, 350 - 450 V DC 47GXR 105°C, 5000 hours Long life, high ripple, 350 - 450V DC 48GX2 105°C, 5000 hours Long life, 500V DC 49GXH 105°C, 5000 hours Long life, high ripple, 400 - 450V DC 50HXA 85°C, 20000 hours Extra long life, 350 - 450V DC 51

Snap-in Type CapacitorsCommon Specifications.........................................................................52Product Numbering System....................................................................52Dimensional Drawings.............................................................................53Terminal Codes.......................................................................................53Case Codes............................................................................................53Other Codes...........................................................................................53

HP3 85°C, 2000 hours Standard size, 16 - 350V DC 54-58HP3 Upgrades Reduced case sizes 400V, 420V & 450V 59-60HU3 105°C, 2000 Standard size, 16 - 450V DC 61-67HU4/HU5 105°C, 2000 Reduced size case compared to HU3 68-71HL1 105°C, 5000 hours Long life, standard size 72-74HL2 105°C, 5000 hours Long life, reduced case size than former 75-76HF2/HV2 85°C (HF2), 105°C (HV2), 2000 hours Low profile 77-78HUL/HVL 105°C, 5000 hours Long life 79-80SS2/SS3 105°C, 2000 hours Overvoltage resistant 81-83PZ1 85°C, 3000 hours Long life 84-86ZL1 105°C, 3000 hours Long life 87-88XL1 105°C, 10000 hours Extra long life 89-91PS2/US2 85°C (PS2), 105°C (US2), 2000 hours High ripple 92-94

Series Description Remarks Page



TABLE OF CONTENTS (con’t)PHOTO FLASH CAPACITORS

PLASTIC FILM CAPACITORSPrecautions in Using Plastic Film Capacitors...................................102-103Chip Series Capacitor Taping..........................................................104-105Packaging of Plastic Film Capacitors...................................................105Section Contents and Product Numbering System..............................106

MMX-E Metalized polyphenylene sulfide Case-less, high performance & reliability 107-110

MML-E Metalized polyphenylene sulfide Case-less, high performance, stress resistant 111-112

MML-F Metalized polyester film High voltage, large capacity 113

Lead Taping for Dip Type Capacitors.....................................................114Product Numbering System...................................................................115Forming Codes and Pitch Codes...........................................................115

MDDSA Radial leaded, metalized polyester 105°C, .01-10 µF, 100 - 630V DC 116-119

MDD-HF Radial leads, PPS dip, high temp 125°C, 100 & 250V DC, 5 & 10% tolerance 120

MKC-JS Radial leads, resin encased metalized polyester 105°C, 100V DC, moisture resistant 121

Metalized Polypropylene film capacitors

for High Frequency

Metalized Polypropylene film capacitors

for High Frequency

MTBS Axial leads, tape wrapped metalized polyester 85°C, 100V DC heat & moisture resistant 126

MTB Axial leads, tape wrapped metalized polyester 85°C, 250, 400 & 630V DC, heat& moisture resistant

WMTB/ Axial leads, tape wrapped


ALUMINUM ELECTROLYTIC and FILM CAPACITORS

HD6 Lug terminals 330 and 360V DC 95-99

SR7 Lead wire terminals 330V DC 100-101



Resin Coated type 122-123MDD-P

MTB-P Oval wrap and fill type 124-125

129-13085°C, 630V DC & 1200V DC, highfrequency for snubbers

127-128

WMTB-P


TABLE OF CONTENTS (con’t)TANTALUM CAPACITORS

Precautions in Using Tantalum Capacitors........................................131-135About Downsizing (upgrading)................................................................135Tape and Reel Packaging..........................................................................136Specifications Table..........................................................................137-139Section Contents and Product Numbering System.................................140

TNC Chip, 2.5 to 10V DC, 2.2 to 47 µF Small size, low capacitance, lowESR

TMF Chip, 2.5 to 16V DC, 1.0 to 47 µF 0603 size, lead free face down

terminals

TMCJ Chip, 2.5 to 16V DC, 1 to 15 µF Ultra small package, 0603 size for AVand other application downsizing

TMCS Chip, 4 to 35V DC, .1 to 68 µF Standard size, excellent frequency

and impedance characteristics

TMCM Chip, 2.5 to 35V DC, .47 to 470 µF Reduced size compared to TMCS

TMCP Chip, 2.5 to 20V DC, .1 to 33 µF 0805 size, for AV applications

TMCU Chip, 2.5 to 35V DC, .1 to 330 µF Low profile

TMCR Chip, 6.3 to 35V DC, 10 to 330 µF Low ESR, high frequency and high

speed applications

TMCH Chip, 4 to 35V DC, .1 to 100 µF High reliability, high temperature,suitable for automotive applications

TMCTX Chip, 10 to 35V DC, 1.0 to 68 µF Internal fuse for protection againstover-voltage

FILM and TANTALUM CAPACITORS

English/Metric Conversion Chart...............................................Inside Back Cover


144-146

166-168

169-174

175-177

142

141

143

147-155156-157

158-165



VOLTAGE CODE TABLE CAPACITANCE TOLERANCECODE TABLE

TOLERANCE

20%

15%

10%

5%

3%

-10 ~ +50%

-10 ~ +100%

CODE

M

GH

K

J

H

T

W

VOLTAGE DC

2.5

4

6.3

10

16

25

35

50

63

80

100

160

180

200

250

350

400

420

450

500

550

600

630

1200

CODE

0E

0G

0J

1A

1C

1E

1V

1H

1J

1K

2A

2C

2P

2D

2E

2V

2G

420V

2W

2H

2L

600V

2J

1200


ALUMINUM ELECTROLYTIC CAPACITORS

Product Development TrendsSCREW CAPACITORS

20,000-hourproduct guarantee

More Compact

UnderDevelopment

HXA(P.45)

HX2


UnderDevelopment

HCGHA(P.30)

HCGF6A(P.35)

HCGF7


More Compact

More Compact

Higher Ripple

UnderDevelopment

FXA(P.36)

FXR(P.38)

FX2(P.39)

FX3

More Compact

Higher Ripple

GXA(P.41)

GXH(P.44)

GXR(P.42)

GX2(P.43)

Longer Life

Higher Temperature

HCGF5A(P.32)

HCG7A(P.28)

More CompactHigher Voltage

More Compact Higher Temperature

85°C 105°C

Higher Ripple

Higher Voltage

PH(P.36)

HCGW(P.36)

More Compact

More Compact



Product Development TrendsSNAP-IN CAPACITORS





FUTURE DEVELOPMENT TREND

Smallerdiameter

Ø20

Shorterterminals

More Compact

More Compact

HP3(P.48)HU3

(P.58)

HU4(P.65)

HU5(P.67)

Longer Life

XL1(P.83)

Products dealing with excess voltage

Low ProfileLonger Life

Low ProfileLonger Life

HF2(P.73)

SupersededModel

More Compact

More Compact

SS2(P.75)

SS3(P.75)

HV2(P.74)

Low Profile

Low Profile

SupersededModel

More Compact

More Compact

HL2(P.70)

85°C 105°C

HL1Superseded

Model

Longer Life

PS2(P.68)

Higher Ripple

US2(P.86)

Higher Ripple



TECHNICAL REPORTStructure, characteristics and failures

1. Electrostatic capacitance of capacitors

Capacitors have a structure like that shown in Figure 1, in which adielectric substrate is sandwiched between two electrodes. Theelectrostatic capacitance (C) is:

εr :Proportional dielectric constantε0

:Dielectric constant in a vacuum (8.85 x 10-12 F/m)d :Distance between electrodes (m)S :Electrode area (m2)

Figure 1. Basic Capacitor Structure

2. Range of electrostatic capacitance and operating voltages for all capacitor types

Aluminum Electrolytic

Aluminum Electrolytic

Tantalum Electrolytic

Tantalum Electrolytic

Multilayer Ceramic

Multilayer Ceramic

Film

Film

Electrostatic Capacitance

Operating Voltage VDC

1 10 100 1000

pF µF F1 10 100 1K 10K 100K 1 10 100 1K 10K 100K 1

3. Features of each type of capacitor

Aluminum Tantalum Ceramic Film

Dielectric

ProportionalDielectric Constant

PackageStyle

Advantages

Disadvantages

Aluminum Oxide(Al

2O3)

8 ~ 10

Screw terminal, Snap-interminal, Lead terminal, Chip

•Low price •Compact with large capacitance

•Short life at high temps •Large capacitance tolerance •Polarity (main type)

Tantalum Pentoxide(Ta

2O

5)

27

Chip (main type), dip

•Compact with compara- tively high electrolytic capacitance •Semi-permanent life

•Operation requires study of voltage derating •Polarity

Titanium Oxide Bariumtypes, etc

1500 ~ 15000(Titanium Oxide Barium)

Chip (main type), dip

•Compact (especially multilayer types) •No polarity

•Large changes in electrolytic capacitance caused by temperature and DC voltage

Polyester,Polypropylene, etc.

2.1 ~ 3.1

Chip dip (main type),Chip and case

•Good Characteristics •Can manufacture all voltages—low to high •High reliability

•Large outside dimensions

Dielectric substrate

Electrodes

+ –S

C=ε—Sd

e=εr ε0


(1) Working Voltage (W.V.) and Surge Voltage (SV). W.V. is the voltage that can be constantly applied, while SV is the maximum voltage that can be withstood for a short period of time (30 seconds according to JIS C5141).

(2) Permissible tolerance in electrostatic capacitance. The allowable range of dispersion in electrostatic capacitance. Aluminum corrodes the electrodes (etches), which increases the amount of surface area and causes the dispersions.

(3) Equivalent Series Resistance. The Equivalent Series Resistance puts together electrical resistance of negative and positive foils, electrolytic fluid resistance, and contact resistance of each connecting section.

(4) Tangent of loss angle (generally called Tan delta (tan δ)). When current is placed on an ideal insulator, the current moves ahead 90 degrees in phase from the voltage. However, because some loss occurs in the general insulator, the forward angle of phase is 90°- δ). The δ is called dielectric loss. Tan δ is obtained by the following formula.

tan X = ω CR [ ω = 2 π f (f = frequency [Hz], C = electrolytic capacitance [F] and R = Equivalent SeriesResistance [ Ω ].]

(5) Impedance Z (Ω). Resistance in an AC circuit Z = √ R2+(ωL–1/ωC)2

[R: Equivalent Series Resistance (Ω), C: electrolytic capacitance (F), L: inductance (H), ω = 2 π f (f = frequency [Hz] )].

(6) Leakage current. DC current will not flow in a capacitor after it has been completely charged with DC current. However, dielectric resistance is not infiinite and a micro-current will flow through the capacitor. Electrolytic capacitors can be damaged during processing by an oxide film and when it is recovered the micro-current will flow.


5. Meanings of Terms

4. Diagram of internal structure of aluminum electrolytic capacitors

Parts Name

Terminal

Case

Exterior material

Insulation cap

Rubber ring

Safety vent

Leads

Fixing compound

Element

Material

Aluminum

Aluminum

PVC

PPS phenol

EPT

Silicone rubber

Aluminum

—

See Fig. 3

No.

1

2

3

4

5

6

7

8

9

Fig. 2 - Diagram of Internal Structure Fig. 3 - Diagram of Device and Basic Structure

Anode FoilElectrolytic paper + liquid

Element

Leads

CathodeFoil

Anode foil (about 100µm

Dielectric(aluminum oxide = Al2O3)

Electrolyte liquid(main medium: ethylene glycol)

Anode foil (15-50µm)

Rated Voltage (V) 6.3 10 16 25 35 50 63 80 100 160 200 250 315 350 400 450 500Rated Surge Voltage (SV) 8 13 20 32 44 63 79 100 125 200 250 300 365 400 450 500 550



(1) Etching (expanding surface area) The processing for expanding the surface of aluminum foil. High purity aluminum foil, 500mm wide and 0.1mm thick is continuously processed electrochemically by flowing direct current through a chlorine bath solution. The surface area is expanded 50-100 times for low-voltage use capacitors and 10-40 times for medium to high-voltage use capacitors.

(2) Forming (dielectric formation) The process of forming the dielectric (Al 2O3). The dielectric is formed in a continuous electrochemical process by passing a voltage that is 120-200 percent of the working voltage through etched aluminum foil that is in a bath of boric acid ammonium. The dielectric is extremely thin, about 14Å/V.

(3) Slitting The formed aluminum foil (positive electrode foil), negative electrode foil and electrolytic paper are slit according to the product size.

(4) Winding Capacitors contain a positive (Anode) foil and a negative (Cathode) foil. These are separated by electrolytic paper

and wound into a cylinder. The separator paper prevents the two foils from contacting each other and shorting.This “sandwich” of separator paper and foil is wrapped around the lead wires and tabs to form the capacitor element.

(5) Impregnation The process of inserting the electrolytic liquid into the wound assembly by pressurization and depressurization. The electrolytic fliud uses such things for solvents as boric acid and organic acid ammonium with ethylene glycol as a main medium. These have a very big effect on the life, frequency characteristics, range of operating temperature and temperature characteristics of the capacitor.

(6) Sealing The impregnated assembly is sealed in an aluminum can. Sealing material is used to keep it airtight.

(7) Reforming (aging) This is the process of applying voltage greater than the rated voltage of the capacitor at an elevated temperature to reform or repair dielectric that may have been damaged during assembly.

(8) Inspection of all parts Inspection is made of the external appearance and the electrical characteristics of all aged parts.

(9) Sampling, packaging and shipping An inspection is made according to fixed sampling standards and the capacitors that pass the inspection are packed and shipped. Detailed tests are made periodically to check quality.

Aluminum

Fig. 5 - Diagram of formation model

Aluminum oxide

6. Manufacturing processes for aluminum electrolytic capacitors

Fig. 4 - Diagram of etching model

Aluminum

(7) Ripple Current (IRMS) Ripple Current is the RMS value of the alternating current flowing through the capacitor, measured in Amps. If the ripple current applied is higher than the specified maximum permissible ripple current, the life of the capacitor becomes shorter. In extreme cases the capacitor will rupture.



7. FTA map of failures

8. Formula for calculating the estimated service life of an aluminum electrolytic capacitor

The estimated service life of Hitachi AIC’s mid-to-high pressure aluminum electrolytic capacitors can beexpressed as follows:

L’ = L0 X 2 X ( ) where (0.6W.V. ≤ V’ ≤ W.V.)

T0: Maximum core temperature setting when subjected to a maximum permissible ripple load at a

maximum operating temperature.L

0: Actual service life at a core temperature T

0 and with rated voltages W and V

L’: Estimated service life at core temperature T’ when voltage V’ is applied.

(See Max. Core Temperature Rise Setting tables on the following page.)

Safety valve operation (Shorts and capacitance degradation)

Operating conditions Capacitor performance

Excess stress ManufactureDesignAbandon

Rap

id d

isch

arge

Exce

ss ri

pp

le

Inve

rted

vol

tage

Exce

ss v

olta

ge

Am

bie

nt te

mp

erat

ure

Stru

ctur

al d

esig

n

Mat

eria

l sel

ectio

n

Leav

e un

used

for l

ong

per

iod

Leav

e in

hig

hte

mp

erat

ures

Win

din

g in

corre

ct,

bur

ns in

foil

Circuitconditions

Reverseattachment

Warehousingconditions

Insufficientexamination

InsufficientcontrolEnvironment

•Have thorough discussions on specifications to get feedback on mounting•Explain cautions in handling

•Inspect plant and equipment and tighten up quality control•Make a series of products for safety use•Select non-flammable materials

Effect

Majorcategory

Mediumcategory

Minorcategory

Cause

Control

(T0 -T’)10 W.V.

V’

2.5


The tables below show the Maximum Core Heat-up Setting when subjected to a permissible ripple current (thevalue corrected by a specific temperature correction factor).

Max. Core Temperature Rise Setting (Snap-in Capacitors)

Coretemperaturerise setting at

variousambient

temperaturesconditions (K)

Guaranteed service life (h)

40

70

85

105

21

15

—

5

—

90

4000

2000

31

22

12.5

5

2

107

4000

2000

35

30

15

8.5

5

110

4000

2000

35

25

—

8.5

—

93.5

8000

5000

35

25

—

20

5

110

8000

5000

35

25

—

5

—

90

20000

20000

40

33

—

26

6.5

111.5

8000

5000

—

35

—

25

10

115

8000

5000

HXA GXHGXRHCG7 HCGH(400V)

FXAFX2

GXAGX2

(500V)

HCGH(≤0250V)

60 (55)

AmbientTemp(°C)

T0 (°C)

L0 (h)

MODEL NUMBERScrewTerminalCapacitors

Coretemperaturerise setting at

variousambient

temperaturesconditions (K)

Guaranteed service life (h)

40

70

85

105

17

12

9

5

—

90

4000

2000

17

12

9

5

2

107

4000

2000

17

12

9

5

2

107

8000

5000

30

20

15

10

—

95

4000

2000

30

20

15

10

5

110

4000

2000

30

20

15

10

5

110

8000

5000

30

20

15

10

5

110

15000

10000

HP3 XL1

HU3HU4/5

SS2SS3

HF2HULHVLHV2

60 (55)

AmbientTemp(°C)

T0 (°C)

L0 (h)

MODEL NUMBER

Snap-inCapacitors HL1

HL2

31

19

12.5

5

—

90

4000

2000

HCGF5HCGF6

40

30

—

10

—

95

8000

5000

FXR

Max. Core Temperature Rise Setting (Screw Terminal Capacitors)

PS2, US2 Series - Consult Hitachi AIC



9. Cautions in using Aluminum Electrolytic Capacitors

(1) General description of cautions

Table 2. Cautions in use

Item Caution What to do Failure mode

Storagetime limit *1

Shock

Polarity

Stress onterminals

Terminalattach-menttorque *2

Soldering

Substratecleaning *3

Methods

Fixing

Voltage andcurrent

Temperature

Att

achm

ent

Han

dlin

g

When AC overlaps DC, set the peak value ofthe AC voltage so that it is no higher than theworking voltage.

1. Leave a space of at least 3mm on top of the valve.2. Change the position of attachment.1. Change the position of attachment.2. Reduce ambient temperature.

Store at room temperature and humidity with nodirect exposure to sun. Maximum of 3 years.

Voltage applicationprocessing and replace

Increase leakage current andshort

Do not drop or subject to bumping. Recover Tube cracks

Do not install in any way that would reversepolarity. Replace Heat emission and vent

operation

Do not rotate or bend.

Do not apply any external force after installation.Replace Broken wires, shorts,

leakage current increase

Recommend attaching at 2.2N•m, MAX3.0N•m.

Use pressure applied terminals of no more than2mm thickness. (Hitachi standard screws)

Replace and re-tighten Screws broken,overheating, baking

Change screw length Overheating, baking

Don’t allow soldering iron to come in contact with can. Recover

Solder for 10 seconds at 260°C or 3 seconds at350°C.

Replace

Tube melt, leakagecurrent increase

Never wash with halogen solvents (such as freon,chlorosen, trichlorine, triethane).

1. Clean with methyl alcohol, etc.2. Recommend wash resistance capacitors

Broken wires (corroded)

Do not disconnect the wires of the main circuitsunder the safety vent.

Short (apply dielectricliquid)

Set so that it will not be subject to subsidiaryheat from heat emitting bodies (transformers,resistors, reactor motors, etc.).

Temperature rise, leakagecurrent increase and shorts

Do not place under the screw terminal. Change method of attachment Cut wires (loose device)

Do not use in locations where it would besubject to constant vibration. Change attachment location Cut wires (loose device)

Do not connect blank terminals of substrateindependent type to circuits (4-pin). Short

Do not apply voltages higher than working voltage.Replace and selectappropriate part

Leakage current increase,short

Do not use in circuits that rapidly charge ordischarge.

Recommend charge-dischargeresistant capacitors Heat emission: vent operation

Heat emission: vent operationDo not apply excess ripple current. Re-select, reduce ripple current

Do not use in AC circuits. Recommend AC capacitors Leakage current increase, short

Use at or under operating temperatures. Re-select, reduce ambienttemperature Leakage current increase, short

*1 See page 16 (2) reference *2 See page 16 (3) reference *3 See page 16 (4) reference



(2) Storage time limit (leaving stored with no load). Hitachi performs actual tests with capacitors left with no load at room temperature (1-5 years) and the results show that if these devices are left for three years or less, there is little increase in leakage current, and although there is some increase in leakage current after testing with those that are left three to five years, we have been able to confirm that the increase in temperature calculated here shows that this is not fatal. This shows that if the capacitors are used within three years, there will be no aging. If more than three years passes, we recommend that they be aged under the following conditions.

First, apply 80 percent of working voltage, then 90 percent of working voltage, then finally applyworking voltage for one hour (at room temperature).

(3) Attachment torque of M5 terminals. Table 3 shows the results of measuring torque resistance on screws and terminals by inserting spacers with thicknesses of 1, 2, 3 and 4 millimeters, using M5 X 10 pan screws and testing attachment to the aluminum terminals. Table 3 also shows the relation between tightening torque, spacer thickness and contact resistance.

Table 3. Destruction conditions and torque with different spacer thicknesses.Number of tests (Destruction torque test: 30 for each spacer thickness. Contact resistance measurements: 30for each spacer thickness and torque.)

Destruction torque was steady with spacers of 2mm thickness but at 3mm or greater, the values decreased and there was an increase in the terminal screw top destruction. The contact resistance also increased when the tightening torque was too low (10N•m or less) but stabilized at 1.5N•m or higher. These results allow us to recommend an optimum tightening torque of 2.2N•m and a maximum of 3.0N•m. We also recommend a contact bar thickness of 2mm or less (with M5 X 10 standard screws) and if the value is exceeded, we recommend the use of M5 X 12 or M5 X 15 screws.

(4) Horizontal attachment of screw types and washing resistant capacitors. If standard snap-in terminal aluminum electrloytic capacitors are cleaned with freon, the positive electrode leads will corrode and then break. If the capacitors are cleaned with freon, we recommend using cleaning resistant capacitors. The following are generally used to deal with this problem.

1. Seal the inserting end (rubber boundries, surfaces and terminals) with resin.2. Mix with dielectric liquid additive so that the inserted chlorine does not separate.

There are limits to the mix quantity and type with method 2, according to the type of cleaning agent and cleaning conditions. This is why Hitachi recommends the method of dealing with this problem using the cleaning resistant types in method 1 above. The halogen compounds, including chlorine, are converted by negative ions into positive ions. Hitachi implements thorough chlorine control in its processes, but if you are unsure about the operating environmenrt or the devices are to be horizontally screw-mounted, you should put the positive electrode terminals on top so that dielectric liquid will not leak on the positive electrode leads. (Do not use in halogen environments.)

Destruction torque test Tightening torque and terminal contact resistance (mΩ)

Tightening torque (N•m)Destruction T (N•m) Destruction conditions & numbers

Min

5.6

5.7

5.4

3.8

Max

7.0

6.9

6.0

5.7

X

6.2

6.2

5.7

4.5

Terminal screw top

5

8

15

26

Screw & head cut

25

22

15

4

0.5

0.20

0.24

0.22

0.20

1.0

0.12

0.11

0.13

0.12

1.5

0.07

0.08

0.07

0.07

2.0

0.06

0.07

0.07

0.07

3.0

0.06

0.06

0.06

0.07

4.0

0.06

0.07

0.06

0.10

1

2

3

4

Spacerthickness

(mm)



(5) Balancing Resistor Selection.

V1–V2 = R0 (I–I1)–R0 (I–I2) = R0 (I2–I1)Equation 1:

Equation 2:

R0[kΩ] = X 103(V1–V2) [V]

(I2–I1) [µA]

The following formula establishes the maximum permissible imbalance for divided voltage.

V1–V2 = W.V. – (V0–W.V.) = 2W.V.–V0

(Here, W.V. is working voltage)

Equation 3:

There are several different ways of finding out the actual leakage current value, but if we take the leakage currentmaximum value (Imax) to be the regulation value (Imax) X 0.5 and the leakage current minimum value (Imin) to beImax X 0.1, then

I2–I1 = Imax – Imin = Imax–0.1 Imax = 0.9 X 0.5 X IMAX = 0.45 IMAX

Equation 4:

Leakage current also has temperature characteristics, and the multiplier K for 20°C with 60°C and 85°C isapproximately two and three times. If we insert this into Equation 2, we will then have the following equation:

R0[kΩ] = X 103(2W.V.–V0) [V]

0.45 X IMAX X K [µA]

C1 and C2 are the aluminum electrolytic capacitors

r1 and r2 are the internal capacitor resistances

V1 and V2 are the divided voltages for each capacitor

R0 is the balancing resistor

V0 is the line voltage



Selecting Aluminum Electrolytic Capacitors1. Checking your operating requirements. (1) Checking special load conditions. Standard aluminum electrolytic capacitors are designed for power supply flattening use, and the design must be specific to the following operating conditions. A. For charge-discharge purposes.

Standard products go from deterioration of dielectric to gas generation, internal pressure build-up and safety vent operation. B. If inverted voltage is applied.

The positive electrode film is not oxide processed and is formed only by the extreme thin film processing called natural oxidation (withstand voltage of 1V or less). Thus, if inverse voltage is applied, a reaction occurs

that begins to form a dielectric film on the positive electrode foil surface and that generates gas and heat. C. If surge current is large or frequent.

If the frequency of surge current is low (30 times or less per day) up to 200A per lead (used to connect terminal and foil) is permitted. However, if the charge-discharge is frequent, then a specially designed capacitor is required.

D. If voltage fluctuations are large. If the device has been operated for a long time in low-voltage stage, and then a high voltage is applied, this may lead to heat emission.

E. When cleaning (Snap-in models). Do not clean with cleaning agents that contain halogen compounds. Snap-in models can be made that are cleaning resistant.

(2) Checking operating conditions. If the check shows no special load conditions, systematize the following operating conditions. A. Applied voltage.

If the working voltage is 6.3 - 550V and this is exceeded, connect the capacitors in series and set up balance resistors in parallel. Voltage deleting (W.V. x 0.6-0.9) will increase life 1.3 to 3.5 times.

B. Ambient temperature. Capacitor maintenance temperatures are generally 85°C and 105°C.

C. Ripple current. D. Product life.

Guaranteed capacitor life is from 2,000 to 20,000 hours. E. Space.

Ensure at least 3mm of safety vent operating space on the bottom of the case for substrate dependent models (5mm or more for 40mm or larger case diameter models).

F. Attachment dimensions. Snap-in models, screw terminal models, bar wiring, etc.

G. Required capacitance.



2. Understanding how Hitachi aluminum electrolytic capacitors are named.

(1) Screw terminal models (Example)

ø symbol With the FX and later models, there are two types of dimension specifications, affix the ø symbol. Not necessary for other models.

Lead shape symbol Y = 3 point fixing. I = 2 point fixing (ø77 and 90 indicate non standard but can be used)Capacitance code 3rd digit indicates the number of zerosVoltage code

Series name

FXA 2G 472 Y D

ø 36 51 64 77 90 100Symbol A C D E F G

Working voltage 50 63 200 250 400 450 500 550 630 Symbol 1H 1J 2D 2E 2G 2W 2H 2L 2J

ø symbol Because the HP3 and HU3 and later models have 2-4 types of dimensions by ø for each specification, attach the ø symbol.

Terminal shape symbols C = 2-Claw Short Terminal R = 2-Claw Terminal U = Straight Short Terminal S = 4-Claw Terminal T = T-TerminalSymbol for difference in permissible capacitance M = ± 20% (general use)Capacitance code 3rd digit indicates the number of zerosVoltage code

Series name

ø 36 51 64 77 90 100Symbol A C D E F G

HU3 2G 151 M R X

(2) Snap-in models (Example)



Precautions in using Aluminum Electrolytic CapacitorsIf the capacitors are used beyond the prescribed limits, short-circuiting, opening, solution leakage, explosion, ignition,or other fatal failure may occur. The precautions to be taken are detailed below.

1. Ensure that the operating temperature and ripplecurrent are within the specified ranges.

2. When connecting two or more capacitors in parallel,take the wiring resistance into account.

3. The capacitors themselves also generate heat. Keepin mind that they will raise the equipment internaltemperature.

1. The capacitors are polarized. Do not apply anyreverse voltage or AC voltage to them.

2. In circuits where polarity reversal occurs, bipolarcapacitors must be used.

3. When an AC component is superimposed over DCvoltage, ensure that the peak value does not exceedthe voltage rating.

4. When connecting a number of capacitors in series,usecapacitors having the same rating, and connectbalancing resistors in parallel.

5. Do not use the capacitors in circuits where suddencharging/discharging repeatedly occurs, as in strobeor welding equipment.

1. Blank terminals (reinforcement terminals) of on-boardself-supporting multi-terminal (4 terminal) capacitorsmust not be connected to any other circuit.

2. Note that the external sleeves of on-board self-supporting capacitors are not insulated.

1. Capacitors must be free from moisture.

2. Do not use the capacitors in an atmosphere ofhydrogen sulfide, sulfurous acid, chlorine, or otherharmful gas.

3. Do not use the capacitors at a place where they maybe exposed to ozone or ultraviolet or otherradiations.

4. Do not use the capacitors at a place where they maybe subjected to vibration or undue shock.

1. Ensure that screw terminal type safety vents do notface downward.

2. Do not position any wiring or circuit conductorpattern near safety vents.

3. Be sure that safety vent operations are not disturbed.

1. If an excessive ripple is allowed to flow to thecapacitors, shorting, ignition, or other fatal failure canresult.

2. Make wiring connections so that all capacitors aresubjected to the same resistance.

3. Operate the equipment under normal conditionsto check the equipment internal temperature andcapacitor temperature.

1. If a reverse voltage or AC voltage is applied to thecapacitors, abnormal heat generation can take place,resulting in ignition or other failure.

2. Note that even bipolar capacitors cannot be used inAC circuits.

3. If a voltage higher than the rating is applied to thecapacitors, abnormal heat generation can take place,resulting in shorting, ignition, or other fatal failure.

4. When using two or more capacitors, take the above-mentioned wiring resistance into account. If not, thevoltage applied to the capacitors may vary to incurcapacitor deterioration.

5. Use dedicated capacitors designed for use in suchapplications.

1. The blank terminals are not internally insulated. Takethe precautions to avoid circuit shorting.

2. If the sleeve has to have an insulation capability,consult your local Hitachi AIC agent.

1. If the capacitors get wet with water, salinewater, or with condensed moisture, short-circuitingwill occur. If oil is deposited on the capacitors,the sealing rubber can swell, thus impairingairtightness and shortening the useful life.

2. A harmful gas will damage the sealing rubber,resulting in interior corrosion and wiring breakage.

3. On-board self-supporting capacitors protected withepoxy resin are available. Contact your local HitachiAIC agent.

4. If the capacitors are subjected to excessive vibrationor shock, consult your local Hitachi AIC agent.

1. An electrolytic solution or compound may flow outof the safety vents.

2. The electrolytic solution is conductive. Gushing out acombustible gas through the safety vent can causeignition or other disasters.

3. A screw terminal type safety vent is positionedtoward the terminal side. In the case of an on-boardself-supporting type, the case bottom swells to actuatethe safety vent.Observe theseclearances.

CircuitDesign

Operatingtemperatureandripplecurrent

Appliedvoltage

Capacitorinsulation

Operatingconditions

Mountingprecautions

Category Precautions Failure mode and corrective action

Installation

Capacitor diameter20~35mm dia or more40mm dia or morePS2, US2 series

Clearance3mm or more5mm or more1mm or more



1. Properly insert the capacitors into the wiring board.The capacitor should be flush with the printed circuitboard.

2. Ensure that the flux is not applied to areas otherthan the terminals.

3. Soldering must be conducted within 10 seconds at260°C or within 3 seconds at 350°C.

4. For washing off the flux,the use of water-soluble orhigh grade alcoholic cleaning agent or isopropylalcohol is recommended. It is also recommended thatthe flux concentration be 2wt% relative to thecleaning agent.

5. After the use of cleaning solution, it must be allowedto dry. Even when the flux is not to be removed,allow it to dry.

6. When securing a capacitor to a circuit board with acoating or fixing material, be sure that the employedcoating or fixing material does not contain halogencompounds. Before coating the capacitor, allow theflux or cleaning agent to dry completely.

7. When securing a capacitor to a circuit board with acoating or fixing material, use care so that the sealedend of the capacitor is not entirely covered. Ensure,also that no coating or fixing material is applied tothe safety vent section at the bottom of thecapacitor. When conducting overall coating, consultyour local Hitachi AIC agent.

1. Tighten terminal screws appropriately and maintainpermissible terminal currents.

2. Use appropriate terminal screws.

3. Follow recommended bar hole diameter.

Priorknowledgeofmounting

Snap-incapacitors

Screwterminalcapacitors

Installation


1. Use care to avoid polarity reversal.

2. Ensure that the curled section (sealed end of the case)is not stressed.

3. Use extreme care in handling the capacitors.

4. Never reuse a capacitor which has been installed and energized.

1. If a reverse voltage is applied to the capacitors, theymust not be used any longer. Even if they have noapparent defects, they are seriously damaged.

2. Do not tighten the curled section with a band or thelike because solution leakage or sleeve cutting canresult.

3. If the capacitors fall on the floor or bump against anyobject, their external surfaces and internal structurecan be rendered abnormal, resulting in electricalperformance deterioration or destruction. Replacesuch capacitors.

4. No capacitor can be reused except for those removed tomeasure their electric performance for a periodic checkup.

1. If the capacitors are soldered while they are notflush with the wiring board, terminal breakage orconductive pattern separation can be caused bymechanical vibration or shock.

2. If the flux comes into contact with the sealing rubbersurface, corrosion can be caused by the halogencompound in the flux.

3. If soldering is conducted without satisfying theprescribed conditions, the capacitors will be thermallystressed so that electrical characteristic deteriorationor other problem can occur.

4. If the flux concentration in the cleaning solution rises,the halogen concentration also increases. Therefore,corrosion can occur as indicated in paragraph 2above.

5. If any cleaning solution or flux remains between thecircuit board and capacitor, the halogen compoundcan permeate into the sealing rubber, resulting incorrosion.

6. If the employed coating or fixing material contains ahalogen compound, corrosion can take place.

7. If the overall coating method is employed, the flux orcleaning solution halogen compound residue isconfined so that corrosion can occur. If a coating or afixing material is applied to the safety vent section,the safety vent operations will be obstructed.

1.

2. Terminal screws furnished in a separate shipment aregeared to wires no more than 2mm thick. For wiresmore than 2mm thick, ensure a screw length allowingfor that thickness.

3. Hitachi AIC recommends a bar hole diameter of 6mmfor M5. An excessively large hole diameter may resultin poor contact between the terminal surface and bar,causing a local heat-up and eventual breakdown.

Precautions in using Aluminum Electrolytic Capacitors

Terminal

M5M6M8

Recommended Torque(permissible level)

2.2 (1.5 ~ 3.0)3.0 (3.0 ~ 3.5)7.5 (7.0 ~ 8.0)

PermissibleTerminal Current

60100120



Precautions in using Aluminum Electrolytic Capacitors

1. Before allowing the capacitors to conduct, mountthem on a chassis.

1. Capacitors used in industrial equipment must beinspected on a periodic basis. The inspection itemsare as follows:(1) Appearance (e.g., safety vent condition)(2) Electrical performance (e.g., capacitance, powerloss, current leakage)

2. If the capacitors have reached the end of their life,they must be replaced.

1. The capacitors must be stored at 5 to 35°C, less than75% R.H. and kept out of direct sunlight. Themaximum storage period is three years.

2. There may be cases where an electric charge isgenerated due to transient phenomena. To avoidelectrical shock hazard, do not touch the terminalswith bare hands.

1. When disposing of the capacitors, punch holes orcrush the case and then incinerate them.

2. When the capacitors are not to be incinerated,consult the EPA for the proper disposal of industrialwaste.

1. If any abnormally high voltage is applied to thecapacitors, they can explode.

1. Before performing periodic maintenance tasks, turnOFF the equipment and allow the capacitors tocompletely discharge.

2. If any capacitor in equipment needs to be replaced,replace all the capacitors used in the sameequipment. If new and old ones are used together,an unbalanced ripple current or voltage sharing canresult.

1. After the capacitors have been stored for a period ofmore than 3 years, reforming will be necessary.

2. Before touching the terminals, discharge them with aresistor (10 to 100Ω) or discharge plate.

1. If an attempt is made to incinerate the capacitorswithout punching holes or crushing their cases, theywill explode, resulting in a safety hazard. Be sure thatincineration is conducted at high temperature. If it isdone at low temperature, chlorine or otherpoisonous gas may be generated from the externalsleeves (made of polyvinyl chloride).

2. When the capacitors are disposed of by an industrialwaste disposal agent, verify that they are properlyburied. Ensure that no discarded capacitors will beput back on the market.

Duringuse

Preventivemaintenance

Notes onstoringcapacitors

Disposal

Other

Test run


1. For further details refer to EIAJ RCR-2367, Precautions and Guidelines for Using Electronic Device FixedAluminum Nonsolid Electrolytic Capacitors.

2. If you have any questions, feel free to contact your local Hitachi AIC agent.

IN AN EMERGENCY1. If gas is detected when installed capacitors are used, turn off the main power to the installation or unplug the power cord from the wall outlet.2. When the safety vent of a capacitor is activated, a hot gas exceeding 100°C will jet out. Do not get close to, or expose yourself to the gas. Otherwise severe injury may occur.3. If a gas jet enters your eye, wash it immediately with clean water.4. If electrolyte gets in contact with your skin, wash the area of you skin with soap and water. Never allow electrolyte to enter your mouth.


Test ConditionsRated VoltageRated Ripple CurrentRated Temperature

Test CriteriaCapacitance: >85% of initial valueDissipation Factor: <175% of initial valueLeakage Current: <Initial specified value

Life Rating

Factors Affecting Service LifeEnvironmental factors affecting the service life of analuminum electrolytic capacitor include temperature,humidity and vibration, as well as electrical factors,applied voltage, ripple current and charging/dischargingconditions. In capacitors for mid-to-high-voltage filters,temperature and applied voltage are the most importantcontrolling factors. The estimated service life may becalculated based on the core temperature of thecapacitor and the applied voltage.

Temperature ConditionsCapacitance change or tangent change for loss angleindicates that the product life has been affected bytemperature. Generally, as the ambient temperature(neighboring temperature of the capacitor) increases,capacitance decreases and tangent change for loss angletakes place more rapidly. This is mainly because theelectrolytic solution generates gas due to electrodereaction and diffuses it outside via a sealing rubber. Thefollowing expression (1) indicates the relation between

105°C––

HCGHA—––

GXAGXR

GX2/GXH—

HU3/HU4/HU5HL1/HL2

HV2SS2/SS3

ZL1XL1US2


85°CHCGWHCG7A

HCGF5A/HCGF6APHFXAFXRFX2HXAHP3—

HF2—

PZ1—PS2

RATING in HOURS2,0002,0002,0002,0005,0005,0005,000

20,0002,0005,0002,0002,0003,000

10,0002,000

Service Life of an Aluminum Electrolytic Capacitorthe ambient temperature and electric characteristic thatchanges with time (while the capacitor is used normallyaccording to the rules of serviceability).

Where,L = Estimated service life in actual useL0 = Standard service life when allowable ripple

current load or rated voltage is applied at themazimum operating temperature

T0 = Maximum core temperature setting whensubjected to the maximum allowable rippleload at the maximum operating temperature(settings differ in different series of products.Contact us for details)

T = Core temperature of the capacitor during actualuse

Therefore, the lower the core temperature of thecapacitor during actual use, the longer the estimatedservice life is. The core temperature of a capacitor maybe lowered bu lowering either the ambienttemperature or the load current (operating conditions),or by either boosting capacitance or lowering internalresistance. Some capacitors feature a radiating structureto lower the core temperature. Consult us for theselection of capacitors.

Voltage ConditionsThe service life of an aluminum electrolytic capacitor formid-to-high-voltage filters is affected by the appliedvoltage. If the applied voltage is between 60% and100% of the rated voltage, the estimated service can beextended by lowering the applied voltage below therated voltage. However, if the applied voltage is lessthan 60% of the rated voltage, or the capacitor is usedin low-pressure (100WV or less) applications, theimpact of the applied voltage on the service life isnegligible. Therefore, service life is estimated assumingno impact from voltage.

Continuous application of a voltage over the ratedvoltage rapidly increases leakage current in a capacitor.This may increase internal pressure due to generation ofgases, resulting in activation of the safety vent in a shorttime and/or formation of an internal short circuit. For thisreason, the applied voltage must be maintained belowthe rated voltage during use. Besides, it should benoted that the circuit design is such that the applied

L = L0 X 2 • • • • (1)(T0 -T)

10



voltage will remain 80% or less of the rated voltageduring use.

Where more than one capacitor connected in series isused, the applied voltages across the individual capaci-tors may become out of balance, resulting in theapplication of excessive voltage to them. to avoid this,either choose a rated voltage allowing for voltageimbalances, or connect to a voltage divider (resistors)to the capacitor.

Formula for Estimating Service Life1. Estimating from the capicator’s core temperature andapplied voltageFormula for calculating the service life of our capacitorsin mid-to-high-voltage applications (filters).

Where,T0 = Maximum core temperature setting when

subjected to the maximum allowable rippleload at the maximum operating temperature.

L0 = Standard service life when core temperature isT0 and rated voltage is (WV).

L = Estimated service life when core temperature isT and applied voltage is (V).If V/WV<0.6, use V/WV = 0.6.

2. Estimating core temperature of a capacitor from loadripple currentWe recommend that you estimate service life bymeasuring the capacitor’s core temperature with athermocouple. We can manufacturer samples withinserted thermocouples according to customerrequests. IF for some reason it is impossible to measurethe core temperature, you can estimate the service lifeby making a rough estimate of the capacitor’s coretemperature from the load ripple current. As shownbelow, assuming the rise in temperature and the squareof load current to be nearly proportionate, obtain thecapacitor’s core temperature that occurs when thecapacitor is loaded with a ripple current.

L = L0 X 2 X ( ) (2)

(T0 -T)10 W.V.

V

2.5

T = Ta + ∆T0 X ( ) (3)IIR

2

Where,T = Capacitor’s core temperature when ripple

current I is loaded.Ta = Ambient temperatureT0 = Rise in maximum core temperature setting for the

capacitor when allowable ripple current IR isloaded.

(Settings diffr in different series of products. Contact usfor details.)Note: Observe the rule; I ≤ IR. Never use a capacitorloaded with a ripple current greater than IR.

For safety reasons, estimate the service life on the basisof the capacitor’s core temperature at maximum load.Temperature distribution should be taken into accountwhen more than one capacitor is used.

Other Factors Affecting Service Life(1) Reverse Voltage When a reverse voltage is applied to the capacitor, the capacitor’s cathode foil that is not coated with oxide is energized, resulting in forced formation of an oxide film on its surface. During the process of forced formation, heat and gases are generated. This will shorten the service life significantly.

(2) Charge and Discharge Generally, where aluminum electrolytic capacitors are used in a charge/discharge circuit, oxide films are gradually formed on the surfaces of their cathode foils due to discharge current. This will shorten the service life significantly. For this reason, general- purpose capacitors are not suitable for circuits in which frequent charge and discharge are common. Examples include circuits for photo flash an welding.

(3) Inrush Current Upon switching on the power supply of a welding machine, a large current flows instantaneously at the beginning of charging. Such a current, called an inrush current, is 10 to 1,000 times as large as the normal value. Inrush currents pose no problem as long as they occur with very low frequency during operation. The reason for this is that their heat- generating energy is relatively small. However, if an inrush current occurs repeatedly during operation, it may shorten the service life significantly.

Service Life of an Aluminum Electrolytic Capacitor (con’t)



PolarityElectrolytic capacitors are polar and mustnever be used with incorrect polarity, as thiscreates a likely danger of shorting ordestruction.

VoltageThe Rated Voltage should not be exceeded atany time as it will severely shorten the servicelife.

In Series ConnectionIf the capacitors are used in series the appliedvoltage at each capacitor should be less than80% of the rated voltage. By using a bleederresistor this value can be increased to 92%.The current which flows through the bleedershould be 5 times greater than the specifiedleakage current of the capacitor.

Only capacitors of the same type should beconnected in series.

Quality and LongevityThe specification of quality data, which alwaysrefers to a fairly large number of components,does not constitute a guarantee ofcharacteristics or properties in the legal sense.However, agreement on these specificationsdoes not mean that the customer may notclaim replacement of individual defectivecapacitors within the terms of delivery. Wecannot, however, assume any further liabilitybeyond the replacement of defectivecomponents. This applies in particular to anyfurther consequences of component failure.

Furthermore, it must be taken intoconsideration that the figures stated for usefullife and failure rate refer to the averageproduction status and are therefore to beunderstood as mean values (statisticalexpectations) for a large number of deliverylots of identical capacitors. These figures arebased on application experience and on dataobtained from preceding tests under normalconditions, or for purposes of acceleratedaging, more severe conditions.

Handling CautionsReducing Substances withEnvironmental ImpactAs part of our initiatives for global environmentprotection under ISO 14001, we recommend productswithout any substances with environmental impact toour customers.

(1) Lead-free The snap mount aluminum electrolytic capacitors we provide include lead-free capacitors that do not use lead in the surface treatment of the terminals (tin- plated). We recommend that you use lead-free capacitors for new designs. We also ask you to accelerate the changeover to lead-free capacitors. This shift requires that soldering temperatures be increased by 5-20°C. Consult us for details.

Scope: All snap mount aluminum electrolytic capacitors.Note: Lead-free treatment may not be applied on thespot depending on the terminal shape of capacitors notfound in the catalog.

(2) Non-PVC We use PVC- (polyvinyl chloride) free exterior materials (sleeves, plares). Consult us for details.

(3) Eliminating Chromate Treatment Mount fixtures for screw terminal aluminum capacitors have been subject to chromate treatment, but the raw material for this treatment contains hexavalent chromium. To avoid use of hexavalent chromium, we have decided to use “trivalent chrome” as the alternative. We will stop manufacturing the capacitors based on chromate treatment entirely, when we start our new production line in January 2005. Note that the surface treatment is changed but no change is made in shape and diminsion.


ALUMINUM ELECTROLYTIC & FILM CAPACITORS

HITACHI CAPACITORSDate Code Explanation

ALUMINUM CAPACITORSExample: Manufacturing Date 2004 OCTORER

4 Digit Date Code = 4 X 31

Hitachi Internal Serial Number2nd DigitJAN = 1FEB = 2MAR = 3APR = 4MAY = 5JUN = 6JUL = 7AUG = 8SEP = 9OCT = XNOV = YDEC = Z

FILM CAPACITORSExample: Manufacturing Date 2004 FEBRUARY

2 Digit Date Code = 9 B

2nd DigitJAN = AFEB = BMAR = CAPR = DMAY = GJUN = HJUL = JAUG = KSEP = LOCT = MNOV = NDEC = P



ADDITIONAL MOUNTING OPTIONS(See page 25 for standard mountiing configurations)

PBT-SAFETY HOLDER

STUD MOUNTING

Optional PBT-Safety Holser Mountingavailable on certain models. Contactyour local Hitachi AIC rep.

Optional Stud Mountingavailable on certain models.Contact your local Hitachi AIC rep.

For Stud Mounting use M12 x 16 capnut.

Stud

Cap Nut


Large Can Capacitors with Screw Terminals

Product Numbering System for HCG7 and HCGH SeriesExample: HCG7 Series, A terminals, 6.3V, 220,000µF ±20%, Y bracket, 51 x 100mm

This Section Contains:HCG7A Series – 2000 hours at 85°C.15% smaller than HCG6A series is achieved through development offoil technology, yet has the permissible ripple current capability.HCGHA Series – 2000 hours at 105°C.Small size, large power, high ripple current.HCGF5A Series – 2000 hours at 85°C. High ripple type forinverters has been supplied as standard for years.HCGF6A Series – 2000 hours at 85°C.Large capacitance type for inverters. 14% smaller than HCGF5A.High voltage series from 400-500VDC.HCGW Series – 2000 hours at 85°C.Large capacitance for uninterruptable power supply & x-ray machines.PH Series – 2000 hours at 85°C.Large capacitance type for inverters. 600VDC, 650 surge voltageFXA Series – 5000 hours at 85°C.

FX2 Series – 5000 hours at 85°C.

FXR Series – 5000 hours at 85°C.

GXA Series – 5000 hours at 105°C.

GX2 Series – 5000 hours at 105°C.

GXH Series – 5000 hours at 105°C.

GXR Series – 5000 hours at 105°C.

HXA Series – 20000 hours at 85°C.Use of liquid organic acid, improved foil and etchingtechnology enable a long life and high ripple current.


Case code

Type of bracket (Y or I)

Capacitance code

Rated Voltage code

Series Name

HCG7A 0J 224 Y C10

Capacitance Code: To determine Capacitance code use the first 2 digits of the Capacitancefollowed by the number of zeros. Using the above example of 220,000: 22 + 4 zeros = 224.

Hitachi technology has reducedthe size of many of its large cancapacitors to give you more roomin your application.

•Type GX2 is approximately 17%more compact than Type GXA andincludes 500V DC units in its series.

•In the FXR and GXR types, thepermissible ripple current isincreased by 37% by new heatradiation construction as comparedwith conventional products(FXA,GXA).


Capacitance Tolerance: ±20% (20°C, 120Hz)

Leakage Current: 0.01CV (µA) or 5mA, (whichever is smaller)

COMMON SPECIFICATIONS

Subject to JIS C 5101-4

Dimensional Drawings forMounting Brackets I and Y

Y type mounting bracketfor 51 to 101mm diameter units

I type mounting bracketfor 51 to 90mm diameter units

I type mounting bracketfor 36mm diameter units

Large Can Capacitors with Screw Terminals


W1 W2 W3 W4øD L P

Casecode

I type bracket Y type bracket

Dimensions (mm)

Note: Y type bracket is standard for case diameter of øD51 and over, but whenI type bracket is required, the size in ( ) is used.

øD51-77

90

a b θ6 4.5 45°7 5 30°

øD51-90101

a b7 4.58 4.5

T: 15MAX

32.0(41.5)

A5 36 53 12.7 48.0 58.0 — —A6 36 65 12.7 48.0 58.0 — —A8 36 83 12.7 48.0 58.0 — —A10 36 100 12.7 48.0 58.0 — —A12 36 121 12.7 48.0 58.0 — —C8 51 83 22.0 (68.0) (80.0) 63.5 73.0C10 51 100 22.0 (68.0) (80.0) 63.5 73.0C12 51 121 22.0 (68.0) (80.0) 63.5 73.0D10 64 100 28.6 (81.0) (93.0) 76.2 85.1D12 64 121 28.6 (81.0) (93.0) 76.2 85.1D15 64 144 28.6 (81.0) (93.0) 76.2 85.1E10 77 100 32.0 (93.5) (106.0) 88.9 98.4E12 77 121 32.0 (93.5) (106.0) 88.9 98.4E15 77 144 32.0 (93.5) (106.0) 88.9 98.4E16 77 160 32.0 (93.5) (106.0) 88.9 98.4F15 90 145 32.0 (108.0) (120.5) 101.6 111.1F16 90 161 32.0 (108.0) (120.5) 101.6 111.1C8R 51 75 22.0 (68.0) (80.0) 63.5 73.0C10R 51 96 22.0 (68.0) (80.0) 63.5 73.0C12R 51 115 22.0 (68.0) (80.0) 63.5 73.0C13R 51 130 22.0 (68.0) (80.0) 63.5 73.0D10R 64 96 28.6 (81.0) (93.0) 76.2 85.1D12R 64 115 28.6 (81.0) (93.0) 76.2 85.1D13R 64 130 28.6 (81.0) (93.0) 76.2 85.1D16R 64 155 28.6 (81.0) (93.0) 76.2 85.1D17R 64 170 28.6 (81.0) (93.0) 76.2 85.1D20R 64 195 28.6 (81.0) (93.0) 76.2 85.1E10R 77 96 32.0 (93.5) (106.0) 88.9 98.4E12R 77 115 32.0 (93.5) (106.0) 88.9 98.4E13R 77 130 32.0 (93.5) (106.0) 88.9 98.4E16R 77 155 32.0 (93.5) (106.0) 88.9 98.4E17R 77 171 32.0 (93.5) (106.0) 88.9 98.4E20R 77 195 32.0 (93.5) (106.0) 88.9 98.4F13R 90 131 32.0 (108.0) (120.5) 101.6 111.1F16R 90 157 32.0 (108.0) (120.5) 101.6 111.1F17R 90 171 32.0 (108.0) (120.5) 101.6 111.1F20R 90 196 32.0 (108.0) (120.5) 101.6 111.1F24R 90 236 32.0 (108.0) (120.5) 101.6 111.1G18R 101 175 — — 115 127G20R 101 195 — — 115 127G24R 101 237 — — 115 127D10T 64 100 28.6 (81.0) (93.0) 76.2 85.1D12T 64 115 28.6 (81.0) (93.0) 76.2 86.1D13T 64 131 28.6 (81.0) (93.0) 76.2 86.1D16T 64 155 28.6 (81.0) (93.0) 76.2 86.1E12T 77 121 32.0 (93.5) (106.0) 88.9 98.4E13T 77 137 32.0 (93.5) (106.0) 88.9 98.4E16T 77 161 32.0 (93.5) (106.0) 88.9 98.4F11T 90 106 32.0 (108.0) (120.5) 101.6 111.1F12T 90 121 32.0 (108.0) (120.5) 101.6 111.1F14T 90 137 32.0 (108.0) (120.5) 101.6 111.1F16T 90 161 32.0 (108.0) (120.5) 101.6 111.1F18T 90 178 32.0 (108.0) (120.5) 101.6 111.1

θ

60°

60°

120°

45°


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ

elppiRmumixaMtnerruC A( smr )

zH021,C°04@

lacipyT(RSE mΩ)

zH021,C°02@

lacipyT)Hn(LSE

374J0A7GCH I 5A 000,74 35X63 4.31 74 11386J0A7GCH I 6A 000,86 56X63 8.41 33 51401J0A7GCH I 8A 000,001 38X63 7.91 22 51

HP8CY451J0A7GCH 000,051 38X15 6.52 51 02HP01CY422J0A7GCH 000,022 001X15 5.33 11 52HP01DY433J0A7GCH 000,033 001X46 6.34 8 03HP21DY474J0A7GCH 000,074 121X46 8.05 7 53HP21EY486J0A7GCH 000,086 121X77 4.45 5 04

333A1A7GCH I 5A 000,33 35X63 9.11 52 01374A1A7GCH I 6A 000,74 56X63 2.51 81 51386A1A7GCH I 8A 000,86 38X63 3.02 31 51401A1A7GCH I 21A 000,001 121X63 0.52 11 02

HP8CY451A1A7GCH 000,051 38X15 6.72 7 52HP21CY422A1A7GCH 000,022 121X15 6.73 5 53HP21DY433A1A7GCH 000,033 121X46 5.64 5 04HP21EY474A1A7GCH 000,074 121X77 0.25 4 05

322C1A7GCH I 5A 000,22 35X63 2.11 52 01333C1A7GCH I 6A 000,33 56X63 8.41 71 51374C1A7GCH I 8A 000,74 38X63 6.91 21 51386C1A7GCH I 21A 000,86 121X63 7.72 11 02

HP8CY401C1A7GCH 000,001 38X15 4.92 8 52HP21CY451C1A7GCH 000,051 121X15 0.43 5 53HP01DY422C1A7GCH 000,022 001X46 7.93 4 54HP21EY433C1A7GCH 000,033 121X77 2.94 4 05

322E1A7GCH I 6A 000,22 56X63 1.21 22 01333E1A7GCH I 8A 000,33 36 38X 2.41 51 51374E1A7GCH I 21A 000,74 121X63 8.91 01 51

HP01CY386E1A7GCH 000,86 001X15 1.52 7 02HP21CY401E1A7GCH 000,001 121X15 5.82 6 52HP01DY451E1A7GCH 000,051 001X46 7.43 5 03HP51DY422E1A7GCH 000,022 441X46 9.84 4 04HP51EY433E1A7GCH 000,033 441X77 7.25 3 05

301V1A7GCH I 5A 000,01 35X63 6.9 02 01351V1A7GCH I 6A 000,51 56X63 7.01 61 01322V1A7GCH I 8A 000,22 38X63 4.31 41 51333V1A7GCH I 21A 000,33 121X63 4.91 21 02

HP8CY374V1A7GCH 000,74 38X15 5.22 8 02HP01CY386V1A7GCH 000,86 001X15 6.72 7 52HP01DY401V1A7GCH 000,001 001X46 5.92 6 03HP51DY451V1A7GCH 000,051 441X46 4.14 5 54HP51EY422V1A7GCH 000,222 441X77 8.64 4 05

286H1A7GCH I 5A 008,6 35X63 8.8 44 51301H1A7GCH I 6A 000,01 56X63 6.11 03 51351H1A7GCH I 8A 000,51 38X63 7.21 02 51322H1A7GCH I 21A 000,22 121X63 2.81 41 02

HP8CY333H1A7GCH 000,33 38X15 3.02 9 02HP01CY374H1A7GCH 000,74 001X15 9.52 8 52HP01DY386H1A7GCH 000,86 001X46 2.23 6 53HP51DY401H1A7GCH 000,001 441X46 8.63 5 54HP51EY451H1A7GCH 000,051 441X77 8.73 4 05

6.3 Volts(Code: 0J)

50 Volts(Code: 1H)

35 Volts(Code: 1V)

25 Volts(Code: 1E)

16 Volts(Code: 1C)

10 Volts(Code: 1A)

HCG7A Series •Life rating to 2000 hours at 85°C •Temperature range –25°C to +85°C


A


detaRegatloV)CDVW(

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zH021,C°04@

lacipyT)m(RSE

zH021,C°02@

lacipyT)Hn(LSE

286J1A7GCH I 5A 008,6 35X63 2.01 83 01301J1A7GCH I 8A 000,01 38X63 8.21 62 01351J1A7GCH I 01A 000,51 001X63 1.51 91 51

Y322J1A7GCH HP8C 000,22 38X15 9.02 31 02Y333J1A7GCH HP01C 000,33 001X15 6.32 9 52Y374J1A7GCH HP01D 000,74 001X46 1.23 7 53Y386J1A7GCH HP51D 000,86 441X46 2.73 5 54Y401J1A7GCH HP51E 000,001 441X77 1.14 4 05

274K1A7GCH I 5A 007,4 35X63 4.01 23 51286K1A7GCH I 8A 008,6 38X63 1.21 22 02301K1A7GCH I 01A 000,01 001X63 0.61 51 02

Y351K1A7GCH HP8C 000,51 38X15 7.02 01 52Y322K1A7GCH HP01C 000,22 001X15 5.32 9 03Y333K1A7GCH HP01D 000,33 001X46 5.82 7 04Y374K1A7GCH HP51D 000,74 441X46 0.93 5 54Y386K1A7GCH HP51E 000,86 441X77 3.54 4 05

233A2A7GCH I 5A 003,3 35X63 7.8 43 51274A2A7GCH I 8A 007,4 38X63 4.21 42 02286A2A7GCH I 01A 008,6 001X63 2.31 91 02

Y301A2A7GCH HP8C 000,01 38X15 9.61 31 52Y351A2A7GCH HP21C 000,51 121X15 1.42 11 03Y322A2A7GCH HP01D 000,22 001X46 9.52 8 53Y333A2A7GCH HP51D 000,33 441X46 0.33 6 54Y374A2A7GCH HP51E 000,74 441X77 6.73 5 05

251C2A7GCH I 8A 005,1 38X63 9.6 17 51222C2A7GCH I 01A 002,2 001X63 2.9 45 51

Y233C2A7GCH HP8C 003,3 38X15 0.21 04 02Y274C2A7GCH HP01C 007,4 001X15 3.51 03 52Y286C2A7GCH HP01D 008,6 001X46 4.02 12 03Y301C2A7GCH HP21D 000,01 121X46 5.62 41 04Y351C2A7GCH HP21E 000,51 121X77 4.43 11 05

201D2A7GCH I 6A 000,1 56X63 2.5 47 01251D2A7GCH I 8A 005,1 38X63 9.6 06 51222D2A7GCH I 21A 002,2 121X63 9.9 15 02

Y233D2A7GCH HP8C 003,3 38X15 0.21 34 52Y274D2A7GCH HP21C 007,4 121X15 6.61 03 53Y286D2A7GCH HP21D 008,6 121X46 9.12 12 05Y301D2A7GCH HP21E 000,01 121X77 1.82 41 55

201E2A7GCH I 8A 000,1 38X63 6.5 48 01251E2A7GCH I 21A 005,1 121X63 1.8 65 51

Y222E2A7GCH HP8C 002,2 38X15 9.9 05 51Y233E2A7GCH HP21C 003,3 121X15 9.31 63 52Y274E2A7GCH HP01D 007,4 6 001X4 9.61 52 53Y286E2A7GCH HP51D 008,6 441X46 5.32 81 54Y301E2A7GCH HP51E 000,01 441X77 0.03 21 55


250 Volts(Code: 2E)

200 Volts(Code: 2D)

160 Volts(Code: 2C)

100 Volts(Code: 2A)

80 Volts(Code: 1K)

63 Volts(Code: 1J)

Note: Y bracket is standard character in Part Number (except for 36mm Ø D). If I bracket is required, replace Y with I.

HCG7A Series •Life rating to 2000 hours at 85°C •Temperature range –25°C to +85°C

Temperature (°C) 40 60 70 85

Correction Coefficient 1.0 0.81 0.62 0.37

Frequency (Hz) 50/60 120 300 1K ≥10K

Correction Coefficient 0.8 1.0 1.1 1.3 1.4

Ripple Current Correction Coefficient


detaRegatloV)CDVW(

traPrebmuN

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@ °501 zH021,C

lacipyT(RSE mΩ)

zH021,C°02@

lacipyT)Hn(LSE

301E1AHGCH 5AI 01 000, 35X63 9.2 02 01GCH 8AI351E1AH 51 000, X63 38 2.4 61 01GCH 8AI322E1AH 000,22 38X63 1.5 41 51GCH 01AI333E1AH 33 000, 63 X 001 3.6 21 02GCH 374E1AH Y R8C 74 000, X15 57 0.8 8 02GCH 386E1AH Y R21C 86 000, 15 1X 51 0.01 7 22GCH 401E1AH Y R01D 01 000,0 X46 69 3.11 6 42GCH 451E1AH Y R21D 51 000,0 46 1X 51 9.21 5 03GCH 422E1AH Y R21E 000,022 77 X 511 8.41 4 54GCH 433E1AH Y R31F 033 000, 09 X 131 9.91 4 05GCH 5AI286V1AH 008,6 X63 53 6.2 44 51GCH 8AI301V1AH 1 000,0 X63 38 7.3 03 51GCH 8AI351V1AH 000,51 63 38X 5.4 02 51GCH 01AI322V1AH 000,22 63 1X 00 5.5 41 02GCH 333V1AH Y R8C 000,33 15 X 57 7.6 9 02GCH 374V1AH Y R01C 000,74 15 X 69 1.8 8 22GCH 386V1AH Y R21C 86 000, 15 X 511 0.01 6 42GCH 401V1AH Y R21D 001 000, 46 X 511 1.21 5 03GCH 451V1AH Y R21E 051 000, 77 X 511 8.31 4 53GCH 422V1AH Y R31F 022 000, 09 1X 31 6.71 4 54GCH 5AI233H1AH 3,3 00 63 X 53 2.2 26 51GCH 5AI274H1AH 7,4 00 63 X 35 3.2 55 51GCH 8AI286H1AH 8,6 00 63 X 38 4.3 83 61GCH 8AI301H1AH 1 000,0 63 X 38 1.4 62 61GCH 01AI351H1AH 51 000, 63 X 001 9.4 91 81GCH 322H1AH Y R8C 22 000, 15 X 57 9.5 31 02GCH 333H1AH Y R21C 33 000, 15 X 511 8.7 9 52GCH 374H1AH Y R01D 74 000, 46 X 69 5.9 8 03GCH 386H1AH Y R21D 86 000, 46 X 511 6.11 5 53GCH 401H1AH Y R21E 10 000,0 511X77 1.41 4 04GCH 451H1AH Y R31F 51 000,0 09 1X 13 9.81 4 05GCH 5AI222J1AH 2,2 00 63 X 35 1.2 06 11GCH 5AI233J1AH 3,3 00 35X63 2.2 54 21GCH 8AI274J1AH 7,4 00 X63 38 1.3 23 21GCH 8AI286J1AH 8,6 00 38X63 7.3 22 31GCH 01AI301J1AH 01 000, 1X63 00 4.4 81 41GCH 351J1AH Y R8C 51 000, X15 57 7.5 61 51GCH 322J1AH Y R01C 000,22 X15 69 8.6 9 81GCH 333J1AH Y R01D 000,33 X46 69 2.9 7 02GCH 374J1AH Y R21D 74 000, 1X46 51 9.01 5 03GCH 386J1AH Y R21E 86 000, 1X77 51 0.31 4 04GCH 401J1AH Y R31F 0,001 00 09 X 131 2.71 3 05GCH 5AI222K1AH 2,2 00 X63 35 1.2 15 11GCH 8AI233K1AH 3,3 00 X63 38 0.3 43 11GCH 8AI274K1AH 7,4 00 X63 38 6.3 42 51GCH 01AI286K1AH 8,6 00 63 X 001 0.4 91 51GCH 301K1AH Y R8C 01 000, X15 57 2.5 31 02GCH 351K1AH Y R01C 51 000, 15 X 69 2.6 11 02GCH 322K1AH Y R01D 22 000, X46 69 2.8 8 52GCH 333K1AH Y R01E 33 000, X77 69 7.9 6 53

R21EY374K1AHGCH 000,74 511X77 5.21 5 54R31FY386K1AHGCH 000,86 131X09 4.61 4 05


25 Volts(Code: 1E)

80 Volts(Code: 1K)

63 Volts(Code: 1J)

50 Volts(Code: 1H)

35 Volts(Code: 1V)

HCGHA Series •Life rating to 2000 hours at 105°C •Temperature range –40°C to +105°C


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


@ 501 zH021,C°

lacipyT)m(RSE

zH021,C°02@

lacipyT)Hn(LSE

AHGCH A2 201 5AI 1 000, 35X63 4.1 39 11

GCH 5AI251A2AH 1 5, 00 X63 35 7.1 18 51

GCH 8AI222A2AH 2 2, 00 38X63 5.2 55 51

GCH 8AI233A2AH 3 3, 00 63 X 38 0.3 04 51

GCH 01AI274A2AH 4 7, 00 63 X 001 9.3 03 02

GCH 286A2AH Y R8C 6 8, 00 15 X 57 0.5 02 02

GCH 301A2AH Y R01C 01 000, 15 X 69 5.6 41 22

GCH 351A2AH Y R01D 51 000, 46 X 69 6.7 01 52

GCH 322A2AH Y R01E 000,22 77 X 69 7.9 7 03

GCH 333A2AH Y R31E 33 000, 77 X 031 8.11 5 04

GCH 374A2AH Y R31F 0,74 00 09 131X 0.51 4 05

GCH 5AI174C2AH 74 0 X63 35 0.1 871 11

GCH 5AI186C2AH 86 0 63 X 53 1.1 321 51

GCH 8AI201C2AH 0,1 00 63 X 38 7.1 48 51

GCH 8AI251C2AH 5,1 00 63 X 38 0.2 26 51

GCH 01AI222C2AH 2,2 00 63 X 001 7.2 34 81

GCH 233C2AH Y R8C 003,3 15 X 57 5.3 43 02

GCH 274C2AH Y R01C 7,4 00 15 X 69 4.4 03 02

GCH 286C2AH Y R01D 8,6 00 46 X 69 9.5 12 52

GCH 301C2AH Y R01E 01 000, 77 69X 6.7 81 53

GCH 351C2AH Y R31E 0,51 00 77 031X 3.01 11 04

GCH 322C2AH Y R31F 0,22 00 09 X 131 2.31 8 05

GCH 5AI133D2AH 33 0 63 X 35 8.0 282 11

GCH 5AI174D2AH 74 0 63 X 35 0.1 891 51

GCH 5AI186D2AH 086 63 X 35 1.1 461 51

GCH 8AI201D2AH 1 000, 63 X 38 7.1 211 81

GCH 01AI251D2AH 005,1 63 X 001 2.2 78 81

GCH 222D2AH Y R8C 002,2 15 X 57 8.2 36 02

GCH 233D2AH Y R01C 3,3 00 15 X 69 7.3 34 52

GCH 274D2AH Y R01D 007,4 69X46 9.4 03 53

GCH 286D2AH Y R21D 8,6 00 46 1X 51 3.6 02 04

GCH 301D2AH Y R21E 0,01 00 77 X 511 1.8 41 04

GCH R31FY351D2AH 0,51 00 09 X 131 9.01 9 05

GCH 5AI133E2AH 33 0 X63 35 8.0 282 21

GCH 5AI174E2AH 74 0 X63 53 0.1 891 51

GCH 8AI186E2AH 086 63 X 38 4.1 161 61

GCH 01AI201E2AH 1 000, 63 X 001 9.1 211 02

GCH 251E2AH Y R8C 5,1 00 X15 57 3.2 47 52

GCH 222E2AH Y R01C 2,2 00 15 X 69 1.3 15 52

GCH 233E2AH Y R01D 3,3 00 46 X 69 2.4 43 53

GCH 274E2AH Y R21D 7,4 00 46 1X 51 4.5 42 53

GCH 286E2AH Y R21E 8,6 00 77 X 511 9.6 61 54

GCH 301E2AH Y R61E 0,01 00 77 X 551 3.9 21 54

GCH 351E2AH Y R31F 0,51 00 09 X 751 2.21 8 05

ALUMINUM ELECTROLYTIC CAPACITORSHCGHA Series •Life rating to 2000 hours at 105°C •Temperature range –40°C to +105°C

100 Volts(Code: 2A)

250 Volts(Code: 2E)

200 Volts(Code: 2D)

160 Volts(Code: 2C)



ALUMINUM ELECTROLYTIC CAPACITORSHCGHA Series •Life rating to 2000 hours at 105°C •Temperature range –40°C to +105°C

Frequency (Hz) 50/60 120 300 1K ≥10K


Temperature (°C) 40 55 70 85 105



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


@ 501 zH021,C°

lacipyT)m(RSE

zH021,C°02@

lacipyT)Hn(LSE

AHGCH R8CY201G2 1 000, 15 X 57 5.2 39 11

GCH R01CY221G2AH 1 2, 00 15 X 69 0.3 18 51

GCH R21CY251G2AH 5,1 00 15 X 511 6.3 55 51

GCH R31CY281G2AH 8,1 00 15 X 031 1.4 04 51

GCH R01DY222G2AH 2,2 00 46 X 69 5.4 03 02

GCH R21DY272G2AH 7,2 00 46 511X 3.5 02 02

GCH R31DY233G2AH 003,3 46 X 031 2.6 41 22

GCH R61DY293G2AH 009,3 46 551X 2.7 01 52

GCH R21EY293G2AH 9,3 00 77 X 511 8.6 7 03

GCH R02DY274G2AH 7,4 00 46 X 591 7.8 5 04

GCH R31EY274G2AH 7,4 00 77 031X 8.7 4 05

GCH R02DY265G2AH 06,5 0 46 X 591 6.9 871 11

GCH R61EY265G2AH 06,5 0 77 551X 2.9 321 51

GCH R61FY286G2AH 8,6 00 09 751X 7.01 48 51

GCH R61FY228G2AH 2,8 00 09 X 751 8.11 26 51

GCH R02FY301G2AH 0,01 00 09 X 691 1.41 34 81

400 Volts(Code: 2G)



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°04@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

GCH 21AI233C2A5F 3,3 00 X63 121 0.41 24 22GCH 293C2A5F Y R8C 9,3 00 15 X 57 4.41 73 22GCH 274C2A5F Y R8C 7,4 00 15 X 57 8.51 03 32GCH 265C2A5F Y R01C 6,5 00 X15 69 0.91 62 32GCH 286C2A5F Y R01C 8,6 00 X15 69 0.12 12 52GCH 228C2A5F Y R21C 2,8 00 15 1X 51 7.42 81 23GCH 301C2A5F Y R01D 01 000, X46 69 0.82 41 23GCH 321C2A5F Y R01D 21 000, 46 X 69 6.03 21 23GCH 351C2A5F Y R31D 0,51 00 46 X 031 6.83 11 23GCH 381C2A5F Y R31D 0,81 00 46 X 031 2.24 9 23GCH 322C2A5F Y R31E 22 000, 77 1X 03 4.94 8 43GCH 372C2A5F Y R31E 72 000, 77 X 031 7.45 7 43GCH 333C2A5F Y R31F 33 000, 09 1X 13 2.46 6 53GCH 393C2A5F Y R31F 39 000, 09 1X 75 3.57 5 53


HCGF5A Series •Life rating to 2000 hours at 85°C •Temperature range –25°C to +85°C

Product Numbering System for HCGF5A and HCGF6A SeriesExample: HCGF6 Series, A terminals, 400V, 10,000µF ±20%, Y bracket, 77 x 195mm

Case code


Capacitance code

Rated Voltage code

Terminal code (A=screw)

Series Name

HCGF6 A 2G 103 Y E20R


160 Volts(Code: 2C)



Frequency (Hz) 50/60 120 300 1K ≥10K



HCGF5A Series and HCGF6A Series


ALUMINUM ELECTROLYTIC CAPACITORSHCGF5A Series •Life rating to 2000 hours at 85°C •Temperature range –25°C to +85°C

detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°04@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

5FGCH A 222D2 01AI 002,2 X63 001 6.01 75 02GCH 21AI272D2A5F 007,2 X63 121 7.21 05 22GCH 233D2A5F Y R8C 3,3 00 15 X 57 3.31 34 22GCH 293D2A5F Y R8C 9,3 00 15 X 57 4.41 73 22GCH 274D2A5F Y R01C 7,4 00 X15 69 4.71 03 22GCH 265D2A5F Y R21C 6,5 00 15 1X 51 4.02 62 52GCH 286D2A5F Y R31C 8,6 00 15 X 031 7.32 12 52GCH 228D2A5F Y R01D 2,8 00 46 X 69 4.52 71 13GCH 301D2A5F R01DY 1 000,0 46 X 69 0.82 41 13GCH 321D2A5F Y R01E 21 000, 77 X 69 6.23 21 43GCH 351D2A5F Y R01E 0,51 00 77 69X 0.93 01 43GCH 381D2A5F Y R31E 81 000, 77 X 031 6.44 8 43GCH 322D2A5F Y R61E 22 000, 77 X 551 0.35 7 43GCH 372D2A5F Y R31F 27 000, 09 1X 13 2.85 6 53GCH D2A5F 333 Y R61F 000,33 09 X 751 0.96 5 53GCH 01AI251E2A5F 5,1 00 63 X 001 7.8 56 02GCH 01AI281E2A5F 008,1 63 X 001 5.9 75 02GCH 222E2A5F Y R8C 2,2 00 15 X 57 8.01 05 22GCH 272E2A5F Y R8C 7,2 00 15 X 57 0.21 14 22GCH 233E2A5F Y R01C 3,3 00 15 69X 6.41 63 22GCH 293E2A5F Y R21C 9,3 00 15 511X 0.71 13 52GCH 274E2A5F Y R01D 7,4 00 46 X 69 2.91 52 23GCH 265E2A5F Y R01D 6,5 00 46 X 69 0.12 12 23GCH 286E2A5F Y R21D 8,6 00 46 X 511 7.42 81 23GCH 228E2A5F Y R21D 002,8 46 X 511 1.72 51 23GCH 301E2A5F Y R31D 01 000, 46 X 031 5.13 21 23GCH 321E2A5F Y R21E 21 000, 77 X 511 8.43 01 43GCH 351E2A5F Y R31E 51 000, 77 X 031 8.04 8 43GCH 381E2A5F Y R61E 81 000, 77 X 551 8.74 7 53GCH 322E2A5F Y R61F 000,22 751X09 5.65 6 53GCH 5AI193V2A5F 93 0 63 X 35 5.4 782 71GCH 8AI174V2A5F 74 0 63 X 38 8.5 832 71GCH 8AI165V2A5F 065 X63 83 4.6 612 71GCH 8AI186V2A5F 86 0 X63 38 0.7 291 71GCH 01AI128V2A5F 28 0 X63 001 3.8 951 71GCH 01AI201V2A5F 000,1 1X63 00 2.9 131 02GCH 221V2A5F Y R8C 002,1 X15 57 3.01 711 02GCH 251V2A5F Y R8C 5,1 00 X15 57 5.11 39 02GCH 281V2A5F Y R01C 8,1 00 15 X 69 9.31 87 02GCH 222V2A5F Y R01C 2,2 00 15 X 69 4.51 46 02GCH 272V2A5F Y R31C 7,2 00 15 1X 03 3.91 35 52GCH 233V2A5F Y R31C 3,3 00 15 X 031 4.12 84 52GCH 293V2A5F Y R21D 9,3 00 46 X 511 2.42 14 52GCH 274V2A5F Y R31D 7,4 00 46 X 031 9.72 43 52GCH 265V2A5F Y R21E 6,5 00 77 X 511 7.03 33 03GCH 286V2A5F Y R31E 8,6 00 77 X 031 4.53 72 03GCH 228V2A5F Y R61E 002,8 77 X 551 7.14 32 03GCH 301V2A5F Y R61F 01 000, 09 X 751 0.94 91 53GCH 321V2A5F Y R61F 21 000, 09 X 751 1.45 61 04GCH 351V2A5F Y R02F 51 000, 09 X 691 2.66 31 54

R42FY381V2A5FGCH 000,81 632X09 9.77 01 25

200 Volts(Code: 2D)

250 Volts(Code: 2E)

350 Volts(Code: 2V)


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


@ 04 zH021,C°

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

133G2A5FGCH 5AI 33 0 35X63 1.4 763 02GCH 8AI193G2A5F 93 0 X63 38 3.5 433 02GCH 8AI174G2A5F 74 0 38X63 8.5 772 02GCH 8AI165G2A5F 65 0 63 X 38 4.6 232 02GCH 01AI186G2A5F 86 0 63 X 001 6.7 191 02GCH 01AI128G2A5F 28 0 63 001X 3.8 951 02GCH 201G2A5F Y R8C 0,1 00 15 X 57 4.9 031 22GCH 221G2A5F Y R8C 2,1 00 15 57X 3.01 801 22GCH 251G2A5F Y R01C 5,1 00 15 X 69 7.21 78 22GCH 281G2A5F Y R01C 8,1 00 15 X 69 9.31 27 32GCH 222G2A5F Y R31C 2,2 00 15 31X 0 4.71 06 52GCH 272G2A5F Y R01D 07,2 0 46 X 69 8.81 84 52GCH 233G2A5F Y R21D 03,3 0 46 511X 2.22 93 52GCH 293G2A5F Y R31D 09,3 0 46 031X 4.52 43 03GCH 274G2A5F Y R21E 7,4 00 77 X 511 2.82 82 03GCH 265G2A5F Y R31E 6,5 00 77 X 031 2.23 72 03GCH 286G2A5F Y R61E 8,6 00 77 X 551 0.83 62 53GCH 228G2A5F Y R61F 2,8 00 09 X 751 4.44 22 04GCH 301G2A5F Y R61F 0,01 00 09 X 751 4.94 91 04GCH 321G2A5F Y R02F 21 000, 09 X 1 69 1.95 61 54GCH 351G2A5F Y R42F 0,51 00 09 X 632 1.17 51 05GCH 5AI172W2A5F 72 0 63 X 35 7.3 284 51GCH 8AI133W2A5F 33 0 63 X 38 9.4 593 51GCH 8AI193W2A5F 93 0 63 X 38 3.5 433 51GCH 8AI174W2A5F 74 0 63 X 38 8.5 772 61GCH 01AI165W2A5F 65 0 63 X 001 9.6 232 61GCH 01AI186W2A5F 86 0 63 X 001 6.7 191 71GCH R8CI128W2A5F 28 0 15 X 57 6.8 951 71GCH 201W2A5F Y R8C 0,1 00 15 X 57 4.9 031 02GCH 221W2A5F Y R01C 2,1 00 69X15 4.11 801 02GCH 251W2A5F Y R21C 5,1 00 15 511X 7.31 78 02GCH 281W2A5F Y R31C 8,1 00 15 X 031 8.51 38 22GCH R01DY222W2A5F 2,2 00 46 X 69 0.71 27 22GCH 272W2A5F Y R21D 07,2 0 46 X 511 2.02 85 52GCH 233W2A5F Y R31D 03,3 0 46 1X 03 4.32 15 52GCH 293W2A5F Y R21E 09,3 0 77 511X 6.52 34 03GCH 274W2A5F Y R31E 7,4 00 77 X 031 4.92 63 03GCH 265W2A5F Y R61E 6,5 00 77 X 551 6.43 03 53GCH 286W2A5F Y R61F 8,6 00 09 X 751 5.04 52 04GCH 228W2A5F Y R61F 2,8 00 09 751X 6.44 12 54GCH 301W2A5F Y R02F 0,01 00 09 X 691 9.35 91 05GCH 321W2A5F Y R42F 0,21 00 09 X 632 8.36 61 05


400 Volts(Code: 2G)

450 Volts(Code: 2W)




detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ

elppiRmumixaMA(tnerruC smr )

@ 04 zH021,C°

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

FGCH A6 Y222G2 R21C 002,2 15 X 511 5.61 85 02GCH R31CY272G2A6F

R01DY272G2A6FGCH007,2

15 X 03169X46

2.917.81

8484

5252

GCH 233G2A6F Y R01D 3,3 00 46 X 69 7.02 93 72GCH 293G2A6F Y R21D 9,3 00 46 X 511 1.42 33 03GCH 274G2A6F Y R31D 7,4 00 46 X 031 8.72 72 03GCH 265G2A6F Y R21E 6,5 00 77 1X 51 6.03 52 53GCH 286G2A6F Y R31E 8,6 00 77 X 031 4.53 12 53GCH 228G2A6F Y R61E 2,8 00 77 551X 6.14 71 04GCH 301G2A6F R02EY

R31FY301G2A6FGCH1 000,0

77 X 591131X09

5.058.54

7141

0454

GCH 321G2A6F Y R61F 21 000, 09 X 751 8.35 21 54GCH 351G2A6F Y R02F 0,51 00 09 X 1 69 7.56 01 05GCH 381G2A6F R42FY

R81GY381G2A6FGCH81 000,

09 X 632571X101

7.778.96

99

5506

GCH 322G2A6F Y R42G 22 000, 101 X 732 8.68 8 06GCH 281W2A6F Y R21C 008,1 15 511X 9.41 77 02GCH R31CY222W2A6F

R01DY222W2A6FGCH2,2 00

15 X 03169X46

3.719.61

3636

0202

GCH 272W2A6F Y R01D 7,2 00 46 X 69 7.81 25 52GCH 233W2A6F Y R21D 3,3 00 46 X 511 2.22 24 03GCH 293W2A6F Y R31D 9,3 00 46 X 031 3.52 83 03GCH 274W2A6F Y R21E 7,4 00 77 X 511 1.82 43 03GCH 265W2A6F Y R31E 6,5 00 77 X 031 1.23 13 53GCH 286W2A6F Y R61E 8,6 00 77 1X 55 9.73 52 04GCH R02EY228W2A6F

R31FY228W2A6FGCH2,8 00

77 X 591131X09

8.545.14

1212

0404

GCH 301W2A6F Y R71F 0,01 00 09 X 171 6.05 71 04GCH 321W2A6F Y R02F

R81GY321W2A6FGCH0,21 00

09 X 691571X101

7.850.75

6161

5455

GCH 351W2A6F R42FYR02GY351W2A6FGCH

0,51 0009 X 632

591X1019.075.66

5151

5406

GCH 381W2A6F Y R42G 81 000, 101 X 732 5.87 41 06GCH 221H2A6F R21CY

R01DY221H2A6FGCH002,1

15 X 51169X46

2.215.21

211211

1212

GCH 251H2A6F R31CYR01DY251H2A6FGCH

005,115 X 031

69X463.419.31

0909

1212

GCH 281H2A6F Y R21D 08,1 0 46 X 511 4.61 57 52GCH 222H2A6F Y R31D 2,2 00 031X46 0.91 16 52GCH 272H2A6F Y R21E 07,2 0 77 511X 3.12 05 03GCH 233H2A6F Y R31E 03,3 0 77 X 031 6.42 54 03GCH R61EY293H2A6F 09,3 0 77 551X 7.82 83 53GCH 274H2A6F R71EY

R31FY274H2A6FGCH07,4 0

77 X 171131X09

9.234.13

4343

5353

GCH 265H2A6F R02EYR61FY265H2A6FGCH

06,5 077 X 591

751X098.737.63

8282

5353

GCH 286H2A6F Y R71F 8,6 00 09 1X 17 8.14 32 04GCH 228H2A6F R02FY

2A6FGCH H R81GY2282,8 00

09 X 691571X101

5.841.74

1212

5455

GCH 301H2A6F R42FYR02GY301H2A6FGCH

0,01 0009 X 632

591X2019.753.45

7171

0506

GCH 321H2A6F Y R42G 0,21 00 101 X 732 1.46 61 06

450 Volts(Code: 2W)

400 Volts(Code: 2G)

500 Volts(Code: 2H)


ALUMINUM ELECTROLYTIC CAPACITORSHCGW Series •Life rating to 2000 hours at 85°C •Temperature range –10°C to +85°C

Product Numbering System for HCGW SeriesExample: HCGW Series, A terminals, 400V, 10,000µF ±20%, Y bracket, 77 x 195mm

Case code


Capacitance code

Rated Voltage code

Terminal code (A=screw)

Series Name

HCGW A 2W 223 Y F24R


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


@ 04 zH021,C°

lacipyTm(RSE Ω)

H021,C°02@ z

lacipyT)Hn(LSE

CH GWA R61E331V2 0,31 00 77 X 551 7.02 42 32

GCH R61F371V2AW 000,71 09 X 751 4.52 81 32

R02E381V2AWGCH 000,81 591X77 7.81 71 32

GCH R42E322V2AW 0,22 00 77 532X 1.23 41 32

GCH R81G342V2AW 0,42 00 101 X 571 8.33 31 03

GCH R02F352V2AW 0,52 00 09 X 691 6.33 21 32

GCH R42F313V2AW 0,13 00 09 X 632 4.04 01 32

GCH R02G313V2AW 000,13 101 X 591 1.83 01 03

GCH R42G393V2AW 0,93 00 101 732X 2.64 8 03

350 Volts(Code: 2V)

Frequency (Hz) 120 300 1K ≥10K





Items

Temperature range

Rated voltage

Capacitance Tolerance

Leakage Current

Dissipation factor

Withstanding voltage

Other

–10°C to +85°C

350 to 500 V.DC

±20% (20°C, 120Hz)

0.01 CV (µA) or 7mA (whichever is smaller)

Less than 0.7 (20°C, 1KHz)No abnormality must be found when 2000 V.DCis applied between the terminal block and themount fixture (to be attached to the case whichhas been doubly coated with an armored sleeve).

Subject to JIS C 5101-4

Specifications Items

Load at high

temperature

No load at high

temperature

Allowable ripple currents are superposed at85°C within a range not exceeding a ratedvoltage, voltage is applied for 2000 hours, thenthe temperature is lowered again to 20°C.

The requirements of the above table must bemet under conditions that the capacitor is left at85°C for 500 hours with no voltage applied, thetemperature is lowered again to 20°C andpreprocessing for tests is performed.

Specifications

CharacteristicRate of changeDissipation factor valueLeakage current

RequirementsWithin ±15% of initial valueWithin 175% of initial valueWithin the initial standard value


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


@ 04 zH021,C°

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

WGCH A2 R61EY311G 000,11 77 X 551 2.91 92 32

R02EY341G2AWGCH 000,41 77 X 591 0.32 22 32

GCH R42EY361G2AW 0,61 00 77 X 532 0.82 02 32

GCH R61FY361G2AW 0,61 00 09 X 751 8.42 02 32

GCH R02FY302G2AW 0,02 00 09 X 691 3.03 61 32

GCH R81GY322G2AW 0,22 00 101 71X 5 8.03 41 03

GCH R42FY352G2AW 0,52 00 09 X 632 6.63 21 32

GCH R02GY352G2AW 0,52 00 101 591X 5.43 21 03

GCH AW G2 R42GY323 000,23 101 X 732 8.14 01 03

GCH R61EY259W2AW 5,9 00 77 551X 9.71 53 32

GCH W W2A R02EY321 0,21 00 77 X 591 1.22 72 32

GCH R61FY331W2AW 0,31 00 09 X 751 0.12 52 32

GCH R42EY351W2AW 0,51 00 77 X 532 3.72 22 32

GCH R02FY371W2AW 0,71 00 09 X 691 9.72 91 32

GCH R81GY381W2AW 0,81 00 101 X 571 9.72 81 03

GCH R42FY322W2AW 0,22 00 09 X 632 3.43 51 32

GCH R02GY322W2AW 0,22 00 101 91X 5 2.23 51 03

GCH R42GY372W2AW 0,72 00 101 X 732 4.83 21 03

H2AWGCH R61EY265 6,5 00 77 X 551 7.31 26 32

GCH R02EY228H2AW 02,8 0 77 X 591 2.81 24 32

GCH R61FY228H2AW 002,8 751X09 7.71 24 32

GCH R42EY259H2AW 05,9 0 77 532X 7.12 63 32

GCH R02FY311H2AW 00,11 0 09 X 691 4.22 23 32

GCH R81GY321H2AW 00,21 0 101 571X 7.22 92 03

GCH R42FY341H2AW 0,41 00 09 632X 4.72 52 32

H2AWGCH R02GY341 000,41 101 X 591 6.52 52 03

GCH W 2A R42GY361H 0,61 00 732X101 6.92 22 03


HCGW Series •Life rating to 2000 hours at 85°C •Temperature range –10°C to +85°C

450 Volts(Code: 2W)

400 Volts(Code: 2G)

500 Volts(Code: 2H)



ALUMINUM ELECTROLYTIC CAPACITORSPH Series •Life rating to 2000 hours at 85°C •Temperature range –25°C to +85°C

detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


@ 58 zH021,C°

lacipyT(RSE mΩ)

zH021,C°02@

lacipyT)Hn(LSE

R01DY221V006HP 002,1 46 X 69 7.6 401 22

R21DY251V006HP 05,1 0 46 X 511 1.8 48 22

R01EY281V006HP 08,1 0 77 X 69 8.8 07 32

R21EY222V006HP 02,2 0 77 X 511 4.01 75 32

R31EY272V006HP 07,2 0 77 X 031 1.21 64 32

R31FY233V006HP 03,3 0 09 131X 3.41 83 32

R61FY274V006HP 7,4 00 09 X 751 3.81 72 32

600 Volts(650 Surge

Voltage)



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


@ 58 zH021,C°

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

R8CY221V2AXF 2,1 00 15 X 57 5.5 56 52Y251V2AXF R8C 5,1 00 15 X 57 1.6 35 52Y281V2AXF R01C 8,1 00 X15 69 4.7 44 52Y222V2AXF R01C 2,2 00 X15 69 2.8 82 52Y272V2AXF R31C 7,2 00 15 1X 03 2.01 72 52Y233V2AXF R31C 003,3 15 031X 3.11 12 03Y293V2AXF R21D 9,3 00 46 X 511 8.21 81 03Y274V2AXF R31D 7,4 00 46 X 031 8.41 61 03

R61DY265V2AXFR21EY265V2AXF

6,5 0046 X 551

511X773.713.61

4141

0404

R02DY286V2AXFR31EY286V2AXF

008,646 1X 59

031X771.128.81

2141

0505

Y228V2AXF R61E 002,8 77 X 551 1.22 21 05Y301V2AXF R61F 01 000, 09 1X 75 9.52 01 05Y321V2AXF R61F 000,21 09 1X 75 4.82 8 05

R02FY351V2AXF 000,51 691X09 6.43 6 06R42FY381V2AXF 000,81 632X09 1.14 5 07


FXA Series •Life rating to 5000 hours at 85°C •Temperature range –40°C to +85°C

350 Volts(Code: 2V)

Product Numbering System for FXA, FXR, FX2, GXA, GXR, GX2, GXH and HXA SeriesExample: FXA Series, 400V, 4,700µF ±20%, Y bracket, 64 x 155mm

Case code


Capacitance code

Rated Voltage code

Series Name

FXA 2G 472 Y D16R


Frequency (Hz) 50/60 120 300 1K ≥10K



Temperature (°C) 40 60 85

Correction Coefficient 1.89 1.67 1.00

FXA Series, FXR Series and FX2 Series



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


@ 58 zH021,C°

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

R8CY201G2AXF 000,1 57X15 0.5 87 02R8CY221G2AXF 002,1 57X15 5.5 96 02

R01CY251G2AXF 005,1 69X15 7.6 05 52R01CY281G2AXF 008,1 69X15 4.7 04 52R31CY222G2AXF 002,2 031X15 2.9 82 52R01DY272G2AXF 007,2 69X46 9.9 42 52R21DY233G2AXF 003,3 511X46 8.11 12 03R31DY293G2AXF 009,3 031X46 5.31 81 03R61DY274G2AXFR21EY274G2AXF

007,4551X46511X77

9.519.41

6141

0303

R02DY265G2AXFR31EY265G2AXF

006,5591X46031X77

1.910.71

4121

0404

R61EY286G2AXF 008,6 551X77 2.02 41 05R61FY228G2AXF 002,8 751X09 5.32 21 05R61FY301G2AXF 000,01 751X09 9.52 01 05R02FY321G2AXF 000,21 691X09 0.13 8 05R42FY351G2AXF 000,51 632X09 5.73 6 06R8CY201W2AXF 000,1 57X15 0.5 59 02

R01CY221W2AXF 002,1 69X15 0.6 07 02R21CY251W2AXF 005,1 511X15 2.7 55 52R31CY281W2AXF 008,1 031X15 3.8 64 52R01DY222W2AXF 002,2 69X46 0.9 24 53R21DY272W2AXF 007,2 511X46 7.01 83 53R31DY233W2AXF 003,3 031X46 4.21 03 53

R61DY293W2AXFR21EY293W2AXF

009,3551X46511X77

5.416.31

7242

5353

R02DY274W2AXFR31EY274W2AXF

007,4591X46031X77

5.716.51

0222

5353

R61EY265W2AXF 006,5 551X77 3.81 02 05R61FY286W2AXF 008,6 751X09 4.12 81 05R61FY228W2AXF 002,8 751X09 5.32 51 05R02FY301W2AXF 000,01 691X09 3.82 21 05R42FY321W2AXF 000,21 632X09 6.33 9 05

400 Volts(Code: 2G)

450 Volts(Code: 2W)

FXA Series •Life rating to 5000 hours at 85°C

•Temperature range –40°C to +85°C



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


@8 zH021,C°5

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

T21DY293V2RXF 009,3 511X46 6.41 91 22T31DY274V2RXF 007,4 131X46 9.61 61 22T61DY265V2RXFT21EY265V2RXFT11FY265V2RXF

6,5 00551X46

77 X 121601X09

8.916.123.22

412131

225405

T31EY286V2RXFT21FY286V2RXF

8,6 0077 X 731

121X090.522.62

0111

5405

T61EY228V2RXFT31FY228V2RXF

2,8 0077 X 161

731X093.921.03

0121

0505

T61FY301V2RXF 0,01 00 09 X 161 7.53 9 05T61FY321V2RXF 0,21 00 09 X 161 1.93 8 05T01DY272G2RXF 007,2 001X46 5.11 42 22T31DY233G2RXF 003,3 131X46 2.41 12 22T61DY293G2RXF 009,3 551X46 5.61 81 22T61DY274G2RXFT31EY274G2RXFT11FY274G2RXF

7,4 00551X46

77 731X601X09

1.818.025.02

514151

225304

T41EY265G2RXFT21FY265G2RXF

6,5 0077 X 731

121X097.228.32

2131

0505

T61EY286G2RXFT31FY286G2RXF

8,6 0077 161X

731X096.624.72

0111

0505

T61FY228G2RXF 2,8 00 09 X 161 2.23 01 05T61FY301G2RXF 0,01 00 09 X 161 7.53 9 05T01DY222W2RXF 002,2 001X46 4.01 24 22T31DY272W2RXF 007,2 131X46 8.21 83 22T61DY233W2RXF 003,3 551X46 2.51 03 22T61DY293W2RXFT21EY293W2RXFT11FY293W2RXF

9,3 00551X46

77 X 121601X09

5.610.816.81

725272

220454

T31EY274W2RXFT21FY274W2RXF

7,4 0077 X 731

121X098.028.12

8102

0505

T61EY265W2RXFT31FY265W2RXF

6,5 0077 1X 16

731X092.429.42

5171

0505

T61FY286W2RXF 8,6 00 161X09 4.92 41 05T61FY228W2RXF 2,8 00 09 X 161 2.23 01 05T81FY301W2RXF 0,01 00 09 X 871 9.63 9 05T21DY251H2RXF 005,1 511X46 6.8 47 22T31DY281H2RXF 008,1 131X46 0.01 47 22T61DY222H2RXF 002,2 551X46 7.11 35 22T21EY272H2RXF 007,2 121X77 0.51 33 02T61EY233H2RXFT11FY233H2RXF

003,3161X77601X09

5.817.41

0313

0202

T61FY293H2RXFT31FY293H2RXF

009,3161X77121X09

2.020.91

5262

0202

T41FY274H2RXF 007,4 731X09 8.12 02 02T61FY265H2RXF 006,5 161X09 3.52 81 03T81FY286H2RXF 008,6 871X09 0.92 61 03


400 Volts(Code: 2G)

350 Volts(Code: 2V)

450 Volts(Code: 2W)

500 Volts(Code: 2H)

FXR Series •Life rating to 5000 hours at 85°C •Temperature range –40°C to +85°C



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


@ 58 zH021,C°

lacipyT(RSE mΩ)

zH021,C°02@

lacipyT)Hn(LSE

272V22XF Y R21C 07,2 0 15 X 511 7.9 52 52XF 33V22 2 R31CY 03,3 0 15 X 031 3.11 22 52XF 93V22 Y2 R01D 09,3 0 46 X 69 0.21 91 03XF 74V22 Y2 R21D 07,4 0 46 X 511 0.41 61 03XF 65V22 Y2 R31D 06,5 0 46 X 031 1.61 41 04XF 86V22 Y2 R21E 08,6 0 77 511X 9.71 21 05XF 28V22 Y2 R31E 2,8 00 77 X 031 6.02 21 05XF 301V22 Y R61E 00,01 0 77 551X 4.42 11 05XF 321V22 Y R71E

R31FY321V22XF0,21 00

77 X 171131X09

9.727.62

88

0505

XF 351V22 Y R61F 0,51 00 09 X 751 9.13 6 06XF 381V22 Y R02F 0,81 00 09 X 691 1.83 5 07XF 322V22 Y R42F 00,22 0 09 X 632 5.54 5 07XF 72V22 Y3 R42G 00,72 0 101 X 732 0.25 5 07XF 222G22 Y R21C 02,2 0 15 511X 8.8 82 52XF 272G22 Y R31C 7,2 00 15 X 031 2.01 42 52XF 33G22 Y2 R01D 3,3 00 46 X 69 0.11 12 03XF 93G22 Y2 R21D 9,3 00 46 X 511 8.21 81 03XF 74G22 Y2 R31D 7,4 00 46 X 031 8.41 61 03XF 65G22 Y2 R21E 6,5 00 77 X 511 2.61 41 04XF 86G22 Y2 R31E 8,6 00 77 X 031 7.81 21 05XF 28G22 Y2 R61E 2,8 00 77 X 551 0.22 21 05XF 301G22 Y R02E

R31FY301G22XF00,01 0

77 X 591131X09

7.622.42

0101

0505

XF 321G22 Y R61F 00,21 0 09 X 751 5.82 8 05XF 351G22 Y R02F 00,51 0 09 1X 69 8.43 6 06XF 381G22 FY R42 00,81 0 09 X 632 2.14 5 07XF 322G22 Y R42G 00,22 0 101 X 732 0.74 5 07


FX2 Series •Life rating to 5000 hours at 85°C


400 Volts(Code: 2G)

350 Volts(Code: 2V)



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


@ 58 zH021,C°

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

R21CY281W22XF 008,1 511X15 6.7 15 52R31CY222W22XF 002,2 031X15 8.8 24 53R01DY272W22XF 007,2 69X46 5.9 83 53R21DY233W22XF 003,3 511X46 2.11 03 53R31DY293W22XF 009,3 031X46 8.21 72 53R21EY274W22XF 007,4 511X77 1.41 02 05R31EY265W22FF 006,5 031X77 2.61 02 05R61EY286W22XF 008,6 551X77 1.91 51 05R02EY228W22XFR31FY228W22XF

002,8591X77031X09

0.320.12

3141

0505

R71FY301W22XF 000,01 171X09 7.52 01 05R02FY321W22XFR81GY321W22XF

000,21691X09571X101

7.923.92

77

0505

R42FY351W22XFR02GY351W22XF

000,51632X09591X101

9.532.43

77

0606

R42GY381W22XF 000,81 732X101 5.04 6 07R21CY221H22XFR01DY221H22XF

02,1 015 X 511

69X462.63.6

3939

8181

XF 51H22 2 R31CYR01DY251H22XF

05,1 0031X15

46 X 693.71.7

4747

8181

XF 81H22 Y2 R21D 08,1 0 46 X 511 3.8 35 81XF 22H22 Y2 R31D 02,2 0 46 X 031 6.9 04 02XF 72H22 Y2 R21E 07,2 0 77 X 511 7.01 73 02XF 33H22 Y2 R31E 03,3 0 77 031X 4.21 63 02XF 93H22 Y2 R61E 9,3 00 77 X 551 4.41 72 02XF 274H22 Y R71E

R31FY274H22XF07,4 0

77 171X131X09

5.618.51

5252

0202

XF 265H22 Y R02ER61FY265H22XF

6,5 0077 X 591

751X090.916.81

3232

0252

XF 286H22 Y R71F 8,6 00 09 X 171 2.12 02 03XF 228H22 Y R02F

R81GY228H22XF2,8 00

09 X 691571X101

5.422.42

4141

0405

XF 301H22 Y R42FR02GY301H22XF

00,01 009 X 632

591X1013.929.72

2121

0606

XF 21H22 Y3 R42G 00,21 0 101 X 732 1.33 11 07XF 201L22 Y R31C 00,1 0 15 031X 9.5 211 02XF 221L22 Y R21D 2,1 00 46 X 511 8.6 39 02XF 51L22 Y2 R31D 5,1 00 46 X 031 0.8 47 02XF 81L22 Y2 R21E 8,1 00 77 X 511 7.8 47 52XF 22L22 Y2 R31E 2,2 00 77 X 031 1.01 35 52XF 72L22 Y2 R61E 7,2 00 77 X 551 0.21 04 03XF 33L22 Y2 R61E 3,3 00 77 X 551 3.31 83 03XF 93L22 Y2 R61F 9,3 00 09 X 751 5.51 03 33XF 274L22 Y R71F 07,4 0 09 X 171 6.71 52 04XF 265L22 Y R02F 06,5 0 09 X 691 3.02 02 05XF 286L22 Y R42F 08,6 0 09 X 32 6 1.42 71 05XF 228L22 Y R42G 02,8 0 101 X 732 3.72 51 06

ALUMINUM ELECTROLYTIC CAPACITORSFX2 Series

500 Volts(Code: 2H)

550 Volts(Code: 2L)

•Life rating to 5000 hours at 85°C •Temperature range –40°C to +85°C

450 Volts(Code: 2W)



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

Y201V2AXG R8C 0,1 00 15 X 57 9.3 07 52221V2AXG R8CY 2,1 00 15 X 57 2.4 56 52

Y251V2AXG R01C 5,1 00 15 X 69 2.5 35 52Y281V2AXG R01C 8,1 00 15 X 69 7.5 44 52Y222V2AXG R31C 2,2 00 X15 031 1.7 82 52Y272V2AXG R01D 7,2 00 46 X 69 7.7 42 52Y233V2AXG R21D 3,3 00 46 X 511 1.9 12 03Y293V2AXG R31D 9,3 00 46 031X 4.01 81 03Y274V2AXG R61D

R21EY274V2AXG7,4 00

46 X 551511X77

2.215.11

6141

0303

Y265V2AXG R02DR31EY265V2AXG

6,5 0046 X 591

031X776.411.31

4121

0404

Y286V2AXG R61E 8,6 00 77 X 551 5.51 41 05Y228V2AXG R61F 2,8 00 09 X 751 1.81 21 05Y301V2AXG R61F 01 000, 09 X 751 9.91 01 05Y321V2AXG R02F 000,21 09 1X 69 8.32 8 05

351V2AXG Y R42F 51 000, 09 X 632 8.82 6 06Y201G2AXG R8C 0,1 00 15 X 57 9.3 07 52Y221G2AXG R01C ,1 2 00 15 X 69 6.4 56 52Y251G2AXG R21C 5,1 00 15 X 511 6.5 35 52Y281G2AXG R31C 8,1 00 15 X 031 4.6 44 52Y222G2AXG R01D 2,2 00 46 69X 9.6 24 53Y272G2AXG R21D 7,2 00 46 511X 2.8 83 53Y233G2AXG R31D 3,3 00 46 X 031 5.9 03 53Y293G2AXG R61D

R21EY293G2AXG9,3 00

46 X 551511X77

1.114.01

7242

5353

Y274G2AXG R02DR31EY274G2AXG

7,4 0046 X 591

031X774.310.21

0222

5353

Y265G2AXG R02DR61EY265G2AXG

6,5 0046 X 591

551X776.410.41

0202

0505

Y286G2AXG R61F 008,6 09 X 751 5.61 81 05Y228G2AXG R61F 002,8 09 X 751 1.81 51 05Y301G2AXG R02F 01 000, 09 X 691 7.12 21 05Y321G2AXG R42F 21 000, 09 X 632 8.52 9 05Y201W2AXG R01C 1 000, 69X15 2.4 07 52Y221W2AXG R21C 02,1 0 15 511X 0.5 56 52Y251W2AXG R31C 05,1 0 15 X 031 9.5 35 52

281W2AXG R01DY 08,1 0 46 69X 3.6 44 52Y222W2AXG R21D 02,2 0 46 X 511 4.7 24 53Y272W2AXG R31D

R21EY272W2AXG07,2 0

46 X 031511X77

6.87.8

0424

5353

Y233W2AXG R61DR31EY233W2AXG

3,3 0046 1X 55

031X772.011.01

0353

5353

Y293W2AXG R02D 9,3 00 46 X 591 3.21 72 53Y274W2AXG R61E 7,4 00 77 X 551 9.21 42 53Y265W2AXG R02E

R61FY265W2AXG6,5 00

77 X 591751X09

4.519.41

2242

0505

Y286W2AXG R02F 8,6 00 09 1X 69 0.81 02 05Y228W2AXG R02F 2,8 00 09 1X 69 8.91 81 05Y301W2AXG R42F 0,01 00 09 X 632 6.32 51 05


350 Volts(Code: 2V)

450 Volts(Code: 2W)

400 Volts(Code: 2G)

GXA Series •Life rating to 5,000 hours at 105°C •Temperature range –40°C to +105°C



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

T01DY272V2RXG 007,2 001X46 9.8 52 22T21DY233V2RXG 003,3 511X46 3.01 22 22T31DY293V2RXG 009,3 131X46 8.11 91 22

61DY274V2RXG TT21EY274V2RXGT11FY274V2RXG

7,4 00551X46

77 X 121601X09

9.312.517.51

615161

225354

XG T31EY265V2RT21FY265V2RXG

6,5 0077 X 731

121X094.712.81

5151

0405

XG 286V2R Y T61ET31FY286V2RXG

8,6 0077 X 161

731X095.020.12

3141

0405

XG 228V2R Y T61F 2,8 00 09 X 161 8.42 8 05XG 301V2R Y T61F 0,01 00 09 X 161 4.72 8 05

T01DY222G2RXG 002,2 001X46 0.8 82 22T21DY272G2RXG 007,2 511X46 3.9 42 22T31DY233G2RXG 003,3 131X46 9.01 12 22T61DY293G2RXG

Y293G2RXG T21ET11FY293G2RXG

9,3 00551X46

77 121X601X09

7.218.318.41

817181

225354

XG 274G2R Y T31ET21FY274G2RXG

7,4 0077 X 731

121X099.517.61

6171

0454

XG 265G2R Y T61ET31FY265G2RXG

6,5 0077 161X

731X096.811.91

5161

0454

XG 286G2R Y T61F 8,6 00 09 X 161 6.22 31 05XG 228G2R Y T61F 2,8 00 09 X 161 8.42 8 05XG 301G2R Y T81F 0,01 00 09 X 871 3.82 7 05

T01DY281W2RXG 008,1 001X46 2.7 15 22T31DY222W2RXG 002,2 131X46 9.8 24 22T61DY272W2RXG

XG 272W2R Y T21E7,2 00

551X4677 X 121

5.015.11

8362

2252

XG 233W2R T31EYT11FY233W2RXG

3,3 0077 X 731

601X094.311.31

1222

5354

XG 293W2R Y T61ET21FY293W2RXG

9,3 0077 1X 16

121X095.512.51

9102

0405

274W2RXG Y T61ET31FY274W2RXG

007,477 X 161

731X090.715.71

6181

0405

XG 265W2R Y T61F 6,5 00 09 X 161 5.02 71 05XG 286W2R Y T81F 8,6 00 09 X 871 3.32 41 05


GXR Series

350 Volts(Code: 2V)

450 Volts(Code: 2W)

400 Volts(Code: 2G)

•Life rating to 5,000 hours at 85°C




Frequency (Hz) 50/60 120 300 1K ≥10K



GXA Series, GXR Series, and GX2 Series (See Pages 47-49)


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

R8CY221G22XG 002,1 57X15 2.4 56 22R01CY251G22XG 005,1 69X15 2.5 35 22R21CY281G22XG 008,1 511X15 1.6 44 22R31CY222G22XG 002,2 031X15 1.7 24 22R01DY272G22XG 007,2 69X46 6.7 83 22R21DY233G22XG 003,3 511X46 0.9 03 22R31DY293G22XG 009,3 031X46 3.01 72 22R61DY274G22XGR21EY274G22XG

007,4551X46511X77

2.214.11

2222

2232

R71DY265G22XGR31EY265G22XG

006,5071X46031X77

8.311.31

0202

2232

R61EY286G22XGR31FY286G22XG

008,6551X77131X09

4.514.51

8181

3232

R02FY228G22XG 002,8 691X09 6.81 51 32R71FY301G22XG 000,01 171X09 5.02 21 32R8CY201W22XG 000,1 57X15 9.3 07 22R01CY221W22XG 002,1 69X15 6.4 56 22R21CY251W22XG 005,1 511X15 5.5 35 22R31CY281W22XG 008,1 031X15 4.6 44 22R01DY222W22XG 002,2 69X46 9.6 24 22R21DY272W22XGR01EY272W22XG

007,2511X46

69X772.81.8

2424

2232

R21EY233W22XG 003,3 511X77 6.9 53 32R71DY293W22XG 009,3 071X46 6.11 72 22R02DY274W22XG 007,4 591X46 4.31 42 22R71EY265W22XG 006,5 171X77 6.41 42 32R61FY286W22XG 008,6 751X09 5.61 02 32R71FY228W22XG 002,8 171X09 7.81 81 32

XG 201H22 Y R31C 000,1 031X15 5.4 211 02R21DY221H22XG 002,1 511X46 2.5 39 02

2XG R31DY251H2 5,1 00 031X46 1.6 47 02R21EY281H22XG 008,1 511X77 7.6 47 52

2XG 222H2 Y R31E 2,2 00 031X77 8.7 35 52R61EY272H22XG 007,2 551X77 3.9 04 03

2XG 233H2 Y R61E 3,3 00 551X77 2.01 83 032XG 293H2 Y R61F 9,3 00 751X09 9.11 03 33

H22XG 74 Y2 R71F 7,4 00 171X09 5.31 52 04R02FY265H22XG 006,5 691X09 5.51 02 05

2XG 286H2 Y R42F 8,6 00 632X09 5.81 72 05

ALUMINUM ELECTROLYTIC CAPACITORSGX2 Series

500 Volts(Code: 2H)


•Temperature range –40°C to 105°C


400 Volts(Code: 2G)

450 Volts(Code: 2W)


ALUMINUM ELECTROLYTIC CAPACITORSGXH Series

350 Volts(Code: 2V)

450 Volts(Code: 2W)

400 Volts(Code: 2G)

Frequency (Hz) 50/60 120 300 1K ≥10K





HXA Series (See )

detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ

elppiRmumixaMtnerruC )smrA(

zH021,C°501@

lacipyTm(RSE Ω)

zH021,C02@

lacipyT)Hn(LSE

Y233V2HXG R21D 3,3 00 46 X 511 1.41 02 52XG R31DY293V2H 9,3 00 46 X 031 1.61 61 03XG 274V2H Y R61D

R21EY274V2HXG7,4 00

46 X 551511X77

0.918.71

4141

5353

XG R02DY265V2HR31EY265V2HXG

6,5 0046 X 591

031X778.224.02

2121

0404

XG 286V2H Y R61E 8,6 00 77 X 551 1.42 01 04XG 228V2H Y R61F 2,8 00 09 751X 1.82 8 05XG 301V2H Y R61F 0,01 00 09 X 751 0.13 8 05XG 321V2H Y R02F 0,21 00 09 691X 2.73 7 06XG 351V2H Y R42F 0,51 00 09 X 632 0.54 7 06XG 272G2H Y R21D 7,2 00 46 X 511 3.31 02 52XG 233G2H Y R31D 3,3 00 46 X 031 8.41 02 03XG 293G2H Y R61D

R21EY293G2HXG9,3 00

46 X 551511X77

1.716.61

7171

5353

XG 274G2H Y R02DR31EY274G2HXG

7,4 0046 X 591

031X774.029.81

5161

0404

XG 265G2H Y R61E 6,5 00 77 1X 55 8.12 51 04286G2HXG Y R61F 008,6 09 X 751 9.52 31 05

XG 228G2H Y R71F 002,8 09 X 171 2.92 8 05XG 301G2H Y R02F 0,01 00 09 X 691 8.33 7 05XG 321G2H Y R42F 0,21 00 09 X 632 5.93 7 06XG 222W2H Y R21D 2,2 00 46 X 511 1.21 03 52XG 272W2H Y R31D

R21EY272W2HXG7,2 00

46 X 031511X77

4.318.31

7272

5252

XG 233W2H Y R61DR31EY233W2HXG

3,3 0046 X 51 5

031X777.518.51

8191

0353

XG 293W2H DY R02 9,3 00 46 X 591 6.81 81 53XG 274W2H Y R61E 7,4 00 77 X 551 0.02 81 04XG 265W2H Y R02E

R61FY265W2HXG6,5 00

77 X 591751X09

6.325.32

6171

0405

XG 286W2H Y R02F 8,6 00 09 X 691 8.72 41 05XG 228W2H Y R02F 2,8 00 09 X 691 6.03 01 05XG 301W2H Y R42F 0,01 00 09 X 632 1.63 9 06


•Temperature range –40°C to 105°C


350 Volts(Code: 2V)

450 Volts(Code: 2W)

400 Volts(Code: 2G)

HXA Series •Life rating to 20,000 hours at 85°C •Temperature range –40°C to +85°C


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°58@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

Y201V2AXH R8C 0,1 00 15 X 57 8.3 07 52H 221V2AX R8CY 2,1 00 15 X 57 2.4 56 52

Y251V2AXH R01C 5,1 00 15 X 69 2.5 35 52Y281V2AXH R01C 8,1 00 15 X 69 6.5 44 52Y222V2AXH R31C 2,2 00 X15 031 1.7 82 52Y272V2AXH R01D 7,2 00 46 X 69 6.7 42 52Y233V2AXH R21D 3,3 00 46 X 511 0.9 12 03Y293V2AXH R31D 9,3 00 46 031X 3.01 81 03Y274V2AXH R61D

R21EY274V2AXH7,4 00

46 X 551511X77

2.215.11

6141

0303

Y265V2AXH R02DR31EY265V2AXH

6,5 0046 X 591

031X776.411.31

4121

0404

Y286V2AXH R61E 8,6 00 77 X 551 5.51 41 05Y228V2AXH R61F 2,8 00 09 X 751 1.81 21 05Y301V2AXH R61F 01 000, 09 X 751 9.91 01 05Y321V2AXH R02F 000,21 09 1X 69 8.32 8 05

351V2AXH Y R42F 51 000, 09 X 632 8.82 6 06Y201G2AXH R8C 0,1 00 15 X 57 8.3 07 52Y221G2AXH R01C ,1 2 00 15 X 69 6.4 56 52Y251G2AXH R21C 5,1 00 15 X 511 5.5 35 52Y281G2AXH R31C 8,1 00 15 X 031 4.6 44 52Y222G2AXH R01D 2,2 00 46 69X 9.6 24 53Y272G2AXH R21D 7,2 00 46 511X 2.8 83 53Y233G2AXH R31D 3,3 00 46 X 031 5.9 03 53Y293G2AXH R61D

R21EY293G2AXH9,3 00

46 X 551511X77

1.114.01

7242

5353

Y274G2AXH R02DR31EY274G2AXH

7,4 0046 X 591

031X774.310.21

0222

5353

Y265G2AXH R02DR61EY265G2AXH

6,5 0046 X 591

551X776.414.41

0202

0505

Y286G2AXH R61F 008,6 09 X 751 5.61 81 05Y228G2AXH R51F 002,8 09 X 751 1.81 51 05Y301G2AXH R02F 01 000, 09 X 691 7.12 21 05Y321G2AXH R42F 21 000, 09 X 632 8.52 9 05Y201W2AXH R01C 1 000, 69X15 2.4 07 52Y221W2AXH R21C 02,1 0 15 511X 0.5 56 52Y251W2AXH R31C 05,1 0 15 X 031 8.5 35 52

H 281W2AX R01DY 08,1 0 46 69X 2.6 44 52Y222W2AXH R21D 02,2 0 46 X 511 4.7 24 53Y272W2AXH R31D

R21EY272W2AXH07,2 0

46 X 031511X77

6.87.8

0424

5353

233W2AXH R61DYAXH R31EY233W2

3,3 0046 1X 55

031X772.010.01

0353

5353

Y293W2AXH R02D 9,3 00 46 X 591 2.21 72 53Y274W2AXH R61E 7,4 00 77 X 551 9.21 42 53Y265W2AXH R02E

R61FY265W2AXH6,5 00

77 X 591751X09

4.519.41

2242

0505

Y286W2AXH R02F 8,6 00 09 1X 69 0.81 02 05Y228W2AXH R02F 2,8 00 09 1X 69 8.91 81 05Y301W2AXH R42F 0,01 00 09 X 632 5.32 51 05


Snap-in Type Capacitors

Product Numbering System for HP3, HU3, HU4 and HU5 SeriesExample: HU3 Series, 16V, 10,000µF, ±20%, 2-claw terminal, 22mm diameter case

Case diameter code

Terminal code

Capacitance tolerance code

Capacitance code

Rated Voltage code

Series Name

HU3 1C 103 M R X


Features• A large selection of series to meet the needs of a variety of applications.• An extended range of standard values for each series.• Easily snaps into PC board for quick soldering.• HL2 Series is a small sized version of its predecessor HL1 (5000 hours at 105°C).• HU4/HU5 Series is a 10% smaller version of its predecessor HU3 (Both 2000 hours at 105°C).


Capacitance Tolerance: ±20% (20°C, 120Hz)

Leakage Current: 0.02CV (µA) or 3mA, (whichever is smaller)

Dissipation Factor: See Tables (20°C, 120Hz)

COMMON SPECIFICATIONS

Subject to JIS C 5141

This Section Contains:HP3 Series – STANDARD TYPE – 2000 hours at 85°CHU3 Series – STANDARD TYPE – 2000 hours at 105°CHU4/HU5 Series – SMALL SIZE – 2000 hours at 105°CHL1 Series – LONG LIFE – 5000 hours at 105°CHL2 Series – SMALL SIZE, LONG LIFE – 5000 hours at 105°CHUL/HVL Series – LOW VOLTAGE, LONG LIFE – 5000 hours at 105°CHF2 Series – LOW PROFILE – 2000 hours at 85°CHV2 Series – LOW PROFILE – 2000 hours at 105°CSS2 Series – SAFETY ENHANCED TYPE – 2000 hours at 105°C

Standard SizeSS3 Series – SAFETY ENHANCED TYPE – 2000 hours at 105°C

Small SizePZ1 Series – STANDARD TYPE – 3000 hours at 85°CZL1 Series – STANDARD TYPE – 3000 hours at 105°CXL1 Series – LONG LIFE – 10000 hours at 105°CPS2 Series – HIGHER RIPPLE – 2000 hours at 85°CUS2 Series – HIGHER RIPPLE – 2000 hours at 105°C


C 2-Claw Short Terminal

R 2-Claw Terminal

S 4-Claw Terminal

T T - Terminal

U Straight Short Terminal


Snap-in Type Capacitors

Dimensional Drawings,Terminal Types & Codes

2-Claw TerminalTerminal Code: R

4-Claw TerminalTerminal Code: S

T - TerminalTerminal Code: T

Straight Short TerminalTerminal Code: U

Terminal Codes

Other Codes

WP

AS

Non insulated plate.(Code not requiredfor standard types)Epoxy coated.(Washable)

2-Claw Short TerminalTerminal Code: C Case Diameter Codes

øD (mm)

20

22

25

30

35

40

51

Code

W

X

Y

Z

A

B

C

Case Height Codes(HP3 Upgrade Models Only)

H (mm)

25

30

35

40

45

50

Code

S2

S3

S4

S4

S6

S7


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zH021,C°58@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM286C13PH 008,6 52X22 87.1 501 01XRM301C13PH 000,01 03X22 49.1 57 31YRM301C13PH 000,01 52X52 29.1 57 31XRM351C13PH 000,51 04X22 56.2 05 31YRM351C13PH 000,51 03X52 25.2 05 31ZRM351C13PH 000,51 52X03 25.2 05 31YRM322C13PH 000,22 54X52 25.3 53 31ZRM322C13PH 000,22 03X03 32.3 53 31ARM322C13PH 000,22 52X53 32.3 53 31ZRM333C13PH 000,33 54X03 82.4 52 51ARM333C13PH 000,33 53X53 21.4 52 51XRM274E13PH 007,4 52X22 84.1 531 01XRM286E13PH 008,6 03X22 98.1 59 31YRM286E13PH 008,6 52X52 78.1 59 31XRM301E13PH 000,01 53X22 60.2 56 31YRM301E13PH 000,01 03X52 60.2 56 31ZRM301E13PH 000,01 52X03 60.2 56 31XRM351E13PH 000,51 54X22 87.2 54 51YRM351E13PH 000,51 53X52 76.2 54 51ZRM351E13PH 000,51 03X03 76.2 54 51ARM351E13PH 000,51 52X53 76.2 54 51YRM322E13PH 000,22 54X52 25.3 03 51ZRM322E13PH 000,22 53X03 14.3 03 51ARM322E13PH 000,22 03X53 14.3 03 51ZRM333E13PH 000,33 05X03 54.4 02 71ARM333E13PH 000,33 04X53 13.4 02 71


16 Volts(Code: 1C)

HP3 Series •Life rating to 2,000 hours at 85°C •Temperature range –40°C to +85°C


•Approximately 20% to 30% smaller than its HPR and HFR predecessors

•This model offers R: 2-Claw Terminal as standard. S: 4-Claw Terminal or U: Straight Short Terminal is available with Case Sizes of 35 X 50, 40 X 36, 40 X 41 and 40 X 51. R: 2-Claw Terminal is also available with Case Size 35 X 50. Place the appropriate designation in the Part Number. (R is shown except for Case Sizes listed above, then S is shown).

Frequency (Hz) 50/60 120 300 1K ≥10K

16 ~ 100V 0.7 1.0 1.1 1.2 1.2

160 ~ 450V 0.7 1.0 1.1 1.3 1.4


16 ~ 450V 1.8 1.4 1.2 1.0

25 Volts(Code: 1E)

Standard Size

For nonstandard products contact Hitachi AIC.


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zH021,C°58@

lacipyTm(RSE Ω)

zH021,C°02@

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XRM233V13PH 003,3 52X22 83.1 561 01XRM274V13PH 007,4 03X22 75.1 511 11YRM274V13PH 007,4 52X52 65.1 511 11XRM286V13PH 008,6 53X22 10.2 08 31YRM286V13PH 008,6 03X52 10.2 08 31ZRM286V13PH 008,6 52X03 10.2 08 31XRM301V12PH 000,01 54X22 72.2 55 51YRM301V12PH 000,01 53X52 81.2 55 51ZRM301V12PH 000,01 03X03 81.2 55 51ARM301V13PH 000,01 52X53 81.2 55 51YRM351V13PH 000,51 05X52 30.3 53 51ZRM351V13PH 000,51 53X03 28.2 53 51ARM351V13PH 000,51 03X53 28.2 53 51ZRM322V13PH 000,22 54X03 37.3 52 02ARM322V13PH 000,22 04X53 67.3 52 02ARM333V13PH 000,33 05X53 76.4 02 52XRM222H13PH 002,2 52X22 31.1 561 31XRM233H13PH 003,3 03X22 74.1 011 31YRM233H13PH 003,3 52X52 64.1 011 31XRM274H13PH 007,4 53X22 76.1 57 51YRM274H13PH 007,4 03X52 76.1 57 51ZRM274H13PH 007,4 52X03 76.1 57 51XRM286H13PH 008,6 05X22 13.2 55 51YRM286H13PH 008,6 04X52 12.2 55 51ZRM286H13PH 008,6 03X03 31.2 55 51ARM286H13PH 008,6 52X53 31.2 55 51YRM301H13PH 000,01 05X52 84.2 53 02ZRM301H13PH 000,01 53X03 03.2 53 02ARM301H13PH 000,01 03X53 03.2 53 02ZRM251H13PH 000,51 05X03 12.3 52 52ARM251H13PH 000,51 04X53 01.3 52 52XRM251J13PH 005,1 52X22 80.1 512 51XRM222J13PH 002,2 03X22 02.1 541 51YRM222J13PH 002,2 52X52 91.1 541 51XRM233J13PH 003,3 53X22 65.1 001 61YRM233J13PH 003,3 03X52 65.1 001 61ZRM233J13PH 003,3 52X03 65.1 001 61XRM274J13PH 007,4 54X22 48.1 07 02YRM274J13PH 007,4 53X52 77.1 07 02ZRM274J13PH 007,4 03X03 77.1 07 02ARM274J13PH 007,4 52X53 77.1 07 02YRM286J13PH 008,6 05X52 24.2 05 52ZRM286J13PH 008,6 53X03 52.2 05 52ARM286J13PH 008,6 03X53 52.2 05 52ZRM301J13PH 000,01 54X03 25.2 53 03ARM301J13PH 000,01 04X53 35.2 53 03ARM351J13PH 000,51 05X53 63.3 52 33



50 Volts(Code: 1H)

63 Volts(Code: 1J)


35 Volts(Code: 1V)


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zH021,C°58@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM201K13PH 000,1 52X22 88.0 582 51XRM251K13PH 005,1 03X22 51.1 091 51YRM251K13PH 005,1 52X52 31.1 091 51XRM222K13PH 002,2 04X22 43.1 031 02YRM222K13PH 002,2 03X52 82.1 031 02ZRM222K13PH 002,2 52X03 82.1 031 02XRM233K13PH 003,3 05X22 08.1 09 52YRM233K13PH 003,3 04X52 27.1 09 52ZRM233K13PH 003,3 03X03 56.1 09 52ARM233K13PH 003,3 52X53 56.1 09 52YRM274K13PH 007,4 05X52 10.2 06 03ZRM274K13PH 007,4 04X03 69.1 06 03ARM274K13PH 007,4 03X53 78.1 06 03ZRM286K13PH 008,6 05X03 65.2 54 33ARM286K13PH 008,6 04X53 74.2 54 33XRM201A23PH 000,1 03X22 49.0 512 51YRM201A23PH 000,1 52X52 39.0 512 51XRM251A22PH 005,1 53X22 22.1 541 02YRM251A22PH 005,1 03X52 22.1 541 02ZRM251A23PH 005,1 52X03 22.1 541 02XRM222A23PH 002,2 05X22 74.1 001 52YRM222A23PH 002,2 04X52 14.1 001 52ZRM222A23PH 002,2 03X03 53.1 001 52ARM222A23PH 002,2 52X53 53.1 001 52YRM233A23PH 003,3 05X52 88.1 56 03ZRM233A23PH 003,3 04X03 38.1 56 03ARM233A23PH 003,3 03X53 57.1 56 03ZRM274A23PH 007,4 05X03 21.2 54 33ARM274A23PH 007,4 04X53 50.2 54 33ARM286A23PH 008,6 05X53 86.2 53 63XRM193C23PH 093 52X22 05.1 563 6XRM174C23PH 074 03X22 67.1 503 6YRM174C23PH 074 52X52 47.1 503 6XRM165C23PH 065 53X22 30.2 552 7YRM165C23PH 065 03X52 20.2 552 7XRM186C23PH 086 04X22 63.2 012 7YRM186C23PH 086 03X52 42.2 012 7ZRM186C23PH 086 52X03 42.2 012 7XRM128C23PH 028 54X22 27.2 571 8YRM128C23PH 028 53X52 16.2 571 8ZRM128C23PH 028 03X03 16.2 571 8XRM201C23PH 000,1 05X22 31.3 541 8YRM201C23PH 000,1 04X52 00.3 541 8ZRM201C23PH 000,1 03X03 88.2 541 8ARM201C23PH 000,1 52X53 88.2 541 8YRM221C23PH 002,1 54X52 44.3 021 9ZRM221C23PH 002,1 53X03 43.3 021 9ARM221C23PH 002,1 03X53 43.3 021 9ZRM251C23PH 005,1 04X03 19.3 59 01ARM251C23PH 005,1 63X53 69.3 59 01ZRM281C23PH 008,1 54X03 74.4 08 11ARM281C23PH 008,1 63X53 43.4 08 11



160 Volts(Code: 2C)

80 Volts(Code: 1K)

100 Volts(Code: 2A)




200 Volts(Code: 2D)

180 Volts(Code: 2P)

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zH021,C°58@

lacipyTm(RSE Ω)

zH021,C°02@

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XRM133P23PH 033 52X22 83.1 573 01XRM193P23PH 093 03X22 06.1 023 9YRM193P23PH 093 52X52 85.1 023 9XRM174P23PH 074 03X22 67.1 562 8YRM174P23PH 074 52X52 47.1 562 8XRM165P23PH 065 53X22 30.2 522 7YRM165P23PH 065 03X52 30.2 522 7ZRM165P23PH 065 52X03 30.2 522 7XRM186P23PH 086 04X22 63.2 581 7YRM186P23PH 086 53X52 53.2 581 7ZRM186P23PH 086 52X03 42.2 581 7XRM128P23PH 028 54X22 27.2 551 6YRM128P23PH 028 04X52 27.2 551 6ZRM128P23PH 028 03X03 16.2 551 6ARM128P23PH 028 52X53 16.2 551 6YRM201P23PH 000,1 54X52 41.3 521 5ZRM201P23PH 000,1 53X03 40.3 521 5ARM201P23PH 000,1 52X53 88.2 521 5YRM221P23PH 002,1 05X52 95.3 501 5ZRM221P23PH 002,1 04X03 94.3 501 5ARM221P23PH 002,1 03X53 43.3 501 5ZRM251P23PH 005,1 54X03 80.4 58 4ARM251P23PH 005,1 53X53 69.3 58 4ARM281P23PH 008,1 04X53 05.4 07 4BSM281P23PH 008,1 63X04 65.4 07 4XRM122D23PH 022 52X22 63.1 584 5XRM172D23PH 072 52X22 05.1 593 6XRM133D23PH 033 03X22 67.1 523 7YRM133D23PH 033 52X52 57.1 523 7XRM193D23PH 093 03X22 29.1 572 7YRM193D23PH 093 52X52 09.1 572 7XRM174D23PH 074 53X22 32.2 032 9YRM174D23PH 074 03X52 32.2 032 9ZRM174D23PH 074 52X03 32.2 032 9XRM165D23PH 065 04X22 75.2 091 9YRM165D23PH 065 53X52 75.2 091 9ZRM165D23PH 065 52X03 44.2 091 9XRM186D23PH 086 54X22 89.2 061 11YRM186D23PH 086 53X52 68.2 061 11ZRM186D23PH 086 03X03 68.2 061 11ARM186D23PH 086 52X53 68.2 061 11YRM128D23PH 028 04X52 62.3 031 11ZRM128D23PH 028 03X03 31.3 031 11ARM128D23PH 028 52X53 31.3 031 11YRM201D23PH 000,1 05X52 29.3 011 31ZRM201D23PH 000,1 53X03 46.3 011 31ARM201D23PH 000,1 03X53 66.3 011 31ZRM221D23PH 002,1 04X03 91.4 09 41ARM221D23PH 002,1 53X53 52.4 09 41ARM251D23PH 005,1 04X53 39.4 57 41BSM251D23PH 005,1 63X04 99.4 57 41ARM281D23PH 008,1 05X53 48.5 06 51BSM281D23PH 008,1 14X04 66.5 06 51


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XRM122E23PH 022 52X22 63.1 584 5XRM172E23PH 072 03X22 06.1 593 6YRM172E23PH 072 52X52 85.1 593 6XRM133E23PH 033 53X22 78.1 523 7YRM133E23PH 033 03X52 68.1 523 7XRM193E23PH 093 53X22 40.2 572 8YRM193E23PH 093 03X52 40.2 572 8ZRM193E23PH 093 52X03 40.2 572 8XRM174E23PH 074 04X22 53.2 032 8YRM174E23PH 074 53X52 53.2 032 8ZRM174E23PH 074 52X03 42.2 032 8ARM174E23PH 074 52X53 83.2 032 8XRM165E23PH 065 05X22 18.2 091 9YRM165E23PH 065 04X52 96.2 091 9ZRM165E23PH 065 03X03 95.2 091 9ARM165E23PH 065 52X53 95.2 091 9YRM186E23PH 086 54X52 11.3 061 9ZRM186E23PH 086 53X03 10.3 061 9ARM186E23PH 086 03X53 10.3 061 9YRM128E23PH 028 05X52 55.3 031 01ZRM128E23PH 028 04X03 74.3 031 01ARM128E23PH 028 03X53 13.3 031 01ZRM201E23PH 000,1 54X03 00.4 011 11ARM201E23PH 000,1 53X53 88.3 011 11ZRM221E23PH 002,1 05X03 55.4 09 11ARM221E23PH 002,1 04X53 04.4 09 11BSM221E23PH 002,1 63X04 64.4 57 21ASM251E23PH 005,1 05X53 43.5 57 21BSM251E23PH 005,1 14X04 92.5 06 31BSM281E23PH 008,1 15X04 11.6 06 31XRM101V23PH 001 52X22 67.0 5601 3XRM121V23PH 021 03X22 98.0 588 3YRM121V23PH 021 52X52 88.0 588 3XRM151V23PH 051 03X22 99.0 017 4YRM151V23PH 051 52X52 89.0 017 4XRM181V23PH 081 53X22 51.1 095 4YRM181V23PH 081 03X52 51.1 095 4ZRM181V23PH 081 52X03 51.1 095 4XRM122V23PH 022 04X22 43.1 584 5YRM122V23PH 022 53X52 43.1 584 5ZRM122V23PH 022 52X03 82.1 584 5XRM172V23PH 072 05X22 36.1 593 5YRM172V23PH 072 04X52 65.1 593 5ZRM172V23PH 072 03X03 05.1 593 5ARM172V23PH 072 52X53 05.1 593 5YRM133V23PH 033 54X52 08.1 523 6ZRM133V23PH 033 53X03 57.1 523 6ARM133V23PH 033 03X53 57.1 523 6YRM193V23PH 093 05X52 40.2 572 6ZRM193V23PH 093 04X03 99.1 572 6ARM193V23PH 093 03X53 09.1 572 6ZRM174V23PH 074 04X03 91.2 032 7ARM174V23PH 074 53X53 22.2 032 7ZRM165V23PH 065 05X03 95.2 091 7ARM165V23PH 065 04X53 45.2 091 7BSM165V23PH 065 63X04 45.2 091 7ARM186V23PH 086 54X53 88.2 061 9BSM186V23PH 086 14X04 09.2 061 9



350 Volts(Code: 2V)

250 Volts(Code: 2E)


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zH021,C°58@

lacipyTm(RSE Ω)

zH021,C°02@

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2SWRM101G23PH 001 52X02 98.0 5601 33SWRM121G23PH 021 03X02 40.1 588 3

2SXRM121G23PH 021 52X22 00.1 588 3YRM121G23PH 021 52X52 60.1 588 3

4SWRM151G23PH 051 53X02 42.1 017 43SXRM151G23PH 051 03X22 02.1 017 42SYRM151G23PH 051 52X52 81.1 017 44SXRM181G23PH 081 53X22 83.1 095 43SYRM181G23PH 081 03X52 83.1 095 4

ZRM181G23PH 081 52X03 83.1 095 45SXRM122G23PH 022 04X22 26.1 584 53SYRM122G23PH 022 03X52 25.1 584 52SZRM122G23PH 022 52X03 25.1 584 56SXRM172G23PH 072 54X22 88.1 593 54SYRM172G23PH 072 53X52 87.1 593 53SZRM172G23PH 072 03X03 97.1 593 52SARM172G23PH 072 52X53 97.1 593 57SXRM133G23PH 033 05X22 71.2 523 65SYRM133G23PH 033 04X52 70.2 523 64SZRM133G23PH 033 53X03 80.2 523 6

ARM133G23PH 033 03X53 01.2 523 66SYRM193G23PH 093 54X52 63.2 572 64SZRM193G23PH 093 53X03 72.2 572 63SARM193G23PH 093 03X53 82.2 572 65SZRM174G23PH 074 04X03 16.2 032 74SARM174G23PH 074 53X53 36.2 032 76SZRM165G23PH 065 54X03 89.2 091 85SARM165G23PH 065 04X53 10.3 091 86SASM186G23PH 086 54X53 54.3 061 01

2SWRM086V0243PH 86 52X02 37.0 0261 32SWRM028V0243PH 28 52X02 18.0 0431 33SWRM101V0243PH 001 03X02 59.0 0011 3

2SXRM101V0243PH 001 52X22 29.0 0011 34SWRM121V0243PH 021 53X02 11.1 519 4

3SXRM121V0243PH 021 03X22 70.1 519 44SXRM151V0243PH 051 53X22 62.1 537 52SYRM151V0243PH 051 52X52 81.1 537 54SXRM181V0243PH 081 53X22 93.1 016 53SYRM181V0243PH 081 03X52 83.1 016 52SZRM181V0243PH 081 52X03 83.1 016 55SXRM122V0243PH 022 04X22 26.1 005 54SYRM122V0243PH 022 53X52 16.1 005 53SZRM122V0243PH 022 03X03 26.1 005 57SXRM172V0243PH 072 05X22 69.1 014 015SYRM172V0243PH 072 04X52 78.1 014 013SZRM172V0243PH 072 03X03 97.1 014 012SARM172V0243PH 072 52X53 97.1 014 016SYRM133V0243PH 033 54X52 71.2 533 014SZRM133V0243PH 033 53X03 80.2 533 013SARM133V0243PH 033 03X53 01.2 533 017SYRM193V0243PH 093 05X52 64.2 582 215SZRM193V0243PH 093 04X03 83.2 582 214SARM193V0243PH 093 53X53 04.2 582 216SZRM174V0243PH 074 54X03 37.2 532 415SARM174V0243PH 074 04X53 57.2 532 417SZRM165V0243PH 065 05X03 01.3 002 615SARM165V0243PH 065 04X53 10.3 002 617SARM186V0243PH 086 05X53 95.3 561 71



400 Volts(Code: 2G)

420 Volts(Code: 420V)


450 Volts(Code: 2W)




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zH021,C°58@

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2SWRM086W23PH 86 52X02 37.0 0261 33SWRM028W23PH 28 03X02 68.0 0431 3

2SXRM028W23PH 28 52X22 38.0 0431 33SWRM101W23PH 001 03X02 59.0 0011 3

3SXRM101W23PH 001 03X22 89.0 0011 32SYRM101W23PH 001 52X52 69.0 0011 34SWRM121W23PH 021 53X02 11.1 519 4

3SXRM121W23PH 021 03X22 70.1 519 42SYRM121W23PH 021 52X52 60.1 519 44SXRM151W23PH 051 53X22 62.1 537 53SYRM151W23PH 051 03X52 62.1 537 52SZRM151W23PH 051 52X03 62.1 537 55SXRM181W23PH 081 04X22 64.1 016 54SYRM181W23PH 081 53X52 64.1 016 52SZRM181W23PH 081 52X03 83.1 016 56SXRM122W23PH 022 54X22 07.1 005 54SYRM122W23PH 022 53X52 16.1 005 53SZRM122W23PH 022 03X03 26.1 005 52SARM122W23PH 022 52X53 26.1 005 56SYRM172W23PH 072 54X52 69.1 014 014SZRM172W23PH 072 53X03 09.1 014 013SARM172W23PH 072 03X53 09.1 014 017SYRM133W23PH 033 05X52 62.2 533 015SZRM133W23PH 033 04X03 91.2 533 01

ARM133W23PH 033 53X53 32.2 533 016SZRM193W23PH 093 54X03 84.2 582 214SARM193W23PH 093 53X53 04.2 582 217SZRM174W23PH 074 05X03 48.2 532 415SARM174W23PH 074 04X53 57.2 532 416SARM165W23PH 065 54X53 31.3 002 61


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XRM274C13UH 007,4 52X22 39.0 59 01XRM286C13UH 008,6 53X22 72.1 56 31YRM286C13UH 008,6 03X52 62.1 56 31XRM301C13UH 000,01 54X22 34.1 54 31YRM301C13UH 000,01 53X52 63.1 54 31ZRM301C13UH 000,01 52X03 03.1 54 31YRM351C13UH 000,51 54X52 48.1 03 51ZRM351C13UH 000,51 53X03 77.1 03 51ARM351C13UH 000,51 03X53 87.1 03 51ZRM322C13UH 000,22 54X03 63.2 02 51ARM322C13UH 000,22 53X53 72.2 02 51ASM333C13UH 000,33 05X53 59.2 51 02XRM233E13UH 003,3 52X22 78.0 031 01XRM274E13UH 007,4 03X22 00.1 09 31YRM274E13UH 007,4 52X52 89.0 09 31XRM286E13UH 008,6 53X22 72.1 56 31YRM286E13UH 008,6 03X52 72.1 56 31ZRM286E13UH 008,6 52X03 72.1 56 31XRM301E13UH 000,01 54X22 34.1 54 51YRM301E13UH 000,01 53X52 83.1 54 51ZRM301E13UH 000,01 03X03 83.1 54 51ARM301E13UH 000,01 52X53 83.1 54 51YRM351E13UH 000,51 54X52 48.1 03 51ZRM351E13UH 000,51 53X03 87.1 03 51ARM351E13UH 000,51 03X53 87.1 03 51ZRM322E13UH 000,22 54X03 63.2 02 02ARM322E13UH 000,22 04X53 83.2 02 02ARM333E13UH 000,33 05X53 59.2 51 52

ALUMINUM ELECTROLYTIC CAPACITORSHU3 Series •Life rating to 2,000 hours at 105°C •Temperature range –40°C to +105°C


•Approximately 20% to 30% smaller than its HUR and HVR predecessors

•This model offers R: 2-Claw Terminal as standard. S: 4-Claw Terminal or U: Straight Short Terminal is available with Case Sizes of 35 X 50, 40 X 36, 40 X 41 and 40 X 51. R: 2-Claw Terminal is also available with Case Size 35 X 50. Place the appropriate designation in the Part Number. (R is shown except for Case Sizes listed above, then S is shown).

Frequency (Hz) 50/60 120 300 1K ≥10K

16 ~ 100V 0.7 1.0 1.1 1.2 1.2

160 ~ 450V 0.7 1.0 1.1 1.3 1.4

Temperature (°C) 40 60 70 85 105

16 ~ 450V 2.5 2.2 2.0 1.8 1.0

25 Volts(Code: 1E)

16 Volts(Code: 1C)

Standard Size


detaRegatloV)CDVW(

traPrebmuN

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zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM222V13UH 002,2 52X22 17.0 061 31XRM233V13UH 003,3 03X22 39.0 501 51YRM233V13UH 003,3 52X52 29.0 501 51XRM274V13UH 007,4 53X22 50.1 57 51YRM274V13UH 007,4 03X22 50.1 57 51ZRM274V13UH 007,4 52X03 50.1 57 51XRM286V13UH 008,6 05X22 64.1 55 02YRM286V13UH 008,6 04X52 04.1 55 02ZRM286V13UH 008,6 03X03 43.1 55 02ARM286V13UH 008,6 52X53 43.1 55 02YRM301V13UH 000,01 05X52 75.1 53 52ZRM301V13UH 000,01 53X03 64.1 53 52ARM301V13UH 000,01 03X53 64.1 53 52ZRM351V13UH 000,51 05X03 30.2 52 03ARM351V13UH 000,51 04X53 69.1 52 03XRM251H13UH 005,1 52X22 86.0 512 31XRM222H13UH 002,2 03X22 67.0 541 51YRM222H13UH 002,2 52X52 57.0 541 51XRM233H13UH 003,3 53X22 99.0 001 51YRM233H13UH 003,3 03X52 89.0 001 51ZRM233H13UH 003,3 52X03 99.0 001 51XRM274H13UH 007,4 54X22 61.1 07 02YRM274H13UH 007,4 53X52 11.1 07 02ZRM274H13UH 007,4 03X03 21.1 07 02ARM274H13UH 007,4 52X53 21.1 07 02YRM286H13UH 008,6 05X52 35.1 05 52ZRM286H13UH 008,6 53X03 24.1 05 52ARM286H13UH 008,6 03X53 24.1 05 52ZRM301H13UH 000,01 54X03 95.1 53 03ARM301H13UH 000,01 04X53 06.1 53 03ARM351H13UH 000,51 05X53 31.2 52 33XRM201J13UH 000,1 52X22 65.0 562 51XRM251J13UH 005,1 03X22 37.0 081 51YRM251J13UH 005,1 52X52 27.0 081 51XRM222J13UH 002,2 53X22 18.0 021 02YRM222J13UH 002,2 03X52 08.0 021 02ZRM222J13UH 002,2 52X03 18.0 021 02XRM233J13UH 003,3 54X22 90.1 08 52YRM233J13UH 003,3 04X52 90.1 08 52ZRM233J13UH 003,3 03X03 50.1 08 52ARM233J13UH 003,3 52X53 50.1 08 52YRM274J13UH 007,4 05X52 72.1 06 03ZRM274J13UH 007,4 53X03 81.1 06 03ARM274J13UH 007,4 03X53 81.1 06 03ZRM286J13UH 008,6 54X03 55.1 04 33ARM286J13UH 008,6 04X53 65.1 04 33ARM301J13UH 000,01 05X53 47.1 03 53


35 Volts(Code: 1V)

50 Volts(Code: 1H)

63 Volts(Code: 1J)



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM201K13UH 000,1 03X22 95.0 032 51YRM201K13UH 000,1 52X52 95.0 032 51XRM251K13UH 005,1 53X22 77.0 551 02YRM251K13UH 005,1 03X52 77.0 551 02ZRM251K13UH 005,1 52X03 77.0 551 02XRM222K13UH 002,2 05X22 39.0 501 52YRM222K13UH 002,2 04X52 98.0 501 52ZRM222K13UH 002,2 03X03 58.0 501 52ARM222K13UH 002,2 52X53 58.0 501 52YRM233K13UH 003,3 05X52 91.1 07 03ZRM233K13UH 003,3 04X03 61.1 07 03ARM233K13UH 003,3 03X53 11.1 07 03ZRM274K13UH 007,4 05X03 43.1 05 33ARM274K13UH 007,4 04X53 03.1 05 33ASM286K13UH 008,6 05X53 96.1 53 53XRM201A23UH 000,1 03X22 95.0 081 02YRM201A23UH 000,1 52X52 95.0 081 02XRM251A23UH 005,1 04X22 18.0 031 52YRM251A23UH 005,1 53X52 18.0 031 52ZRM251A23UH 005,1 52X03 77.0 031 52YRM222A23UH 002,2 54X52 39.0 09 03ZRM222A23UH 002,2 53X03 09.0 09 03ZRM233A23UH 003,3 54X03 12.1 06 33ARM233A23UH 003,3 63X53 61.1 06 33ARM274A23UH 007,4 54X53 53.1 54 53XRM133C23UH 033 52X22 89.0 034 6XRM193C23UH 093 03X22 01.1 563 6YRM193C23UH 093 52X52 90.1 563 6XRM174C23UH 074 03X22 12.1 503 6YRM174C23UH 074 52X52 91.1 503 6XRM165C23UH 065 53X22 04.1 552 7YRM165C23UH 065 03X52 04.1 552 7ZRM165C23UH 065 52X03 04.1 552 7XRM186C23UH 086 04X22 26.1 012 7YRM186C23UH 086 53X52 16.1 012 7ZRM186C23UH 086 52X03 45.1 012 7XRM128C23UH 028 54X22 68.1 571 8YRM128C23UH 028 04X52 68.1 571 8ZRM128C23UH 028 03X03 97.1 571 8ARM128C23UH 028 52X53 97.1 571 8YRM201C23UH 000,1 54X52 51.2 541 8ZRM201C23UH 000,1 53X03 90.2 541 8ARM201C23UH 000,1 52X53 89.1 541 8YRM221C23UH 002,1 05X52 64.2 021 9ZRM221C23UH 002,1 53X03 92.2 021 9ARM221C23UH 002,1 03X53 92.2 021 9ZRM251C23UH 005,1 54X03 08.2 59 01ARM251C23UH 005,1 53X53 27.2 59 01ARM281C23UH 008,1 04X53 90.3 08 11BSM281C23UH 008,1 63X04 31.3 08 11


80 Volts(Code: 1K)

100 Volts(Code: 2A)

160 Volts(Code: 2C)




detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM172P23UH 072 52X22 68.0 064 6XRM133P23UH 033 03X22 10.1 573 7YRM133P23UH 033 52X52 00.1 573 7XRM193P23UH 093 03X22 01.1 023 7YRM193P23UH 093 52X52 90.1 023 7XRM174P23UH 074 53X22 82.1 562 9YRM174P23UH 074 03X52 82.1 562 9ZRM174P23UH 074 52X03 82.1 562 9XRM165P23UH 065 04X22 74.1 522 9YRM165P23UH 065 03X52 04.1 522 9ZRM165P23UH 065 52X03 04.1 522 9XRM186P23UH 086 54X22 07.1 581 11YRM186P23UH 086 53X52 36.1 581 11ZRM186P23UH 086 03X03 36.1 581 11ARM186P23UH 086 52X53 36.1 581 11XRM128P23UH 028 05X22 49.1 551 11YRM128P23UH 028 04X52 78.1 551 11ZRM128P23UH 028 03X03 97.1 551 11ARM128P23UH 028 52X53 97.1 551 11YRM201P23UH 000,1 54X52 51.2 521 31ZRM201P23UH 000,1 53X03 90.2 521 31ARM201P23UH 000,1 03X53 90.2 521 31ZRM221P23UH 002,1 04X03 93.2 501 41ARM221P23UH 002,1 03X53 92.2 501 41ZRM251P23UH 005,1 05X03 19.2 58 41ARM251P23UH 005,1 53X53 27.2 58 41ARM281P23UH 008,1 04X53 90.3 07 51BSM281P23UH 008,1 63X04 31.3 07 51XRM122D23UH 022 52X22 29.0 584 5XRM172D23UH 072 52X22 30.1 593 6XRM133D23UH 033 03X22 12.1 523 7YRM133D23UH 033 52X52 02.1 523 7XRM193D23UH 093 53X22 93.1 572 7YRM193D23UH 093 52X52 13.1 572 7XRM174D23UH 074 04X22 26.1 032 9YRM174D23UH 074 03X52 25.1 032 9ZRM174D23UH 074 52X03 45.1 032 9XRM165D23UH 065 54X22 58.1 091 9YRM165D23UH 065 53X52 57.1 091 9ZRM165D23UH 065 03X03 87.1 091 9XRM186D23UH 086 54X22 40.2 061 11YRM186D23UH 086 04X52 40.2 061 11ZRM186D23UH 086 03X03 69.1 061 11ARM186D23UH 086 52X53 69.1 061 11YRM128D23UH 028 54X52 43.2 031 11ZRM128D23UH 028 53X03 72.2 031 11ARM128D23UH 028 03X53 72.2 031 11YRM201D23UH 000,1 05X52 07.2 011 31ZRM201D23UH 000,1 04X03 36.2 011 31ARM201D23UH 000,1 03X53 15.2 011 31ZRM221D23UH 002,1 54X03 00.3 09 41ARM221D23UH 002,1 53X53 29.2 09 41ARM251D23UH 005,1 54X53 83.3 57 41BSM251D23UH 005,1 63X04 34.3 57 41ARM281D23UH 008,1 05X53 10.4 06 51BSM281D23UH 008,1 14X04 98.3 06 51

180 Volts(Code: 2P)

200 Volts(Code: 2D)



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM122E23UH 022 03X22 00.1 544 5YRM122E23UH 022 52X52 89.0 544 5XRM172E23UH 072 53X22 61.1 063 6YRM172E23UH 072 52X52 80.1 063 6XRM133E23UH 033 53X22 82.1 592 7YRM133E23UH 033 03X52 72.1 592 7ZRM133E23UH 033 52X03 82.1 592 7XRM193E23UH 093 04X22 84.1 052 8YRM193E23UH 093 53X52 64.1 052 8ZRM193E23UH 093 52X03 93.1 052 8XRM174E23UH 074 05X22 67.1 012 8YRM174E23UH 074 04X52 96.1 012 8ZRM174E23UH 074 03X03 36.1 012 8ARM174E23UH 074 52X53 26.1 012 8YRM165E23UH 065 54X52 39.1 571 9ZRM165E23UH 065 53X03 78.1 571 9ARM165E23UH 065 52X53 87.1 571 9YRM186E23UH 086 05X52 22.2 541 9ZRM186E23UH 086 53X03 60.2 541 9ARM186E23UH 086 03X53 60.2 541 9ZRM128E23UH 028 54X03 84.2 021 01ARM128E23UH 028 53X53 14.2 021 01ARM201E23UH 000,1 04X53 67.2 001 11BSM201E23UH 000,1 63X04 08.2 001 11ARM221E23UH 002,1 54X53 41.3 58 11BSM221E23UH 002,1 14X04 71.3 58 11ARM251E23UH 005,1 05X53 66.3 56 21BSM281E23UH 008,1 15X04 02.4 55 31XRM028V23UH 28 52X22 74.0 0151 3XRM101V23UH 001 03X22 65.0 0421 3YRM101V23UH 001 52X52 55.0 0421 3XRM121V23UH 021 03X22 16.0 5301 3YRM121V23UH 021 52X52 06.0 5301 3XRM151V23UH 051 53X22 27.0 038 4YRM151V23UH 051 03X52 27.0 038 4ZRM151V23UH 051 52X03 27.0 038 4XRM181V23UH 081 04X22 38.0 096 4YRM181V23UH 081 53X52 38.0 096 4ZRM181V23UH 081 03X03 48.0 096 4XRM122V23UH 022 05X22 10.1 565 5YRM122V23UH 022 04X52 69.0 565 5ZRM122V23UH 022 03X03 39.0 565 5ARM122V23UH 022 52X53 39.0 565 5YRM172V23UH 072 54X52 21.1 064 5ZRM172V23UH 072 53X03 90.1 064 5ARM172V23UH 072 03X53 90.1 064 5YRM133V23UH 033 05X52 92.1 573 6ZRM133V23UH 033 04X03 62.1 573 6ARM133V23UH 033 03X53 02.1 573 6ZRM193V23UH 093 54X03 34.1 023 6ARM193V23UH 093 53X53 83.1 023 6ARM174V23UH 074 04X53 85.1 562 7BSM174V23UH 074 63X04 06.1 562 7ARM165V23UH 065 54X53 97.1 522 7BSM165V23UH 065 14X04 08.1 522 7

250 Volts(Code: 2E)

350 Volts(Code: 2V)


detaRegatloV)CDVW(

rebmuNtraP ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM086G23UH 86 52X22 25.0 0031 3XRM028G23UH 28 03X22 06.0 0801 3YRM028G23UH 28 52X52 06.0 0801 3XRM101G23UH 001 03X22 76.0 098 3YRM101G23UH 001 52X52 66.0 098 3XRM121G23UH 021 53X22 87.0 047 3YRM121G23UH 021 03X52 77.0 047 3ZRM121G23UH 021 52X03 87.0 047 3XRM151G23UH 051 04X22 19.0 095 4YRM151G23UH 051 53X52 19.0 095 4ZRM151G23UH 051 03X03 29.0 095 4XRM181G23UH 081 54X22 40.1 094 4YRM181G23UH 081 04X52 40.1 094 4ZRM181G23UH 081 03X03 10.1 094 4ARM181G23UH 081 52X53 10.1 094 4YRM122G23UH 022 54X52 12.1 004 5ZRM122G23UH 022 53X03 81.1 004 5ARM122G23UH 022 03X53 81.1 004 5YRM172G23UH 072 05X52 04.1 033 5ZRM172G23UH 072 04X03 73.1 033 5ARM172G23UH 072 03X53 13.1 033 5ZRM133G23UH 033 54X03 75.1 072 6ARM133G23UH 033 63X53 25.1 072 6ARM193G23UH 093 04X53 37.1 032 6BSM193G23UH 093 63X04 47.1 032 6ARM174G23UH 074 54X53 79.1 091 7BSM174G23UH 074 14X04 59.1 091 7ARM165G23UH 165 05X53 32.2 061 8

XRM074V0243UH 74 52X22 83.0 0881 3XRM086V0243UH 86 03X22 05.0 0031 3XRM028V0243UH 28 03X22 45.0 0801 3YRM028V0243UH 28 52X52 45.0 0801 3XRM101V0243UH 001 53X22 36.0 098 3YRM101V0243UH 001 03X52 36.0 098 3XRM121V0243UH 021 04X22 37.0 047 4YRM121V0243UH 021 03X52 07.0 047 4ZRM121V0243UH 021 52X03 07.0 047 4XRM151V0243UH 051 54X22 68.0 095 5YRM151V0243UH 051 53X52 28.0 095 5ZRM151V0243UH 051 03X03 38.0 095 5YRM181V0243UH 081 04X52 49.0 094 5ZRM181V0243UH 081 03X03 19.0 094 5ARM181V0243UH 081 52X53 09.0 094 5YRM122V0243UH 022 05X52 31.1 004 5ZRM122V0243UH 022 53X03 50.1 004 5ARM122V0243UH 022 03X53 50.1 004 5ZRM172V0243UH 072 04X03 22.1 033 7ARM172V0243UH 072 53X53 32.1 033 7ZRM133V0243UH 033 05X03 94.1 072 01ARM133V0243UH 033 04X53 14.1 072 01ARM193V0243UH 093 54X53 16.1 032 01ARM174V0243UH 074 05X53 58.1 041 01


400 Volts(Code: 2G)



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyT)m(RSE

zH021,C°02@

lacipyT)Hn(LSE

XRM074W23UH 74 52X22 24.0 0881 3

XRM086W23UH 86 03X22 55.0 0031 3

YRM086W23UH 86 52X52 45.0 0031 3

XRM028W23UH 28 53X22 46.0 0801 3

YRM028W23UH 28 03X52 46.0 0801 3

XRM101W23UH 001 04X22 47.0 098 3

YRM101W23UH 001 53X52 47.0 098 3

ZRM101W23UH 001 52X03 17.0 098 3

XRM121W23UH 021 54X22 58.0 047 4

YRM121W23UH 021 53X52 08.0 047 4

ZRM121W23UH 021 03X03 28.0 047 4

ARM121W23UH 021 52X53 28.0 047 4

YRM151W23UH 051 54X52 00.1 095 5

ZRM151W23UH 051 53X03 69.0 095 5

ARM151W23UH 051 03X53 69.0 095 5

YRM181W23UH 081 05X52 41.1 094 5

ZRM181W23UH 081 53X03 60.1 094 5

ARM181W23UH 081 03X53 60.1 094 5

ZRM122W23UH 022 04X03 22.1 004 5

ARM122W23UH 022 53X53 42.1 004 5

ZRM172W23UH 072 05X03 84.1 033 01

ARM172W23UH 072 04X53 34.1 033 01

ARM133W23UH 033 54X53 46.1 072 01

ARM193W23UH 093 05X53 68.1 032 21

XRM093H23UH 93 03X22 53.0 0442 8

XRM074H23UH 74 53X22 14.0 0302 8

XRM065H23UH 65 04X22 74.0 0071 8

XRM086H23UH 86 54X22 45.0 0041 01

XRM028H23UH 28 04X22 26.0 5611 01

YRM101H23UH 001 54X52 76.0 069 21

YRM121H23UH 021 05X52 77.0 008 31

ARM121H23UH 021 03X53 27.0 008 31

ZRM125H23UH 051 04X03 58.0 046 41

ZRM181H23UH 081 05X03 10.1 535 51

ARM122H23UH 022 54X53 21.1 434 51

ARM172H23UH 072 05X53 92.1 063 12


450 Volts(Code: 2W)


500 Volts(Code: 2H)


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM193D24UH 093 03X22 42.1 572 7XRM174D24UH 074 53X22 54.1 032 9YRM174D24UH 074 03X52 04.1 032 9XRM165D24UH 065 04X22 66.1 091 9YRM165D24UH 065 53X52 16.1 091 9ZRM165D24UH 065 52X03 54.1 091 9XRM186D24UH 086 54X22 29.1 061 11YRM186D24UH 086 04X52 68.1 061 11ZRM186D24UH 086 03X03 07.1 061 11YRM128D24UH 028 54X52 41.2 031 11ZRM128D24UH 028 03X03 68.1 031 11ARM128D24UH 028 52X53 25.1 031 11YRM201D24UH 000,1 05X52 74.2 011 31ZRM201D24UH 000,1 53X03 71.2 011 31ARM201D24UH 000,1 03X53 87.1 011 31ZRM221D24UH 002,1 04X03 94.2 09 41ARM221D24UH 002,1 53X53 40.2 09 41ZRM251D24UH 005,1 05X03 30.3 57 41ARM251D24UH 005,1 04X53 93.2 57 41ARM281D24UH 008,1 54X53 37.2 06 51ARM222D24UH 002,2 05X53 41.3 05 51XRM181E24UH 081 52X22 68.0 045 5XRM172E24UH 072 03X22 21.1 063 6XRM133E24UH 033 53X22 13.1 592 7XRM193E24UH 093 04X22 05.1 052 8YRM193E24UH 093 03X52 73.1 052 8XRM174E24UH 074 54X22 27.1 012 8YRM174E24UH 074 53X52 95.1 012 8XRM165E24UH 065 05X22 69.1 571 9YRM165E24UH 065 04X52 38.1 571 9ZRM165E24UH 065 03X03 56.1 571 9YRM186E24UH 086 54X52 11.2 541 9ZRM186E24UH 086 53X03 19.1 541 9ZRM128E24UH 028 04X03 02.2 021 01ARM128E24UH 028 03X53 67.1 021 01ZRM201E24UH 000,1 54X03 45.2 001 11ARM201E24UH 000,1 53X53 40.2 001 11ZRM221E24UH 002,1 05X03 09.2 58 11ARM221E24UH 002,1 04X53 43.2 58 11ARM251E24UH 005,1 05X53 48.2 56 21


250 Volts(Code: 2E)

200 Volts(Code: 2D)

HU4 Series •Life rating to 2,000 hours at 105°C •Temperature range –40°C to +105°C

Small Size •Approximate 10% smaller than the preceeding HU3 Series due to Hitachi’s Anode Foil Magnification technology.

•This model offers either R: 2-Claw Terminal or U: Straight Short Terminal. Place the appropriate designation in the Part Number. (R is shown)



HU4 Series •Life rating to 2,000 hours at 105°C •Temperature range –40°C to +105°C

detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ

elppiRmumixaM)smrA(tnerruCzH021,C°501@

lacipyTm(RSE Ω)

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lacipyT)Hn(LSE

XRM028G24UH 28 52X22 85.0 0801 3XRM101G24UH 001 03X22 86.0 098 3XRM121G24UH 021 53X22 97.0 047 3XRM151G24UH 051 04X22 39.0 095 4YRM151G24UH 051 03X52 58.0 095 4ZRM151G24UH 051 52X03 08.0 095 4XRM181G24UH 081 54X22 70.1 094 4YRM181G24UH 081 53X52 89.0 094 4XRM122G24UH 022 05X22 32.1 004 5YRM122G24UH 022 04X52 41.1 004 5ZRM122G24UH 022 03X03 30.1 004 5ARM122G24UH 022 52X53 69.0 004 5YRM172G24UH 072 54X52 33.1 033 5ZRM172G24UH 072 53X03 02.1 033 5ARM172G24UH 072 03X53 31.1 033 5ZRM133G24UH 033 04X03 04.1 072 6ZRM193G24UH 093 54X03 95.1 032 6ARM193G24UH 093 53X53 34.1 032 6ZRM174G24UH 074 05X03 18.1 091 7ARM174G24UH 074 04X53 46.1 091 7ARM165G24UH 065 54X53 78.1 061 8XRM065W24UH 65 52X22 84.0 0851 3XRM028W24UH 28 03X22 26.0 0801 3YRM028W24UH 28 52X52 55.0 0801 3XRM101W24UH 001 53X22 27.0 098 3YRM101W24UH 001 03X52 46.0 098 3XRM121W24UH 021 04X22 38.0 047 4YRM121W24UH 021 53X52 47.0 047 4ZRM121W24UH 021 52X03 27.0 047 4XRM151W24UH 051 05X22 20.1 095 5YRM151W24UH 051 04X52 88.0 095 5ZRM151W24UH 051 03X03 58.0 095 5ARM151W24UH 051 52X53 08.0 095 5YRM181W24UH 081 54X52 00.1 094 5YRM122W24UH 022 05X52 61.1 004 5ZRM122W24UH 022 53X03 90.1 004 5ARM122W24UH 022 03X53 20.1 004 5ZRM172W24UH 072 54X03 23.1 033 01ARM172W24UH 072 53X53 91.1 033 01ZRM133W24UH 033 05X03 25.1 072 01ARM133W24UH 033 04X53 73.1 072 01ARM193W24UH 093 54X53 65.1 032 21ARM174W24UH 074 05X53 87.1 091 42

400 Volts(Code: 2G)

450 Volts(Code: 2W)


Frequency (Hz) 50/60 120 400 1K ≥10K


Temperature (°C) 40 60 70 85 105




400 Volts(Code: 2G)


200 Volts(Code: 2D)

250 Volts(Code: 2E)

detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

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WRM122D25UH 022 52X02 78.0 004 5WRM172D25UH 072 52X02 69.0 063 6WRM133D25UH 033 03X02 41.1 592 7XRM133D25UH 033 52X22 70.1 592 7WRM193D25UH 093 53X02 23.1 572 7YRM165D25UH 065 03X52 35.1 091 9YRM186D25UH 086 53X52 87.1 061 11XRM128D25UH 028 05X22 02.2 031 11YRM128D25UH 028 04X52 60.2 031 11ZRM251D25UH 005,1 54X03 19.2 57 41

WRM065G25UH 65 52X02 74.0 0851 3WRM086G25UH 86 52X02 25.0 0031 3

2SWRM028G25UH 28 03X02 16.0 0801 3WRM101G25UH 001 03X02 76.0 098 3

2SXRM101G25UH 001 52X22 46.0 098 3WRM121G25UH 021 53X02 87.0 047 3XRM121G25UH 021 03X22 47.0 047 3XRM151G25UH 051 53X22 88.0 095 4

4SXRM181G25UH 081 53X22 79.0 094 43SYRM181G25UH 081 03X52 49.0 094 4

ZRM181G25UH 081 52X03 88.0 094 4XRM122G25UH 022 54X22 71.1 004 5

4SYRM122G25UH 022 53X52 90.1 004 57SXRM172G25UH 072 05X22 73.1 033 55SYRM172G25UH 072 04X52 72.1 033 53SZRM172G25UH 072 03X03 41.1 033 56SYRM133G25UH 033 54X52 74.1 072 64SZRM133G25UH 033 53X03 23.1 072 6

ARM133G25UH 033 03X53 52.1 072 65SZRM193G25UH 093 04X03 15.1 032 66SZRM174G25UH 074 54X03 37.1 091 77SZRM165G25UH 065 05X03 69.1 061 8

ARM186G25UH 086 05X53 31.2 541 9

WRM151E25UH 051 52X02 77.0 095 4WRM181E25UH 081 52X02 58.0 045 5WRM122E25UH 022 03X02 00.1 004 5XRM122E25UH 022 52X22 59.0 004 5WRM172E25UH 072 53X02 81.1 063 6WRM133E25UH 033 53X02 92.1 592 7XRM193E25UH 093 53X22 34.1 052 8XRM174E25UH 074 04X22 56.1 012 8ZRM174E25UH 074 52X03 15.1 012 8XRM165E25UH 065 54X22 88.1 571 9YRM128E25UH 028 05X52 14.2 021 01


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

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lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

2SWRM086V0245UH 86 52X02 15.0 0031 32SXRM086V0245UH 86 52X22 85.0 0031 3

WRM028V0245UH 28 03X02 16.0 0801 3WRM101V0245UH 001 53X02 27.0 098 3XRM101V0245UH 001 03X22 76.0 098 3XRM121V0245UH 021 53X22 87.0 047 3

2SYRM121V0245UH 021 52X52 87.0 047 3XRM151V0245UH 051 04X22 29.0 095 4

3SYRM151V0245UH 051 03X52 87.0 095 4XRM181V0245UH 081 54X22 60.1 094 4

4SYRM181V0245UH 081 53X52 19.0 094 42SZRM181V0245UH 081 52X03 78.0 094 47SXRM122V0245UH 022 05X22 42.1 004 55SYRM122V0245UH 022 04X52 50.1 004 53SZRM122V0245UH 022 03X03 20.1 004 52SARM122V0245UH 022 52X53 42.1 004 56SYRM172V0245UH 072 54X52 22.1 033 54SZRM172V0245UH 072 53X03 02.1 033 5

ARM172V0245UH 072 03X53 31.1 033 55SZRM133V0245UH 033 04X03 93.1 072 6

ARM133V0245UH 033 53X53 23.1 072 66SZRM193V0245UH 093 54X03 85.1 032 64SARM193V0245UH 093 53X53 34.1 032 65SARM174V0245UH 074 04X53 46.1 091 7

ARM165V0245UH 165 05X53 49.1 061 8WRM065W25UH 65 52X02 74.0 0851 3WRM086W25UH 86 03X02 65.0 0031 3XRM086W25UH 86 52X22 25.0 0031 3WRM028W25UH 28 53X02 56.0 0801 3

4SWRM101W25UH 001 53X02 17.0 098 33SXRM101W25UH 001 03X22 86.0 098 32SYRM101W25UH 001 52X52 06.0 098 34SXRM121W25UH 021 53X22 97.0 047 4

YRM121W25UH 021 03X52 17.0 047 45SXRM151W25UH 051 04X22 39.0 095 52SZRM151W25UH 051 52X03 08.0 095 5

XRM181W25UH 081 05X22 21.1 094 5YRM181W25UH 081 04X52 69.0 094 5ZRM181W25UH 081 03X03 49.0 094 5ARM181W25UH 081 52X53 78.0 094 5

6SYRM122W25UH 022 54X52 01.1 004 57SYRM172W25UH 072 05X52 72.1 033 01

ZRM172W25UH 072 04X03 72.1 033 01ZRM133W25UH 033 54X03 64.1 072 01

4SARM133W25UH 033 53X53 23.1 072 017SZRM193W25UH 093 05X03 46.1 032 215SARM193W25UH 093 04X53 05.1 032 216SARM174W25UH 074 54X53 17.1 091 42



450 Volts(Code: 2W)

NEW

VOLTAGE

RATING


•Long life, High reliability.

•This model offers R: 2-Claw Terminal as standard. S: 4-Claw Terminal or U: Straight Short Terminal is available with 35 X 50 Case Size. R: 2-Claw Terminal is also available with Case Size 35 X 50. Place the appropriate designation in the Part Number. (R is shown except for 35 X 50 Case Size, then S is shown).


HL2 Series •Life rating to 5,000 hours at 105°C •Temperature range –40°C to +105°C

Same as above, but:•Approximately 10% smaller than HL1Series.

•Approximately 10% higher Ripple Current than HL1 Series.

Product Numbering System for HL2, HF2 and HV2 SeriesExample: HL1 Series, 200V, 1,800µF, ±20%, 4-claw terminal, 35mm diameter case

Case diameter code

Terminal code


Capacitance code

Rated Voltage code

Series Name

HL2 2D 152 M R A


Frequency (Hz) 50/60 120 300 1K ≥10K


Temperature (°C) 40 60 70 85 105



For outline drawings, dimensions and other terminal shapes available see page 53.

HL1 Series •Life rating to 5,000 hours at 105°C •Temperature range –40°C to +105°C

Small Size


ALUMINUM ELECTROLYTIC CAPACITORSHL1 Series •Life rating to 5,000 hours at 105° •Temperature range –40°C to +105°C

detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM122D21LH 022 52X22 67.0 564 5XRM172D21LH 072 03X22 09.0 973 6YRM172D21LH 072 52X52 68.0 973 6XRM133D21LH 033 53X22 50.1 013 7YRM133D21LH 033 03X52 10.1 013 7XRM193D21LH 093 53X22 51.1 262 7ZRM193D21LH 093 52X03 31.1 262 7XRM174D21LH 074 54X22 04.1 812 9YRM174D21LH 074 53X52 92.1 812 9ZRM174D21LH 074 03X03 23.1 812 9XRM165D21LH 065 05X22 95.1 381 9YRM165D21LH 065 04X52 84.1 381 9ZRM165D21LH 065 03X03 44.1 381 9YRM186D21LH 086 05X52 77.1 051 11ZRM186D21LH 086 53X03 76.1 051 11ARM186D21LH 086 52X53 85.1 051 11ZRM128D21LH 028 04X03 29.1 521 11ARM128D21LH 028 03X53 38.1 521 11ZRM201D21LH 0001 54X03 22.2 201 31ARM201D21LH 0001 53X53 51.2 201 31ZRM221D21LH 0021 05X03 35.2 58 41ARM221D21LH 0021 04X53 44.2 58 41ARM251D21LH 0051 54X53 58.2 86 41ARM281D21LH 0081 05X53 52.3 75 51XRM151E21LH 051 52X22 26.0 805 5XRM181E21LH 081 03X22 37.0 424 6YRM181E21LH 081 52X52 07.0 424 6XRM122E21LH 022 03X22 18.0 743 7XRM172E21LH 072 53X22 59.0 282 8YRM172E21LH 072 03X52 29.0 282 8XRM133E21LH 033 04X22 11.1 132 8YRM133E21LH 033 53X52 70.1 132 8ZRM133E21LH 033 52X03 30.1 132 8XRM193E21LH 093 05X22 72.1 591 9YRM193E21LH 093 04X52 32.1 591 9ZRM193E21LH 093 03X03 02.1 591 9YRM174E21LH 074 54X52 24.1 661 9ZRM174E21LH 074 53X03 93.1 661 9ARM174E21LH 074 52X53 23.1 661 9ZRM165E21LH 065 53X03 15.1 931 01ARM165E21LH 065 03X53 25.1 931 01ZRM186E21LH 086 54X03 38.1 511 11ARM186E21LH 086 03X53 76.1 511 11ZRM128E21LH 028 05X03 90.2 59 11ARM128E21LH 028 53X53 49.1 59 11ARM201E21LH 0001 04X53 32.2 87 21ARM221E21LH 0021 05X53 56.2 56 31

200 Volts(Code: 2D)

250 Volts(Code: 2E)



ALUMINUM ELECTROLYTIC CAPACITORSHL1 Series •Life rating to 5,000 hours at 105° •Temperature range –40°C to +105°C

detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM086G21LH 86 52X22 14.0 8411 3XRM028G21LH 28 03X22 84.0 579 3XRM101G21LH 001 53X22 75.0 997 3YRM101G21LH 001 03X52 55.0 997 3XRM121G21LH 021 04X22 76.0 666 3YRM121G21LH 021 53X52 46.0 666 3ZRM121G21LH 021 52X03 26.0 666 3XRM151G21LH 051 54X22 87.0 335 4YRM151G21LH 051 04X52 67.0 335 4ZRM151G21LH 051 03X03 47.0 335 4XRM181G21LH 081 05X22 09.0 584 4YRM181G21LH 081 54X52 78.0 584 4ZRM181G21LH 081 53X03 58.0 584 4ARM181G21LH 081 52X53 18.0 584 4YRM122G21LH 022 05X52 00.1 793 5ZRM122G21LH 022 53X03 49.0 793 5ARM122G21LH 022 03X53 49.0 793 5ZRM172G21LH 072 54X03 51.1 423 5ARM172G21LH 072 53X53 11.1 423 5ZRM133G21LH 033 05X03 23.1 562 6ARM133G21LH 033 04X53 82.1 562 6ARM193G21LH 093 54X53 54.1 422 6ARM174G21LH 074 05X53 66.1 681 7XRM074W21LH 74 52X22 43.0 0481 3XRM065W21LH 65 03X22 14.0 4451 3XRM086W21LH 86 53X22 64.0 1721 3XRM028W21LH 28 53X22 15.0 4501 3YRM028W21LH 28 03X52 05.0 4501 3XRM101W21LH 001 04X22 06.0 568 4YRM101W21LH 001 53X52 95.0 568 4ZRM101W21LH 001 52X03 65.0 568 4XRM121W21LH 021 05X22 37.0 027 5YRM121W21LH 021 04X52 76.0 027 5ZRM121W21LH 021 03X03 66.0 027 5ARM121W21LH 021 52X53 66.0 027 5YRM151W21LH 051 54X52 08.0 675 5ZRM151W21LH 051 53X03 87.0 675 5ARM151W21LH 051 03X53 87.0 675 5ZRM181W21LH 081 04X03 09.0 084 5ARM181W21LH 081 03X53 68.0 084 5ZRM122W21LH 022 54X03 30.1 393 01ARM122W21LH 022 53X53 00.1 393 01ZRM172W21LH 072 05X03 02.1 023 01ARM172W21LH 072 04X53 61.1 023 01ARM133W21LH 033 54X53 33.1 262 21


400 Volts(Code: 2G)

450 Volts(Code: 2W)



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

WRM122D22LH 022 52X02 88.0 654 5WRM172D22LH 072 03X02 50.1 273 6WRM133D22LH 033 53X02 32.1 403 7XRM133D22LH 033 03X22 91.1 403 7YRM133D22LH 033 52X52 41.1 403 7YRM193D22LH 093 03X52 23.1 752 7XRM174D22LH 074 04X22 85.1 412 9YRM174D22LH 074 03X52 54.1 412 9ZRM174D22LH 074 52X03 24.1 412 9XRM165D22LH 065 54X22 18.1 971 9YRM165D22LH 065 53X52 76.1 971 9YRM186D22LH 086 04X52 39.1 841 11ZRM186D22LH 086 03X03 18.1 841 11YRM128D22LH 028 54X52 22.2 221 11ZRM128D22LH 028 53X03 01.2 221 11ZRM201D22LH 0001 04X03 34.2 001 31ARM201D22LH 0001 03X53 50.2 001 31ZRM221D22LH 0021 54X03 87.2 48 41ARM221D22LH 0021 53X53 63.2 48 41ARM251D22LH 0051 04X53 67.2 76 41WRM151E22LH 051 52X02 37.0 694 5WRM181E22LH 081 03X02 58.0 314 5XRM181E22LH 081 52X22 28.0 314 5WRM122E22LH 022 03X02 49.0 833 6WRM172E22LH 072 53X02 11.1 572 7YRM172E22LH 072 52X52 30.1 572 7XRM133E22LH 033 53X22 62.1 522 8YRM133E22LH 033 03X52 12.1 522 8XRM193E22LH 093 04X22 44.1 191 8YRM193E22LH 093 53X52 93.1 191 8ZRM193E22LH 093 52X03 03.1 191 8XRM174E22LH 074 05X22 37.1 261 9YRM174E22LH 074 04X52 16.1 261 9ZRM174E22LH 074 03X03 15.1 261 9YRM165E22LH 065 54X52 48.1 631 9YRM186E22LH 086 05X52 11.2 211 01ZRM186E22LH 086 53X03 19.1 211 01ZRM128E22LH 028 04X03 02.2 39 11ZRM201E22LH 0001 05X03 46.2 67 11ARM221E22LH 0021 54X53 75.2 46 21ARM251E22LH 0051 05X53 99.2 16 31

200 Volts(Code: 2D)

250 Volts(Code: 2E)

HL2 Series •Life rating to 5,000 hours at 105°C



ALUMINUM ELECTROLYTIC CAPACITORSHL2 Series •Life rating to 5,000 hours at 105°C •Temperature range –40°C to +105°C

detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

WRM086G22LH 86 52X02 15.0 1211 3WRM028G22LH 28 03X02 06.0 259 3XRM028G22LH 28 52X22 85.0 259 3WRM101G22LH 001 53X02 07.0 187 3XRM101G22LH 001 03X22 86.0 187 3YRM101G22LH 001 52X52 56.0 187 3WRM121G22LH 021 53X02 77.0 156 3XRM121G22LH 021 53X22 97.0 156 3YRM121G22LH 021 03X52 67.0 156 3XRM151G22LH 051 04X22 39.0 125 4YRM151G22LH 051 03X52 58.0 125 4ZRM151G22LH 051 52X03 08.0 125 4XRM181G22LH 081 54X22 70.1 574 4YRM181G22LH 081 53X52 99.0 574 4ZRM181G22LH 081 03X03 39.0 574 4XRM122G22LH 022 05X22 32.1 983 5YRM122G22LH 022 04X52 51.1 983 5ZRM122G22LH 022 03X03 30.1 983 5YRM172G22LH 072 54X52 33.1 713 5ZRM172G22LH 072 53X03 12.1 713 5ARM172G22LH 072 03X53 12.1 713 5ZRM133G22LH 033 04X03 04.1 952 6ARM133G22LH 033 53X53 04.1 952 6ZRM193G22LH 093 54X03 95.1 912 6ARM193G22LH 093 53X53 25.1 912 6ARM174G22LH 074 04X53 57.1 281 7ARM165G22LH 065 54X53 99.1 651 7WRM074W22LH 74 52X02 24.0 0281 3WRM065W22LH 65 03X02 05.0 7251 3XRM065W22LH 65 52X22 84.0 7251 3WRM086W22LH 86 03X02 55.0 8521 3XRM086W22LH 86 03X22 65.0 8521 3YRM086W22LH 86 52X52 45.0 8521 3WRM028W22LH 28 53X02 46.0 3401 3XRM101W22LH 001 53X22 27.0 558 4YRM101W22LH 001 03X52 96.0 558 4XRM121W22LH 021 04X22 38.0 317 5YRM121W22LH 021 53X52 08.0 317 5ZRM121W22LH 021 52X03 27.0 317 5XRM151W22LH 051 05X22 20.1 075 5YRM151W22LH 051 04X52 59.0 075 5ZRM151W22LH 051 03X03 58.0 075 5YRM181W22LH 081 54X52 80.1 574 5ZRM181W22LH 081 53X03 89.0 574 5ZRM122W22LH 022 04X03 41.1 983 01ARM122W22LH 022 03X53 90.1 983 01ZRM172W22LH 072 54X03 23.1 713 01ARM172W22LH 072 53X53 72.1 713 01ZRM133W22LH 033 05X03 25.1 952 21ARM133W22LH 033 04X53 74.1 952 21ARM193W22LH 093 54X53 66.1 422 41

400 Volts(Code: 2G)

450 Volts(Code: 2W)


ALUMINUM ELECTROLYTIC CAPACITORSHF2 Series •Life rating to 2,000 hours at 85°C •Temperature range –40°C to +85°C

detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°58@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM151C22FH 051 02X22 47.0 286 4XRM122C22FH 022 02X22 89.0 564 4ZRM133C22FH 033 02X03 13.1 013 5ARM174C22FH 074 02X53 74.1 732 5XRM101P22FH 001 02X22 16.0 3201 4XRM151P22FH 051 02X22 47.0 286 4XRM122P22FH 022 02X22 89.0 564 4ZRM133P22FH 033 02X03 13.1 013 5ARM174P22FH 074 02X53 74.1 732 5XRM101D22FH 001 02X22 16.0 558 4ARM151D22FH 051 02X53 47.0 595 4ARM122D22FH 022 02X53 89.0 324 4ARM133D22FH 033 02X53 32.1 282 5XRM101E22FH 001 02X22 16.0 558 4YRM151E22FH 051 02X52 18.0 585 4ZRM122E22FH 022 02X03 70.1 324 5ARM133E22FH 033 02X53 32.1 282 5XRM074V22FH 74 02X22 24.0 0281 4YRM086V22FH 86 02X52 45.0 8521 4ZRM101V22FH 001 02X03 27.0 298 5ARM151V22FH 051 02X53 49.0 595 5XRM074G22FH 74 02X22 24.0 0281 4YSM086G22FH 86 02X52 45.0 8521 4ZRM101G22FH 001 02X03 27.0 298 5ARM151G22FH 051 02X53 49.0 595 5XRM033W22FH 33 02X22 53.0 8462 4YRM074W22FH 74 02X52 64.0 9581 4ZRM086W22FH 86 02X03 95.0 5821 5ARM101W22FH 001 02X53 77.0 298 5

350 Volts(Code: 2V)

250 Volts(Code: 2E)

200 Volts(Code: 2D)

180 Volts(Code: 2P)

160 Volts(Code: 2C)

450 Volts(Code: 2W)

400 Volts(Code: 2G)

Low Profile •Only 20mm in length

•This model offers R: 2-Claw Terminal as standard


Frequency (Hz) 50/60 120 300 1K ≥10K

160 ~ 450V 0.7 1.0 1.1 1.3 1.4


160 ~ 450V 1.8 1.4 1.2 1.0



ALUMINUM ELECTROLYTIC CAPACITORSHV2 Series •Life rating to 2,000 hours at 105°C •Temperature range –40°C to +105°C

detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM151C22VH 051 02X22 75.0 286 4YRM122C22VH 022 02X52 07.0 564 4ZRM133C22VH 033 02X03 49.0 013 5ARM174C22VH 074 02X53 91.1 732 5XRM101P22VH 001 02X22 64.0 3201 4XRM151P22VH 051 02X22 75.0 286 4YRM122P22VH 022 02X52 07.0 564 4ARM133P22VH 033 02X53 00.1 013 5ARM174P22VH 074 02X53 91.1 732 5XRM101D22VH 001 02X22 64.0 558 4YRM151D22VH 051 02X52 85.0 595 4ZRM122D22VH 022 02X03 77.0 324 5ARM133D22VH 033 02X53 00.1 282 5XRM086E22VH 86 02X22 83.0 558 4XRM101E22VH 001 02X22 64.0 595 4ZRM151E22VH 051 02X03 36.0 324 5ARM122E22VH 022 02X53 28.0 282 5XRM074V22VH 74 02X22 23.0 0281 4YRM086V22VH 86 02X52 93.0 8521 4ZRM101V22VH 001 02X03 25.0 298 5ARM151V22VH 051 02X53 76.0 595 5XRM033G22VH 33 02X22 72.0 0281 4YRM074G22VH 74 02X52 33.0 8521 4ZRM086G22VH 86 02X03 34.0 298 5ARM101G22VH 001 02X53 55.0 595 5

350 Volts(Code: 2V)

250 Volts(Code: 2E)

200 Volts(Code: 2D)

180 Volts(Code: 2P)

160 Volts(Code: 2C)

400 Volts(Code: 2G)

Low Profile •Only 20mm in length

•This model offers R: 2-Claw Terminal as standard


Frequency (Hz) 50/60 120 300 1K ≥10K


Temperature (°C) 40 60 70 85 105





detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


@ 501 zH021,C°

lacipyT)m(RSE

zH021,C°02@

lacipyT)Hn(LSE

M233C1LUH 3,3 00 22 X 03 73.1 llaC llaCM274C1LUH 7,4 00 22 X 04 18.1 llaC llaCM286C1LUH 8,6 00 22 X 50 93.2 llaC llaC

H M301C1LU 01 000, 52 X 05 2 94. llaC llaCH M351C1LU 000,51 53 X 05 24.3 llaC llaC

M222E1LUH 2,2 00 22 X 03 21.1 llaC llaCM233E1LUH 3,3 00 22 X 53 44.1 llaC llaCM274E1LUH 7,4 00 22 X 04 18.1 llaC llaC

H M286E1LU 8,6 00 52 X 50 34.2 llaC llaCH M301E1LU 01 000, 03 X 05 76.2 llaC llaC

M251V1LUH 5,1 00 22 X 03 30.1 llaC llaCV1LUH 222 M 2,2 00 22 X 53 1 23. llaC llaCV1LUH 233 M 3,3 00 22 X 50 1 68. llaC llaC

M274V1LUH 7,4 00 52 X 05 20.2 llaC llaCH M286V1LU 8,6 00 53 X 05 06.2 llaC llaC

M201H1LUH ,1 0 00 22 X 03 48.0 llaC llaCM251H1LUH 5,1 00 22 X 53 90.1 llaC llaC

H M222H1LU 2,2 00 22 X 05 25.1 llaC llaCH M233H1LU 3,3 00 52 X 50 98.1 llaC llaCH M274H1LU 7,4 00 03 X 05 61.2 llaC llaC

M196J1LUH 86 0 22 X 03 96.0 llaC llaCM201J1LUH 000,1 22 X 04 49.0 llaC llaCM251J1LUH 5,1 00 22 X 50 52.1 llaC llaC

H M222J1LU 2,2 00 52 X 05 45.1 llaC llaCH M223J1LU 3,3 00 53 X 05 21.2 llaC llaC

M133K1LUH 33 0 22 X 52 25.0 llaC llaCM174K1LUH 74 0 22 X 03 76.0 llaC llaC

H M186K1LU 86 0 22 X 04 98.0 llaC llaCH M201K1LU 0,1 00 22 X 50 81.1 llaC llaCH M251K1LU 5,1 00 03 X 05 85.1 llaC llaCH M222K1LU 2,2 00 53 X 05 00.2 llaC llaCH M122A2LU 022 22 X 52 34.0 llaC llaC

M133A2LUH 033 22 X 03 65.0 llaC llaCM174A2LUH 074 22 X 04 47.0 llaC llaCM186A2LUH 086 22 X 50 89.0 llaC llaCM201A2LUH 0001 03 X 05 92.1 llaC llaCM251A2LUH 0051 53 X 05 56.1 llaC llaC

HUL Series •Life rating to 5,000 hours at 105°C •Temperature range –40°C to +105°C

100 Volts(Code: 2A)

80 Volts(Code: 1K)

63 Volts(Code: 1J)

50 Volts(Code: 1H)

35 Volts(Code: 1V)

25 Volts(Code: 1E)

16 Volts(Code: 1C)



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyT)m(RSE

zH021,C°02@

lacipyT)Hn(LSE

M233C1LVH 3,3 00 52 X 52 01.1 llaC llaC

M274C1LVH 7,4 00 03 X 52 34.1 llaC llaC

M286C1LVH 8,6 00 03 03X 38.1 llaC llaC

VH M301C1L 01 000, 53 X 53 2 64. llaC llaC

M222E1LVH 2,2 00 52 52X 70.1 llaC llaC

M233E1LVH 3,3 00 03 52X 24.1 llaC llaC

M274E1LVH 7,4 00 03 X 03 25.1 llaC llaC

VH M286E1L 8,6 00 53 X 30 39.1 llaC llaC

M251V1LVH 5,1 00 52 X 52 88.0 llaC llaC

V1LVH 222 M 2,2 00 03 X 52 1 61. llaC llaC

V1LVH 233 M 3,3 00 03 03X 1 15. llaC llaC

M274V1LVH 7,4 00 53 X 53 00.2 llaC llaC

M201H1LVH ,1 0 00 52 52X 08.0 llaC llaC

M251H1LVH 5,1 00 03 52X 70.1 llaC llaC

VH M222H1L 2,2 00 03 X 03 83.1 llaC llaC

VH M233H1L 3,3 00 53 X 53 78.1 llaC llaC

M196J1LVH 86 0 52 X 52 76.0 llaC llaC

M201J1LVH 000,1 03 X 52 88.0 llaC llaC

M251J1LVH 5,1 00 53 03X 02.1 llaC llaC

VH M222J1L 2,2 00 53 X 53 35.1 llaC llaC

M174K1LVH 74 0 52 52X 46.0 llaC llaC

VH M186K1L 86 0 03 52X 38.0 llaC llaC

VH M201K1L 0,1 00 53 X 03 31.1 llaC llaC

VH M251K1L 5,1 00 53 X 53 64.1 llaC llaC

VH M122A2L 022 52 X 52 44.0 llaC llaC

M133A2LVH 033 03 X 52 85.0 llaC llaC

M174A2LVH 074 03 03X 37.0 llaC llaC

M186A2LVH 086 53 X 03 39.0 llaC llaC

M201A2LVH 0001 53 53X 91.1 llaC llaC

100 Volts(Code: 2A)

80 Volts(Code: 1K)

63 Volts(Code: 1J)

50 Volts(Code: 1H)

35 Volts(Code: 1V)

25 Volts(Code: 1E)

16 Volts(Code: 1C)

HVL Series •Life rating to 5,000 hours at 105°C •Temperature range –40°C to +105°C



Frequency (Hz) 50/60 120 300 1K ≥10K


Temperature (°C) 40 60 70 85 105



SS2 Series and SS3 Series

• SS2 Series - Standard Size

• SS3 Series - Small Size

• Overvoltage resistant. Both SS2 Series and SS3 Series are designed to fail in the open mode without spiking or catching fire when excess voltage is applied. (1.5 times the rated voltage with 7A current max.)

• These models offer R: 2-Claw Terminals as standard. U: Straight Short Terminals are also available. Place the appropriate designation in the Part Number. (R is shown.)

SS2 Series and SS3 Series — Featuring Overvoltage Resistance

Product Numbering System for SS2 and SS3 SeriesExample: SS2 Series, 200V, 1,500µF, ±20%, 2-claw terminal, 35mm diameter case

Case diameter code

Terminal code


Capacitance code

Rated Voltage code

Series Name

SS2 2D 152 M R A




ALUMINUM ELECTROLYTIC CAPACITORSSS2 Series •Life rating to 2,000 hours at 105°C •Temperature range –40°C to +105°C

detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM151D22SS 051 52X22 26.0 095 4XRM181D22SS 081 03X22 37.0 045 5XRM122D22SS 022 03X22 97.0 004 5YRM122D22SS 022 52X52 77.0 004 5XRM172D22SS 072 53X22 59.0 063 6YRM172D22SS 072 03X52 09.0 063 6XRM133D22SS 033 04X22 01.1 592 7YRM133D22SS 033 03X52 00.1 592 7XRM193D22SS 093 05X22 13.1 052 8YRM193D22SS 093 53X52 61.1 052 8ZRM193D22SS 093 52X03 11.1 052 8YRM174D22SS 074 04X52 33.1 012 8ZRM174D22SS 074 03X03 03.1 012 8YRM165D22SS 065 54X52 25.1 571 9ZRM165D22SS 065 03X03 24.1 571 9ARM165D22SS 065 52X53 14.1 571 9ZRM186D22SS 086 53X03 56.1 541 9ARM186D22SS 086 03X53 56.1 541 9ZRM128D22SS 028 04X03 98.1 021 01ARM128D22SS 028 03X53 28.1 021 01ZRM201D22SS 000,1 05X03 92.2 001 11ARM201D22SS 000,1 53X53 31.2 001 11ARM221D22SS 002,1 04X53 24.2 58 11ARM251D22SS 005,1 05X53 59.2 56 21XRM086G22SS 86 03X22 85.0 0031 3XRM028G22SS 28 03X22 76.0 0801 3YRM028G22SS 28 52X52 16.0 0801 3XRM101G22SS 001 04X22 97.0 098 3YRM101G22SS 001 03X52 27.0 098 3XRM121G22SS 021 54X22 19.0 047 3YRM121G22SS 021 53X52 48.0 047 3ZRM121G22SS 021 52X03 18.0 047 3YRM151G22SS 051 04X52 99.0 095 4ZRM151G22SS 051 03X03 69.0 095 4YRM181G22SS 081 54X52 41.1 094 4ZRM181G22SS 081 03X03 50.1 094 4ARM181G22SS 081 52X53 50.1 094 4ZRM122G22SS 022 53X03 32.1 004 5ARM122G22SS 022 03X53 42.1 004 5ZRM172G22SS 072 04X03 34.1 033 5ARM172G22SS 072 53X53 54.1 033 5ZRM133G22SS 033 05X03 37.1 072 6ARM133G22SS 033 04X53 76.1 072 6ARM193G22SS 093 54X53 09.1 032 6ARM174G22SS 074 05X53 61.2 091 7

Standard Size •Overvoltage resistant

200 Volts(Code: 2D)

400 Volts(Code: 2G)


detaRegatloV)CDVW(

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ecnaticapaCeziSesaC

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zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM086G23SS 86 52X22 45.0 0031 3XRM028G23SS 28 03X22 46.0 0801 3YRM028G23SS 28 52X52 16.0 0801 3XRM101G23SS 001 53X22 47.0 098 3YRM101G23SS 001 03X52 17.0 098 3XRM121G23SS 021 04X22 68.0 047 3YRM121G23SS 021 03X52 97.0 047 4XRM151G23SS 051 54X22 10.1 095 4YRM151G23SS 051 53X52 39.0 095 4ZRM151G23SS 051 52X03 19.0 095 4YRM181G23SS 081 04X52 60.1 094 4ZRM181G23SS 081 03X03 50.1 094 4ARM181G23SS 081 52X53 50.1 094 5YRM122G23SS 022 54X52 42.1 004 5ZRM122G23SS 022 53X03 11.1 004 5ARM122G23SS 022 03X53 32.1 004 5ZRM172G23SS 072 04X03 34.1 033 5ARM172G23SS 072 03X53 63.1 033 5ZRM133G23SS 033 54X03 46.1 072 6ARM133G23SS 033 53X53 85.1 072 6ARM193G23SS 093 04X53 08.1 032 6ARM174G23SS 074 54X53 60.2 091 7XRM093W23SS 93 52X22 04.0 0042 3XRM074W23SS 74 03X22 74.0 0891 3XRM065W23SS 65 03X22 25.0 0661 3YRM065W23SS 65 52X52 25.0 0661 3XRM086W23SS 86 53X22 16.0 0731 3YRM086W23SS 86 03X52 16.0 0731 3XRM028W23SS 28 04X22 07.0 0311 3YRM028W23SS 28 03X52 76.0 0311 3XRM101W23SS 001 54X22 28.0 039 4YRM101W23SS 001 53X52 77.0 039 4ZRM101W23SS 001 52X03 57.0 039 4YRM121W23SS 021 04X52 09.0 077 4ZRM121W23SS 021 03X03 68.0 077 4ARM121W23SS 021 52X53 68.0 077 5YRM151W23SS 051 54X52 50.1 026 5ZRM151W23SS 051 53X03 10.1 026 5ARM151W23SS 051 13X53 10.1 026 5ZRM181W23SS 081 04X03 61.1 025 5ARM181W23SS 081 13X53 11.1 025 5ZRM122W23SS 022 54X03 43.1 024 6ARM122W23SS 022 63X53 03.1 024 6ARM172W23SS 072 14X53 05.1 043 6ARM133W23SS 033 64X53 27.1 082 7

Small Size •Overvoltage resistant.

400 Volts(Code: 2G)

ALUMINUM ELECTROLYTIC CAPACITORSSS3 Series •Life rating to 2,000 hours at 105°C •Temperature range –40°C to +105°C

450 Volts(Code: 2W)



• PZ1 Series - Life rating to 3,000 hours at 85°C.• Similar to HP3 Series in size and ripple current, with improved electrolyte and foil for longer life.• This series offers R: 2-Claw Terminals as standard. S: 4-Claw Terminals and T: T Terminals are also available. Place the appropriate designation in the Part Number. (R is shown.)

• ZL1 Series - Life rating to 3,000 hours at 105°C.• Similar to HU4 Series in size and ripple current, with improved electrolyte and foil for longer life.• This series offers R: 2-Claw Terminals as standard. U: Straight Short Terminals are also available. Place the appropriate designation in the Part Number. (R is shown.)

Product Numbering System for PZ1 and ZL1 SeriesExample: ZL1 Series, 400V, 470µF, ±20%, 2-claw terminal, 35mm diameter case

Case diameter code

Terminal code


Capacitance code

Rated Voltage code

Series Name

ZL1 2G 471 M R A

Capacitance Code: To determine Capacitance code use the first 2 digits of the Capacitancefollowed by the number of zeros. Using the above example of 470: 47 + 1 zeros = 471.

PZ1 Series and ZL1 Series — Longer Life

Frequency (Hz) 50/60 120 400 1K ≥10K


Temperature (°C) 40 55 70 85 105



ZL1 Series

Frequency (Hz) 50/60 120 400 1K ≥10K





PZ1 Series

NEW

MODELS



detaRegatloV)CDVW(

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ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°58@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM122D21ZP 022 52X22 63.1 584 5XRM172D21ZP 072 52X22 05.1 593 6XRM133D21ZP 033 03X22 67.1 523 7YRM133D21ZP 033 52X52 98.1 523 7XRM193D21ZP 093 03X22 29.1 572 7YRM193D21ZP 093 52X52 09.1 572 7XRM174D21ZP 074 53X22 32.2 032 9ZRM174D21ZP 074 52X03 32.2 032 9XRM165D21ZP 065 04X22 45.2 091 9ZRM165D21ZP 065 52X03 44.2 091 9XRM186D21ZP 086 54X22 29.2 061 11ARM186D21ZP 086 52X53 68.2 061 11YRM128D21ZP 028 04X52 62.3 031 11ARM128D21ZP 028 52X53 31.3 031 11YRM201D21ZP 000,1 05X52 29.3 011 31ARM201D21ZP 000,1 03X53 66.3 011 31ZRM221D21ZP 002,1 04X03 91.4 09 41ARM221D21ZP 002,1 63X53 52.4 09 41ARM251D21ZP 005,1 04X53 39.4 57 41ASM281D21ZP 008,1 05X53 48.5 06 51XRM122E21ZP 022 52X22 63.1 584 5XRM172E21ZP 072 03X22 06.1 593 6YRM172E21ZP 072 52X52 85.1 593 6XRM133E21ZP 033 53X22 78.1 523 7YRM133E21ZP 033 03X52 68.1 523 7XRM193E21ZP 093 53X22 40.2 572 8ZRM193E21ZP 093 52X03 40.2 572 8XRM174E21ZP 074 04X22 53.2 032 8ARM174E21ZP 074 52X53 83.2 032 8XRM165E21ZP 065 05X22 18.2 091 9ARM165E21ZP 065 52X53 95.2 091 9YRM186E21ZP 086 54X52 11.3 061 9ARM186E21ZP 086 03X53 10.3 061 9YRM128E21ZP 028 05X52 55.3 031 01ARM128E21ZP 028 03X53 13.3 031 01ZRM201E21ZP 000,1 54X03 00.4 011 11ARM201E21ZP 000,1 63X53 88.3 011 11ZRM221E21ZP 002,1 05X03 55.4 09 11ARM221E21ZP 002,1 04X53 04.4 09 11ASM251E21ZP 005,1 05X53 43.5 57 21

ALUMINUM ELECTROLYTIC CAPACITORSPZ1 Series •Life rating to 3,000 hours at 85°C


200 Volts(Code: 2D)

250 Volts(Code: 2E)



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°58@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM028G21ZP 28 52X22 38.0 5921 3XRM101G21ZP 001 03X22 79.0 5601 3YRM101G21ZP 001 52X52 69.0 5601 3XRM121G21ZP 021 03X22 70.1 588 3YRM121G21ZP 021 52X52 60.1 588 3XRM151G21ZP 051 53X22 62.1 017 4ZRM151G21ZP 051 52X03 62.1 017 4XRM181G21ZP 081 04X22 64.1 095 4ZRM181G21ZP 081 52X03 83.1 095 4XRM122G21ZP 022 05X22 67.1 584 5ARM122G21ZP 022 52X53 26.1 584 5YRM172G21ZP 072 54X52 69.1 593 5ARM172G21ZP 072 03X53 09.1 593 5YRM133G21ZP 033 05X52 21.2 523 6ARM133G21ZP 033 03X53 01.2 523 6ZRM193G21ZP 093 54X03 05.2 572 6ARM193G21ZP 093 63X53 24.2 572 6ARM174G21ZP 074 04X53 67.2 032 7ARM165G21ZP 065 54X53 31.3 091 8ASM186G21ZP 086 05X53 95.3 061 01

XRM028W21ZP 28 03X22 98.0 0431 3YRM028W21ZP 28 52X52 88.0 0431 3XRM101W21ZP 101 53X22 30.1 0011 3ZRM101W21ZP 101 52X03 30.1 0011 3XRM121W21ZP 021 04X22 91.1 519 4ZRM121W21ZP 021 52X03 31.1 519 4XRM151W21ZP 051 54X22 93.1 537 5ZRM151W21ZP 051 03X03 43.1 537 5XRM181W21ZP 081 05X22 06.1 016 5ARM181W21ZP 081 52X53 64.1 016 5YRM122W21ZP 022 54X52 67.1 005 5ARM122W21ZP 022 03X53 27.1 005 5ZRM172W21ZP 072 04X03 99.1 014 01ARM172W21ZP 072 63X53 20.2 014 01ZRM133W21ZP 033 54X03 92.2 533 01ARM133W21ZP 033 63X53 32.2 533 01ARM193W21ZP 093 04X53 15.2 582 21ARM174W21ZP 074 54X53 88.2 532 41

400 Volts(Code: 2G)

450 Volts(Code: 2W)

PZ1 Series •Life rating to 3,000 hours at 85°C •Temperature range –40°C to +85°C


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM193D21LZ 093 03X22 42.1 572 7XRM174D21LZ 074 53X22 54.1 032 9YRM174D21LZ 074 03X52 04.1 032 9XRM165D21LZ 065 04X22 66.1 091 9YRM165D21LZ 065 53X52 16.1 091 9ZRM165D21LZ 065 52X03 54.1 091 9XRM186D21LZ 086 54X22 29.1 061 11YRM186D21LZ 086 04X52 68.1 061 11YRM128D21LZ 028 54X52 41.2 031 11ZRM128D21LZ 028 03X03 68.1 031 11ARM128D21LZ 028 52X53 25.1 031 11YRM201D21LZ 000,1 05X52 74.2 011 31ZRM201D21LZ 000,1 53X03 71.2 011 31ARM201D21LZ 000,1 03X53 87.1 011 31ZRM221D21LZ 002,1 04X03 94.2 09 41ARM221D21LZ 002,1 53X53 40.2 09 41ZRM251D21LZ 005,1 05X03 30.3 57 41ARM251D21LZ 005,1 04X53 93.2 57 41ARM281D21LZ 008,1 54X53 37.2 06 51ARM222D21LZ 002,2 05X53 41.3 05 51XRM181E21LZ 081 52X22 68.0 045 5XRM122E21LZ 022 52X22 59.0 544 5XRM172E21LZ 072 03X22 21.1 063 6XRM133E21LZ 033 53X22 13.1 592 7XRM193E21LZ 093 04X22 05.1 052 8YRM193E21LZ 093 03X52 73.1 052 8XRM174E21LZ 074 54X22 27.1 012 8YRM174E21LZ 074 53X52 95.1 012 8XRM165E21LZ 065 05X22 69.1 571 9YRM165E21LZ 065 04X52 38.1 571 9ZRM165E21LZ 065 03X03 56.1 571 9YRM186E21LZ 086 54X52 11.2 541 9ZRM186E21LZ 086 53X03 19.1 541 9ZRM128E21LZ 028 04X03 02.2 021 01ARM128E21LZ 028 03X53 67.1 021 01ZRM201E21LZ 000,1 54X03 45.2 001 11ARM201E21LZ 000,1 53X53 40.2 001 11ZRM221E21LZ 002,1 05X03 09.2 58 11ARM221E21LZ 002,1 04X53 43.2 58 11ARM251E21LZ 005,1 05X53 48.2 56 21

ALUMINUM ELECTROLYTIC CAPACITORSZL1 Series •Life rating to 3,000 hours at 105°C


200 Volts(Code: 2D)

250 Volts(Code: 2E)

For outline drawings, dimensions and other terminal shapes availablesee page 53.


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM028G21LZ 28 52X22 85.0 0801 3XRM101G21LZ 001 03X22 86.0 098 3XRM121G21LZ 021 53X22 97.0 047 3XRM151G21LZ 051 04X22 39.0 095 4YRM151G21LZ 051 03X52 58.0 095 4ZRM151G21LZ 051 52X03 08.0 095 4XRM181G21LZ 081 54X22 70.1 094 4YRM181G21LZ 081 53X52 89.0 094 4XRM122G21LZ 022 05X22 32.1 004 5YRM122G21LZ 022 04X52 41.1 004 5ZRM122G21LZ 022 03X03 30.1 004 5ARM122G21LZ 022 52X53 69.0 004 5YRM172G21LZ 072 54X52 33.1 033 5ZRM172G21LZ 072 53X03 02.1 033 5ARM172G21LZ 072 03X53 31.1 033 5ZRM133G21LZ 033 04X03 04.1 072 6ZRM193G21LZ 093 54X03 95.1 032 6ARM193G21LZ 093 53X53 34.1 032 6ZRM174G21LZ 074 05X03 18.1 091 7ARM174G21LZ 074 04X53 46.1 091 7ARM165G21LZ 065 54X53 78.1 061 8XRM065W21LZ 65 52X22 84.0 0851 3XRM028W21LZ 28 03X22 26.0 0801 3YRM028W21LZ 28 52X52 55.0 0801 3XRM101W21LZ 001 53X22 27.0 098 3YRM101W21LZ 001 03X52 46.0 098 3XRM121W21LZ 021 04X22 38.0 047 4YRM121W21LZ 021 53X52 47.0 047 4ZRM121W21LZ 021 52X03 27.0 047 4XRM151W21LZ 051 05X22 20.1 095 5YRM151W21LZ 051 04X52 88.0 095 5ZRM151W21LZ 051 03X03 58.0 095 5ARM151W21LZ 051 52X53 08.0 095 5YRM181W21LZ 081 54X52 00.1 094 5YRM122W21LZ 022 05X52 61.1 004 5ZRM122W21LZ 022 53X03 90.1 004 5ARM122W21LZ 022 03X53 20.1 004 5ZRM172W21LZ 072 54X03 23.1 033 01ARM172W21LZ 072 53X53 91.1 033 01ZRM133W21LZ 033 05X03 25.1 072 01ARM133W21LZ 033 04X53 73.1 072 01ARM193W21LZ 093 54X53 65.1 032 21ARM174W21LZ 074 05X53 87.1 091 42

ALUMINUM ELECTROLYTIC CAPACITORSZL1 Series •Life rating to 3,000 hours at 105°C •Temperature range –40°C to +105°C

400 Volts(Code: 2G)

450 Volts(Code: 2W)


ALUMINUM ELECTROLYTIC CAPACITORSXL1 Series •Life rating to 10,000 hours at 105°C •Temperature range –40°C to +105°C

Product Numbering System for XL1 SeriesExample: XL1 Series, 450V, 100µF, ±20%, 2-claw terminal, 22mm diameter case

Case diameter code

Terminal code


Capacitance code

Rated Voltage code

Series Name

XL1 2W 101 M R X

Capacitance Code: To determine Capacitance code use the first 2 digits of the Capacitancefollowed by the number of zeros. Using the above example of 101: 10 + 1 zero = 101.

Frequency (Hz) 50/60 120 300 1K ≥10K


Temperature (°C) 40 60 70 85 105



XL1 Series

• XL1 Series - Life rating to 10,000 hours at 105°C.• Similar to the superceded HL1 Series in size and ripple current, with improved electrolyte and foil for longer life.• This series offers R: 2-Claw Terminals as standard. S: 4-Claw Terminals and T: T terminals are also available. Place the appropriate designation in the Part Number. (R is shown.)

NEW

MODEL

For outline drawings, dimensions and other terminal shapes availablesee page 53.



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM122D21LX 022 52X22 67.0 564 5XRM172D21LX 072 03X22 09.0 973 6YRM172D21LX 072 52X52 68.0 973 6XRM133D21LX 033 53X22 50.1 013 7YRM133D21LX 033 03X52 10.1 013 7XRM193D21LX 093 53X22 51.1 262 7YRM193D21LX 093 03X52 01.1 262 7ZRM193D21LX 093 52X03 31.1 262 7XRM174D21LX 074 54X22 04.1 812 9YRM174D21LX 074 53X52 92.1 812 9ZRM174D21LX 074 52X03 42.1 812 9XRM165D21LX 065 05X22 95.1 381 9YRM165D21LX 065 04X52 84.1 381 9ZRM165D21LX 065 03X03 44.1 381 9YRM186D21LX 086 54X52 07.1 051 11ZRM186D21LX 086 53X03 76.1 051 11ARM186D21LX 086 03X53 76.1 051 11YRM128D21LX 028 05X52 49.1 521 11ZRM128D21LX 028 04X03 29.1 521 11ARM128D21LX 028 03X53 38.1 521 11ZRM201D21LX 0001 54X03 22.2 201 31ARM201D21LX 0001 53X53 51.2 201 31ZRM221D21LX 0021 05X03 35.2 58 41ARM221D21LX 0021 04X53 44.2 58 41ARM251D21LX 0051 54X53 58.2 86 41XRM151E21LX 051 52X22 26.0 805 5XRM181E21LX 081 03X22 37.0 424 6YRM181E21LX 081 52X52 07.0 424 6XRM122E21LX 022 53X22 68.0 743 7YRM122E21LX 022 03X52 38.0 743 7XRM172E21LX 072 04X22 00.1 282 8YRM172E21LX 072 03X52 29.0 282 8XRM133E21LX 033 54X22 61.1 132 8YRM133E21LX 033 53X52 70.1 132 8ZRM133E21LX 033 52X03 30.1 132 8XRM193E21LX 093 05X22 23.1 591 9YRM193E21LX 093 04X52 32.1 591 9ZRM193E21LX 093 03X03 02.1 591 9YRM174E21LX 074 54X52 24.1 661 9ZRM174E21LX 074 53X03 93.1 661 9ARM174E21LX 074 03X53 04.1 661 9YRM165E21LX 065 05X52 26.1 931 01ZRM165E21LX 065 04X03 85.1 931 01ARM165E21LX 065 53X53 06.1 931 01ZRM186E21LX 086 54X03 38.1 511 11ARM186E21LX 086 04X53 58.1 511 11ZRM128E21LX 028 05X03 90.2 59 11ARM128E21LX 028 54X53 11.2 59 11ARM201E21LX 0001 05X53 34.2 87 21

200 Volts(Code: 2D)

250 Volts(Code: 2E)



detaRegatloV)CDVW(

traPrebmuN

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zH021,C°501@

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

XRM065G21LX 65 52X22 73.0 0341 3XRM086G21LX 86 03X22 44.0 8411 3XRM028G21LX 28 53X22 15.0 579 3YRM028G21LX 28 52X52 74.0 579 3XRM101G21LX 001 04X22 06.0 997 3YRM101G21LX 001 03X52 55.0 997 3XRM121G21LX 021 54X22 07.0 666 3YRM121G21LX 021 53X52 46.0 666 3ZRM121G21LX 021 52X03 26.0 666 3XRM151G21LX 051 05X22 28.0 335 4YRM151G21LX 051 04X52 67.0 335 4ZRM151G21LX 051 03X03 47.0 335 4ARM151G21LX 051 52X53 57.0 335 4YRM181G21LX 081 54X52 78.0 584 4ZRM181G21LX 081 53X03 58.0 584 4ARM181G21LX 081 03X53 68.0 584 4YRM122G21LX 022 05X52 00.1 793 5ZRM122G21LX 022 04X03 99.0 793 5ARM122G21LX 022 03X53 49.0 793 5ZRM172G21LX 072 54X03 51.1 423 5ARM172G21LX 072 53X53 11.1 423 5ZRM133G21LX 033 05X03 23.1 562 6ARM133G21LX 033 04X53 82.1 562 6ARM193G21LX 093 54X53 54.1 422 6ASM174G21LX 074 05X53 66.1 681 7XRM093W21LX 93 52X22 23.0 0222 3XRM074W21LX 74 03X22 83.0 0481 3YRM074W21LX 74 52X52 63.0 0481 3XRM065W21LX 65 53X22 34.0 4451 3YRM065W21LX 65 03X52 34.0 4451 3XRM086W21LX 86 04X22 05.0 1721 3YRM086W21LX 86 03X52 64.0 1721 3XRM028W21LX 28 04X22 55.0 4501 3YRM028W21LX 28 53X52 45.0 4501 3ZRM028W21LX 28 52X03 15.0 4501 3XRM101W21LX 001 05X22 76.0 568 4YRM101W21LX 001 04X52 26.0 568 4ZRM101W21LX 001 03X03 06.0 568 4YRM121W21LX 021 54X52 27.0 027 5ZRM121W21LX 021 53X03 96.0 027 5ARM121W21LX 021 03X53 07.0 027 5YRM151W21LX 051 05X52 38.0 675 5ZRM151W21LX 051 04X03 18.0 675 5ARM151W21LX 051 03X53 87.0 675 5ZRM181W21LX 081 54X03 39.0 084 5ARM181W21LX 081 53X53 19.0 084 5ZRM122W21LX 022 05X03 70.1 393 01ARM122W21LX 022 04X53 50.1 393 01ARM172W21LX 072 54X53 12.1 023 01

400 Volts(Code: 2G)

450 Volts(Code: 2W)



Product Numbering System for PS2 and US2 SeriesExample: PS2 Series, 400V, 1,000µF, ±20%, T terminal, 51 x 51mm

Case code

Terminal code

Capacitance tolerance code (±20%)

Capacitance code

Rated Voltage code

Series Name

PS2 2G 102 M T C


• PS2 Series - Life rating to 2,000 hours at 85°C.

• US2 Series - Life rating to 2,000 hours at 105°C.

• Both product series are designed for filtering applications in inverter and servo amplifiers.• Ideal for improving cost performance with larger diameter and higher ripple current.• High ripple current was realized with a new heat radiation structure and low ESR material.• Maximum ripple current has improved by 27% compared with HP3 and HU3 series.• This series offers T: T-Terminals, with 3rd blank terminal for increased mounting stability.

PS2 Series and US2 Series

11.0

15.5 (3) 1.5 x 6.5 (3) 1.0 x 5.5

BlankPPS

Ø51±1

Terminal PVC Insulation Sleeve

4.2 MAX L±2

Safety Vent

26.8

26.8

PC Board Holes

BLANK terminals mustnot be connected toany other circuit.

NEW

MODELS


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


@ 58 zH021,C°

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

BSM281D22SP 8,1 00 54X14 87.5 36 52BSM222D22SP 2,2 00 55X14 53.6 25 52HSM272D22SP 7,2 00 15X64 85.6 24 52BSM233D22SP 3,3 00 46X14 64.7 43 52HSM233D22SP 3,3 00 16X64 53.7 43 52CTM233D22SP 3,3 00 15X15 70.7 53 52HSM293D22SP 9,3 00 64 X 07 89.7 92 52CTM293D22SP 9,3 00 16X15 67.7 03 52CTM274D22SP 7,4 00 15 X 07 94.8 52 52BSM221E22SP 2,1 00 41 54X 27.4 59 52BSM281E22SP 8,1 00 41 X 55 57.5 36 52HSM281E22SP 8,1 00 64 X 15 73.5 36 52BSM222E22SP 2,2 00 41 46X 14.6 25 52HSM222E22SP 2,2 00 64 6X 1 00.6 25 52CTM272E22SP 7,2 00 15 X 15 04.6 34 52HSM233E22SP 3,3 00 64 X 07 43.7 43 52CTM233E22SP 3,3 00 15 6X 1 41.7 53 52CTM293E22SP 9,3 00 15 X 70 37.7 03 52BSM165G22SP 65 0 14 54X 22.4 101 52BSM186G22SP 086 14 X 55 26.4 38 52HSM128G22SP 28 0 64 5X 1 31.5 96 52BSM201G22SP 1 000, 14 46X 66.5 65 52HSM201G22SP 1 000, 64 6X 1 37.5 65 52CTM201G22SP 1 000, 15 5X 1 88.5 75 52HSM221G22SP 2,1 00 64 X 07 62.6 74 52CTM221G22SP 1,2 00 15 6X 1 15.6 74 52CTM251G22SP 5,1 00 15 X 07 52.7 83 52

BSM174V0242SP 74 0 14 X 54 17.3 851 52BSM186V0242SP 86 0 14 X 55 44.4 901 52HSM186V0242SP 86 0 64 X 15 84.4 901 52BSM128V0242SP 28 0 14 X 46 29.4 09 52CTM128V0242SP 28 0 15 X 15 11.5 19 52HSM201V0242SP ,1 0 00 64 X 16 94.5 47 52HSM221V0242SP 002,1 64 07X 10.6 26 52CTM221V0242SP 002,1 15 6X 1 52.6 26 52CTM251V0242SP 005,1 15 X 07 69.6 05 52

BSM193W22SP 93 0 14 54X 83.3 091 52BSM165W22SP 65 0 14 X 55 30.4 231 52HSM186W22SP 86 0 64 X 15 84.4 901 52BSM128W22SP 028 14 46X 29.4 09 52HSM128W22SP 028 64 6X 1 89.4 09 52CTM128W22SP 028 15 5X 1 11.5 19 52HSM201W22SP 000,1 07X64 84.5 47 52CTM201W22SP 000,1 16X15 07.5 47 52CTM221W22SP 002,1 15 X 07 22.6 26 52


200 Volts(Code: 2D)

250 Volts(Code: 2E)

400 Volts(Code: 2G)


450 Volts(Code: 2GW)

PS2 Series •Life rating to 2,000 hours at 85°C •Temperature range –40°C to +85°C



Frequency (Hz) 50/60 120 300 1K ≥10K




detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ


01@ 5 zH021,C°

lacipyTm(RSE Ω)

zH021,C°02@

lacipyT)Hn(LSE

BSM251D22SU 5,1 00 . 54X14 99.3 67 52BSM222D22SU 2,2 00 . 14 X 55 08.4 25 52HSM222D22SU 2,2 00 . 64 X 15 94.4 25 52BSM272D22SU 7,2 00 . 46X14 73.5 24 52CTM272D22SU 7,2 00 . 15X15 48.4 34 52HSM233D22SU 3,3 00 . 64 X 16 65.5 43 52HSM293D22SU 9,3 00 . 64 X 07 30.6 92 52CTM293D22SU 9,3 00 . 15 6X 1 78.5 03 52CTM274D22SU 7,4 00 . 15 X 07 24.6 52 52BSM201E22SU 0,1 00 . 41 54X 62.3 511 52BSM251E22SU 5,1 00 . 41 X 55 69.3 67 52BSM281E22SU 8,1 00 . 41 46X 83.4 36 52HSM281E22SU 8,1 00 . 64 X 15 60.4 36 52CTM281E22SU 8,1 00 . 15 X 15 59.3 76 52HSM222E22SU 2,2 00 . 64 6X 1 45.4 25 52HSM272E22SU 7,2 00 . 64 X 07 20.5 24 52CTM272E22SU 7,2 00 . 15 6X 1 88.4 54 52CTM233E22SU 3,3 00 . 15 X 07 83.5 83 52BSM174G22SU 074 . 14 54X 29.2 021 52BSM186G22SU 86 0. 14 X 55 05.3 38 52HSM186G22SU 86 0. 64 X 15 35.3 38 52BSM128G22SU 28 0. 14 46X 78.3 96 52CTM128G22SU 28 0. 15 X 15 30.4 96 52HSM201G22SU 000,1 64 6X 1 33.4 65 52HSM221G22SU 2,1 00 . 64 X 07 37.4 74 52CTM221G22SU 002,1 . 15 6X 1 29.4 74 52CTM251G22SU 5,1 00 . 15 X 07 84.5 83 52

BSM193V0242SU 93 0. 14 X 54 65.2 091 52BSM165V0242SU 65 0. 14 X 55 40.3 231 52HSM186V0242SU 86 0. 64 X 15 93.3 901 52BSM128V0242SU 28 0. 14 X 46 27.3 09 52HSM128V0242SU 28 0. 64 X 16 67.3 09 52CTM128V0242SU 28 0. 15 5X 1 78.3 19 52HSM201V0242SU 000,1 . 64 07X 51.4 47 52CTM201V0242SU 00,1 0. 15 X 16 13.4 47 52CTM221V0242SU 002,1 . 15 X 07 17.4 26 52

BSM133W22SU 33 0. 14 54X 53.2 522 52BSM174W22SU 74 0. 14 X 55 97.2 851 52BSM165W22SU 65 0. 14 46X 70.3 231 52HSM165W22SU 65 0. 64 X 15 70.3 231 52HSM186W22SU 86 0. 64 6X 1 34.3 901 52CTM186W22SU 86 0. 15 5X 1 25.3 901 52HSM128W22SU 028 . 07X64 57.3 09 52CTM128W22SU 28 0. 15 6X 1 09.3 19 52CTM201W22SU ,1 0 00 . 15 X 07 03.4 47 52

US2 Series •Life rating to 2,000 hours at 105°C •Temperature range –40°C to +105°C

200 Volts(Code: 2D)

250 Volts(Code: 2E)

400 Volts(Code: 2G)


450 Volts(Code: 2W)



Frequency (Hz) 50/60 120 300 1K ≥10K






NEW

MODELS

PHOTO FLASH CAPACITORS

Product Numbering System for HD6 and SR7 Photo Flash SeriesExample: SR7 Series, 330WV, 140µF, 12.5mm diameter case

Case diameter code (Decimal Omitted)

Capacitance code

Rated Voltage code

Series Name

SR7 33 140 125

Capacitance Code: To determine Capacitance code use the first 2 digits of the Capacitancefollowed by the number of zeros. Using the above example of 140: 14 + 1 zero = 140.

HD6 Series • Lug Terminals• Temperature range –20°C to +55°C.• Case diameters from 14mm to 35mm.

SR7 Series • Lead Wire Terminals• Temperature range –20°C to +55°C.• Case diameters from 11mm to 20mm.

Drawings and dimensions


(330WV = 33)(360WV = 36)


HD6 Series •Photo Flash Capacitors with Lug Terminals •Temperature Range –20°C to +55°C CUSTOM MODELS AVAILABLE


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ

PecnatsiD

sguLneewteB041151336DH 051 5.92X0.41 5.5541151336DH 051 5.82X5.41 5.5551151336DH 051 5.52X5.51 0.6041181336DH 081 5.53X0.41 5.5541181336DH 081 0.33X5.41 5.5551181336DH 081 5.92X5.51 0.6061181336DH 081 5.72X0.61 0.6041102336DH 002 5.73X0.41 5.5541102336DH 002 5.53X5.41 5.5551102336DH 002 5.13X5.51 0.6061102336DH 002 5.92X0.61 0.6041152336DH 052 5.54X0.41 5.5541152336DH 052 0.24X5.41 5.5551152336DH 052 5.53X5.51 0.6061152336DH 052 0.23X0.61 0.6081152336DH 052 5.82X0.81 0.7041103336DH 003 5.35X0.41 5.5541103336DH 003 5.05X5.41 5.5551103336DH 003 5.44X5.51 0.6061103336DH 003 0.24X0.61 0.6081103336DH 003 0.33X0.81 0.7002103336DH 003 0.82X0.02 0.7541153336DH 053 0.16X5.41 5.5551153336DH 053 5.05X5.51 0.6061153336DH 053 5.74X0.61 0.6081153336DH 053 5.73X0.81 0.7002153336DH 053 5.03X0.02 0.7551104336DH 004 0.65X5.51 0.6061104336DH 004 5.35X0.61 0.6081104336DH 004 0.24X0.81 0.7002104336DH 004 0.43X0.02 0.7022104336DH 004 0.03X0.22 0.8

330 WVDC(350 SVDC)

Items

Temperature range

Rated voltage


Capacitance tolerance

Leakage current

Dissipation factor

Others

–20°C to +55°C

330 WV.DC 360 WV.DC

350 SV.DC 390 SV.DC

-10°C to +20% (23°C, 120 Hz)

I = 1 X C below (after loading rated voltage for 5 minutes)

I: Leakage Current (µA), C: Capacitance (µF)

Capacitance: 150~600µF 0.1 below

: 601~1500µF 0.15 below

Subject to EIAJ RC2365

Specifications



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ

PecnatsiD

sguLneewteB081154336DH 054 5.74X0.81 0.7002154336DH 054 0.83X0.02 0.7022154336DH 054 0.33X0.22 0.8081105336DH 005 0.25X0.81 0.7002105336DH 005 0.04X0.02 0.7022105336DH 005 0.63X0.22 0.8052105336DH 005 0.03X0.52 0.9081106336DH 006 0.16X0.81 0.7002106336DH 006 0.84X0.02 0.7022106336DH 006 0.14X0.22 0.8052106336DH 006 0.43X0.52 0.9002107336DH 007 0.45X0.02 0.7022107336DH 007 0.74X0.22 0.8052107336DH 007 0.83X0.52 0.9003107336DH 007 0.03X0.03 0.21002108336DH 008 0.16X0.02 0.7022108336DH 008 0.25X0.22 0.8052108336DH 008 0.34X0.52 0.9003108336DH 008 0.43X0.03 0.21022109336DH 009 0.16X0.22 0.8052109336DH 009 0.84X0.52 0.9003109336DH 009 0.63X0.03 0.21052201336DH 0001 0.65X0.52 0.9003201336DH 0001 0.04X0.03 0.21053201336DH 0001 0.23X0.53 0.41052221336DH 0021 0.36X0.52 0.9003221336DH 0021 0.84X0.03 0.21053221336DH 0021 0.83X0.53 0.41052231336DH 0031 0.07X0.52 0.9003231336DH 0031 0.25X0.03 0.21053231336DH 0031 0.04X0.53 0.41003251336DH 0051 0.75X0.03 0.21053251336DH 0051 0.64X0.53 0.41

ALUMINUM ELECTROLYTIC CAPACITORSHD6 Series •Photo Flash Capacitors with Lug Terminals •Temperature range –20°C to +55°C

330 WVDC(350 SVDC)


HD6 Series •Photo Flash Capacitors with Lug Terminals •Temperature range –20°C to +55°C


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ

PecnatsiD

sguLneewteB041151636DH 051 5.93X0.41 5.5541151636DH 051 5.73X5.41 5.5551151636DH 051 5.13X5.51 0.6061151636DH 051 5.92X0.61 0.6041181636DH 081 5.44X0.41 5.5541181636DH 081 0.24X5.41 5.5551181636DH 081 5.53X5.51 0.6061181636DH 081 0.33X0.61 0.6081181636DH 081 5.72X0.81 0.7041102636DH 002 5.74X0.41 5.5541102636DH 002 5.44X5.41 5.5551102636DH 002 5.93X5.51 0.6061102636DH 002 5.73X0.61 0.6081102636DH 002 5.13X0.81 0.7002102636DH 002 0.62X0.02 0.7041152636DH 052 0.65X0.41 5.5541152636DH 052 0.25X5.41 5.5551152636DH 052 5.74X5.51 0.6061152636DH 052 5.44X0.61 0.6081152636DH 052 5.73X0.81 0.7002152636DH 052 0.03X0.02 0.7022152636DH 052 0.72X0.22 0.8551103636DH 003 0.65X5.51 0.6061103636DH 003 0.25X0.61 0.6081103636DH 003 0.24X0.81 0.7002103636DH 003 0.43X0.02 0.7022103636DH 003 0.13X0.22 0.8052103636DH 003 0.72X0.52 0.9061153636DH 053 0.65X0.61 0.6081153636DH 053 5.74X0.81 0.7002153636DH 053 0.83X0.02 0.7022153636DH 053 0.53X0.22 0.8052153636DH 053 0.92X0.52 0.9081104636DH 004 0.25X0.81 0.7002104636DH 004 0.34X0.02 0.7022104636DH 004 0.73X0.22 0.8052104636DH 004 0.33X0.52 0.9081154636DH 054 0.16X0.81 0.7002154636DH 054 0.54X0.02 0.7022154636DH 054 0.14X0.22 0.8052154636DH 054 0.53X0.52 0.9

360 WVDC(390 SVDC)


ALUMINUM ELECTROLYTIC CAPACITORSHD6 Series •Photo Flash Capacitors with Lug Terminals •Temperature range –20°C to +55°C

detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ

PecnatsiD

sguLneewteB002105636DH 005 0.25X0.02 0.7022105636DH 005 0.64X0.22 0.8052105636DH 005 0.93X0.52 0.9003105636DH 005 0.13X0.03 0.21002106636DH 006 0.75X0.02 0.7022106636DH 006 0.25X0.22 0.8052106636DH 006 0.44X0.52 0.9003106636DH 006 0.33X0.03 0.21022107636DH 007 0.26X0.22 0.8052107636DH 007 0.35X0.52 0.9003107636DH 007 0.73X0.03 0.21052108636DH 008 0.26X0.52 0.9003108636DH 008 0.44X0.03 0.21053108636DH 008 0.53X0.53 0.41052109636DH 009 0.37X0.52 0.9003109636DH 009 0.94X0.03 0.21053109636DH 009 0.83X0.53 0.41003201636DH 0001 0.35X0.03 0.21053201636DH 0001 0.64X0.53 0.41003221636DH 0021 0.26X0.03 0.21053221636DH 0021 0.05X0.53 0.41003231636DH 0031 0.96X0.03 0.21053231636DH 0031 0.45X0.53 0.41053251636DH 0051 0.06X0.53 0.41

360 WVDC(390 SVDC)


detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ

dØforetemaiD

eriWdaeL

PecnatsiD

sdaeLneewteB011080337RS 08 5.03X0.11 6.0 0.5521080337RS 08 5.52X5.21 8.0 0.5031080337RS 08 5.32X0.31 8.0 0.5011101337RS 001 0.63X0.11 6.0 0.5521101337RS 001 5.92X5.21 8.0 0.5031101337RS 001 5.72X0.31 8.0 0.5531101337RS 001 5.52X5.31 8.0 0.5041101337RS 001 0.42X0.41 8.0 0.5011121337RS 021 0.24X0.11 6.0 0.5521121337RS 021 5.33X5.21 8.0 0.5031121337RS 021 5.03X0.31 8.0 0.5531121337RS 021 5.82X5.31 8.0 0.5041121337RS 021 0.72X0.41 8.0 0.5541121337RS 021 5.52X5.41 8.0 5.7011141337RS 041 5.74X0.11 6.0 0.5521141337RS 041 0.83X5.21 8.0 0.5031141337RS 041 5.43X0.31 8.0 0.5531141337RS 041 0.23X5.31 8.0 0.5041141337RS 041 5.92X0.41 8.0 0.5541141337RS 041 0.82X5.41 8.0 5.7061141337RS 041 0.52X0.61 8.0 5.7011161337RS 061 0.45X0.11 6.0 0.5521161337RS 061 0.24X5.21 8.0 0.5031161337RS 061 0.83X0.31 8.0 0.5531161337RS 061 5.53X5.31 8.0 0.5041161337RS 061 0.33X0.41 8.0 0.5541161337RS 061 5.03X5.41 8.0 5.7061161337RS 061 5.72X0.61 8.0 5.7081161337RS 061 5.42X0.81 8.0 5.7

SR7 Series •Photo Flash Capacitors with Lead Wire Terminals•Temperature range –20°C to +55°C


330 WVDC(350 SVDC)

Items

Temperature range

Rated voltage


Capacitance tolerance

Dissipation factor

Leakage current

Others

–20°C to +55°C

330 WV.DC

350 SV.DC

-10°C to +20% (23°C, 120 Hz)

Less than 0.06 (23°C, 120 Hz)

I = 1 x C below (after loading rated voltage for 5 minutes)

I: Leakage Current (µA), C: Capacitance (µF)

Subject to EIAJ RC2365

Specifications



detaRegatloV)CDVW(

traPrebmuN

ecnaticapaCeziSesaC

)mm(LxDØ

dØforetemaiD

eriWdaeL

PecnatsiD

sdaeLneewteB521181337RS 081 0.64X5.21 8.0 0.5031181337RS 081 5.14X0.31 8.0 0.5531181337RS 081 5.83X5.31 8.0 0.5041181337RS 081 0.63X0.41 8.0 0.5541181337RS 081 5.33X5.41 8.0 5.7061181337RS 081 5.82X0.61 8.0 5.7081181337RS 081 0.62X0.81 8.0 5.7521102337RS 002 0.15X5.21 8.0 0.5031102337RS 002 5.54X0.31 8.0 0.5531102337RS 002 0.24X5.31 8.0 0.5041102337RS 002 0.93X0.41 8.0 0.5541102337RS 002 5.63X5.41 8.0 5.7061102337RS 002 0.13X0.61 8.0 5.7081102337RS 002 0.82X0.81 8.0 5.7002102337RS 002 5.52X0.02 8.0 5.7031122337RS 022 0.94X0.31 8.0 0.5531122337RS 022 5.54X5.31 8.0 0.5041122337RS 022 0.24X0.41 8.0 0.5541122337RS 022 0.93X5.41 8.0 5.7061122337RS 022 5.33X0.61 8.0 5.7081122337RS 022 5.82X0.81 8.0 5.7002122337RS 022 0.72X0.02 8.0 5.7031152337RS 052 0.55X0.31 8.0 0.5531152337RS 052 5.05X5.31 8.0 0.5041152337RS 052 5.64X0.41 8.0 0.5541152337RS 052 5.34X5.41 8.0 5.7061152337RS 052 5.63X0.61 8.0 5.7081152337RS 052 5.13X0.81 8.0 5.7002152337RS 052 0.92X0.02 8.0 5.7041103337RS 003 0.55X0.41 8.0 0.5541103337RS 003 5.05X5.41 8.0 5.7061103337RS 003 5.24X0.61 8.0 5.7081103337RS 003 0.63X0.81 8.0 5.7002103337RS 003 0.33X0.02 8.0 5.7

ALUMINUM ELECTROLYTIC CAPACITORSSR7 Series •Photo Flash Capacitors with Lead Wire Terminals


330 WVDC(350 SVDC)


PLASTIC FILM CAPACITORS

Precautions in using Plastic Film Capacitors1. When DC-rated Plastic Film Capacitors are used in AC circuits The plastic film capacitor voltage ratings are usually expressed in volts DC (V.DC).(1) Use in AC circuits When DC-rated plastic film capacitors are used in AC-rated circuits, unexpected heat generation or other contingencies can take place. Therefore, ensure that the voltages listed in the following conversion table (Table 1) are not exceeded. Since the AC rating may vary with the product type, contact Hitachi AIC for details.

Table 1. Equivalent AC rating for DC-rated products

Maximum permitted operating AC voltage (50 or 60Hz)Rated DC Voltage

100V.DC

250V.DC

400V.DC

630V.DC

63V.AC

150V.AC

200V.AC

250V.AC

MTBS, MTB MDDSA MDD-P MTB-P

40V.AC

100V.AC

150V.AC

200V.AC

—

150V.AC

200V.AC

250V.AC

(2) Use at high frequency If the capacitors are used at a high frequency they can deteriorate or become defective due to its spontaneous heat generation. To avoid such problems, be sure that the capacitors are used within the ranges defined in Figures 1, 2, and 3. Since the permitted limits vary with the product type, contact Hitachi AIC for details.

2. Operating Temperature The operating temperature varies with the type of the plastic film used as the capacitor dielectric.(1) Relationship between operating temperature and voltage rating tolerance The operating temperature and maximum voltage rating vary with the capacitor film type. Be sure that the operating temperature does not exceed the value determined by adding the ambient temperature value to the spontaneous temperature rise value which is explained in paragraph (2) on the next page. For the resulting voltage derating factors, see Figures 4, 5, or 6.

100

80

60

40

20

0

Max

imum

vol

tage

ratin

g (%

)

–40 –20 0 20 40 60 80 100 120Operating Temperature (C°)

100

80

60

40

20

0

Max

imum

vol

tage

ratin

g (%

)


100

80

60

40

20

0

Max

imum

vol

tage

ratin

g (%

)


Fig. 4 - Metalized polyester capacitors temperature derating diagram (MDD, MDDSA, MTB and MMX types)

Fig. 5 - Metalized polypropylene capacitors temperature derating diagram (MDD-P and MTB-P types)

Fig. 6 - Metalized PPS film capacitors temperature derating diagram (MDD-HF and MMX-E types)

10.0

5.0

2.0

1.0

0.5

0.2

0.05 0.1 0.2 0.5 1.0 2.0 5.0

f=10kHz

Capacitance (µF)

Curre

nt (

Arm

s)

10.0

5.0

2.0

1.0

0.5

0.2

0.05 0.1 0.2 0.5 1.0 2.0 5.0

f=10kHz

Capacitance (µF)

Curre

nt (

Arm

s)

1.0

0.5

0.2

0.1

0.05

0.02

0.01 0.02 0.05 0.1 0.2 0.5

f=10kHz

Capacitance (µF)

Curre

nt (

Arm

s)

f=100kHz

Fig. 1 - Metalized polyester capacitors (MDDSA, MTB types)

Fig. 2 - Metalized polypropylene capacitors (MDD-P and MTB-P types)

Fig. 6 - Metalized PPS film capacitors (MDD-HF and MMX-E types)

630V

400V

250V

630V

400V

250V



(2) Spontaneous Temperature Rise If capacitor spontaneous heat generation is significant at a high frequency, the capacitors can deteriorate or burn out. Therefore, the capacitors must be used in such a manner that the spontaneous temperature rise in a no-airflow environment (at an ambient temperature of 40°C) does not exceed the permited limit listed in Table 2.

Spontaneous temperature rise

10°C

5°C

10°C

Designation

MPET

MPP

MPPS

Capacitor type

Metalized polyester capacitor

Metalized polypropylene capacitor

Metalized polyphenylene sulfide film capacitor

Table 2. Maximum permitted spontaneous temperature rises

3. Soldering(1) Soldering lead-attached capacitors (MDD, MDDSA, MTB, and MTB-P types) When soldering capacitor leads to a printed circuit board or the like, use care not to exceed the temperature limits shown in Figures 7 and 8, because excessive heating can incur property deterioration or short-circuiting.

~~0 3 5 10

Sold

er b

ath

tem

per

atur

e (°

C)

Soldering Time (sec)

Figure 7. Temperature limits for solderingby soldering iron

~~

350

300

250

200

0 5 10So

lder

bat

h te

mp

erat

ure

(°C)

Dipping Time (sec)

Figure 8. Temperature limits for solder dip

(2) Soldering chip capacitors (reflow soldering) Reflow soldering is generally used for mounting chip capacitors on printed circuit boards. However, the soldering conditions vary with the circuit board material, packaging density, heat source, and other relevant factors used. The standard soldering conditions are shown in Figure 9 and Figure 10. If thermocouple-incorporated samples are neeeded, contact Hitachi AIC.

Soldering, 230°C MAX

Preheating, 150°C MAX

Circ

uit b

oard

sur

face

tem

per

atur

e (°

C)

250

200

150

100

50

05 SEC MAX100 SEC MAX

120 SEC MAX

Soldering, 220°C MAX

Preheating, 140°C MAX

Circ

uit b

oard

sur

face

tem

per

atur

e (°

C)

250

200

150

100

50

05 SEC MAX100 SEC MAX

120 SEC MAX

(3) For chip capacitor flow soldering, consult Hitachi AIC.4. For Use in Rapid Charging and Discharging Specially designed capacitors are available for rapid charging/discharging applications (e.g., photo flashes, igniters, etc.). When such capacitors are needed, contact Hitachi AIC.

5. Noise Applying a high-frequency voltage to the capacitors may generate a resonance sound. This is because the capacitor film mechanically vibrates owing to the coulomb force which is exerted between the different poles. Although this does not adversely affect electrical performance, bear it in mind when using the capacitors.

6. Other For further details, refer to EIAJ RCR-2350B, Precautions and Guidelines for Using Electronic Device Fixed Plastic Film Capacitors.

350

300

250

200

Figure 9. MMX-E/ MML-E capacitor soldering limits Figure 9. MML-F capacitor soldering limits

CONDITIONS•PCB: Double-sides through-hole type

t = 0.8 or larger•Pre-heat: 110°C, 1 minute•Polypropylene-based: Leaving an air space between the

capacitor and the PCB isrecommended.


14.0±1.5 17.4±1.0 14.0±1.5 17.4±1.0

05 010.0 301-H1 5.4 5.5 0.21 0.8 052 000205 210.0 321-H1 5.4 5.5 0.21 0.8 052 000205 510.0 351-H1 5.4 5.5 0.21 0.8 052 000205 810.0 381-H1 5.4 5.5 0.21 0.8 052 000205 220.0 322-H1 5.4 5.5 0.21 0.8 052 000205 720.0 372-H1 5.4 5.5 0.21 0.8 052 000205 330.0 333-H1 5.4 5.5 0.21 0.8 052 000205 930.0 393-H1 5.4 5.5 0.21 0.8 052 000205 740.0 740-H1 5.4 5.5 0.21 0.8 052 000205 650.0 365-H1 1.5 2.6 0.21 0.8 052 000205 860.0 386-H1 1.5 2.6 0.21 0.8 052 000205 280.0 328-H1 5.5 2.6 0.21 0.8 033 000205 01.0 401-H1 5.5 2.6 0.21 0.8 033 000205 21.0 421-H1 8.4 7.7 0.21 0.8 033 000205 51.0 451-H1 8.4 7.7 0.21 0.8 033 000205 81.0 481-H1 2.6 5.7 0.21 0.8 033 000205 22.0 422-H1 2.6 5.7 0.21 0.8 033 000236 010.0 301-J1 1.5 2.6 0.21 0.8 052 000236 210.0 321-J1 1.5 2.6 0.21 0.8 052 000236 510.0 351-J1 1.5 2.6 0.21 0.8 052 000236 810.0 381-J1 1.5 2.6 0.21 0.8 052 000236 220.0 322-J1 1.5 2.6 0.21 0.8 052 000236 720.0 372-J1 1.5 2.6 0.21 0.8 052 000236 330.0 333-J1 1.5 2.6 0.21 0.8 052 000236 930.0 393-J1 1.5 2.6 0.21 0.8 052 000236 740.0 740-J1 1.5 2.6 0.21 0.8 052 000236 650.0 365-J1 1.5 2.6 0.21 0.8 052 000236 860.0 386-J1 5.5 2.6 0.21 0.8 033 000236 280.0 328-J1 5.5 2.6 0.21 0.8 033 000236 01.0 401-J1 3.6 3.6 0.21 0.8 033 000236 21.0 421-J1 3.6 3.6 0.21 0.8 033 000236 51.0 451-J1 3.6 3.6 0.21 0.8 033 000236 81.0 481-J1 4.6 4.7 0.61 0.8 033 000236 22.0 422-J1 4.6 4.7 0.61 0.8 033 0002001 010.0 301-A2 0.5 3.6 0.21 0.8 033 0002001 210.0 321-A2 0.5 3.6 0.21 0.8 033 0002001 510.0 351-A2 0.5 3.6 0.21 0.8 033 0002001 810.0 381-A2 0.6 1.8 0.61 0.8 052 0002001 220.0 322-A2 0.6 1.8 0.61 0.8 052 0002001 720.0 372-A2 6.6 1.9 0.61 0.8 033 0002001 330.0 333-A2 6.6 1.9 0.61 0.8 033 0002001 930.0 393-A2 0.6 1.8 0.61 0.8 052 0002001 740.0 374-A2 0.6 1.8 0.61 0.8 052 0002001 650.0 365-A2 6.6 1.9 0.61 0.8 033 0002001 860.0 386-A2 6.6 1.9 0.61 0.8 033 0002001 280.0 328-A2 6.6 1.9 0.61 0.8 033 0002001 01.0 401-A2 6.6 1.9 0.61 0.8 033 0002001 21.0 421-A2 6.6 1.9 0.61 0.8 033 0002001 51.0 451-A2 0.7 1.8 0.61 0.21 033 0001001 81.0 481-A2 6.7 6.01 0.61 0.21 033 0001001 22.0 422-A2 6.7 6.01 0.61 0.21 033 0001052 010.0 301-E2 0.5 3.6 0.21 0.8 033 0002052 210.0 321-E2 0.5 3.6 0.21 0.8 033 0002052 510.0 351-E2 0.5 3.6 0.21 0.8 033 0002052 810.0 381-E2 0.6 1.8 0.61 0.8 033 0002052 220.0 322-E2 0.6 1.8 0.61 0.8 033 0002052 720.0 372-E2 6.6 1.9 0.61 0.8 033 0002052 330.0 333-E2 6.6 1.9 0.61 0.8 033 0002052 930.0 393-E2 6.6 1.9 0.61 0.8 033 0002052 740.0 374-E2 9.6 5.01 0.61 0.21 033 0001052 650.0 365-E2 6.7 6.01 0.61 0.21 033 0001052 860.0 386-E2 6.7 6.01 0.61 0.21 033 0001052 280.0 328-E2 6.7 6.01 0.61 0.21 033 0001052 01.0 401-E2 4.8 5.01 0.61 0.21 033 0001


Chip Series Capacitor Taping

MMX/E

(Unit: mm)

Embossed Tape

Taping Reel

Symbol

F

Tape Width (W)

12.0 16.05.5±0.05 7.5±0.1

(Unit: mm)

Symbol

W1

Reel Diameter (A)

250 330

(Unit: mm)

Fig.1

Fig.2

Capacitor Rating Carrier Taping (Fig. 1) Taping Reel (Fig. 2)Number ofpackings/

Reel

RatedVoltage(V.DC)

CodeCapacitance(µF)

A±0.3

B±0.3

W±0.3

P1

±0.1A

±2.0Type


001 010.0 301-A2 6.6 1.9 0.61 0.8 052 0001001 210.0 321-A2 6.6 1.9 0.61 0.8 052 0001001 510.0 351-A2 6.6 1.9 0.61 0.8 052 0001001 810.0 381-A2 6.6 1.9 0.61 0.8 052 0001001 220.0 322-A2 6.6 1.9 0.61 0.8 052 0001001 720.0 372-A2 6.6 1.9 0.61 0.8 052 0001001 330.0 333-A2 6.6 1.9 0.61 0.8 052 0001001 930.0 393-A2 6.6 1.9 0.61 0.8 052 0001001 740.0 374-A2 6.6 1.9 0.61 0.8 052 0001001 650.0 365-A2 6.6 1.9 0.61 0.8 052 0001001 860.0 386-A2 6.6 1.9 0.61 0.8 052 0001001 280.0 328-A2 4.7 4.8 0.61 0.21 033 0001001 01.0 401-A2 4.7 4.8 0.61 0.21 033 0001001 21.0 421-A2 4.7 4.8 0.61 0.21 033 0001001 51.0 451-A2 4.7 4.8 0.61 0.21 033 0001001 81.0 481-A2 0.8 4.11 0.42 0.21 033 0001001 22.0 422-A2 0.8 4.11 0.42 0.21 033 0001052 010.0 301-E2 6.6 1.9 0.61 0.8 052 0001052 210.0 321-E2 6.6 1.9 0.61 0.8 052 0001052 510.0 351-E2 6.6 1.9 0.61 0.8 052 0001052 810.0 381-E2 6.6 1.9 0.21 0.8 052 0001052 220.0 322-E2 6.6 1.9 0.21 0.8 052 0001052 720.0 372-E2 6.6 1.9 0.21 0.8 052 0001052 330.0 333-E2 4.7 4.8 0.61 0.21 033 0001052 930.0 393-E2 4.7 4.8 0.61 0.21 033 0001052 740.0 374-E2 4.7 4.8 0.61 0.21 033 0001052 650.0 365-E2 4.7 4.8 0.61 0.21 033 0001052 860.0 386-E2 0.8 4.11 0.42 0.21 033 0001052 280.0 328-E2 0.8 4.11 0.42 0.21 033 0001052 01.0 401-E2 0.8 4.11 0.42 0.21 033 0001001 74.0 474-A2 4.7 4.8 0.61 0.21 033 0001001 0.1 501-A2 0.8 4.11 0.42 0.21 033 0001061 0.1 501-C2 0.01 5.11 0.42 0.21 033 0001036 010.0 301-J2 0.8 4.11 0.42 0.21 033 0001036 510.0 351-J2 0.8 4.11 0.42 0.21 033 0001036 220.0 322-J2 0.8 4.11 0.42 0.21 033 0001036 330.0 333-J2 0.01 4.11 0.42 0.21 033 0001

Capacitor TypePackaging

Lead Taping *1

Carrier Tape

Stick Magazine

MMX-EMML-E

MML-F


Packaging of Plastic Film Capacitors

MDDSA MDD-HF MKC-JS

The following packaging types are available for automatic mounting.

*1: For capacitors having a lead pitch of 15mm or less.

Chip Series Capacitor Taping(Unit: mm)

Embossed Tape

Taping Reel

Symbol

F

Tape Width (W)

12.0 16.0 24.05.5±0.05 7.5±0.1 11.5±0.1

(Unit: mm)

Symbol

W

Reel (A)

250 33014.0±1.5 17.4±1.0 14.0±1.5 17.4±1.0 25.4±1.0

(Unit: mm)

Fig. 1

Fig. 2

Capacitor Rating Carrier Taping (Fig. 1) Taping Reel (Fig. 2)Number ofpackings/

Reel

RatedVoltage(V.DC)

CodeCapacitance(µF)

A±0.3

B±0.3

W±0.3

P1

±0.1A

±2.0Type

MML/E

MML/F


This Section Contains:Plastic Film Chip Capacitors.

MMX-E Series – Metallized Polyphenylene Sulfide (PPS).

MML-E Series – Metallized Polyphenylene Sulfide (PPS).

MML-F Series – Metallized Polyester.

Plastic Film Dip CapacitorsMDDSA Series – Small Type, Metallized Polyester, Resin-dipped.

MDD-HF Series – High Frequency, Metallized Polyphenylene, Resin-dipped.

MKC-JS Series – Resin-encased Metallized Polyester.

MDD-P Series – High Frequency Metallized Polypropylene, Resin-dipped.

MTB-P Series – High Frequency Metallized Polypropylene, Oval-wrapped.

MTBS, MTB Series – Oval Wrapped Metallized Polyester.

WMTB/WMTB-P Series – High Frequency, Large current, Oval-wrapped,

(for Snubbers).

Product Numbering System for Chip CapacitorsExample: MMX-E Series, 100V.DC, 0.047µF ±10%, Carrier Tape Packaging

Packing method

Capacitance Tolerance code

Capacitance code

Rated Voltage code

Series Name

MMX-E 2A 473 K T

Capacitance Code: To determine Capacitance code use the Capacitance followed by thenumber of decimal places. Using the above example of 0.047: 047 + 3 decimal places = 473.

Carrier taping: T

Stick magazine: S

Bulk: B

±5%: J

±10%: K (standard)


Plastic Film Capacitors


PLASTIC FILM CAPACITORSMMX-E Series •Metalized Polyphenylene Sulfide Film Chip Capacitors

Items

Temperature range

Rated voltage


Dielectric dissipation factor


Insulation resistance

Others

–40°C to +125°C (with derating over 105°C)

50, 63, 100, and 250 V.DC models

±5% (J), ±10% (K)

Less than 0.15 (20°C, 1KHz)

Rated volt X 1.5 1min.

More than 15,000MΩ

Flow: 240°C 5 sec. max.

Reflow: Peak 230°C 5 sec. max.

Subject to JIS C 5115 and JIS C 5102

Specifications

Solder heatresistance

Case-less, high performance, high-reliability film chipcapacitors, which are enhanced by improving the MMX typeperformance and heat resistance, making use of newmaterials and Hitachi AIC’s unique technologies. Suitablefor downsizing and thinning of notebook computer, wordprocessor backlight LCD power supplies and similar uses.

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DimensionsW x H x L a b

50 Volts DC35Volts AC(Code: 1H)

• For standard soldering conditions, see page 103.• For MMX-E type taping, see page 104.


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63 Volts DC40 Volts AC(Code: 1J)


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100 Volts DC63 Volts AC(Code: 2A)


250 Volts DC80 Volts AC(Code: 2E)


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PLASTIC FILM CAPACITORSMML-E Series •Metalized Polyphenylene Sulfide Film Chip Capacitors

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TJ301A2E-LMM 010.0 %5± )T(epaTreirraC 9.7x5.2x4.5 2.1 8.4 3.4 3.0 leer/0001TK301A2E-LMM 010.0 %01± )T(epaTreirraC 9.7x5.2x4.5 2.1 8.4 3.4 3.0 leer/0001TJ321A2E-LMM 210.0 %5± )T(epaTreirraC 9.7x5.2x5.5 2.1 8.4 3.4 3.0 leer/0001TK321A2E-LMM 210.0 %01± )T(epaTreirraC 9.7x5.2x5.5 2.1 8.4 3.4 3.0 leer/0001TJ351A2E-LMM 510.0 %5± )T(epaTreirraC 9.7x5.2x4.5 2.1 8.4 3.4 3.0 leer/0001TK351A2E-LMM 510.0 %01± )T(epaTreirraC 9.7x5.2x4.5 2.1 8.4 3.4 3.0 leer/0001TJ381A2E-LMM 810.0 %5± )T(epaTreirraC 9.7x5.2x5.5 2.1 8.4 3.4 3.0 leer/0001TK381A2E-LMM 810.0 %01± )T(epaTreirraC 9.7x5.2x5.5 2.1 8.4 3.4 3.0 leer/0001TJ322A2E-LMM 220.0 %5± )T(epaTreirraC 9.7x5.2x5.5 2.1 8.4 3.4 3.0 leer/0001TK322A2E-LMM 220.0 %01± )T(epaTreirraC 9.7x5.2x5.5 2.1 8.4 3.4 3.0 leer/0001TJ372A2E-LMM 720.0 %5± )T(epaTreirraC 9.7x5.2x7.5 2.1 8.4 3.4 3.0 leer/0001TK372A2E-LMM 720.0 %01± )T(epaTreirraC 9.7x5.2x7.5 2.1 8.4 3.4 3.0 leer/0001TJ333A2E-LMM 330.0 %5± )T(epaTreirraC 9.7x5.2x5.5 2.1 8.4 3.4 3.0 leer/0001TK333A2E-LMM 330.0 %01± )T(epaTreirraC 9.7x5.2x5.5 2.1 8.4 3.4 3.0 leer/0001TJ393A2E-LMM 930.0 %5± )T(epaTreirraC 9.7x5.2x7.5 2.1 8.4 3.4 3.0 leer/0001TK393A2E-LMM 930.0 %01± )T(epaTreirraC 9.7x5.2x7.5 2.1 8.4 3.4 3.0 leer/0001TJ374A2E-LMM 740.0 %5± )T(epaTreirraC 9.7x5.2x4.5 2.1 8.4 3.4 3.0 leer/0001TK374A2E-LMM 740.0 %01± )T(epaTreirraC 9.7x5.2x4.5 2.1 8.4 3.4 3.0 leer/0001TJ365A2E-LMM 650.0 %5± )T(epaTreirraC 9.7x5.2x6.5 2.1 8.4 3.4 3.0 leer/0001TK365A2E-LMM 650.0 %01± )T(epaTreirraC 9.7x5.2x6.5 2.1 8.4 3.4 3.0 leer/0001TJ386A2E-LMM 860.0 %5± )T(epaTreirraC 9.7x5.2x8.5 2.1 8.4 3.4 3.0 leer/0001TK386A2E-LMM 860.0 %01± )T(epaTreirraC 9.7x5.2x8.5 2.1 8.4 3.4 3.0 leer/0001TJ328A2E-LMM 280.0 %5± )T(epaTreirraC 9.7x0.3x9.5 2.1 8.4 3.4 3.0 leer/0001TK328A2E-LMM 280.0 %01± )T(epaTreirraC 9.7x0.3x9.5 2.1 8.4 3.4 3.0 leer/0001TJ401A2E-LMM 01.0 %5± )T(epaTreirraC 9.7x0.3x1.6 2.1 8.4 3.4 3.0 leer/0001TK401A2E-LMM 01.0 %01± )T(epaTreirraC 9.7x0.3x1.6 2.1 8.4 3.4 3.0 leer/0001TJ421A2E-LMM 21.0 %5± )T(epaTreirraC 9.7x0.3x1.6 2.1 8.4 3.4 3.0 leer/0001TK421A2E-LMM 21.0 %01± )T(epaTreirraC 9.7x0.3x1.6 2.1 8.4 3.4 3.0 leer/0001TJ451A2E-LMM 51.0 %5± )T(epaTreirraC 9.7x3.3x5.6 2.1 8.4 3.4 3.0 leer/0001TK451A2E-LMM 51.0 %01± )T(epaTreirraC 9.7x3.3x5.6 2.1 8.4 3.4 3.0 leer/0001TJ481A2E-LMM 81.0 %5± )T(epaTreirraC 4.01x0.3x5.6 2.1 3.7 3.4 3.0 leer/0001TK481A2E-LMM 81.0 %01± )T(epaTreirraC 4.01x0.3x5.6 2.1 3.7 3.4 3.0 leer/0001TJ422A2E-LMM 22.0 %5± )T(epaTreirraC 4.01x3.3x0.7 2.1 3.7 3.4 3.0 leer/0001TK422A2E-LMM 22.0 %01± )T(epaTreirraC 4.01x3.3x0.7 2.1 3.7 3.4 3.0 leer/0001

100 Volts DC63 Volts AC(Code: 2A)

These case-less, high performance, high-reliability film chipcapacitors use a special terminal construction that provides highresistance to skewing and falling after board mounting; and to stressat board division. Suitable for 50 to 100Hz inverter power supplyfor back light in portable type PCs, word processors, car navigationsystems, liquid crystal TVs, touch panels, etc.

The MML-E is a surface mount film capacitor with a small tangentvalue and excellent temperature characteristics. It’s intended forreflow soldering.

Dimensions

W x H x L a b c d

• For MML-E type taping, see page 105.


PLASTIC FILM CAPACITORSMML-E Series •Metalized Polyphenylene Sulfide Film Chip Capacitors

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Items

Temperature range

Rated voltage





Solder heat resistance

Others


100 & 250 V.DC models

±5% (J), ±10% (K)

Less than 0.15% (20°C, 1KHz)

Rated voltage X 1.5 1min.

More than 15,000MΩ

Reflow soldering: 5 sec max. peak 230°C


Specifications

For soldering conditions for chip capacitors see page 103.For taping of model MML-E, see page 105.

250 Volts DC80 Volts AC(Code: 2E)

Dimensions

W x H x L a b c d


PLASTIC FILM CAPACITORSMML-F Series •Metallized Polyester Film Chip Capacitors

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TJ474A2F-LMM 74.0 %5± )T(epaTreirraC 4.7x5.3x7.5 2.1 3.4 3.4 3.0 leer/0001

TK474A2F-LMM 74.0 %01± )T(epaTreirraC 4.7x5.3x7.5 2.1 3.4 3.4 3.0 leer/0001

TJ501A2F-LMM 0.1 %5± )T(epaTreirraC 4.01x5.3x2.7 2.1 3.7 3.4 3.0 leer/0001

TK501A2F-LMM 0.1 %01± )T(epaTreirraC 4.01x5.3x2.7 2.1 3.7 3.4 3.0 leer/0001

TJ501C2F-LMM 0.1 %5± )T(epaTreirraC 4.01x5.4x9.8 2.1 3.7 3.4 3.0 leer/0001

TK501C2F-LMM 0.1 %01± )T(epaTreirraC 4.01x5.4x9.8 2.1 3.7 3.4 3.0 leer/0001

TJ301J2F-LMM 010.0 %5± )T(epaTreirraC 4.01x5.2x4.5 2.1 3.7 3.4 3.0 leer/0001

TK301J2F-LMM 010.0 %01± )T(epaTreirraC 4.01x5.2x4.5 2.1 3.7 3.4 3.0 leer/0001







Dimensions

W x H x L a b c d

Items

Temperature range

Rated voltage






Others


100 and 160 V.DC models

±5% (J), ±10% (K)


Rated volt X 1.5, 1min.

More than 1,000MΩ•µF

Reflow soldering: 5 sec max., peak 220°C


Specifications

Items

Temperature range

Rated voltage






Others


630 V.DC model

±5% (J), ±10% (K)


Rated volt X 1.5 1min.

More than 15,000MΩ

Reflow soldering: 5 sec max., peak 220°C


Specifications

Specifications for 100 and 160 V.DC models

Specifications for 630 V.DC model

The MML-F Series are large capacity, high voltage chipcapacitors that apply the sheathless type technology of theModel MML-E but use polyester film.The 100 and 160V.DC models are suited for DSU-typeterminal adaptors and other communications equipment.The 630V.DC models are suitable for SSRs and other powercircuits requiring high voltage.

For taping of Model MML-F, see page105.

100 Volts DC(Code: 2A)

630 Volts DC(Code: 2J)

160 Volts DC(Code: 2C)


PLASTIC FILM CAPACITORSLead taping for Dip Type Capacitors •5 Taping variations as shown below


(mm)

More than 12.5

9.0 ± 0.5

Less than 3.0

20.5 ± 0.75

(18.0)

4.0ø ±0.2

0.6 ± 0.3

Less than 11.0

Adhesive Tape Width

Feed Hole Location

Adhesive Tape Position

Feed Hole to Bottom of Component

Lead Clinch Height

Feed Hole Diameter

Total Taped Package Thickness

Length of Snipped Lead

Item

Individual DimensionsDimensionTolerance

Code DimensionItem

Formed or Not Formed

Taping Type Code

Outline Drawing

Product Lead Pitch (F)

Taping Dimensions

–

–

–

–

–

F

P0 (*1)

P2

P1 (*2)

P (*2)

W (*3)

W0

W1

W2 (*3)

H

H0 (*4)

D0

L

l

t

∆h (*5)

–

–

–

–

–

–

12.7

6.35

–

–

18.0

12.5

9.0

3.0

20.5

16.0

4.0

11.0

1.0

0.6

0

–

–

–

–

–

±0.5

±0.3

±1.3

–

±1.0

Min

±0.5

Max

±0.75

±0.5

±0.2

Max

Max

±0.3

±2.0

Subject to JIS C 0806-2Other

1

2

4

5

6

7

8

9

10

11

12

13

14

15

3

Taping lead pitch

Feed hole pitch

Inter-product distance

Tape width

Adhesive tape width

Feed hole displacement

Adhesive tape displacement

Length to hole center

Lead clinch height

Feed hole diameter

Non-standard product cutting position

Lead displacement length

Tape thickness (overall)

Inolination limits

Feed hole displacement

Tap

ing

Dim

ensi

ons

Not formed (straight) Formed

T

A

5.0

±1.0

5.0

–

–

3.85

12.7

–

–

–

–

–

–

–

–

–

–

–

B

15.0

±1.5

15.0

–

–

1.15

25.4

–

–

–

–

–

–

–

–

–

–

–

B

12.5

±1.5

12.5

–

–

0.10

25.4

–

–

–

–

–

–

–

–

–

–

–

A

10.0

±1.5

10.0

–

–

1.35

12.7

–

–

–

–

–

–

–

–

–

–

–

A

7.5

±1.0

7.5

–

–

2.60

12.7

–

–

–

–

–

–

–

–

–

–

–

T2C2

C

5.0

±1.0

5.0

–

–

3.85

12.7

–

–

–

–

–

–

–

–

–

–

–

T2I6

E

15.0

±1.5

5.0

–

–

3.85

25.4

–

–

–

–

–

–

–

–

–

–

–

T2C3

C

7.5

±1.0

5.0

–

–

3.85

12.7

–

–

–

–

–

–

–

–

–

–

–

T2I4

D

10.0

±1.5

5.0

–

–

3.85

12.7

–

–

–

–

–

–

–

–

–

–

–

T2I5

E

12.5

±1.5

5.0

–

–

3.85

25.4

–

–

–

–

–

–

–

–

–

–

–

Taping Type A Taping Type B

Taping Type C Taping Type D Taping Type E

W0

W1

W2

H

H0

D0

t

L

(mm)

12.7 ± 1.0

12.7 ± 0.3

3.85 ± 0.7

6.35 ± 1.3

5.0 ± 0.5

0 ± 2.0

+1.0

–0.5

Component to Component Pitch

Feed Hole pitch

Capacitors Lead Span

Front to Rear Deflection

Item

P

P0

P1

P2

F

∆h

18.0

Feed Hole Deflection

Tape WidthW

+1.0–0.5

(*1) Maximum allowance of pitch tolerance for 20 pitch should be ±1.0mm.(*2) Measuring point is upper end of taping and between center of lead wire.(*3) Adhesive tape should not exceed the carrier tape.

(*4) Measuring point is at the bottom of the forming clinch.(*5) Measuring point is the top of the component.



Product Numbering System for Dip CapacitorsExample: MDDSA Series, 100V.DC, 0.047µF ±10%, Taping Type C

Taping (T) or Bulk (B)

Capacitance Tolerance code

Capacitance code

Rated Voltage code

Series Name

MDDSA 2A 474 K T [2 C 3]

±5%: J

±10%: K (standard)

±20: M

Forming code

Product Lead Pitch code (See chart below.)Type of Lead Forming (C or I. See illustration below.)Formed Lead Pitch code (See chart below.)

Code 2 3 4 5 6

Dimension (F) 5mm 7.5mm 10mm 12.5mm 15mm

Product Lead Pitch Code

Code 2 3 4 5 6

Dimension (F) 5mm 7.5mm 10mm 12.5mm 15mm

Formed Lead Pitch Code

Examples of Forming Code

Formed Lead Pitch Code: 2 (5mm)Lead Forming Code: CProduct Lead Pitch Code: 3 (7.5mm)

Forming Code = 2C3

Formed Lead Pitch Code: 2 (5mm)Lead Forming Code: IProduct Lead Pitch Code: 6 (15mm)

Forming Code = 2I6IC

Capacitance Code: The capacitance code for Dip Capacitors is expressed in Pico Farads. The firsttwo digits are significant, and the third digit indicates the number of zeros following thesefigures. (Example: 474 = 470000pF, or .047µF)


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TK301A2ASDDM 010.0 %01± CroA 5.8x5.7x5.4 0.5 5.0 kcap/0002TK321A2ASDDM 210.0 %01± CroA 5.8x5.7x5.4 0.5 5.0 kcap/0002TK351A2ASDDM 510.0 %01± CroA 5.8x5.7x5.4 0.5 5.0 kcap/0002TK381A2ASDDM 810.0 %01± CroA 5.8x5.7x5.4 0.5 5.0 kcap/0002TK322A2ASDDM 220.0 %01± CroA 5.8x5.7x5.4 0.5 5.0 kcap/0002TK372A2ASDDM 720.0 %01± CroA 5.8x5.7x5.4 0.5 5.0 kcap/0002TK333A2ASDDM 330.0 %01± CroA 5.8x5.7x5.4 0.5 5.0 kcap/0002TK393A2ASDDM 930.0 %01± CroA 5.8x5.7x5.4 0.5 5.0 kcap/0002TK374A2ASDDM 740.0 %01± CroA 5.8x0.8x5.4 0.5 5.0 kcap/0002TK365A2ASDDM 650.0 %01± CroA 5.8x0.8x5.4 0.5 5.0 kcap/0002TK386A2ASDDM 860.0 %01± CroA 5.8x0.8x5.4 0.5 5.0 kcap/0002TK328A2ASDDM 280.0 %01± CroA 5.8x0.8x5.4 0.5 5.0 kcap/0002TK401A2ASDDM 01.0 %01± CroA 5.8x0.8x5.4 0.5 5.0 kcap/0002TK421A2ASDDM 21.0 %01± CroA 0.01x0.8x5.4 5.7 6.0 kcap/0002TK451A2ASDDM 51.0 %01± CroA 0.01x5.8x5.4 5.7 6.0 kcap/0002TK481A2ASDDM 81.0 %01± CroA 0.01x5.8x5.4 5.7 6.0 kcap/0002TK422A2ASDDM 22.0 %01± CroA 0.01x5.8x0.5 5.7 6.0 kcap/0002TK472A2ASDDM 72.0 %01± CroA 0.01x0.9x0.5 5.7 6.0 kcap/0051TK433A2ASDDM 33.0 %01± CroA 0.01x5.9x5.5 5.7 6.0 kcap/0051TK493A2ASDDM 93.0 %01± CroA 0.01x5.9x0.6 5.7 6.0 kcap/0001TK474A2ASDDM 74.0 %01± CroA 0.01x0.01x5.6 5.7 6.0 kcap/0001TK465A2ASDDM 65.0 %01± DroA 5.21x5.01x5.5 0.01 6.0 kcap/0051TK486A2ASDDM 86.0 %01± DroA 5.21x0.11x5.5 0.01 6.0 kcap/0051TK428A2ASDDM 28.0 %01± DroA 5.21x5.11x0.6 0.01 6.0 kcap/0001TK501A2ASDDM 0.1 %01± DroA 5.21x0.21x5.6 0.01 6.0 kcap/0001TK521A2ASDDM 2.1 %01± EroB 0.81x0.21x5.5 0.51 8.0 kcap/005TK551A2ASDDM 5.1 %01± EroB 0.81x5.21x0.6 0.51 8.0 kcap/005TK581A2ASDDM 8.1 %01± EroB 0.81x0.31x5.6 0.51 8.0 kcap/005TK522A2ASDDM 2.2 %01± EroB 0.81x0.41x0.7 0.51 8.0 kcap/005TK572A2ASDDM 7.2 %01± EroB 0.81x5.41x0.8 0.51 8.0 kcap/005TK533A2ASDDM 3.3 %01± EroB 0.81x0.61x5.8 0.51 8.0 kcap/004BK593A2ASDDM 9.3 %01± A/N 5.52x5.41x5.7 5.22 8.0 kluBBK574A2ASDDM 7.4 %01± A/N 5.52x5.61x5.7 5.22 8.0 kluBBK565A2ASDDM 6.5 %01± A/N 5.52x0.71x5.8 5.22 8.0 kluBBK586A2ASDDM 8.6 %01± A/N 5.52x5.81x5.9 5.22 8.0 kluBBK528A2ASDDM 2.8 %01± A/N 5.52x0.02x0.11 5.22 8.0 kluBBK601A2ASDDM 0.01 %01± A/N 5.52x0.12x5.11 5.22 8.0 kluB

PLASTIC FILM CAPACITORSMDDSA Series •Small Type Metallized Polyester Capacitors

Items

Temperature range

Rated voltage





Others


100 to 630 V.DC

±5% (J), ±10% (K), ±20% (M)


Between terminals Rated volt X 1.4 1min.

Between terminal & outside covering Rated volt x 2.0/1 to 5 sec.

CR≤0.33µF More than 7,500MΩ

CR>0.33µF More than 2,500Ω•µF

Subject to JIS C 5101-1 and JIS C 5101-2

SpecificationsMDDSA Series is reduced in size from the conventional MDDtype, light weight and high reliability metallized polyesterfilm capacitors.• Size is reduced by 40 to 50% of conventional MDD type.• Capacitance range is extended from 0.01µF to 10µF.• Greatly improved humidity resistance through special production technique.• Excellent flame retardant property. Outside coating of flame resistant epoxy resin.• Improved tracking resistance.


Dimensions T x H x L F d


PLASTIC FILM CAPACITORSMDDSA Series •Small Type Metalized Polyester Capacitors

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TK301E2ASDDM 010.0 %01± CroA 0.01x0.8x5.4 5.7 6.0 kcap/0002TK321E2ASDDM 210.0 %01± CroA 0.01x5.8x5.4 5.7 6.0 kcap/0002TK351E2ASDDM 510.0 %01± CroA 0.01x0.8x5.4 5.7 6.0 kcap/0002TK381E2ASDDM 810.0 %01± CroA 0.01x0.8x5.4 5.7 6.0 kcap/0002TK322E2ASDDM 220.0 %01± CroA 0.01x0.8x5.4 5.7 6.0 kcap/0002TK372E2ASDDM 720.0 %01± CroA 0.01x0.8x5.4 5.7 6.0 kcap/0002TK333E2ASDDM 330.0 %01± CroA 0.01x0.8x5.4 5.7 6.0 kcap/0002TK393E2ASDDM 930.0 %01± CroA 0.01x0.8x5.4 5.7 6.0 kcap/0002TK374E2ASDDM 740.0 %01± CroA 0.01x0.8x5.4 5.7 6.0 kcap/0002TK365E2ASDDM 650.0 %01± CroA 0.01x0.8x5.4 5.7 6.0 kcap/0002TK386E2ASDDM 860.0 %01± CroA 0.01x5.8x5.4 5.7 6.0 kcap/0002TK328E2ASDDM 280.0 %01± CroA 0.01x0.9x5.4 5.7 6.0 kcap/0002TK401E2ASDDM 01.0 %01± CroA 0.01x0.9x0.5 5.7 6.0 kcap/0051TK421E2ASDDM 21.0 %01± CroA 0.01x5.9x5.5 5.7 6.0 kcap/0051TK451E2ASDDM 51.0 %01± CroA 0.01x0.01x0.6 5.7 6.0 kcap/0001TK481E2ASDDM 81.0 %01± DroA 5.21x0.01x0.5 0.01 6.0 kcap/0051TK422E2ASDDM 22.0 %01± DroA 5.21x5.01x5.5 0.01 6.0 kcap/0051TK472E2ASDDM 72.0 %01± DroA 5.21x0.11x0.6 0.01 6.0 kcap/0001TK433E2ASDDM 33.0 %01± DroA 5.21x5.11x5.6 0.01 6.0 kcap/0001TK493E2ASDDM 93.0 %01± EroB 0.81x0.21x0.5 0.51 6.0 kcap/005TK474E2ASDDM 74.0 %01± EroB 0.81x0.21x5.5 0.51 6.0 kcap/005TK465E2ASDDM 65.0 %01± EroB 0.81x5.21x0.6 0.51 6.0 kcap/005TK486E2ASDDM 86.0 %01± EroB 0.81x0.31x5.6 0.51 8.0 kcap/005TK428E2ASDDM 28.0 %01± EroB 0.81x0.41x0.7 0.51 8.0 kcap/005TK501E2ASDDM 0.1 %01± EroB 0.81x5.41x5.7 0.51 8.0 kcap/005TK521E2ASDDM 2.1 %01± EroB 0.81x0.51x5.8 0.51 8.0 kcap/005BK551E2ASDDM 5.1 %01± A/N 0.81x0.61x0.9 0.51 8.0 kluBBK581E2ASDDM 8.1 %01± A/N 5.52x0.51x0.8 5.22 8.0 kluBBK522E2ASDDM 2.2 %01± A/N 5.52x0.61x0.9 5.22 8.0 kluBBK572E2ASDDM 7.2 %01± A/N 5.52x0.71x0.01 5.22 8.0 kluBBK533E2ASDDM 3.3 %01± A/N 5.52x0.81x0.11 5.22 8.0 kluBBK593E2ASDDM 9.3 %01± A/N 5.52x0.02x5.11 5.22 8.0 kluBBK574E2ASDDM 7.4 %01± A/N 5.52x0.12x5.21 5.22 8.0 kluBBK565E2ASDDM 6.5 %01± A/N 5.03x0.12x0.21 5.72 8.0 kluBBK586E2ASDDM 8.6 %01± A/N 5.03x0.22x0.41 5.72 8.0 kluBBK528E2ASDDM 2.8 %01± A/N 5.03x0.32x0.51 5.72 8.0 kluBBK601E2ASDDM 0.01 %01± A/N 5.03x0.52x5.61 5.72 8.0 kluB

250 Volts DC(Code: 2E)

G: 1.0 mm when F Dimension is less than 7.5 mm. 1.5 mm when F Dimension is less than 10 mm.



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TK301G2ASDDM 010.0 %01± CroA 0.01x0.8x5.4 5.7 6.0 kcap/0002







TK393G2ASDDM 930.0 %01± DroA 5.21x0.8x5.4 0.01 6.0 kcap/0002




TK328G2ASDDM 280.0 %01± DroA 5.21x5..01x5.5 0.01 6.0 kcap/0051


TK421G2ASDDM 21.0 %01± EroB 0.81x0.01x0.5 0.51 6.0 kcap/005








BK465G2ASDDM 65.0 %01± A/N 5.52x0.41x0.7 5.22 8.0 kluB









400 Volts DC(Code: 2G)




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TK301J2ASDDM 010.0 %01± DroA 5.21x0.8x5.4 0.01 6.0 kcap/0002









TK365J2ASDDM 650.0 %01± EroB 0.81x0.11x5.5 0.51 6.0 kcap/005






BK481J2ASDDM 81.0 %01± A/N 0.81x5.51x0.9 0.51 8.0 kluB

















PLASTIC FILM CAPACITORSMDD-HF Series •High-frequency Current, Resin Dip Type PPS Film Capacitors

Items

Temperature range

Rated voltage






100 and 250 V.DC

±5% (J), ±10% (K)


Rated volt (V.DC) X 1.5 1min.

Between terminals More than 15,000MΩ

SpecificationsPPS film based, dip type film capacitors, are developed onthe basis of the MDD capacitor production technology tooffer increased heat resistance and enhanced performancecharacteristics.• Offers excellent electrical performance characteristics and remains stable relative to temperature, frequency, and voltage.• Exhibits increased heat resistance.• Excels in loss characteristics and generates a minimum of heat at high frequency.

Drawingsand dimensions

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TK301A2FH-DDM 010.0 %01± CroA 5.8x5.7x5.4 5.0±0.5 5.0 kcap/0002













TK421A2FH-DDM 21.0 %01± DroA 0.31x4.8x8.4 0.1±5.01 6.0 kcap/0051






TK301E2FH-DDM 010.0 %01± CroA 5.8x5.7x5.4 5.0±0.5 6.0 kcap/0002









TK365E2FH-DDM 650.0 %01± DroA 5.31x0.9x0.5 0.1±5.01 6.0 kcap/0002






Dimensions T x H x L F±f d


MKC-JS Series •Resin-encased Metalized Polyester Film Capacitors


Items

Temperature range

Rated voltage





Others


100 V.DC

±10% (K),



Between terminal & outside covering Rated volt x 2.0/1 to 5 sec.




SpecificationsThe MKC-JS Series was developed to offer capacitorshaving an increased moisture resistance for wide use inautomotive electrical components, communicationsdevices, and other electronic equipment. It guarantees arated voltage load of 85°C, 85% RH, and 500 hours.• The employed case and resin parts are made of 94 V-0 flame resistant material.• A lead pitch of 10mm is employed for the entire series.

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K401A2SJ-CKM 01.0 %01± 0.31x0.01x0.4 0.01 6.0 kluB

K451A2SJ-CKM 51.0 %01± 0.31x0.01x0.4 0.01 6.0 kluB

K422A2SJ-CKM 22.0 %01± 0.31x0.01x0.4 0.01 6.0 kluB

K433A2SJ-CKM 33.0 %01± 0.31x0.01x0.4 0.01 6.0 kluB

K474A2SJ-CKM 74.0 %01± 0.31x5.11x0.5 0.01 6.0 kluB

K486A2SJ-CKM 86.0 %01± 0.31x5.11x0.5 0.01 6.0 kluB

K501A2SJ-CKM 0.1 %01± 0.31x0.21x0.6 0.01 6.0 kluB

K551A2SJ-CKM 5.1 %01± 0.31x5.31x5.7 0.01 6.0 kluB



Product Numbering System for MKC-JS SeriesExample: MKC-JS Series, 100V.DC, 1.0µF ±10% (Taping not available)

Capacitance Tolerance code K= ±10%

Capacitance code

Rated Voltage code

Series Name

MKC-JS 2A 105 K



MDD-P Series • High Frequency Resin Dipped Metallized Polypropylene

Film Capacitors


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J386E2P-DDM 860.0 *%5± 0.51x0.01x5.6 5.21 6.0 kluB

J328E2P-DDM 280.0 *%5± 0.51x5.01x0.7 5.21 6.0 kluB

J401E2P-DDM 01.0 *%5± 0.51x0.21x0.7 5.21 6.0 kluB

J421E2P-DDM 21.0 *%5± 0.51x5.21x5.7 5.21 6.0 kluB

J451E2P-DDM 51.0 *%5± 0.02x0.11x0.7 5.71 6.0 kluB

J481E2P-DDM 81.0 *%5± 0.02x0.21x0.7 5.71 6.0 kluB

J422E2P-DDM 22.0 *%5± 0.02x5.21x5.7 5.71 6.0 kluB

J472E2P-DDM 72.0 *%5± 0.02x0.31x5.8 5.71 6.0 kluB

J433E2P-DDM 33.0 *%5± 0.02x0.51x5.8 5.71 6.0 kluB

J493E2P-DDM 93.0 *%5± 0.02x5.51x0.9 5.71 6.0 kluB

J474E2P-DDM 74.0 *%5± 0.62x0.51x5.8 5.22 6.0 kluB

J465E2P-DDM 65.0 *%5± 0.62x5.51x0.9 5.22 8.0 kluB

J486E2P-DDM 86.0 *%5± 0.62x5.61x0.01 5.22 8.0 kluB

J428E2P-DDM 28.0 *%5± 0.62x5.91x0.01 5.22 8.0 kluB

J501E2P-DDM 0.1 *%5± 0.13x5.91x0.01 5.72 8.0 kluB



Items

Temperature range

Rated voltage





Others

–40°C to +85°C

250V. DC, 400V. DC, 630V. DC

±5% (J), ±10% (K), ±20% (M)



Between terminal & outside coating Rated volt x 2.0, 1 to 5 sec.



Subject to EIAJ RC 2347 and JIS C 5102

SpecificationsThe MDD-P Series are resin dipped, metallizedpolypropylene film capacitors that have been in use formany years. They are suitable for Communication devicesand inverter fluorescent lighting.


*Also available in Capacitance Tolerances of ±10% (K) and ±20% (M). Replace J (5%) shown in the PartNumber above with either K or M as needed when ordering.


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J333G2P-DDM 330.0 *%5± 0.51x0.11x0.7 5.21 6.0 kluB

J393G2P-DDM 930.0 *%5± 0.51x5.11x5.7 5.21 6.0 kluB

J374G2P-DDM 740.0 *%5± 0.51x5.21x5.7 5.21 6.0 kluB

J365G2P-DDM 650.0 *%5± 0.02x5.01x5.6 5.71 6.0 kluB

J386G2P-DDM 860.0 *%5± 0.02x5.11x0.7 5.71 6.0 kluB

J328G2P-DDM 280.0 *%5± 0.02x5.21x5.7 5.71 6.0 kluB

J401G2P-DDM 01.0 *%5± 0.02x0.31x0.8 5.71 6.0 kluB

J421G2P-DDM 21.0 *%5± 0.02x5.31x5.8 5.71 8.0 kluB

J451G2P-DDM 51.0 *%5± 0.02x5.41x5.9 5.71 8.0 kluB

J481G2P-DDM 81.0 *%5± 0.02x5.51x5.01 5.71 8.0 kluB

J422G2P-DDM 22.0 *%5± 0.02x5.61x5.11 5.71 8.0 kluB

J472G2P-DDM 72.0 *%5± 0.92x0.61x5.9 0.52 8.0 kluB

J433G2P-DDM 33.0 *%5± 0.92x5.61x5.01 0.52 8.0 kluB

J493G2P-DDM 93.0 *%5± 0.92x5.71x0.11 0.52 8.0 kluB

J474G2P-DDM 74.0 *%5± 0.92x5.81x0.21 0.52 8.0 kluB

J465G2P-DDM 65.0 *%5± 0.92x5.91x0.31 0.52 8.0 kluB

J486G2P-DDM 86.0 *%5± 0.92x0.32x0.31 0.52 8.0 kluB

J428G2P-DDM 28.0 *%5± 0.63x0.22x0.21 5.23 8.0 kluB

J501G2P-DDM 0.1 *%5± 0.63x0.32x5.31 5.23 8.0 kluB

J372J2P-DDM 720.0 *%5± 0.81x5.01x0.7 0.51 6.0 kluB

J333J2P-DDM 330.0 *%5± 0.81x0.11x5.7 0.51 6.0 kluB

J393J2P-DDM 930.0 *%5± 0.81x5.11x0.8 0.51 6.0 kluB

J374J2P-DDM 740.0 *%5± 0.81x0.31x0.8 0.51 6.0 kluB

J365J2P-DDM 650.0 *%5± 0.81x5.31x5.8 0.51 6.0 kluB

J386J2P-DDM 860.0 *%5± 0.62x0.31x0.8 5.22 8.0 kluB

J328J2P-DDM 280.0 *%5± 0.62x5.31x5.8 5.22 8.0 kluB

J401J2P-DDM 01.0 *%5± 0.62x5.51x0.9 5.22 8.0 kluB

J421J2P-DDM 21.0 *%5± 0.62x0.61x5.9 5.22 8.0 kluB

J451J2P-DDM 51.0 *%5± 0.62x0.71x5.01 5.22 8.0 kluB

J481J2P-DDM 81.0 *%5± 0.62x0.81x5.11 5.22 8.0 kluB

J422J2P-DDM 22.0 *%5± 0.92x0.81x5.11 0.52 8.0 kluB

J472J2P-DDM 72.0 *%5± 0.92x5.91x5.21 0.52 8.0 kluB

J433J2P-DDM 33.0 *%5± 0.92x5.22x0.31 0.52 8.0 kluB

J493J2P-DDM 93.0 *%5± 0.92x5.32x0.41 0.52 8.0 kluB

J474J2P-DDM 74.0 *%5± 0.63x5.22x0.31 0.63 8.0 kluB

J465J2P-DDM 65.0 *%5± 0.63x5.32x0.41 0.63 8.0 kluB

MDD-P Series • High Frequency Resin Dipped Metalized Polypropylene

Film Capacitors







MTB-P Series • High Frequency Oval Wrapped Metallized Polypropylene

Film Capacitors


Items

Temperature range

Rated voltage





Others

–40°C to +85°C

250V. DC, 400V. DC, 630V. DC

±5% (J), ±10% (K), ±20% (M)



Between terminal & outside coating Rated volt x 2.0, 1 to 5 sec.




SpecificationsThe MTB-P Series are similar in performancecharacteristics as the MDD-P Series but are oval wrappedand filled, metallized polypropylene film capacitors. Theyare also suitable for Communication devices and inverterfluorescent lighting.



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J386E2P-BTM 860.0 *%5± 0.61x5.8x5.4 6.0 kluB

J328E2P-BTM 280.0 *%5± 0.61x0.9x0.5 6.0 kluB

J401E2P-BTM 01.0 *%5± 0.61x5.01x5.5 6.0 kluB

J421E2P-BTM 21.0 *%5± 0.61x0.11x0.6 6.0 kluB

J451E2P-BTM 51.0 *%5± 0.12x0.9x5.5 6.0 kluB

J481E2P-BTM 81.0 *%5± 0.12x5.01x5.5 6.0 kluB

J422E2P-BTM 22.0 *%5± 0.12x0.11x0.6 6.0 kluB

J472E2P-BTM 72.0 *%5± 0.12x5.11x5.6 6.0 kluB

J433E2P-BTM 33.0 *%5± 0.12x5.31x0.7 6.0 kluB

J493E2P-BTM 93.0 *%5± 0.12x0.41x5.7 6.0 kluB

J474E2P-BTM 74.0 *%5± 0.62x0.31x0.7 6.0 kluB

J465E2P-BTM 65.0 *%5± 0.62x0.41x5.7 6.0 kluB

J486E2P-BTM 86.0 *%5± 0.62x0.51x5.8 6.0 kluB

J428E2P-BTM 28.0 *%5± 0.62x0.81x0.8 6.0 kluB

J501E2P-BTM 0.1 *%5± 0.13x0.81x0.8 8.0 kluB


Dimensions

T x H x L d


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J333G2P-BTM 330.0 *%5± 0.61x0.9x5.5 6.0 kluB

J393G2P-BTM 930.0 *%5± 0.61x5.9x0.6 6.0 kluB

J374G2P-BTM 740.0 *%5± 0.61x0.11x0.6 6.0 kluB

J365G2P-BTM 650.0 *%5± 0.12x0.9x0.5 6.0 kluB

J386G2P-BTM 860.0 *%5± 0.12x0.01x0.5 6.0 kluB

J328G2P-BTM 280.0 *%5± 0.12x5.01x5.5 6.0 kluB

J401G2P-BTM 01.0 *%5± 0.12x0.11x5.6 6.0 kluB

J421G2P-BTM 21.0 *%5± 012x0.21x0.7 6.0 kluB

J451G2P-BTM 51.0 *%5± 0.12x0.31x0.8 6.0 kluB

J481G2P-BTM 81.0 *%5± 0.12x5.31x5.8 6.0 kluB

J422G2P-BTM 22.0 *%5± 0.12x5.41x5.9 6.0 kluB

J472G2P-BTM 72.0 *%5± 0.92x0.41x5.7 8.0 kluB

J433G2P-BTM 33.0 *%5± 0.92x0.51x5.8 8.0 kluB

J493G2P-BTM 93.0 *%5± 0.92x5.51x5.9 8.0 kluB

J474G2P-BTM 74.0 *%5± 0.92x5.61x5.01 8.0 kluB

J465G2P-BTM 65.0 *%5± 0.92x5.71x5.11 8.0 kluB

J486G2P-BTM 86.0 *%5± 0.92x0.12x5.11 8.0 kluB

J428G2P-BTM 28.0 *%5± 0.73x0.02x5.01 8.0 kluB

J501G2P-BTM 0.1 *%5± 0.73x0.12x0.21 8.0 kluB

J372J2P-BTM 720.0 *%5± 0.02x0.9x0.5 6.0 kluB

J333J2P-BTM 330.0 *%5± 0.02x5.9x5.5 6.0 kluB

J393J2P-BTM 930.0 *%5± 0.02x0.01x0.6 6.0 kluB

J374J2P-BTM 740.0 *%5± 0.02x5.11x5.6 6.0 kluB

J365J2P-BTM 650.0 *%5± 0.02x0.21x0.7 6.0 kluB

J386J2P-BTM 860.0 *%5± 0.62x0.11x0.6 6.0 kluB

J328J2P-BTM 280.0 *%5± 0.62x5.11x0.7 8.0 kluB

J401J2P-BTM 01.0 *%5± 0.62x5.21x5.7 8.0 kluB

J421J2P-BTM 21.0 *%5± 0.62x0.41x5.7 8.0 kluB

J451J2P-BTM 51.0 *%5± 0.62x0.51x0.9 8.0 kluB

J481J2P-BTM 81.0 *%5± 0.62x061x5.9 8.0 kluB

J422J2P-BTM 22.0 *%5± 0.92x5.61x0.01 8.0 kluB

J472J2P-BTM 72.0 *%5± 0.92x5.71x0.11 8.0 kluB

J433J2P-BTM 33.0 *%5± 0.92x5.02x0.11 8.0 kluB

J493J2P-BTM 93.0 *%5± 0.92x0.22x0.21 8.0 kluB

J474J2P-BTM 74.0 *%5± 0.73x5.02x0.11 8.0 kluB

J465J2P-BTM 65.0 *%5± 0.73x0.22x5.21 8.0 kluB

MTB-P Series • High Frequency Oval Wrapped Metallized Polypropylene

Film Capacitors





Dimensions

T x H x L d


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K472A2SBTM 72.0 %01± 0.41x0.8x0.4 6.0 kluB

K433A2SBTM 33.0 %01± 0.41x5.8x5.4 6.0 kluB

K493A2SBTM 93.0 %01± 0.41x0.9x0.5 6.0 kluB

K474A2SBTM 74.0 %01± 0.41x5.9x5.5 6.0 kluB

K465A2SBTM 65.0 %01± 0.02x5.9x5.4 6.0 kluB

K486A2SBTM 86.0 %01± 0.02x5.9x0.5 6.0 kluB

K428A2SBTM 28.0 %01± 0.02x0.01x0.5 6.0 kluB

K501A2SBTM 0.1 %01± 0.02x5.01x0.6 6.0 kluB

K521A2SBTM 2.1 %01± 0.02x5.11x5.6 6.0 kluB

K551A2SBTM 5.1 %01± 0.02x5.21x0.7 6.0 kluB

K581A2SBTM 8.1 %01± 0.22x0.21x0.7 8.0 kluB

K522A2SBTM 2.2 %01± 0.22x0.31x5.7 8.0 kluB

K572A2SBTM 7.2 %01± 0.22x0.41x5.8 8.0 kluB

K533A2SBTM 3.3 %01± 0.22x0.61x0.9 8.0 kluB

K593A2SBTM 9.3 %01± 0.22x0.71x0.01 8.0 kluB

K574A2SBTM 7.4 %01± 0.22x5.71x0.11 8.0 kluB

K565A2SBTM 6.5 %01± 0.62x5.71x0.11 8.0 kluB

K586A2SBTM 8.6 %01± 0.62x5.81x0.21 8.0 kluB

K528A2SBTM 2.8 %01± 0.92x5.81x5.11 8.0 kluB

K601A2SBTM 0.01 %01± 0.92x5.02x5.21 8.0 kluB

MTBS Series •Tape Wrapped Metallized Polyester Film Capacitors •Axial Leads


Items

Temperature range

Rated voltage





Others

–40°C to +85°C

100 V.DC

±5% (J), ±10% (K), ±20% (M)


Rated volt (V. DC) X 1.4 1min.




SpecificationsThis series offers metalized film capacitors that have axialleads and exhibit excellent heat resistance and moistureresistance. These capacitors employ a metalized polyesterfilm dielectric and have a polyester-taped outer coveringand resin-sealed ends.



Dimensions T x H x L d


PLASTIC FILM CAPACITORSMTB Series •Tape Wrapped Metalized Polyester Film Capacitors •Axial Leads

This series offers metalized film capacitors that have axialleads and exhibit excellent heat resistance and moistureresistance. These capacitors employ a metalized polyesterfilm dielectric and have a polyester-taped outer coveringand resin-sealed ends.


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K374E2BTM 740.0 %01± 0.41x5.7x0.4 6.0 kluB

K386E2BTM 860.0 %01± 0.61x5.7x0.4 6.0 kluB

K401E2BTM 01.0 %01± 0.61x0.9x5.4 6.0 kluB

K421E2BTM 21.0 %01± 0.61x5.9x0.5 6.0 kluB

K451E2BTM 51.0 %01± 0.61x5.01x5.5 6.0 kluB

K481E2BTM 81.0 %01± 0.61x0.11x0.6 6.0 kluB

K422E2BTM 22.0 %01± 0.22x0.01x0.5 6.0 kluB

K472E2BTM 72.0 %01± 0.22x5.01x5.5 6.0 kluB

K433E2BTM 33.0 %01± 0.22x0.11x0.6 6.0 kluB

K493E2BTM 93.0 %01± 0.22x5.11x0.7 6.0 kluB

K474E2BTM 74.0 %01± 0.22x5.21x5.7 6.0 kluB

K465E2BTM 65.0 %01± 0.92x0.21x0.6 8.0 kluB

K486E2BTM 86.0 %01± 0.92x0.31x5.6 8.0 kluB

K428E2BTM 28.0 %01± 0.92x5.31x0.7 8.0 kluB

K501E2BTM 0.1 %01± 0.92x5.61x0.7 8.0 kluB

K521E2BTM 2.1 %01± 0.92x5.71x0.8 8.0 kluB

K551E2BTM 5.1 %01± 0.92x5.81x0.9 8.0 kluB

K581E2BTM 8.1 %01± 0.92x5.91x0.01 8.0 kluB

K522E2BTM 2.2 %01± 0.92x0.12x0.11 8.0 kluB

K572E2BTM 7.2 %01± 0.34x0.91x5.9 0.1 kluB

K533E2BTM 3.3 %01± 0.34x5.02x5.01 0.1 kluB

K593E2BTM 9.3 %01± 0.34x5.12x0.21 0.1 kluB

K574E2BTM 7.4 %01± 0.34x0.32x5.31 0.1 kluB

K565E2BTM 6.5 %01± 0.25x5.22x0.31 0.1 kluB

K586E2BTM 8.6 %01± 0.25x0.42x5.41 0.1 kluB

K528E2BTM 2.8 %01± 0.25x5.52x0.61 0.1 kluB

K601E2BTM 0.01 %01± 0.25x5.92x5.61 0.1 kluB


Items

Temperature range

Rated voltage





Others

–40°C to +85°C

250 V.DC, 400V.DC & 630V.DC

±5% (J), ±10% (K), ±20% (M)






Specifications

Dimensions T x W x L d


detaRegatloV)CDVW(

traPrebmuN


ecnareloTgnigakcaP

K322G2BTM 220.0 %01± 0.41x0.7x0.4 6.0 kluB

K333G2BTM 330.0 %01± 0.61x5.7x0.4 6.0 kluB

K374G2BTM 740.0 %01± 0.61x5.8x0.5 6.0 kluB

K386G2BTM 860.0 %01± 0.61x5.9x0.6 6.0 kluB

K401G2BTM 01.0 %01± 0.22x0.01x0.5 6.0 kluB

K421G2BTM 21.0 %01± 0.22x5.01x5.5 6.0 kluB

K451G2BTM 51.0 %01± 0.22x0.11x5.6 6.0 kluB

K481G2BTM 81.0 %01± 0.22x5.21x5.6 6.0 kluB

K422G2BTM 22.0 %01± 0.22x5.31x0.7 6.0 kluB

K472G2BTM 72.0 %01± 0.22x5.41x0.8 6.0 kluB

K433G2BTM 33.0 %01± 0.92x5.31x0.7 8.0 kluB

K493G2BTM 93.0 %01± 0.92x0.41x5.7 8.0 kluB

K474G2BTM 74.0 %01± 0.92x5.41x5.8 8.0 kluB

K465G2BTM 65.0 %01± 0.92x5.71x0.8 8.0 kluB

K486G2BTM 86.0 %01± 0.92x5.81x0.9 8.0 kluB

K428G2BTM 28.0 %01± 0.92x5.91x0.01 8.0 kluB

K501G2BTM 0.1 %01± 0.92x0.12x5.11 8.0 kluB

K521G2BTM 2.1 %01± 0.13x5.12x0.21 8.0 kluB

K551G2BTM 5.1 %01± 0.13x5.32x0.41 8.0 kluB

K581G2BTM 8.1 %01± 0.34x0.22x5.21 0.1 kluB

K522G2BTM 2.2 %01± 0.34x0.42x0.41 0.1 kluB

K572G2BTM 7.2 %01± 0.34x0.42x0.41 0.1 kluB

K533G2BTM 3.3 %01± 0.34x5.82x0.61 0.1 kluB

K593G2BTM 9.3 %01± 0.34x5.23x5.61 0.1 kluB

K574G2BTM 7.4 %01± 0.25x0.13x5.51 0.1 kluB

K322J2BTM 220.0 %01± 0.61x0.9x0.4 6.0 kluB

K333J2BTM 330.0 %01± 0.61x0.9x5.5 6.0 kluB

K374J2BTM 740.0 %01± 0.22x5.9x5.4 6.0 kluB

K386J2BTM 860.0 %01± 0.22x5.01x5.5 6.0 kluB

K401J2BTM 01.0 %01± 0.22x0.31x5.6 6.0 kluB

K421J2BTM 21.0 %01± 0.22x5.31x0.7 6.0 kluB

K451J2BTM 51.0 %01± 0.92x5.11x5.6 8.0 kluB

K481J2BTM 81.0 %01± 0.92x0.31x5.6 8.0 kluB

K422J2BTM 22.0 %01± 0.92x0.41x5.7 8.0 kluB

K472J2BTM 72.0 %01± 0.92x0.71x5.7 8.0 kluB

K433J2BTM 33.0 %01± 0.13x5.71x0.8 8.0 kluB

K493J2BTM 93.0 %01± 0.13x5.81x0.9 8.0 kluB

K474J2BTM 74.0 %01± 0.13x0.91x5.9 8.0 kluB

K465J2BTM 65.0 %01± 0.13x5.02x0.11 8.0 kluB

K486J2BTM 86.0 %01± 0.13x5.32x0.11 8.0 kluB

K428J2BTM 28.0 %01± 0.13x0.52x5.21 8.0 kluB

K501J2BTM 0.1 %01± 0.13x5.62x0.41 8.0 kluB

K521J2BTM 2.1 %01± 0.34x0.52x5.21 0.1 kluB

K551J2BTM 5.1 %01± 0.34x5.62x0.41 0.1 kluB

K581J2BTM 8.1 %01± 0.34x5.82x5.51 0.1 kluB

K522J2BTM 2.2 %01± 0.25x0.82x5.51 0.1 kluB

PLASTIC FILM CAPACITORSMTB Series •Tape Wrapped Metallized Polyester Film Capacitors •Axial Leads





WMTB Series •High-frequency Large-current Tape-wrapped Capacitors

•For Snubbers


Items

Dielectric

Temperature range

Rated voltage





Metallized polyester

–40°C to +85°C

630 V.DC

±10% (K)





WMTB Specifications

Product Numbering System for WMTB Series and WMTB-P SeriesExample: WMTB-P Series, 1200V.DC, 1.0µF ±10%

Capacitance Tolerance code K= ±10%

Capacitance code

Rated Voltage

Series Name

WMTB-P 1200 104 K

The WMTB and WMTB-P Series offer tape-wrappedcapacitors which have been developed for applicationswhere high-frequency current is essential.Being small and lightweight, these capacitors are ideal foruse in high-frequency large current circuits forhigh-frequency surge suppressors, various inverter circuits,snubber circuits, and similar applications.


detaRegatloV)CDVW(

traPrebmuN


ecnareloTytitnauQ

K422036BTMW 22.0 %01± 0.92x0.02x5.01 8.0 kluB

K433036BTMW 33.0 %01± 0.33x5.81x0.21 8.0 kluB

K474036BTMW 74.0 %01± 0.33x5.22x0.31 8.0 kluB

K486036BTMW 86.0 %01± 0.14x0.42x0.41 0.1 kluB

K501036BTMW 0.1 %01± 0.14x5.72x5.61 0.1 kluB

K551036BTMW 5.1 %01± 0.25x5.72x0.81 0.1 kluB

K522036BTMW 2.2 %01± 0.25x5.33x0.12 0.1 kluB


630 Volts DC

WMTB 630V. DC



Items

Dielectric

Temperature range

Rated voltage





Metallized polypropylene

–40°C to +85°C

1200 V.DC

±10% (K)





WMTB-P Specifications

WMTB-P Series •High-frequency Large-current Tape-wrapped Capacitors

•For Snubbers

detaRegatloV)CDVW(

traPrebmuN


ecnareloTytitnauQ

K4010021P-BTMW 01.0 %01± 0.63x0.02x0.11 8.0 kluB

K4510021P-BTMW 51.0 %01± 0.63x0.32x5.31 8.0 kluB

K4220021P-BTMW 22.0 %01± 0.63x0.62x0.71 8.0 kluB

K4330021P-BTMW 33.0 %01± 0.14x0.52x5.51 0.1 kluB

K4740021P-BTMW 74.0 %01± 0.14x0.92x0.02 0.1 kluB

K4860021P-BTMW 86.0 %01± 0.14x0.33x5.32 0.1 kluB

K5010021P-BTMW 0.1 %01± 0.45x5.53x0.12 0.1 kluB


1200 Volts DC

WMTB-P 1200V. DC



0.050 0.064 0.078 0.096 0.100 0.120 0.160

0.032 0.045 0.051 0.062 0.065 0.078 0.104

0.018 0.023 0.029 0.035 0.037 0.044 0.059

2. RippleIf an excessive ripple voltage is applied to the tantalumcapacitors, their internal temperature rises due to Joule heat,resulting in the detriment of their reliability. The maximumpermissible ripple voltage and current are related to theratings or case size. Please consult Hitachi AIC for detailinformation.

2.1 Ripple CurrentThe maximum permissible current, IMAX,

is calculated as follows:

Since the ESR(D) value varies with the ripple frequency, thefollowing correction must be made in accordance with theoperating frequency. (See Table 2 and Fig. 4.)

Table 1. Maximum permissible power loss values (PMAX

) by case size.

TANTALUM CAPACITORS

The major conditions to be considered in relation to the useof the tantalum capacitors are as follows:1) Electrical terms2) Climatic terms3) Conditions for mounting on equipment and circuit boards4) Mechanical vibration, shock, and storage conditionsIf the tantalum capacitors are used without satisfying any oneof these conditions, the probability of short-circuiting, currentleakage or other problems occurring increases. To avoid suchproblems, observe the following precautions when usingtantalum capacitors.

1. Operating Voltage(1) The voltage derating factor should be as great as possible.Under normal conditions, the operating voltage should bereduced to 50% or less of the rated voltage. It is recommendedthat the operating voltage be 30% or less of the rated voltage,particularly when the tantalum capacitors are used in a low-impedance circuit. (See Figs. 1, 2, and 3.)

(2) For circuits in which a switching, charging, discharging orother momentary current flows, it is recommended that theoperating voltage be 30% or less of the rated voltage, with aresistor connected in series to limit the current to 300 mA orless. (See section 4 for details.)

(3) When the tantalum capacitors are to be used at an ambienttemperature higher than 85°C, the recommended operatingrange shown in Fig. 3 should not be exceeded.

•Low-impedance circuits

Precautions in using Tantalum Capacitors

100

80

60

40

20

0Max

imum

vol

tage

ratin

g (%

)

–55 –40 –20 0 20 40 60 85 100 125Operating Temperature (C°)

Fig.3

Frequency f K

120

400

1k

10k

20k

40k

100k

1M

1.0

0.8

0.65

0.50

0.45

0.43

0.40

0.35

Table 2.

Fig. 4 Correction coefficient (K)

Upper Limit

Recommended Range

AmbientTemp. °C

25

55

85

PMAX (W)

J P UA, A UB, B UC, C UE, E F


At 25°C: 10% of the rated voltage or 1V, whichever is smaller.At 85°C: 5% of the rated voltage or 0.5V, whichever is smaller.Further, the reverse voltage application time must be no longer than240 hours, with the power supply impedance maintained at 33Ω ormore.These limits are not specifications.

4. Reliability of Tantalum Capacitors

4.1 GeneralThe failure rate of the tantalum capacitor varies with thederating ratio, ambient temperature, circuit resistance, circuitapplication, etc. Therefore, when proper selections are madeso as to afford additional margins, higher reliability can bederived from the tantalum capacitors. Some examples ofactual failure rates are presented below for reference.

4.2 Failure Rate Calculation FormulaThe tantalum capacitors are designed to work at their basicfailure rates shown in Table 3 that prevail when the ratedvoltage is applied for 1000 hours at 85°C.

A capacitor failure rate can be calculated from the formulashown below. Note that a capacitor failure rate can belowered by giving margins to the circuit temperature, appliedvoltage ratio (derating factor), and circuit resistance selectedfor the basic failure rate.

TANTALUM CAPACITORS

2.2 Ripple Voltage(1) The tantalum capacitors must be used under suchconditions that the sum of the working voltage and ripplevoltage peak values does not exceed the rated voltage.

(2) Ensure that a reverse voltage due to superimposedvoltages is not applied to the capacitors.(3) The maximum permissible ripple voltage varies with therated voltage. Ensure that ripple voltage does not exceed thevalues shown in Figs. 6 and 7. If, however, the capacitors areused at a high temperature, the maximum permissible ripplevoltage must be calculated as follows:

Vrms (at 55°C) = 0.8 X Vrms (at 25°C)Vrms (at 85°C) = 0.6 X Vrms (at 25°C)Vrms (at 125°C) = 0.4 X Vrms (at 25°C)

3. Reverse Voltage(1) The tantalum capacitors must not be operated andchanged in reverse mode. Also, the capacitors must notbe used in an AC only circuit.(2) The tantalum capacitor dielectric has rectifyingcharacteristics. Therefore, when a reverse voltage isapplied to it, a large current flows even at a low reversevoltage. As a result, it may spontaneously generate heatand lead to shorting.(3) Make sure that the polarity and voltage is correct whenapplying a multimeter or similar testing instrument to thecapacitors because a reverse voltage or overvoltage canbe accidentally applied.(4) When using the capacitors in a circuit in which areverse voltage is applied, consult Hitachi AIC. If theapplication of a reverse voltage is unavoidable, it mustnot esceed the following values:

Type

TMCR

TMF

TMCJ

TMCP

TMCU

TMCM

TMCS

TMCTX

TMCH

TNC

Table 3. Basic failure rateBasic failure rate

1%/1000h

0.5%/1000h

1%/1000h

Classification

Low ESR type

Face down terminals (0603)

Miniature type (0805)

Miniature type (0805)

Low profile type

Small type

Standard type

Fuse incorporated type

High reliability type

High performance polymer type


TANTALUM CAPACITORS

Fig. 8 Ambient temperature and derating-dependent failure rate correction coefficient

Fig, 9 Circuit resistance-dependent failure rate correction coefficient (KR)

4.3 Example of Capacitor Failure Rate Calculation

5. Mounting Precautions5.1 Limit Pressure on Capacitor Installation with MounterPressure must not exceed 4.9N with a tool end diameter of1.5mm when applied to the capacitors using an absorber,centering tweezers, or the like. (Maximum permittedpressurization time: 5 seconds.) An excessively low absorbersetting position would result in not only the application ofundue force to the capacitors, but also capacitor and othercomponent scattering, as well as circuit board wiringbreakage and/or cracking, particularly when the capacitors aremounted together with other chips having a height of 1mm orless.5.2 Flux Selection(1) Select a flux that contains a minimum of chlorine and amine.(2) After flux use, the chlorine and amine in the flux remainand must therefore be removed.5.3 Recommended Soldering Pattern DimensionsThe recommended chip soldering pattern dimensions are asshown in Table 4 and Fig. 10. Note, however, that they areaffected by such factors as reflow conditions, solder type, andcircuit board size.If the pattern area is significantly larger than the capacitorterminal area, the capacitor in place may be displaced withthe solder melts.

M,J

P

UA, A

UB

B

UC, C

UE, E

F

L

1.6

2.0

3.2

3.5

3.5

5.8

7.3

7.3

Case

Dimensions

W

0.8

1.25

1.6

2.8

2.8

3.2

4.3

5.8

x

0.9

1.2

1.6

1.6

1.6

2.3

2.3

2.3

y

1.0

1.1

1.2

2.2

2.2

2.4

2.6

3.8

z

0.7

0.8

1.2

1.4

1.4

2.4

3.8

3.8

Capacitor Size Pattern Dimensions

Table 4. Recommended soldering pattern dimensions

Fig. 10

5.4 Chip Soldering Temperature and TimeFor the capacitor body, the chip soldering temperature andtime must be as shown here.(1) Reflow soldering (infrared, hot air, hot plate) Capacitor body temperature: 260°C or lower

(TNC: 240°C or lower) Time: 10 sec. max. Permitted temperature/time range: See Fig. 11


NOTE 1: When upward heating is provided by infrared, thecapacitor body temperature rises above the circuit boardsurface temperature.

When a high power hot blast stove or the like is used, asudden temperature rise occurs.

Therefore, a 130-160°C, 1-minute preheating zone shouldbe provided to ensure that the difference from the reflowmaximum temperature in not greater than 100°C.(See Fig. 12.)

50

40

30

20

10

0

Tim

e

200 220 240 260Temperature (C°)

Fig.11. Reflow soldering permitted temperature/time range

TNC(Common to all cases)

TMF, TMCS, M, P, J, U, H, R, TX(Common to all cases)

Fig. 12 Recommended temperature profile

(2) Flow soldering (Not available for TNC Type) Solder bath temperature: 260°C or lower Time: M,J, P, UA, A UB, or B case,

10 sec max. UC, C, UE, E, F case, 5 sec max.

Permitted temperature and time range: See Fig. 13

NOTE 1: To avoid sudden heating, conduct preheating.130-160°C, 1-minute preheating zone should beprovided. (See Fig. 14.)

Fig. 13. Flow soldering permitted temperature/time range

Fig. 14. Recommended temperature profile

(3) Soldering with a soldering ironThe use of a soldering iron should be avoided whereverpossible. If it is unavoidable, follow the instructions set forthin Table 5.

NOTE 1: If a soldering iron is used at a high temperature for the TMCTX typewhich incorporates a thermal fuse, the fuse opens. Due care mustbe used to avoid this adverse situation.

NOTE 2: If a soldering iron must be used for TMF and/or TNC type, contactHitachi AIC in advance.

(4) Repetition of solderingThe soldering conditions for soldering operations (1) through(3) above are established on the presumption that only onetype of soldering operation is conducted.When repeating a reflow soldering or a combined flow-and-reflow soldering operation, comply with the followingconditions:

i) Once the capacitor is mounted, it must not beremoved for reuse.ii) Any type of soldering operation may be performedto the capacitor only twice.iii) The second performance of a type of solderingoperation must not be initiated until after a 2-hour orlonger heat dissipation period.iv) Cleaning must be conducted upon completion ofthe second soldering operation.

Type

Soldering iron tip temp

Time

Soldering iron power

350°CMAX

3 sec MAX

30 W MAX

TMCR/TMCS/TMCM/TMCP/TMCJ/TMCU/TMCH

290°CMAX

3 sec MAX

30 W MAX

Table 5.

20

10

0

Tim

e

200 220 240 260

UC / C / UE / E / F / case

M / J / P / UA / A / UB / B case

Temperature

TMCTX*

TANTALUM CAPACITORS


TANTALUM CAPACITORS

5.5 Cleaning after MountingThe following solvents are usable when cleaning thecapacitors after mounting. NEVER use a highly active solvert.• Halogen organic solvent (HCFC225, etc.)• Alcohol solvent (IPA. ethanol, etc.)• Petroleum solvent, alkali saponifying agent, water, etc.

Circuit board cleaning must be conducted at a temperature ofnot higher than 50°C and for an immersion time of not longerthan 30 minutes. When an ultrasonic cleaning method is used,cleaning must be conducted at a frequency of 48kHz or lower,at a vibration output of 0.02 W/cm3, at a temperature of nothigher than 40°C, and for a time of 5 minutes or less.

NOTE 1: Care must be exercised in the cleaning process sothat the mounted capacitor will not come intocontact with any cleaned object or the like, or willnot get rubbed by a stiff brush or similar object. Ifsuch precautions are not taken, particularly when theultrasonic cleaning method is employed, terminalbreakage may occur.

NOTE 2: When performing ultrasonic cleaning underconditions other than stated here, conductadequate advance checkout.

6. Long-term StockBefore using capacitors that have been stored for more than2 years, please contact Hitachi AIC.

7. Other(1) For further details refer to EIAJ RCR-2368B, Precautions andGuidelines for Using Electronic Device Tantalum Capacitors.(2) If you have any questions, feel free to contact you localHitachi AIC representative. They can be located by visiting ourweb site at www.hitachiaic.com.

To meet the recent trends for electronic products smaller in size and lighter in weight, chip type tantalum capacitor manufacturershave downsized their products by various methods. Of these methods, the method of ensuring a required capacity by thinning thedielectric film greatly reduces the withstanding voltage characteristics. The most common and effective method therefore, is usingfine tantalum powder to enlarge the surface area of the anode per unit area.Hitachi AIC’s TMC type tantalum capacitors have been enlarged in capacity and reduced in size by taking full advantage of finepowder known as “high-CV powder”. In recent years downsizing and increased capacity of multilayer ceramic capacitors hasbeen achieved. To keep the competitive advantage held by Hitachi AIC’s TMC chip capacitors we use only the best high-CVpowder to upgrade the TMC family of products.Hitachi AIC is currently developing the following families of products:

1). Series with a larger capacity than the TMCM type2). Series with a larger capacity than the TMCP type (0805 inch)3). Series with a larger capacity than the TMCU type (thin type, low-height version of the TMCM type)4). Series TMCJ type (0603 inch)5). Series of Niobium solid Electrolytic Capacitors.

About downsizing (upgrading)


TANTALUM CAPACITORS

TAPE AND REEL PACKAGING1. Tape MaterialsTransparent or semi-transparent plastic covering tape isapplied by a heat press operation.

2. Tape SizeSee Fig. 1 and Table 1.

Fig. 1

*The C and D case size capacitors are situated in every other pocket on tape.

P

UA

UB

UC

UE

A

B

C

E

F

M,J

A±0.1

1.5

1.9

3.1

3.7

4.8

1.9

3.1

3.7

4.8

6.3

CapacitorDimensions

Table 1.

B±0.1

2.2

3.5

3.9

6.3

7.7

3.5

3.9

6.3

7.7

7.5

W±0.1

8.0

8.0

8.0

12.0

12.0

8.0

8.0

12.0

12.0

12.0

8.0

F±0.1

3.5

3.5

3.5

5.5

5.5

3.5

3.5

5.5

5.5

5.5

3.5

E±0.1

1.75

1.75

1.75

1.75

1.75

1.75

1.75

1.75

1.75

1.75

1.75

P1±0.1

4.0

4.0

4.0

8.0

8.0

4.0

4.0

8.0

8.0

8.0

4.0

tmax

1.6

1.7

1.7

2.0

2.5

2.5

2.5

3.0

3.4

4.1

1.3

Quantityper reel

3000

3000

3000

1000

1000

2000

2000

500

500

500

4000

3. Inserting DirectionCapacitors are packed with their cathodes on the perforationside of the tape and their electrodes facing the bottom ofthe pockets. See Figs. 2 and 3.

Fig. 2 Fig. 3

4. Adhesion Strength of Cover Tape at Peel OffWhen cover tape is peeled off in the manner shown in Fig. 4,adhesion strength F must be within the range of 0.3 ± 0.2 N.

Fig. 4

5. Reel Drawings and DimensionsAs indicated in Fig. 5.

6. Reel Quantity and DescriptionThe standard number of capacitors to be accommodated byone reel is as indicated in Table 1.One side of the reel is marked with the following items ofinformation:

(1) Name of capacitor or product identification(2) Rated voltage(3) Capacitance value(4) Capacitance tolerance value(5) Quantity(6) Lot number of production month/year(7) Manufacturer’s name or symbol

7. Part Number Discrimination of terminal plating

* In regards to TNC, TMF and TMCJ types, their terminals are plated only with Sn100.

8. Packing and StorageThe capacitors are packed in such a manner that they will notpossibly be damaged during normal transit or storage. As longas they are stored at normal temperature and normal humidity(5 to 35°C, below 75% RH), they are warranted for a period of2 years from the date of manufacture.

9. Other SpecificationThe JIS C 0806 Standard, EIAJ EXT-7001 Standard, and relevantagreements are complied with.

Tape width

A -3 B +1

C ±0.2

D ±0.5

E ±0.5

W ±0.3

8

Ø180

Ø60

Ø13

Ø21

2.0

9.0

8

13.0

Fig. 5

1.8±0.21.0±0.2

No.

1

2

Part Number Descrimination Plating Materials

TMCM*TMCM*F

Sn90, Pb10

Sn100


TANTALUM CAPACITORS

OperatingTemp. Range

Rated Voltage

Surge Voltage

Derated Voltage

Capacitance

CapacitanceTolerance

LeakageCurrent

tan∂

SurgeWithstandingVoltage

TemperatureCharacteristics

SolderHeatResistance

MoistureResistanceLeaving

HighTemperatureLoad

ThermalShock

MoistureResistanceLoad

FailureRate

SPECIFICATIONS TABLETest Conditions

JIS C5101-3 (1998)TMFTNC TMCJ TMCS


TANTALUM CAPACITORS


Rated Voltage

Surge Voltage

Derated Voltage

Capacitance


LeakageCurrent

tan∂





HighTemperatureLoad

ThermalShock


FailureRate

Test ConditionsJIS C5101-3 (1998)TMCPTMCM TMCU TMCR


TANTALUM CAPACITORS


Rated Voltage

Surge Voltage

Derated Voltage

Capacitance


LeakageCurrent

tan∂





HighTemperatureLoad

ThermalShock


FailureRate

Test ConditionsJIS C5101-3 (1998)TMCTXTMCH


TANTALUM CAPACITORS

Resin Molded Chip Capcitors

Product Numbering System for Tantalum Chip CapacitorsExample: TMCS Series, A Case Size, 16V.DC, 1µF ±20%, Carrier Tape Packaging, Polarity Code,Lead Free Terminal Code

Lead Free Terminal code (Optional)Packing Polarity codePacking Method (T=carrier tape)Capacitance Tolerance codeCapacitance codeRated Voltage codeCase codeSeries Name

TMCS A 1C 105 M T R F

±10%: K (standard)

±20%: M

Capacitance Code: To determine Capacitance code use the Capacitance followed by thenumber of decimal places. Using the above example of 105: 1.0 + 5 decimal places = 1.00000

This Section Contains: TNC Series –55 – +105°C. Resin Molded Chip, High Performance polymer type

TMF Series –55 – +125°C Resin Molded Chip, Face Down Terminals (0603 size)

TMCJ Series –55~+125°C.

Resin Molded Chip, Ultra Small Package (0603 size)

TMCS Series –55~+125·C. Resin Molded Chip, Standard Type

TMCM Series –55~+125°C. Resin Molded Chip, Small-size Type

TMCP Series –55~+125°C. Resin Molded Chip, Ultra Small-size Type (0805 size)

TMCU Series –55~+125°C. Resin molded Chip, thin Type

TMCR Series –55~+125°C. Resin Molded Chip, Low ESR Type

TMCH Series –55~+125°C. Resin Molded Chip, High Reliability Type

TMCTX Series –55~+125°C. Resin Molded Chip, High Reliability with Built-in Fuse

Lead Free Tantalum Capacitors

Hitachi AIC has developed a Tantalum Capacitorcontaining no lead at the terminal, which went intoproduction in April 2001. Lead alloy has long beenused in electrical and electronic equipment forsolderings. Lead is, however, known to be harmful.The European Union has announced that it wouldban the use of lead and other hazardous substances,effective 2008.In the interest of preserving the global environment,Hitachi AIC has been studying ways to eliminate theuse of lead in terminal plating.Our new plating method is based on tin, the mainingredient in joint solder. It can therefore be used inboth lead alloy and lead-free soldering. We ensurethis product’s high degree of heat-resistance (260°C;up to 10 seconds) to provide strong support in themove to lead-free production lines.

Ordering

To order lead-free tantalum capacitors, simply addthe letter “F” to the end of the Part Number as shownin the example below. Eventually, all Hitachi AICtantalum capacitors will be lead-free.For lead alloy tantalum capacitors, do NOT includethe letter “F” in the part number when ordering.


TANTALUM CAPACITORS

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)F(RTM601E0PCNT 0.01 %02± 10.0 2.1x52.1x0.2 5.0 9.0 0003 A/N

)F(RTM601G0PCNT 0.01 %02± 10.0 2.1x52.1x0.2 5.0 9.0 0003 A/N

)F(RTM601G0ACNT 0.01 %02± 10.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM622G0ACNT 0.22 %02± 10.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM674G0BCNT 0.74 %02± 10.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM522J0PCNT 2.2 %02± 10.0 2.1x52.1x0.2 5.0 9.0 0003 A/N

)F(RTM522J0JCNT 7.4 %02± 10.0 8.0x8.0x6.1 3.0 6.0 0004 A/N

)F(RTM522J0PCNT 7.4 %02± 10.0 2.1x52.1x0.2 5.0 9.0 0003 A/N

)F(RTM601J0PCNT 0.01 %02± 10.0 2.1x52.1x0.2 5.0 9.0 0003 A/N

)F(RTM601J0ACNT 0.01 %02± 10.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM622J0ACNT 0.22 %02± 10.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM633J0BCNT 0.33 %02± 10.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM674J0BCNT 0.74 %02± 10.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM574A1ACNT 7.4 %02± 10.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM601A1ACNT 0.01 %02± 10.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM622A1BCNT 0.22 %02± 10.0 9.1x8.2x5.3 8.0 2.2 0002 0008

TNC Series •High Performance Polymer Type Tantalum Chip Capacitors

The TNC Series reduces ESR by using high performancepolymer based on Hitachi’s original manufacturingprocess.

The TNC is most suitable for an output smoothingcircuit that is used, for example, in a DC-DC converterrequiring a small size, large capacitance, and low ESR.

Outline Drawings and Dimensions

Anode Indication belt mark

TNC Case Code Table

CaseCode

A

B

L ±0.2

3.2

3.5

Dimensions

W ±0.2

1.6

2.8

H ±0.2

1.6

1.9

l ±0.3

0.7

0.8

a ±0.2

1.2

2.0


6.3 Volts DC(Code: 0J)


CaseCode

J

P

L ±0.1

1.6

2.0

Dimensions

W ±0.1

0.8

1.25

H ±0.1

0.8

1.2

l ±0.1

0.3

0.5

a ±0.1

0.6

0.9

*See Case Code Tables above

2.5 Volts DC(Code: 0E)

Dimensions L x W* x H l a(±0.2) (±0.2) (±*) ±* ±*

Quantity180mm

Dia. Reel330mmDia. Reel

For Specifications see Table on Page 137.


detaRegatloV)CDVW(

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FRTM674E0MFMT 0.74 %02± 30.0 8.0x58.0x6.1 5.0 56.0 0004 A/N

FRTM622G0MFMT 0.22 %02± 30.0 8.0x58.0x6.1 5.0 56.0 0004 A/N

FRTM601J0MFMT 0.01 %02± 30.0 8.0x58.0x6.1 5.0 56.0 0004 A/N

FRTM574A1MFMT 7.4 %02± 30.0 8.0x58.0x6.1 5.0 56.0 0004 A/N

FRTM501C1MFMT 0.1 %02± 30.0 8.0x58.0x6.1 5.0 56.0 0004 A/N

FRTM522C1MFMT 2.2 %02± 30.0 8.0x58.0x6.1 5.0 56.0 0004 A/N

TANTALUM CAPACITORS

TMF Series •Tantalum Chip Capacitors with Face Down Terminals – 0603 Size

The TMF Series is a new, originally designed structure withreduced space requirement. The result is an ultra smallsize and large capacitance of units. The Series has anoperating temperature range of -55°C to +125°C.

The TMF Series is best suited for multi-mediaapplications, such as cell phones, digital video cameras,etc. It has lead-free terminal plating (100% Sn) andtherefore gentle to the environment.



TMF Case Code Table

CaseCode

M

L ±0.1

1.6

Dimensions

W ±0.1

0.85

H ±0.1

0.8

l ±0.1

0.5

a ±0.1

0.65

M Case Size (0603)Shown with pen tip for size

relationship

Important Note: All TMF Series Tantalum Capacitors are Lead-Free. Part Number already includes “F” designation.





6.3Volts DC(Code: 0J)

Dimensions L x W* x H l a

(±0.1) (±0.1) (±0.1) ±0.1 ±0.1

Quantity180mm

Dia. Reel330mm

Dia. Reel


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FRTM574E0JCMT 7.4 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM586E0JCMT 8.6 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM601E0JCMT 0.01 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM651E0JCMT 0.51 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM574G0JCMT 7.4 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM586G0JCMT 8.6 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM601G0JCMT 0.01 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM651G0JCMT 0.51 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM522J0JCMT 2.2 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM533J0JCMT 3.3 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM574J0JCMT 7.4 %02± 2.0 8.8x8.0x6.1 3.0 6.0 0004 –

FRTM586J0JCMT 8.6 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM601J0JCMT 0.01 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM551A1JCMT 5.1 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM522A1JCMT 2.2 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM533A1JCMT 3.3 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM574A0JCMT 7.4 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

FRTM501C1JCMT 0.1 %02± 2.0 8.0x8.0x6.1 3.0 6.0 0004 –

TANTALUM CAPACITORS

TMCJ Series •Ultra Small Package – 0603 Size

The TMCJ Series is rendered even smaller than the TMCPSeries due to accumulated technological know-how. Itis approximately 1/3 the cubic volume of the TMCP.

The TMCJ Series is suitable for high-density packagingessential to AV and other equipment downsizing.It is Pb and halogen free and therefore gentle to theenvironment.




TMCJ Case Code Table

CaseCode

J

L ±0.1

1.6

Dimensions

W ±0.1

0.8

H ±0.1

0.8

l ±0.15

0.3

a ±0.1

0.6

J Case Size (0603)Shown with pen tipfor size relationship





6.3Volts DC(Code: 0J)

Important Note: All TMCJ Series Tantalum Capacitors are Lead-Free. Part Number already includes “F” designation.


(±0.2) (±0.2) (±0.2) ±0.3 ±0.2

Quantity180mmDia. Reel

330mmDia. Reel


TANTALUM CAPACITORSTMCS Series •Standard Tantalum Chip Capacitors

The TMCS Series is a standard type that is the most widelyused among tantalum chip capacitors. This product hashigh solder heat resistance and is suitable for automatedmounting.

The TMCS Series offers both excellent frequencycharacteristics and excellent impedance characteristics.

Tantalum Capacitor Date Code Table

A, B

Cas

e

TMCS Product Markings




TMCS Case Code Table

CaseCode

A

B

C

E

L ±0.2

3.2

3.5

5.8

7.3

Dimensions

W ±0.2

1.6

2.8

3.2

4.3 ±0.3

H ±0.2

1.6

1.9

2.5

2.8

l ±0.3

0.7

0.8

1.3

1.3

a ±0.2

1.2

2.2

2.2

2.4

C, E

Cas

e

Simplified code of nominal capacitance (A7: 10µF)

+–

Note: The simplified code is subject to JIS C 5143 10.1.2.

A7A Anode Indication belt markDate Code(for manufacturing in January, 2005)

Simplified code of nominal capacitance(A7: 10µF)+–


A7A


1016A

Nominal capacitance value (10µF)

Date Code(for manufacturing in January, 2005)

+–Rated voltage (16V)

1016A







When stamped on Lead solder Terminals When stamped on Lead-free Terminals

Jan

a

n

A

N

Feb

b

p

B

P

Mar

c

q

C

Q

Sep

j

w

J

W

Aug

h

v

H

V

Jul

g

u

G

U

Jun

f

t

F

T

May

e

s

E

S

Apr

d

r

D

R

Dec

m

z

M

Z

Nov

l

y

L

Y

Oct

k

x

K

X

Month

Year

2003

2004

2005

2006


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)F(RTK533G0ASCMT 3.3 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008)F(RTM533G0ASCMT 3.3 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK601G0BSCMT 0.01 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008)F(RTM601G0BSCMT 0.01 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008)F(RTK633G0CSCMT 0.33 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052)F(RTM633G0CSCMT 0.33 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK686G0ESCMT 0.86 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTM686G0ESCMT 0.86 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK522J0ASCMT 2.2 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008)F(RTM522J0ASCMT 2.2 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK586J0BSCMT 8.6 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008)F(RTM586J0BSCMT 8.6 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008)F(RTK622J0CSCMT 0.22 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052)F(RTM622J0CSCMT 0.22 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK674J0ESCMT 0.74 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTM674J0ESCMT 0.74 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTK551A1ASCMT 5.1 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008)F(RTM551A1ASCMT 5.1 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK574A1BSCMT 7.4 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008)F(RTM574A1BSCMT 7.4 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008)F(RTK651A1CSCMT 0.51 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052)F(RTM651A1CSCMT 0.51 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK633A1ESCMT 0.33 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTM633A1ESCMT 0.33 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTK501C1ASCMT 0.1 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008)F(RTM501C1ASCMT 0.1 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK533C1BSCMT 3.3 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008)F(RTM533C1BSCMT 3.3 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008)F(RTK601C1CSCMT 0.01 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052)F(RTM601C1CSCMT 0.01 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK622C1ESCMT 0.22 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTM622C1ESCMT 0.22 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTK486D1ASCMT 86.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008)F(RTM486D1ASCMT 86.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK522D1BSCMT 2.2 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008)F(RTM522D1BSCMT 2.2 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008)F(RTK586D1CSCMT 8.6 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052)F(RTM586D1CSCMT 8.6 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK651D1ESCMT 0.51 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTM651D1ESCMT 0.51 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTK474E1ASCMT 74.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008)F(RTM474E1ASCMT 74.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK551E1BSCMT 5.1 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008)F(RTM551E1BSCMT 5.1 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008)F(RTK574E1CSCMT 7.4 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052)F(RTM574E1CSCMT 7.4 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK601E1ESCMT 0.01 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTM601E1ESCMT 0.01 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

TANTALUM CAPACITORS

TMCS Series •Standard Tantalum Chip Capacitors

*Case Code E: Width (W) = ±0.3





20 Volts DC(Code: 1D)



(±0.2) (±0.2) (±0.2) ±0.3 ±0.2


330mmDia. Reel

Add F for Lead Free Terminal


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)F(RTK401V1ASCMT 01.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM401V1ASCMT 01.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK451V1ASCMT 51.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM451V1ASCMT 51.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK422V1ASCMT 22.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM422V1ASCMT 22.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK433V1ASCMT 33.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM433V1ASCMT 33.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK474V1BSCMT 74.0 %01± 40.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM474V1BSCMT 74.0 %02± 40.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK486V1BSCMT 86.0 %01± 40.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM486V1BSCMT 86.0 %02± 40.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK501V1BSCMT 0.1 %01± 40.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM501V1BSCMT 0.1 %02± 40.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK551V1CSCMT 5.1 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM551V1CSCMT 5.1 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK522V1CSCMT 2.2 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM522V1CSCMT 2.2 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK533V1CSCMT 3.3 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM533V1CSCMT 3.3 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK574V1ESCMT 7.4 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM574V1ESCMT 7.4 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK586V1ESCMT 8.6 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM586V1ESCMT 8.6 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

TANTALUM CAPACITORS

TMCS Series •Standard Tantalum Chip Capacitors


Dimensions L x W* x H l a(±0.2) (±0.2) (±0.2) ±0.3 ±0.2


330mmDia. Reel

35 Volts DC(Code: 1V)



TANTALUM CAPACITORSTMCM Series •Miniaturized Tantalum Chip Capacitors with Extended Capacitance Range

The TMCM Series is a miniaturized chip capacitordeveloped on the basis of TMCS productiontechnology. It is ideal for high density componentmounting applied in AV equipment

Super compact: The TMCM Series is reduced in size by1/2 to 1/3 in comparison to the TMCS Series.


TMCM Product Markings




TMCM Case Code Table

CaseCode

A

B

C

E

L ±0.2

3.2

3.5

5.8

7.3

Dimensions

W ±0.2

1.6

2.8

3.2

4.3 ±0.3

H ±0.2

1.6

1.9

2.5

2.8

l ±0.3

0.7

0.8

1.3

1.3

a ±0.2

1.2

2.2

2.2

2.4

A, B

Cas

eC,

E C

ase

Simplified code of nominal capacitance (A7: 10µF)

+–


GA7AAnode Indication belt mark

Date Code(for manufacturing in January, 2005) Simplified code of nominal capacitance

(A7: 10µF)+–


GA7A


1016A




1516A







When stamped on Lead solder Terminals When stamped on Lead-free TerminalsSimplified code of rated voltage (G: 4V)

Simplified code of rated voltage (G: 4V)

Jan

a

n

A

N

Feb

b

p

B

P

Mar

c

q

C

Q

Sep

j

w

J

W

Aug

h

v

H

V

Jul

g

u

G

U

Jun

f

t

F

T

May

e

s

E

S

Apr

d

r

D

R

Dec

m

z

M

Z

Nov

l

y

L

Y

Oct

k

x

K

X

Month

Year

2003

2004

2005

2006


detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK633E0AMCMT 0.33 %01± 80.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM633E0AMCMT 0.33 %02± 80.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK674E0AMCMT 0.74 %01± 21.0 6.1x6.1x2.3 7.0 2.1 0002 0008

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detaRegatloV)CDVW(

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)F(RTM733G0CMCMT 0.033 %02± 81.0 5.2x2.3x8.5 3.1 2.2 005 0052

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)F(RTK774G0EMCMT 0.074 %01± 01.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM774G0EMCMT 0.074 %02± 01.0 8.2x*3.4x3.7 3.1 4.2 005 0052




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Dia. Reel330mm

Dia. Reel



detaRegatloV)CDVW(

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)F(RTK686J0CMCMT 0.86 %01± 80.0 5.2x2.3x8.5 3.1 2.2 005 0052

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330mmDia. Reel



detaRegatloV)CDVW(

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)F(RTM722A1EMCMT 0.022 %02± 80.0 8.2x*3.4x3.7 3.1 4.2 005 0052




Quantity180mm

Dia. Reel330mm

Dia. Reel



detaRegatloV)CDVW(

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330mmDia. Reel



detaRegatloV)CDVW(

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)F(RTM674D1EMCMT 0.74 %02± 80.0 8.2x*3.4x3.7 3.1 4.2 005 0052




Quantity180mm

Dia. Reel330mm

Dia. Reel



detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

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330mmDia. Reel



detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK474V1AMCMT 74.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM474V1AMCMT 74.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK486V1AMCMT 86.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM486V1AMCMT 86.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK501V1AMCMT 0.1 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM501V1AMCMT 0.1 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK551V1BMCMT 5.1 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM551V1BMCMT 5.1 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK522V1BMCMT 2.2 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM522V1BMCMT 2.2 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK533V1BMCMT 3.3 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM533V1BMCMT 3.3 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK574V1CMCMT 7.4 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM574V1CMCMT 7.4 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK586V1CMCMT 8.6 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM586V1CMCMT 8.6 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK601V1CMCMT 0.01 %01± 80.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM601V1CMCMT 0.01 %02± 80.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK601V1EMCMT 0.01 %01± 80.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM601V1EMCMT 0.01 %02± 80.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK651V1EMCMT 0.51 %01± 80.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM651V1EMCMT 0.51 %02± 80.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK622V1EMCMT 0.22 %01± 80.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM622V1EMCMT 0.22 %02± 80.0 8.2x*3.4x3.7 3.1 4.2 005 0052




Quantity180mm

Dia. Reel330mm

Dia. Reel



TANTALUM CAPACITORSTMCP Series •0805 Size Tantalum Chip Capacitors

The TMCP Series has been rendered even smaller due tothe accumulated technological knowhow inmanufacturing and production. It is now about 1/3 thecubic volume of the TMCS Series.

The TMCP is suitable for high-density packaging essentialto Audio/Visual and other equipment downsizing.





TMCP Case Code Table

CaseCode

P(0805)

L ±0.2

2.0

Dimensions

W ±0.2

1.25

H MAX

1.2

l ±0.2

0.5

a ±0.1

0.9

P Case Code (0805)

Simplified code of rated voltage (A : 10V)

+–

A 6Anode Indication belt mark

TMCP Product Markings

Simplified code ofnominal capacitance (A6 : 1µF)

+–

A AAnode Indication belt mark

Simplified code ofnominal capacitance (A : 1µF)

(Example 1)6.3V 1µF

(Example 2)10V 1µF

•When the capacitance code is the same, use the voltage code for higher rated voltage.

•When indicating both rated voltage and nominal capacitance by code, omit the multiplier of the capacitance code.

•The simplified code is subject to JIS C 5143, paragraph 10 and EIAJ RC-3813, paragraph 7.1.

Simplified code of rated voltage (A : 10V)

+–

A 6


Simplified code ofnominal capacitance (A6 : 1µF)

+–

Simplified code ofnominal capacitance (A : 1µF)

(Example 1)6.3V 1µF

(Example 2)10V 1µF A A


Jan

a

n

A

N

Feb

b

p

B

P

Mar

c

q

C

Q

Sep

j

w

J

W

Aug

h

v

H

V

Jul

g

u

G

U

Jun

f

t

F

T

May

e

s

E

S

Apr

d

r

D

R

Dec

m

z

M

Z

Nov

l

y

L

Y

Oct

k

x

K

X

Month

Year

2003

2004

2005

2006


detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK651E0PCMT 0.51 %01± 80.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTM651E0PCMT 0.51 %02± 80.0 2.1x52.1x0.2 5.0 9.0 0003 –

)F(RTK622E0PCMT 0.22 %01± 01.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTM622E0PCMT 0.22 %02± 01.0 2.1x52.1x0.2 5.0 9.0 0003 –

)F(RTK633E0PCMT 0.33 %01± 02.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTM633E0PCMT 0.33 %02± 02.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTK651G0PCMT 0.51 %01± 80.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTM651G0PCMT 0.51 %02± 80.0 2.1x52.1x0.2 5.0 9.0 0003 –

)F(RTK622G0PCMT 0.22 %01± 80.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTM622G0PCMT 0.22 %02± 80.0 2.1x52.1x0.2 5.0 9.0 0003 –

)F(RTK633G0PCMT 0.33 %01± 02.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTM633G0PCMT 0.33 %02± 02.0 2.1x52.1x0.2 5.0 9.0 0003 –

)F(RTK574J0PCMT 7.4 %01± 80.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTM574J0PCMT 7.4 %02± 80.0 2.1x52.1x0.2 5.0 9.0 0003 –




)F(RTK622J0PCMT 0.22 %01± 02.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTM622J0PCMT 0.22 %02± 02.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTK551A1PCMT 5.1 %01± 80.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTM551A1PCMT 5.1 %02± 80.0 2.1x52.1x0.2 5.0 9.0 0003 –

)F(RTK522A1PCMT 2.2 %01± 80.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTM522A1PCMT 2.2 %02± 80.0 2.1x52.1x0.2 5.0 9.0 0003 –




)F(RTK501C1PCMT 0.1 %01± 60.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTM501C1PCMT 0.1 %02± 60.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTK401D1PCMT 01.0 %01± 60.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTM401D1PCMT 01.0 %02± 60.0 2.1x52.1x0.2 5.0 9.0 0003 –

)F(RTK451D1PCMT 51.0 %01± 60.0 2.1x52.1x0.2 5.0 9.0 0003 –)F(RTM451D1PCMT 51.0 %02± 60.0 2.1x52.1x0.2 5.0 9.0 0003 –






TANTALUM CAPACITORS


Dimensions L x W* x H l a(±0.2) (±0.2) (MAX) ±0.2 ±0.1


330mmDia. Reel

TMCP Series •0805 Size Tantalum Chip Capacitors








TANTALUM CAPACITORSTMCU Series •Ultra Flat Low Profile Tantalum Chip Capacitors

The TMCU Series are low profile tantalum chipcapacitors developed to meet the growing need for flatcapacitors in applications where height is critical.

The TMCU Series features both small size and low profilewhich is obtained by thinning the TMCS type.

TMCU Product Markings




TMCS Case Code Table

CaseCode

UA

UB

UC

UE

L ±0.2

3.2

3.5

5.8

7.3

Dimensions

W ±0.2

1.6

2.8

3.2

4.3

H MAX

1.2

1.2

1.5

1.9

l ±0.3

0.7

0.7

1.1

1.3

a ±0.2

1.2

1.8

2.2

2.4

(Example)16V 10µFUC case

UA

, UB

Case

UC,

UE

Case

1016A



Date Code(for manufacturing in January, 2005)+–

Rated voltage (16V)

1016A



Rated voltage (16V)


+–

•When the capacitance code is the same in the same case size, use the voltage code for the higher rated voltage.


A6ASimplified code ofnominal capacitance (A6: 1µF)

Date Code(for manufacturing inJanuary, 2005)


Simplified code of Rated voltage(C : 16V)+–

CA6A

(Example)10V 1µFUA case


+–




Simplified code of Rated voltage(C : 16V)+–

CA6A





detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK651E0AUCMT 0.51 %01± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM651E0AUCMT 0.51 %02± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK622E0AUCMT 0.22 %01± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM622E0AUCMT 0.22 %02± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK633E0AUCMT 0.33 %01± 21.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM633E0AUCMT 0.33 %02± 21.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK633E0BUCMT 0.33 %01± 21.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM633E0BUCMT 0.33 %02± 21.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK674E0AUCMT 0.74 %01± 21.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM674E0AUCMT 0.74 %02± 21.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK674E0BUCMT 0.74 %01± 21.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM674E0BUCMT 0.74 %02± 21.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK686E0BUCMT 0.86 %01± 21.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM686E0BUCMT 0.86 %02± 21.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK686E0CUCMT 0.86 %01± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM686E0CUCMT 0.86 %02± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK701E0BUCMT 0.001 %01± 81.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM701E0BUCMT 0.001 %02± 81.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK701E0CUCMT 0.001 %01± 81.0 2.1x8.2x5.3 7.0 8.1 0001 –

)F(RTM701E0CUCMT 0.001 %02± 81.0 2.1x8.2x5.3 7.0 8.1 0001 –

)F(RTK751E0CUCMT 0.051 %01± 81.0 2.1x8.2x5.3 7.0 8.1 0001 –

)F(RTM751E0CUCMT 0.051 %02± 81.0 2.1x8.2x5.3 7.0 8.1 0001 –

)F(RTK722E0EUCMT 0.022 %01± 21.0 9.1x3.4x3.7 3.1 4.2 0001 –

)F(RTM722E0EUCMT 0.022 %02± 21.0 9.1x3.4x3.7 3.1 4.2 0001 –

TANTALUM CAPACITORS

TMCU Series •Ultra Flat Low Profile Tantalum Chip Capacitors




Jan

a

n

A

N

Feb

b

p

B

P

Mar

c

q

C

Q

Sep

j

w

J

W

Aug

h

v

H

V

Jul

g

u

G

U

Jun

f

t

F

T

May

e

s

E

S

Apr

d

r

D

R

Dec

m

z

M

Z

Nov

l

y

L

Y

Oct

k

x

K

X

Month

Year

2003

2004

2005

2006

Dimensions L x W x H l a(±0.2) (±0.2) (MAX) ±0.3 ±0.2


330mmDia. Reel


detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK651G0AUCMT 0.51 %01± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM651G0AUCMT 0.51 %02± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK622G0AUCMT 0.22 %01± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM622G0AUCMT 0.22 %02± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK633G0AUCMT 0.33 %01± 21.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM633G0AUCMT 0.33 %02± 21.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK633G0BUCMT 0.33 %01± 21.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM633G0BUCMT 0.33 %02± 21.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK674G0AUCMT 0.74 %01± 21.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM674G0AUCMT 0.74 %02± 21.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK674G0BUCMT 0.74 %01± 21.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM674G0BUCMT 0.74 %02± 21.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK686G0BUCMT 0.86 %01± 51.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM686G0BUCMT 0.86 %02± 51.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK686G0CUCMT 0.86 %01± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM686G0CUCMT 0.86 %02± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK701G0BUCMT 0.001 %01± 02.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM701G0BUCMT 0.001 %02± 02.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK701G0CUCMT 0.001 %01± 81.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM71G0CUCMT 0.001 %02± 81.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK751G0CUCMT 0.051 %01± 81.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM751G0CUCMT 0.051 %02± 81.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK722G0EUCMT 0.022 %01± 21.0 9.1x3.4x3.7 3.1 4.2 0001 –

)F(RTM722G0EUCMT 0.022 %02± 21.0 9.1x3.4x3.7 3.1 4.2 0001 –




Quantity180mm




detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK551J0AUCMT 5.1 %01± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM551J0AUCMT 5.1 %02± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK522J0AUCMT 2.2 %01± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM522J0AUCMT 2.2 %02± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK533J0AUCMT 3.3 %01± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM533J0AUCMT 3.3 %02± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK574J0AUCMT 7.4 %01± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM574J0AUCMT 7.4 %02± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK574J0BUCMT 7.4 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM574J0BUCMT 7.4 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK586J0AUCMT 8.6 %01± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM586J0AUCMT 8.6 %02± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK601J0AUCMT 0.01 %01± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM601J0AUCMT 0.01 %02± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK651J0AUCMT 0.51 %01± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM651J0AUCMT 0.51 %02± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK622J0AUCMT 0.22 %01± 21.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM622J0AUCMT 0.22 %02± 21.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK622J0BUCMT 0.22 %01± 01.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM622J0BUCMT 0.22 %02± 01.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK633J0AUCMT 0.33 %01± 81.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM633J0AUCMT 0.33 %02± 81.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK633J0BUCMT 0.33 %01± 01.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM633J0BUCMT 0.33 %02± 01.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK674J0BUCMT 0.74 %01± 21.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM674J0BUCMT 0.74 %02± 21.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK674J0CUCMT 0.74 %01± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM674J0CUCMT 0.74 %02± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK686J0CUCMT 0.86 %01± 21.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM686J0CUCMT 0.86 %02± 21.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK701J0CUCMT 0.001 %01± 81.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM701J0CUCMT 0.001 %02± 81.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK751J0EUCMT 0.051 %01± 21.0 9.1x3.4x3.7 3.1 4.2 0001 –

)F(RTM751J0EUCMT 0.051 %02± 21.0 9.1x3.4x3.7 3.1 4.2 0001 –

)F(RTK722J0EUCMT 0.022 %01± 81.0 9.1x3.4x3.7 3.1 4.2 0001 –

)F(RTM722J0EUCMT 0.022 %02± 81.0 9.1x3.4x3.7 3.1 4.2 0001 –





330mmDia. Reel



detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK574A1AUCMT 7.4 %01± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM574A1AUCMT 7.4 %02± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK586A1AUCMT 8.6 %01± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM586A1AUCMT 8.6 %02± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK601A1AUCMT 0.01 %01± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM601A1AUCMT 0.01 %02± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK651A1AUCMT 0.51 %01± 21.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM651A1AUCMT 0.51 %02± 21.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK651A1BUCMT 0.51 %01± 01.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM651A1BUCMT 0.51 %02± 01.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK622A1BUCMT 0.22 %01± 01.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM622A1BUCMT 0.22 %02± 01.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK622A1CUCMT 0.22 %01± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM622A1CUCMT 0.22 %02± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK633A1BUCMT 0.33 %01± 21.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM633A1BUCMT 0.33 %02± 21.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK633A1CUCMT 0.33 %01± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM633A1CUCMT 0.33 %02± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK674A1CUCMT 0.74 %01± 21.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM674A1CUCMT 0.74 %02± 21.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK686A1CUCMT 0.86 %01± 21.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM686A1CUCMT 0.86 %02± 21.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK701A1EUCMT 0.001 %01± 21.0 9.1x3.4x3.7 3.1 4.2 0001 –

)F(RTM701A1EUCMT 0.001 %02± 21.0 9.1x3.4x3.7 3.1 4.2 0001 –



Quantity180mm





detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK551C1AUCMT 5.1 %01± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM551C1AUCMT 5.1 %02± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK522C1AUCMT 2.2 %01± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM522C1AUCMT 2.2 %02± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK522C1BUCMT 2.2 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM522C1BUCMT 2.2 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK533C1AUCMT 3.3 %01± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM533C1AUCMT 3.3 %02± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK533C1BUCMT 3.3 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM533C1BUCMT 3.3 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK574C1AUCMT 7.4 %01± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM574C1AUCMT 7.4 %02± 80.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK574C1BUCMT 7.4 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM574C1BUCMT 7.4 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK586C1BUCMT 8.6 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM586C1BUCMT 8.6 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK586C1CUCMT 8.6 %01± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM586C1CUCMT 8.6 %02± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK601C1BUCMT 0.01 %01± 80.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM601C1BUCMT 0.01 %02± 80.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK601C1CUCMT 0.01 %01± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM601C1CUCMT 0.01 %02± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK651C1CUCMT 0.51 %01± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM651C1CUCMT 0.51 %02± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK622C1CUCMT 0.22 %01± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM622C1CUCMT 0.22 %02± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK674C1EUCMT 0.74 %01± 80.0 9.1x3.4x3.7 3.1 4.2 0001 –

)F(RTM674C1EUCMT 0.74 %02± 80.0 9.1x3.4x3.7 3.1 4.2 0001 –




330mmDia. Reel




detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK486D1AUCMT 86.0 %01± 40.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM486D1AUCMT 86.0 %02± 40.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK501D1AUCMT 0.1 %01± 40.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM501D1AUCMT 0.1 %02± 40.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK501D1BUCMT 0.1 %01± 40.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM501D1BUCMT 0.1 %02± 40.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK551D1AUCMT 5.1 %01± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM551D1AUCMT 5.1 %02± 60.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK551D1BUCMT 5.1 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM551D1BUCMT 5.1 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK522D1BUCMT 2.2 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM522D1BUCMT 2.2 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK533D1CUCMT 3.3 %01± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM533D1CUCMT 3.3 %02± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK574D1BUCMT 7.4 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM574D1BUCMT 7.4 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK574D1CUCMT 7.4 %01± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM574D1CUCMT 7.4 %02± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK586D1BUCMT 8.6 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM586D1BUCMT 8.6 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK586D1CUCMT 8.6 %01± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM586D1CUCMT 8.6 %02± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK601D1CUCMT 0.01 %01± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM601D1CUCMT 0.01 %02± 80.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK651D1EUCMT 0.51 %01± 80.0 9.1x3.4x3.7 3.1 4.2 0001 –

)F(RTM651D1EUCMT 0.51 %02± 80.0 9.1x3.4x3.7 3.1 4.2 0001 –

)F(RTK622D1EUCMT 0.22 %01± 80.0 9.1x3.4x3.7 3.1 4.2 0001 –

)F(RTM622D1EUCMT 0.22 %02± 80.0 9.1x3.4x3.7 3.1 4.2 0001 –



Quantity180mm





detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK433E1AUCMT 33.0 %01± 40.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM433E1AUCMT 33.0 %02± 40.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK474E1AUCMT 74.0 %01± 40.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM474E1AUCMT 74.0 %02± 40.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK551E1BUCMT 5.1 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM551E1BUCMT 5.1 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK522E1BUCMT 2.2 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM522E1BUCMT 2.2 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK522E1CUCMT 2.2 %01± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM522E1CUCMT 2.2 %02± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK533E1BUCMT 3.3 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM533E1BUCMT 3.3 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK533E1CUCMT 3.3 %01± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM533E1CUCMT 3.3 %02± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK574E1BUCMT 7.4 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM574E1BUCMT 7.4 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK574E1CUCMT 7.4 %01± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM574E1CUCMT 7.4 %02± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK586E1CUCMT 8.6 %01± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM586E1CUCMT 8.6 %02± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK401V1AUCMT 01.0 %01± 40.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM401V1AUCMT 01.0 %02± 40.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK451V1AUCMT 51.0 %01± 40.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM451V1AUCMT 51.0 %02± 40.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK422V1AUCMT 22.0 %01± 40.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTM422V1AUCMT 22.0 %02± 40.0 2.1x6.1x2.3 7.0 2.1 0003 –

)F(RTK501V1BUCMT 0.1 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM501V1BUCMT 0.1 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK551V1BUCMT 5.1 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM551V1BUCMT 5.1 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK551V1CUCMT 5.1 %01± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM551V1CUCMT 5.1 %02± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTK522V1BUCMT 2.2 %01± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTM522V1BUCMT 2.2 %02± 60.0 2.1x8.2x5.3 7.0 8.1 0003 –

)F(RTK522V1CUCMT 2.2 %01± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –

)F(RTM522V1CUCMT 2.2 %02± 60.0 5.1x2.3x8.5 1.1 2.2 0001 –






330mmDia. Reel



TANTALUM CAPACITORSTMCR Series •Low ESR Tantalum Chip Capacitors

The TMCR Series offers ultra low ESR for tantalum chipcapacitors. They are suitable for high frequencyapplications such as high speed PC, SwitchingRegulators, DC/DC converters, and similar productdesigns.


TMCR Product Markings




TMCR Case Code Table

CaseCode

B

C

E

L ±0.2

3.5

5.8

7.3

Dimensions

W ±0.2

2.8

3.2

4.3 ±0.3

H MAX

1.9

2.5

2.8

l ±0.3

0.8

1.3

1.3

a ±0.2

2.2

2.2

2.4

(Example)16V 10µF

C case

A, B

Cas

eC,

E C

ase

1016A




Rated voltage (16V)

1016A



Rated voltage (16V)


+–

•When the capacitance code is the same in the same case size, use the voltage code for the higher rated voltage.





Simplified code of Rated voltage(D : 20V)+–

DA6A

(Example)16V 1µFA case


+–





DA6A




Jan

a

n

A

N

Feb

b

p

B

P

Mar

c

q

C

Q

Sep

j

w

J

W

Aug

h

v

H

V

Jul

g

u

G

U

Jun

f

t

F

T

May

e

s

E

S

Apr

d

r

D

R

Dec

m

z

M

Z

Nov

l

y

L

Y

Oct

k

x

K

X

Month

Year

2003

2004

2005

2006


detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

RSEC°02@

)F(RTK601J0BRCMT 01 %01± 60.0 7.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM601J0BRCMT 01 %02± 60.0 7.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK651J0BRCMT 51 %01± 60.0 6.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM651J0BRCMT 51 %02± 60.0 6.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK622J0BRCMT 22 %01± 60.0 5.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM622J0BRCMT 22 %02± 60.0 5.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK633J0CRCMT 33 %01± 60.0 53.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM633J0CRCMT 33 %02± 60.0 53.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK674J0CRCMT 74 %01± 60.0 53.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM674J0CRCMT 74 %02± 60.0 53.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK686J0ERCMT 86 %01± 60.0 2.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM686J0ERCMT 86 %02± 60.0 2.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK701J0ERCMT 001 %01± 80.0 51.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM701J0ERCMT 001 %02± 80.0 51.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK751J0ERCMT 051 %01± 80.0 1.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM751J0ERCMT 051 %02± 80.0 1.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK722J0ERCMT 022 %01± 01.0 1.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM722J0ERCMT 022 %02± 01.0 1.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK733J0ERCMT 033 %01± 51.0 1.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM733J0ERCMT 033 %02± 51.0 1.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK601A1BRCMT 01 %01± 60.0 7.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM601A1BRCMT 01 %02± 60.0 7.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK651A1BRCMT 51 %01± 60.0 6.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM651A1BRCMT 51 %02± 60.0 6.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK622A1CRCMT 22 %01± 60.0 5.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM622A1CRCMT 22 %02± 60.0 5.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK633A1CRCMT 33 %01± 60.0 53.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM633A1CRCMT 33 %02± 60.0 53.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK674A1CRCMT 74 %01± 60.0 52.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM674A1CRCMT 74 %02± 60.0 52.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK686A1ERCMT 86 %01± 60.0 2.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM686A1ERCMT 86 %02± 60.0 2.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK701A1ERCMT 001 %01± 80.0 1.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM701A1ERCMT 001 %02± 80.0 1.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK751A1ERCMT 051 %01± 80.0 1.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM751A1ERCMT 051 %02± 80.0 1.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK722A1ERCMT 022 %01± 01.0 1.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM722A1ERCMT 022 %02± 01.0 1.0 8.2x*3.4x3.7 3.1 4.2 005 0052





DimensionsL x W* x H l a

(±0.2) (±0.2) (MAX) ±0.3 ±0.2

Quantity180mm

Dia. Reel330mm

Dia. Reel



detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

RSEC°02@

)F(RTK601C1BRCMT 01 %01± 60.0 6.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM601C1BRCMT 01 %02± 60.0 6.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK651C1CRCMT 51 %01± 60.0 5.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM651C1CRCMT 51 %02± 60.0 5.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK622C1CRCMT 22 %01± 60.0 4.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM622C1CRCMT 22 %02± 60.0 4.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK633C1ERCMT 33 %01± 60.0 52.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM633C1ERCMT 33 %02± 60.0 52.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK674C1ERCMT 74 %01± 60.0 2.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM674C1ERCMT 74 %02± 60.0 2.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK686C1ERCMT 86 %01± 60.0 51.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM686C1ERCMT 86 %02± 60.0 51.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK701C1ERCMT 001 %01± 80.0 1.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM701C1ERCMT 001 %02± 80.0 1.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK601D1CRCMT 01 %01± 60.0 6.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM601D1CRCMT 01 %02± 60.0 6.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK651D1CRCMT 51 %01± 60.0 5.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM651D1CRCMT 51 %02± 60.0 5.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK622D1ERCMT 22 %01± 60.0 53.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM622D1ERCMT 22 %02± 60.0 53.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK633D1ERCMT 33 %01± 60.0 3.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM633D1ERCMT 33 %02± 60.0 3.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK674D1ERCMT 74 %01± 60.0 2.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM674D1ERCMT 74 %02± 60.0 2.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK601E1ERCMT 01 %01± 60.0 3.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM601E1ERCMT 01 %02± 60.0 3.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK651E1ERCMT 51 %01± 60.0 3.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM651E1ERCMT 51 %02± 60.0 3.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK622E1ERCMT 22 %01± 60.0 3.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM622E1ERCMT 22 %02± 60.0 3.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK633E1ERCMT 33 %01± 60.0 3.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM633E1ERCMT 33 %02± 60.0 3.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK601V1ERCMT 01 %01± 60.0 3.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM601V1ERCMT 01 %02± 60.0 3.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK651V1ERCMT 51 %01± 60.0 3.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM651V1ERCMT 51 %02± 60.0 3.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK622V1ERCMT 22 %01± 60.0 5.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM622V1ERCMT 22 %02± 60.0 5.0 8.2x*3.4x3.7 3.1 4.2 005 0052







DimensionsL x W* x H l a

(±0.2) (±0.2) (MAX) ±0.3 ±0.2

Quantity180mm

Dia. Reel330mm

Dia. Reel



TANTALUM CAPACITORSTMCH Series •High Reliability Tantalum Chip Capacitors

The TMCH Series are molded chip capacitors developedon the basis of TMC production technology. Designedfor car electronics applications, the TMCH Series is alsouseable in office automation and other computer basedequipment where high reliability is required.

The TMCH Series features high heat resistance and isimproved over its predecessor in high temperaturereliability, moisture resistance, and temperature cyclingtest resistance.


TMCH Product Markings

Outline Drawings and DimensionsAnode Indication belt mark


TMCH Case Code Table

CaseCode

A

B

C

E

L ±0.2

3.2

3.5

5.8

7.3

Dimensions

W ±0.2

1.6

2.8

3.2

4.3 ±0.3

H ±0.2

1.6

1.9

2.5

2.8

l ±0.3

0.7

0.8

1.3

1.3

a ±0.2

1.2

2.2

2.2

2.4

(Example)16V 10µF

C case

A, B

Cas

eC,

E C

ase

1016A




Rated voltage (16V)

1016A



Rated voltage (16V)


+–

•When the capacitance code is the same in the same case size, use the voltage code for the higher rated voltage.•The simplified code is subject to JIS C 5143, paragraph 10 and EIAJ RC-3913, paragraph 7.1.





DA6A



+–





DA6A




Jan

a

n

A

N

Feb

b

p

B

P

Mar

c

q

C

Q

Sep

j

w

J

W

Aug

h

v

H

V

Jul

g

u

G

U

Jun

f

t

F

T

May

e

s

E

S

Apr

d

r

D

R

Dec

m

z

M

Z

Nov

l

y

L

Y

Oct

k

x

K

X

Month

Year

2003

2004

2005

2006


detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK533G0AHCMT 3.3 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM533G0AHCMT 3.3 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK574G0AHCMT 7.4 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM574G0AHCMT 7.4 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK601G0BHCMT 0.01 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM601G0BHCMT 0.01 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK651G0BHCMT 0.51 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM651G0BHCMT 0.51 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK633G0CHCMT 0.33 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM633G0CHCMT 0.33 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK674G0CHCMT 0.74 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM674G0CHCMT 0.74 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK686G0EHCMT 0.86 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM686G0EHCMT 0.86 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK701G0EHCMT 0.001 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM701G0EHCMT 0.001 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK522J0AHCMT 2.2 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM522J0AHCMT 2.2 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK533J0AHCMT 3.3 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM533J0AHCMT 3.3 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK574J0AHCMT 7.4 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM574J0AHCMT 7.4 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK586J0AHCMT 8.6 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM586J0AHCMT 8.6 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK586J0BHCMT 8.6 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM586J0BHCMT 8.6 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK601J0BHCMT 0.01 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM601J0BHCMT 0.01 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK651J0BHCMT 0.51 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM651J0BHCMT 0.51 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK622J0BHCMT 0.22 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM622J0BHCMT 0.22 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK622J0CHCMT 0.22 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM622J0CHCMT 0.22 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK633J0CHCMT 0.33 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM633J0CHCMT 0.33 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK674J0CHCMT 0.74 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM674J0CHCMT 0.74 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK674J0EHCMT 0.74 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM674J0EHCMT 0.74 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK686J0EHCMT 0.86 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM686J0EHCMT 0.86 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

TANTALUM CAPACITORSTMCH Series •High Reliavility Tantalum Chip Capacitors




330mmDia. Reel





detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK551A1AHCMT 5.1 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM551A1AHCMT 5.1 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK522A1AHCMT 2.2 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM522A1AHCMT 2.2 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK533A1AHCMT 3.3 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM533A1AHCMT 3.3 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK574A1AHCMT 7.4 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM574A1AHCMT 7.4 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK574A1BHCMT 7.4 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM574A1BHCMT 7.4 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK586A1BHCMT 8.6 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM586A1BHCMT 8.6 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK601A1BHCMT 0.01 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM601A1BHCMT 0.01 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK651A1BHCMT 0.51 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM651A1BHCMT 0.51 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK651A1CHCMT 0.51 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM651A1CHCMT 0.51 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK622A1CHCMT 0.22 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM622A1CHCMT 0.22 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK633A1CHCMT 0.33 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM633A1CHCMT 0.33 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK633A1EHCMT 0.33 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM633A1EHCMT 0.33 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK674A1EHCMT 0.74 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM674A1EHCMT 0.74 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

TANTALUM CAPACITORSTMCH Series •High Reliability Tantalum Chip Capacitors



330mmDia. Reel





detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK501C1AHCMT 0.1 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM501C1AHCMT 0.1 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK551C1AHCMT 5.1 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM551C1AHCMT 5.1 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK522C1AHCMT 2.2 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM522C1AHCMT 2.2 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK533C1AHCMT 3.3 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM533C1AHCMT 3.3 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK533C1BHCMT 3.3 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM533C1BHCMT 3.3 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK574C1BHCMT 7.4 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM574C1BHCMT 7.4 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK586C1BHCMT 8.6 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM586C1BHCMT 8.6 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK601C1BHCMT 0.01 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM601C1BHCMT 0.01 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK601C1CHCMT 0.01 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM601C1CHCMT 0.01 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK651C1CHCMT 0.51 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM651C1CHCMT 0.51 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK622C1CHCMT 0.22 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM622C1CHCMT 0.22 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK622C1EHCMT 0.22 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM622C1EHCMT 0.22 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK633C1EHCMT 0.33 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM633C1EHCMT 0.33 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052




Quantity180mm





detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK486D1AHCMT 86.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM486D1AHCMT 86.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK501D1AHCMT 0.1 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM501D1AHCMT 0.1 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK551D1AHCMT 5.1 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM551D1AHCMT 5.1 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK522D1AHCMT 2.2 %01± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM522D1AHCMT 2.2 %02± 60.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK522D1BHCMT 2.2 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM522D1BHCMT 2.2 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK533D1BHCMT 3.3 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM533D1BHCMT 3.3 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK574D1BHCMT 7.4 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM574D1BHCMT 7.4 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK586D1BHCMT 8.6 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM586D1BHCMT 8.6 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK586D1CHCMT 8.6 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM586D1CHCMT 8.6 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK601D1CHCMT 0.01 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM601D1CHCMT 0.01 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK651D1CHCMT 0.51 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM651D1CHCMT 0.51 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK651D1EHCMT 0.51 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM651D1EHCMT 0.51 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK622D1EHCMT 0.22 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM622D1EHCMT 0.22 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK474E1AHCMT 74.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM474E1AHCMT 74.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK486E1AHCMT 86.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM486E1AHCMT 86.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK551E1BHCMT 5.1 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM551E1BHCMT 5.1 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK522E1BHCMT 2.2 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM522E1BHCMT 2.2 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK574E1CHCMT 7.4 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM574E1CHCMT 7.4 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK586E1CHCMT 8.6 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM586E1CHCMT 8.6 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK601E1EHCMT 0.01 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM601E1EHCMT 0.01 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK651E1EHCMT 0.51 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM651E1EHCMT 0.51 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052







330mmDia. Reel



detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK401V1AHCMT 01.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM401V1AHCMT 01.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK451V1AHCMT 51.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM451V1AHCMT 51.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK422V1AHCMT 22.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM422V1AHCMT 22.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK433V1AHCMT 33.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM433V1AHCMT 33.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK474V1AHCMT 74.0 %01± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTM474V1AHCMT 74.0 %02± 40.0 6.1x6.1x2.3 7.0 2.1 0002 0008

)F(RTK474V1BHCMT 74.0 %01± 40.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM474V1BHCMT 74.0 %02± 40.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK486V1BHCMT 86.0 %01± 40.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM486V1BHCMT 86.0 %02± 40.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK501V1BHCMT 0.1 %01± 40.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM501V1BHCMT 0.1 %02± 40.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK551V1BHCMT 5.1 %01± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTM551V1BHCMT 5.1 %02± 60.0 9.1x8.2x5.3 8.0 2.2 0002 0008

)F(RTK551V1CHCMT 5.1 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM551V1CHCMT 5.1 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK522V1CHCMT 2.2 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM522V1CHCMT 2.2 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK533V1CHCMT 3.3 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM533V1CHCMT 3.3 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK574V1CHCMT 7.4 %01± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM574V1CHCMT 7.4 %02± 60.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK574V1EHCMT 7.4 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM574V1EHCMT 7.4 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK586V1EHCMT 8.6 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM586V1EHCMT 8.6 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK601V1EHCMT 0.01 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM601V1EHCMT 0.01 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052





Quantity180mm




TANTALUM CAPACITORSTMCTX Series •Tantalum Chip Capacitors with Internal Fuse

The TMCTX Series is a protected-device-incorporatedtantalum chip capacitor. This design is achieved byadding a thermal fuse to the TMC type. Combined withHigh Heat Resistance to withstand infra-red-reflow andsolder dip, the TMCTX Series offers high reliability. It alsohas low ESR of less than 2.0Ω at 1MHz, and lowinductance of 5nH at 200MHz.

Prevention of fire or smoke due to the function of theinternal fuse.Fusing characteristics:B, C cases: Open in less than 100 sec at 1.5A,

or in less than 5 sec at 5A.E, F cases Open in less than 5 sec at 5A.


TMCTX Product Markings




TMCTX Case Code Table

CaseCode

B

C

E

F

L ±0.2

3.5

5.8

7.3

7.3

Dimensions

W ±0.2

2.8

3.2

4.3 ±0.3

5.8 ±0.3

H ±0.2

1.9

2.5

2.8

3.5

l ±0.3

0.8

1.3

1.3

1.3

a ±0.2

2.0

2.2

2.4

3.5

B C

ase

C, E

, F C

ase

Simplified code of rated voltage (16V)

+–

Note: The simplified code is subject to JIS C 5143, paragraph 10 and EIAJ RC-3813, paragraph 7.1.

CN6A

Anode Indication belt markDate Code(for manufacturing in January, 2005)

Simplified code of nominal capacitance (N6: 3.3µF)

+–


1016A




1016A








Simplified code of nominal capacitance (N6: 3.3µF)

CN6A

Simplified code of rated voltage (16V)

Jan

a

n

A

N

Feb

b

p

B

P

Mar

c

q

C

Q

Sep

j

w

J

W

Aug

h

v

H

V

Jul

g

u

G

U

Jun

f

t

F

T

May

e

s

E

S

Apr

d

r

D

R

Dec

m

z

M

Z

Nov

l

y

L

Y

Oct

k

x

K

X

Month

Year

2003

2004

2005

2006


detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK574A1BXTCMT 7.4 %01± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTM574A1BXTCMT 7.4 %02± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTK586A1BXTCMT 8.6 %01± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTM586A1BXTCMT 8.6 %02± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTK601A1BXTCMT 0.01 %01± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTM601A1BXTCMT 0.01 %02± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTK651A1CXTCMT 0.51 %01± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM651A1CXTCMT 0.51 %02± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK622A1CXTCMT 0.22 %01± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM622A1CXTCMT 0.22 %02± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK633A1EXTCMT 0.33 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM633A1EXTCMT 0.33 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK674A1EXTCMT 0.74 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM674A1EXTCMT 0.74 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK674A1FXTCMT 0.74 %01± 60.0 5.3x*8.5x3.7 3.1 5.3 005 0052

)F(RTM674A1FXTCMT 0.74 %02± 60.0 5.3x*8.5x3.7 3.1 5.3 005 0052

)F(RTK686A1EXTCMT 0.86 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM686A1EXTCMT 0.86 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK686A1FXTCMT 0.86 %01± 60.0 5.3x*8.5x3.7 3.1 5.3 005 0052

)F(RTM686A1FXTCMT 0.86 %02± 60.0 5.3x*8.5x3.7 3.1 5.3 005 0052

)F(RTK533C1BXTCMT 3.3 %01± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTM533C1BXTCMT 3.3 %02± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTK574C1BXTCMT 7.4 %01± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTM574C1BXTCMT 7.4 %02± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTK586C1BXTCMT 8.6 %01± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTM586C1BXTCMT 8.6 %02± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTK601C1CXTCMT 0.01 %01± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM601C1CXTCMT 0.01 %02± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK651C1CXTCMT 0.51 %01± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTM651C1CXTCMT 0.51 %02± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK622C1EXTCMT 0.22 %01± 50.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM622C1EXTCMT 0.22 %02± 50.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK633C1EXTCMT 0.33 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM633C1EXTCMT 0.33 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK633C1FXTCMT 0.33 %01± 60.0 5.3x*8.5x3.7 3.1 5.3 005 0052

)F(RTM633C1FXTCMT 0.33 %02± 60.0 5.3x*8.5x3.7 3.1 5.3 005 0052

)F(RTK674C1EXTCMT 0.74 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTM674C1EXTCMT 0.74 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK674C1FXTCMT 0.74 %01± 60.0 5.3x*8.5x3.7 3.1 5.3 005 0052

)F(RTM674C1FXTCMT 0.74 %02± 60.0 5.3x*8.5x3.7 3.1 5.3 005 0052


*Case Codes E and F: Width (W) = ±0.3



330mmDia. Reel





detaRegatloV)CDVW(

traPrebmuN


ecnareloTtnegnaT

)F(RTK522D1BXTCMT 2.2 %01± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008)F(RTM522D1BXTCMT 2.2 %02± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTK533D1BXTCMT 3.3 %01± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008)F(RTM533D1BXTCMT 3.3 %02± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTK574D1BXTCMT 7.4 %01± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008)F(RTM574D1BXTCMT 7.4 %02± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008)F(RTK586D1CXTCMT 8.6 %01± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052)F(RTM586D1CXTCMT 8.6 %02± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK601D1CXTCMT 0.01 %01± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052)F(RTM601D1CXTCMT 0.01 %02± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK651D1EXTCMT 0.51 %01± 50.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTM651D1EXTCMT 0.51 %02± 50.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK622D1EXTCMT 0.22 %01± 50.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTM622D1EXTCMT 0.22 %02± 50.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK622D1FXTCMT 0.22 %01± 50.0 5.3x*8.5x3.7 3.1 5.3 005 0052)F(RTM622D1FXTCMT 0.22 %02± 50.0 5.3x*8.5x3.7 3.1 5.3 005 0052)F(RTK633D1EXTCMT 0.33 %01± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTM633D1EXTCMT 0.33 %02± 60.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK633D1FXTCMT 0.33 %01± 60.0 5.3x*8.5x3.7 3.1 5.3 005 0052)F(RTM633D1FXTCMT 0.33 %02± 60.0 5.3x*8.5x3.7 3.1 5.3 005 0052

)F(RTK551E1BXTCMT 5.1 %01± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008)F(RTM551E1BXTCMT 5.1 %02± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTK522E1BXTCMT 2.2 %01± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008)F(RTM522E1BXTCMT 2.2 %02± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008

)F(RTK533E1BXTCMT 3.3 %01± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008)F(RTM533E1BXTCMT 3.3 %02± 50.0 9.1x8.2x5.3 8.0 0.2 0002 0008)F(RTK574E1CXTCMT 7.4 %01± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052)F(RTM574E1CXTCMT 7.4 %02± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK586E1CXTCMT 8.6 %01± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052)F(RTM586E1CXTCMT 8.6 %02± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK601E1EXTCMT 0.01 %01± 50.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTM601E1EXTCMT 0.01 %02± 50.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK651E1FXTCMT 0.51 %01± 50.0 5.3x*8.5x3.7 3.1 5.3 005 0052)F(RTM651E1FXTCMT 0.51 %02± 50.0 5.3x*8.5x3.7 3.1 5.3 005 0052)F(RTK501V1BXTCMT 0.1 %01± 40.0 9.1x8.2x5.3 8.0 0.2 0002 0008)F(RTM501V1BXTCMT 0.1 %02± 40.0 9.1x8.2x5.3 8.0 0.2 0002 0008)F(RTK551V1CXTCMT 5.1 %01± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052)F(RTM551V1CXTCMT 5.1 %02± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK522V1CXTCMT 2.2 %01± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052)F(RTM522V1CXTCMT 2.2 %02± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK533V1CXTCMT 3.3 %01± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052)F(RTM533V1CXTCMT 3.3 %02± 50.0 5.2x2.3x8.5 3.1 2.2 005 0052

)F(RTK586V1EXTCMT 8.6 %01± 50.0 8.2x*3.4x3.7 3.1 4.2 005 0052)F(RTM586V1EXTCMT 8.6 %02± 50.0 8.2x*3.4x3.7 3.1 4.2 005 0052

)F(RTK601V1FXTCMT 0.01 %01± 50.0 5.3x*8.5x3.7 3.1 5.3 005 0052)F(RTM601V1FXTCMT 0.01 %02± 50.0 5.3x*8.5x3.7 3.1 5.3 005 0052


*Case Codes E and F: Width (W) = ±0.3


Quantity180mm

Dia. Reel330mm

Dia. Reel





0

1/64

1/32

3/64

1/16

5/64

3/32

7/64

1/8

9/64

5/32

11/64

3/16

13/64

7/32

15/64

1/4

17/64

9/32

19/64

5/16

21/64

11/32

23/64

3/8

25/64

13/32

27/64

7/16

29/64

15/32

31/64

1/2

33/64

17/32

35/64

9/16

37/64

19/32

39/64

5/8

41/64

21/32

43/64

11/16

45/64

23/32

47/64

3/4

49/64

25/32

51/64

13/16

53/64

27/32

55/64

7/8

57/64

29/32

59/64

15/16

61/64

31/32

63/64

–

0.0156

0.0313

0.0469

0.0625

0.0781

0.0938

0.1094

0.125

0.1406

0.1563

0.1719

0.1875

0.2031

0.2188

0.2344

0.25

0.2656

0.2813

0.2969

0.3125

0.3281

0.3438

0.3594

0.375

0.3906

0.4063

0.4219

0.4375

0.4531

0.4688

0.4844

0.5

0.5156

0.5313

0.5469

0.5625

0.5781

0.5938

0.6094

0.625

0.6406

0.6563

0.6719

0.6875

0.7031

0.7188

0.7344

0.75

0.7656

0.7813

0.7969

0.8125

0.8281

0.8438

0.8594

0.8750

0.8906

0.9063

0.9219

0.9375

0.9531

0.9588

0.9844

–

0.397

0.794

1.191

1.588

1.984

2.381

2.778

3.175

3.572

3.969

4.366

4.762

5.159

5.556

5.953

6.350

6.747

7.144

7.541

7.938

8.334

8.731

9.128

9.525

9.922

10.319

10.716

11.112

11.509

11.906

12.303

12.700

13.097

13.494

13.891

14.288

14.684

15.081

15.478

15.875

16.272

16.669

17.066

17.462

17.859

18.256

18.653

19.050

19.447

19.844

20.241

20.638

21.034

21.431

21.828

22.225

22.622

23.019

23.416

23.812

24.209

24.606

25.003

25.400

25.797

26.194

26.591

26.998

27.384

27.781

28.178

28.575

28.972

29.369

29.766

30.162

30.559

30.956

31.353

31.750

32.147

32.544

32.941

33.338

33.734

34.131

34.528

34.925

35.322

35.719

36.116

36.512

36.909

37.306

37.703

38.100

38.497

38.894

39.291

39.688

40.084

40.481

40.878

41.275

41.672

42.069

42.466

42.862

43.259

43.656

44.053

44.450

44.847

45.244

45.641

46.038

46.434

46.831

47.228

47.625

48.022

48.419

48.816

49.212

49.609

50.006

50.403

50.800

51.197

51.594

51.991

52.388

52.784

53.181

53.578

53.975

54.372

54.769

55.166

55.562

55.959

56.356

56.753

57.150

57.547

57.944

58.341

58.738

59.134

59.531

59.928

60.325

60.722

61.119

61.516

61.912

62.309

62.706

63.103

63.500

63.897

64.294

64.691

65.088

65.484

65.881

66.278

66.675

67.072

67.469

67.866

68.262

68.659

69.056

69.453

69.850

70.247

70.644

71.041

71.438

71.834

72.231

72.628

73.025

73.422

73.819

74.216

74.612

75.009

75.406

75.803

76.200

76.597

76.994

77.391

77.788

78.184

78.581

78.978

79.375

79.772

80.169

80.566

80.962

81.359

81.756

82.153

82.550

82.947

83.344

83.741

84.138

84.534

84.931

85.328

85.725

86.122

86.519

86.916

87.312

87.709

88.106

88.503

88.900

89.297

89.694

90.091

90.488

90.884

91.281

91.678

92.075

92.472

92.869

93.266

93.662

94.059

94.456

94.853

95.250

95.647

96.044

96.441

96.838

97.234

97.631

98.028

98.425

98.822

99.219

99.616

100.012

100.409

100.806

101.203

101.600

101.997

102.394

102.791

103.188

103.584

103.981

104.378

104.775

105.172

105.569

105.966

106.362

106.759

107.156

107.553

107.950

108.347

108.744

109.141

109.538

109.934

110.331

110.728

111.125

111.522

111.919

112.316

112.712

113.109

113.506

113.903

114.300

114.697

115.094

115.491

115.888

116.284

116.681

117.078

117.475

117.872

118.269

118.666

119.062

119.459

119.856

120.253

120.650

121.047

121.444

121.841

122.238

122.634

123.031

123.428

123.825

124.222

124.619

125.016

125.412

125.809

126.206

126.603

127.000

127.397

127.794

128.191

128.588

128.984

129.381

129.778

130.175

130.572

130.969

131.366

131.762

132.159

132.556

132.953

133.350

133.747

134.144

134.541

134.938

135.334

135.731

136.128

136.525

136.922

137.319

137.716

138.112

138.509

138.906

139.303

139.700

140.097

140.494

140.891

141.288

141.684

142.081

142.478

142.875

143.272

143.669

144.066

144.462

144.859

145.256

145.653

146.050

146.447

146.844

147.241

147.638

148.034

148.431

148.828

149.225

149.622

150.019

150.416

150.812

151.209

151.606

152.003

152.400

152.797

153.194

153.591

153.988

154.384

154.781

155.178

155.575

155.972

156.369

156.766

157.162

157.559

157.956

158.353

158.750

159.147

159.544

159.941

160.338

160.734

161.131

161.528

161.925

162.322

162.719

163.116

163.512

163.909

164.306

164.703

165.100

165.497

165.894

166.291

166.688

167.084

167.481

167.878

168.275

168.672

169.069

169.466

169.862

170.259

170.656

171.053

171.450

171.847

172.244

172.641

173.038

173.434

173.831

174.228

174.625

175.022

175.419

175.816

176.212

176.609

177.006

177.403

177.800

178.197

178.594

178.991

179.388

179.784

180.181

180.578

180.975

181.372

181.769

182.166

182.562

182.959

183.356

183.753

184.150

184.547

184.944

185.341

185.738

186.134

186.531

186.928

187.325

187.722

188.119

188.516

188.912

189.309

189.706

190.103

190.500

190.897

191.294

191.691

192.088

192.484

192.881

193.278

193.675

194.072

194.469

194.866

195.262

195.659

196.056

196.453

196.850

197.247

197.644

198.041

198.438

198.834

199.231

199.628

200.025

200.422

200.819

201.216

201.612

202.009

202.406

202.803

203.200

203.597

203.994

204.391

204.788

205.184

205.581

205.978

206.375

206.772

207.169

207.566

207.962

208.359

208.756

209.153

209.550

209.947

210.344

210.741

211.138

211.534

211.931

212.328

212.725

213.122

213.519

213.916

214.312

214.709

215.106

215.503

215.900

216.297

216.694

217.091

217.488

217.884

218.281

218.678

219.075

219.572

219.869

220.266

220.662

221.059

221.456

221.853

222.250

222.647

223.044

223.441

223.838

224.234

224.631

225.028

225.425

225.822

226.219

226.616

227.012

227.409

227.806

228.203

228.600

228.997

229.394

229.791

230.188

230.584

230.981

231.378

231.775

232.172

232.569

232.966

233.362

233.759

234.156

234.553

234.950

235.347

235.744

236.141

236.538

236.934

237.331

237.728

238.125

238.522

238.919

239.316

239.712

240.109

240.506

240.903

241.300

241.697

242.094

242.491

242.888

243.284

243.681

244.078

244.475

244.872

245.269

245.666

246.062

246.459

246.856

247.253

247.650

248.047

248.444

248.841

249.238

249.634

250.031

250.428

250.825

251.222

251.619

252.016

252.412

252.809

253.206

253.603

254.000

254.397

254.794

255.191

255.588

255.984

256.381

256.778

257.175

257.572

257.969

258.366

258.762

259.159

259.556

259.953

260.350

260.747

261.144

261.541

261.938

262.334

262.731

263.128

263.525

263.922

264.319

264.716

265.112

265.509

265.906

266.303

266.700

267.097

267.494

267.891

268.288

268.684

269.081

269.478

269.875

270.272

270.669

271.066

271.462

271.859

272.256

272.653

273.050

273.447

273.844

274.241

274.638

275.034

275.431

275.828

276.225

276.622

277.019

277.416

277.812

278.209

278.606

279.003

538

500

482

450

427

400

371

350

316

300

260

250

204

200

190

180

170

160

150

140

130

125

120

110

105

100

95

90

85

80

75

70

65

60

55

50

45

40

35

30

25

20

15

10

5

0

-5.0

-10.0

-15.0

-17.8

-20.0

-20.6

-23.3

-25.0

-26.1

-28.9

-30.0

-31.7

-34.4

-35.0

-37.2

-40.0

-42.8

-45.0

-45.6

-48.3

-50.0

-51.1

-53.9

-55.0

-56.7

-59.4

-60.0

-62.2

-65.0

-67.8

1000

932

900

842

800

752

700

662

600

572

500

482

400

392

374

356

338

320

302

284

266

257

248

230

221

212

203

194

185

176

167

158

149

140

131

122

113

104

95

86

77

68

59

50

41

32

23

14

5

0

-4

-5

-10

-13

-15

-20

-22

-25

-30

-31

-35

-40

-45

-49

-50

-55

-58

-60

-65

-67

-70

-75

-76

-80

-85

-90

Inches:

Fractions/

Decimals

Inches/MillimetersCelsius/

Fahrenheit

0” 1” 2” 3” 4” 5” 6” 7” 8” 9” 10” °C °F

Metric Conversion Table

C° = (F° –32) x 5/9

F° = (C° x 9/5) +32

AICHEAD OFFICE:

Hitachi AIC Inc.7F Nihon Seimei Gotanda Bldg.

1-31-1, Nishi-GotandaShinagawa-ku, Tokyo 141-0031, Japan

Phone: (03)3492-6811Fax: (03)3492-6810

US OFFICE:

Boston AIC Inc.112 Turnpike Road

Westborough, MA 01581Phone: 508-366-4092

Fax: 508-366-9164E-Mail: [email protected]: www.hitachiaic.com

EUROPEAN OFFICE

HPC-DistributionAdolph-Dembach-StraBe 14

47829 Krefeld, GermanyPhone: +49-2151-4943-5Fax: +49-2151-4943-80

HONGKONG OFFICE

Hongkong AIC Ltd.Suite 503, 5/F

Chinachem Golden Plaza77 Mody Road

Tsimshatsui East, Kowloon, HongkongPhone: 2739-6225

Fax: 2739-6550

SINGAPORE OFFICE

Singapore AIC Pte, Ltd.3 Killiney Road

#06-02 Winsland House 1Singapore 239519Phone: 65-8366088

Fax: 65-8366788

Printed In U.S.A.

capacitor catalog 4

Documents