kemet capacitor part numbering guide · kemet capacitor part numbering guide f2097g 6/96 reprinted...

KEMETCapacitor Part

NumberingGuide

F2097G 6/96Reprinted 10/97

Electronics CorporationP. O. Box 5928

Greenville, SC 29606Phone (864) 963-6300

Fax (864) 963-6521www.kemet.com

KEMET®

26

INTRODUCTION

This handbook was prepared to clarify the KEMET Capacitor part numbering system. It contains breakdowns of KEMETpart numbers and MILITARY numbers. Practice exercises follow each section and reinforce the information covered.

We hope you can take the time to work through this book from front to back. However, we realize that “spare” time issomething we all wish we had more of! We strongly recommend that you try to study this book systematically, since a workingknowledge of KEMET part numbers will make your job much easier.

CONTENTS

TANTALUMI. KEMET Tantalum Part Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1II. Military Tantalum . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

A. Tantalum MIL Specs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2B. Converting MIL-C-39003 dash number to KEMET Part number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3C. CS/CSR Part Number Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4D. Converting CS/CSR’s to KEMET Part Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5E. MIL-C-49137 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6F. Converting CS’s to KEMET Part Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

CERAMICI. KEMET Molded Ceramic Part Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7II. Military Ceramics — Molded . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

A. Molded Ceramic MIL Specs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9B. Converting MIL-C-39014 to KEMET Part Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9C. MIL-C-11015 and MIL-C-39014 (CK/CKR Part Number Description) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10D. Converting CK/CKS’s to KEMET Part Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11E. MIL-C-20 Part Number Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12F. Converting CC/CCR’s to KEMET Part Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13G. MIL-C-123 Part Number Conversion . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

III. KEMET Dipped Ceramic Part Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15IV. KEMET Ceramic Chip Part Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16V. Military Ceramics — Chips . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

A. Ceramic Chip MIL Specs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18B. MIL-C-55681 Part Number Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18C. Converting CDR’s to KEMET Part Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19D. MIL-C-123 Part Number Conversion . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

GENERAL NOTES AND SUGGESTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

TABLE OF SERIES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

OBSOLETE KEMET PART NUMBERS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23

1

TANTALUM

Mastering the KEMET part number is basically a matter of learning each position of the part number. Diagrams of each parttype appear in the General Catalog at the beginning of each series. Here we will discuss Tantalum and Ceramic part numbers,referring to each digit in the part number as a numbered position.

I. KEMET TANTALUM PART NUMBER

T 110 A 105 K 0 3 5 A S1 2,3,4 5 6,7,8 9 10,11,12 13 14

Position

1. T for tantalum

2, 3, 4. Series is a three digit number which is the name of a part with certain specifications. In the tantalum partnumber, key numbers in the same position in each series have similar specifications.

For example:

T1XX or T2XX indicates hermetically sealedT2XX or T2XX indicates high reliabilityT3XXor T2XX indicates epoxy encapsulatedT4XXor T2XX indicates tantalum chip

Originally the tantalum part number was designed with the 4th position indicating polar if the number waseven, for example T110, T212, T322, T370; and non-polar if the number was odd, T111, T213. However,there are exceptions; for example T363, T369 are polar.

5. Case Size. Ranges from A to M. The smallest case for each series is A and the size of the part increases asthe letter of the alphabet progresses. Special case sizes are sometimes manufactured. If you have a partnumber with a letter other than the ones specified in the catalog, contact the Product Manager.

6, 7, 8. Capacitance in picofarad code. Capacitance is the ability of a capacitor to regulate energy by storage and/orrelease of electrons in a specific manner. Capacitance for KEMET parts is measured in picofarads (pf) andmicrofarads (mf). 1,000,000pf = 1mf. If the capacitance expressed in picofarads is a large number, we generallyconvert it to microfarads for convenience.

For example:

Converting picofarads to microfarads:

6,800,000pf =6,800,0006,800,000pf = 1,000,000 = 6.8mf (decimal moves 6 places to left)

47,000pf = 1,047,00047,000pf = 1,000,000 = .047mf (decimal moves 6 places to left)

150,000,000pf =150,000,000150,000,000pf =151,000,000 = 150mf (decimal moves 6 places to left)

Converting microfarads to picofarads:

330mf = 330 x 1,000,000 = 330,000,000pf (decimal moves 6 places to right)

.001mf = .001 x 1,000,000 = 1,000pf (decimal moves 6 places to right)

10mf = 10 x 1,000,000 = 10,000,000pf (decimal moves 6 places to right)

A shortcut is simply to move the decimal 6 places to the left when converting from picofarads to microfaradsand 6 places to right when converting from microfarads to picofarads.

2

The tantalum part number has only 3 positions for capacitance, therefore, we express capacitance in picofaradcode. The first two numbers are significant; the third is the number of zeros following.

105pf code — 10 and 5 zeros following = 1,000,000pf or 1.0mf

226pf code — 22 and 6 zeros following = 22,000,000pf or 22mf

183pf code — 18 and 3 zeros following = 18,000pf or .018mf

687pf code — 68 and 7 zeros following = 680,000,000pf or 680mf

As you can see, we have three ways of expressing the same capacitance.

9. Tolerance — sometimes called cap. tolerance, is a letter which codes the degree we are allowed to deviatefrom the nominal capacitance. In tantalum product, the deviation is expressed as 6 percentage.

M = 620% K = 610% J = 65% L = 140, 220% (microns only)

X — special tolerance defined by accompanying C-spec.

10, 11, 12. Voltage — three digits are used to express voltage. For example:

006 = 6 Volts, 015 = 15 Volts, 035 = 35 Volts, 060 = 60 Volts, 100 = 100 Volts.

13. Failure Rate of Level — A letter indicates the life reliability level determined by statistical analysis of failureswhich occur during Burn-in (Life Test) or that the life reliability level does not apply (A = non-applicable).

Established Reliability(39003/H)

Specified as L, M, P, R or SReliability based on original qualification andperiodic maintenance samples from many prod-uction batches combined to form inspection lots.Failure rates verified by Certification of Compli-ance and supported by a semi-annual data report.

Graded Reliability(39003/H)

Specified as B, C, or DReliability based on life testing performed athigher-than-rated voltages on a homogeneousproduction batch. Failure rate verified with calcu-lated test data.

14. Lead Material — S is used for standard material. Consult the catalog for other letters used for special leadmaterial.

II. MILITARY TANTALUM

In addition to the KEMET part number, you will work with military dash numbers and part numbers. You will need to con-vert these MIL numbers to the KEMET part numbers for delivery requests and order entry.

A. KEMET manufactures to the following Tantalum MIL Specs.:

StandardMIL-Spec KEMET MIL Part SizeNumber Series Number Equivalent

MIL-C-26655B T110 CS13 T110MIL-C-39003/01 T212 *CSR13 T110MIL-C-39003/02 T222 *CSR09 T120MIL-C-39003/03 T242 *CSR23 T140MIL-C-39003/04 T213 *CSR91 T111MIL-C-39003/06 T252 *CSR33 T140MIL-C-39003/09 T262 CSR21 T110MIL-C-39003/10 T216 CSS13

* These MIL part numbers have been superseded by a table of four digit dash numbers. However, the obsolete MILpart number is still widely used. For these numbers, there are three ways of expressing exactly the same thing:(1) KEMET part number, (2) 39003 dash number, and (3) CSR number.

StandardMIL-Spec KEMET MIL Part SizeNumber Series Number Equivalent

MIL-C-39003/10 T256 CSS33MIL-C-49137/1 T323 CX01 T322MIL-C-49137/2 T363 CX02 T368MIL-C-49137/2 T369 CX12 T368MIL-C-49137/5 T323 CX05 T322MIL-C-55365/8 T492 CWR11 T491

3

NOTE: MIL-C39003/09 style CSR21 was designed with a table of dash numbers as the only MIL part number. Thereforea number such as CSR21G106KP is non-existent. If your copy of the General Catalog does not have a table of dashnumbers for MIL-C-39003/09 or MIL cross reference for MIL-C-49137/1, you may obtain one by request.

B. CONVERTING MIL-C-39003 to KEMET TANTALUM PART NUMBER

EXAMPLES: 39003/01-2880EXAMPLES: 39003/01-5266

STEPS

1. Use the “Capacitor Reference and Index” on page one of the General Catalog to locate the section you will needto convert to KEMET part number. To convert our example, turn to the section for 39003/01, which you will find isT110/T212.

2. The General Catalog has two tables of dash numbers (First the exponential dash numbers and second the gradedreliability dash numbers) between the KEMET commercial part number on the left and the KEMET military partnumber in the column to the far right. Note recent revisions of the General Catalog places 39003/06 (T-CSR33) and39003/09 (T262-CSR21) in individual sections with the KEMET MIL number on the left and the two tables of dashnumbers to the right.

3. Observe. Several revisions of the MIL-Spec. have caused the table to lose its numerical sequence. For example,39003/01 exponential dash numbers beginning with 5 for 5% tolerance parts and 100 volt, C case sizes have been addedto the table. However, you can use the numerical sequence that remains, to locate the 4 digit dash number in the table.

M level dash numbers are lower numbers than PP level dash numbers are lower numbers than RR level dash numbers are lower numbers than S

4. By scanning across the columns of dash numbers at the beginning of the table you can determine the failure rate of thepart you are converting. For example, the 39003/01 table begins with:

Level M P R S5001 5201 5401 56012241 2481 2721 2961

39003/01-2880 is greater than 2721 (R level) but less than 2961 (S level), therefore 2880 is R level

39003/01-5266 is greater than 5201 (P level) but less than 5401 (R level), therefore 5266 is P level

5. Turn through the tables scanning the top of each page until the number in the appropriate failure rate column is closeto the dash number you are converting. Then go down the column until you find the number.

6. Complete the KEMET military part number to the far right by inserting the failure rate in position 13 that appears atthe top of the column:

for 39003/01-2880, the KEMET Military Number is T212B105K075RS

for 39003/01-5266, the KEMET Military Number is T212A104J050PS

NOTE: In earlier revision of the General Catalog for 39003/03 and 39003/06, you will also have to insert in position3 of the KEMET number, the digit:

“4” for 39003/03 or“5” for 39003/06

After practice you will not find it necessary or preferable to follow this procedure step by step. Instead, start onany page, scan across the columns of dash numbers and turn forward or backward in the table until you locate thedash number.

4

PRACTICE MAKES PERFECT

Convert MIL-C-39003 to KEMET Part Number

1. 39003/01-2605 _________________________________

2. 39003/01-2886 _________________________________

3. 39003/01-7384 _________________________________

4. 39003/03-0175 _________________________________

5. 39003/06-0175 _________________________________

6. 39003/01-7012 _________________________________

(Answers on page 24)

C. CS/CSR PART NUMBER DESCRIPTION

MIL-C-26655B

CS 13 B B 565 K1,2 3,4 5 6 7,8,9 10

Position

1, 2. Type: fixed solid electrolyte tantalum

3, 4. Style: Military KEMET Series12 — uninsulated T110 C-10013 — insulated T110

5. Characteristic: A is obsoleteCharacteristic: B is revision, also obsolete but widely used

6. Voltage: B = 6V F = 35VC = 10V G = 50VD = 15V H = 75VE = 20V J = 100V

7, 8, 9. Capacitance expressed in picofarad code. First two digits are significant. Third digit is the number of zerosfollowing.

565 = 56 and 5 zeros following = 5,600,000pf = 5.6mf276 = 27 and 6 zeros following = 27,000,000pf = 27mf104 = 10 and 4 zeros following = 100,000pf = 0.1mf

10. Tolerance is the degree of allowed deviation from the nominal capacitance value. It is expressed as6percentage.

M = 620% K = 610%

MIL-C-39003

CSR 13 B 565 K M*1,2,3 4,5 6 7,8,9 10 11

Position

1, 2, 3. Type: fixed solid electrolyte tantalum established reliability.

5

4, 5. Style: 39003 MIL Part KEMET Series

01 CSR13 T21202 CSR09 T22203 CSR23 T24204 CSR91 T21306 CSR33 T25209 CSR21 T26210 CSS13 T21610 CSS33 T256

6. Voltage: B = 6V F = 35VC = 10V G = 50VD = 15V H = 75VE = 20V J = 100V

7, 8, 9. Capacitance expressed in picofarad code. First two digits are significant. Third digit is the number of zerosfollowing.

565 = 56 and 5 zeros following = 5,600,000pf = 5.6mf276 = 27 and 6 zeros following = 27,000,000pf = 27mf104 = 10 and 4 zeros following = 100,000pf = 0.1mf

10. Tolerance is the degree of allowed deviation from the nominal capacitance value. It is expressed as6percentage.

M = 620% K = 610% J = 65%

11. Failure Rate of Level — A letter (L, M, P, R, S) indicates parts are representative of a group of parts whichmeet a life reliability level, determined by statistical analysis of failures which occur during Burn-in (LifeTest) or that the life reliability level does not apply (A = non-applicable).

L = Obsolete but is supplied without the “J” or “JAN” marking which signifies a MIL part.M = 1%/k hoursP = 0.1%/k hoursR = 0.01%/k hoursS = 0.001%/k hours

*Note: This Military Part Numbering System is obsolete in accordance with current specifications. The correct currentdesignation for a CSR part number is the MIL Specification Number followed by Specification (slash) SheetNumber and Dash Number, i.e. 39003/01-2270. However, this part numbering system is still widely used.

D. CONVERTING CS AND CSR NUMBERS TO KEMET PART NUMBER

EXAMPLES: CS13BG475KEXAMPLES: CSR13G475KP

STEPS

1. Use the “Capacitor Reference and Index” on page one of the General Catalog to locate the section you will need toconvert to KEMET part number. To convert our example, turn to the section for CS13/CSR13 which you will find isT110/T212.

2. Under T110/T212, you will see that parts are listed in order by voltage. Position 6 in the CS/CSR part number is voltage.In our example, the voltage is “G” or 50 volts. Locate the section of T110/T212 labeled 50 volts. (If you are not yetfamiliar with the voltage code, you will find it helpful to jot the appropriate letter next to the voltage rating at 858 Cin the heading of each voltage section in the catalog.)

6

3. From our table of Tantalum MIL Specs., you know CS13 converts to T110 series and CSR13 converts to T212 series.The catalog lists the KEMET T110 part number on the left side of the page and the T212 KEMET military part numberin the column on the far right of the page.

4. Using the appropriate column, locate the part with the same picofarad code as the CS/CSR number you are converting.(Picofarad code is position 7, 8, and 9 in the CS/CSR number and 6, 7, and 8 in the KEMET part number. In our example,it is “475”.) Notice there are three part numbers that have “475” pf codes.

5. Select the part with the same tolerance as the part you are converting; position 10 in CS/CSR number, position 9 in theKEMET part number. In our example, it is “K”. This completes the conversion of the CS number.

CS13BG475K = T110B475K050AS

6. To complete the KEMET part number for CSR, insert the failure rate; position 11 in the CSR number, position 13 forthe KEMET part number. In our example, it is “P”.

CSR13G475KP = T212B475K050PS

Caution: It is possible to create a CSR number that is not a valid MIL-C-39003 number.

For example: CSR13F105KP

When you reach step 4 in converting this example to the KEMET part number, you will find no T212 part numberwith a 35 volt rating and a 105 pf code. Therefore, it is not a valid MIL-C-39003 number.


Converting CSR’s to KEMET Part Number

1. CS13BD226M _________________________________

2. CSR13F476KS _________________________________

3. CSR09F474JP _________________________________

4. CSR91E506KM _________________________________

5. CSR33C277KR _________________________________


E. MIL-C-49137 and MIL-C-55365/1

The General Catalog contains a part number description for CS part numbers and a cross reference to the KEMETpart number.

F. CONVERTING CX’S to KEMET PART NUMBERS

STEPS

1. Use the “Capacitor Reference and Index” on page one of the General Catalog to locate the section you will need toconvert to the KEMET part number.

2. Locate the CX number you are converting in the column.

7

3. Complete any blank positions of the corresponding KEMET part number with the appropriate number.

MIL-C-49137/2: for CX02, insert the number “3” in position 4 of corresponding KEMET part number

for CX12, insert the number “9” in position 4 of corresponding KEMET part number

EXAMPLE: CX02N335K = T363B335K050AS

EXAMPLE: CX12N335K = T369B335K050AS

MIL-C-49137/5: CX05

EXAMPLE: CX05K225K = T323B225K025AS

Note: MIL-C-49137 voltage codes do not correspond to the codes used for MIL-C-26655B and MIL-C-39003.


Converting MIL-C-49137 to KEMET Part Number

1. CX05H226M _________________________________

2. CX02K155K _________________________________

3. CX12F336K _________________________________


CERAMIC

If you are familiar with the KEMET tantalum part number, then you will find it easy to apply that knowledge to the ceramicpart number.

I. KEMET MOLDED CERAMIC PART NUMBER

C 052 T 104 K 5 X 5 C P1 2,3,4 5 6,7,8 9 10 11 12 13 14

Position

1. C is for ceramic.

2, 3, 4. Size Code — In tantalum product, each series has several case sizes. For example: T110, A, B, C, D. InKEMET ceramic product, the series is the size.

For example: C052K101K2X5CAFor example: C052T223K5X5CMFor example: C052G569D2G5CAare all the same size.

5. Specification — In KEMET tantalum product, the series is also a specification. T110, T120, T322 arecommercial; T212, T242, T323 are military. In KEMET ceramic products, we use a letter to specify:

C — CommercialE — MIL EquivalentK — Military M11015T — Military M39014G — Military MIL-C-20B — GR900-High ReliabilityZ — MIL-C-123

8

6, 7, 8. Capacitance is expressed in picofarad code. The first two numbers are significant. The third is the numberof zeros following.

104 = 10 and 4 zeros following = 100,000pf = (.1mf)221 = 22 and 1 zeros following = 220pf100 = 10 and 0 zeros following = 10pf

Exception to this occurs if the capacitance is below 10pf. To show the decimal goes between the two significantnumbers, we use the number 9 as the third number.

Example:229 picofarad code = 2.2pfRemember: the number 9 in the third place in the picofarad code indicates that the decimal point goesbetween the two significant numbers.

9. Tolerance is the degree of allowed deviation from the nominal capacitance. It can be expressed:

As a 6percentage M =620% H = 63% Z = 180%, 220%K = 610% G = 62%J = 65% F = 61%

or as 6picofarads B =6.1pf C = 6.25pf D = 6.5pf

or as P = guaranteed minimum value of capacitance

10. Voltage — In KEMET tantalums, we use three positions for voltage, and there are more voltage ratingsavailable: 3, 6, 15, 20, 25, 30, 35, 50, 60, 75, 100, 125. In KEMET ceramics, we have one position to code thevoltage.

1 — 100 volts2 — 200 volts5 — 50 volts3 — other

11. Dielectric is the insulating material which separates the electrodes of a capacitor. The composition of thedielectric material and its size determine the capacitance and voltage ratings. A letter is used to designatedielectric characteristic in the ceramic part number.

Characteristic KEMET Designator Military Equivalent EIA Equivalent

Ultra Stable G CH, CG C0GStable X BX X7RStable R BR X7RGeneral Purpose U — Z5U

12. Special requirements: 1 — Hi temp solder12. Special requirements: 5 — Ultra Hi temp solder12. Special requirements: 2 — C-spec required

13. Lead Material — C is used for standard material. Consult the catalog for special lead material.

14. Failure Rate or Level — A letter (L, M, P, R, S) indicates parts are representative of a group of parts whichmeet a life reliability level determined by statistical analysis of failures which occur during Burn-in (LifeTest) or that the life reliability level does not apply (A = non-applicable).

NOTE: Positions for lead material and failure rate are in the reverse order of the KEMET tantalum part number.

9

B. Converting MIL-C-39014 to the KEMET Part Number

EXAMPLE: 39014/05-2091

STEPS

1. Use the “Capacitor Reference and Index” on page one of the General Catalog to locate the section you will need toconvert to KEMET part number. To convert our example, turn to the section for 39014/05.

2. Observe. The table of 39014 dash numbers is listed on the right side of the page. Revisions of the MIL Spec. have causedthe table to lose its exact numerical sequence but the tables for 39014 are small and should present no problem in locatingthe dash number.

II. MILITARY CERAMICS — MOLDED

A. Molded Ceramic MIL Specs

BX Dielectric

MIL Spec MIL MIL Spec MILNumber KEMET Series Part Number Number KEMET Series Part Number

MIL-C-11015 C052K CK05 MIL-C-11015 C192K CK14MIL-C-11015 C062K CK06 MIL-C-11015 C202K CK15MIL-C-11015 C114K CK12 MIL-C-11015 C222K CK16MIL-C-11015 C124K CK13

Established Reliability BX Dielectric


M39014/01 C052T/C056T* CKR05 M39014/05 C192T CKR14M39014/02 C062T/C066T* CKR06 M39014/05 C202T CKR15M39014/05 C114T CKR11 M39014/05 C222T CKR16M39014/05 C124T CKR12

*C056 AND C066 Series denotes molded-in standoff leads.

NP0 Dielectric


MIL-C-20/35 C052G/C056G* CC05-CCR05 MIL-C-20/30 C202G CC78-CCR78MIL-C-20/36 C062G/C066G* CC06-CCR06 MIL-C-20/31 C222G CC79-CCR79MIL-C-20/27 C114G CC75-CCR75 MIL-C-20/37 C512G CC07-CCR07MIL-C-20/28 C124G CC76-CCR76 MIL-C-20/38 C522G CC08-CCR08MIL-C-20/29 C192G CC77-CCR77

*C056 AND C066 Series denotes molded-in standoff leads.

BX & NP0 Dielectric

MIL Spec MILNumber KEMET Series Part Number

MIL-C-123/01 C052Z CKS05MIL-C-123/02 C062Z CKS06MIL-C-123/03 C512Z CKS07

10

3. Locate the dash number in the table. The KEMET part number appears on the left side of the page. The list of KEMETpart numbers is complete except for position 5, Specifications, and position 14, Failure Rate.

C192(1)104K5X5C(2)

4. Complete the KEMET part number on the same line by inserting the letter “T” in position 5, Specification for MIL-C-39014, and by inserting the Failure Rate that appears at the top of the column where the dash number was located,in position 14 of the KEMET part number.

In our example: 39014/05-2091 “R” — C192(1)104K5X5C(2)

Insert “T” and “R” — C192 T 104K5X5C R or C192T104K5X5CR

5. For radial parts with a molded standoff, the mil-spec dash number includes the letter “V” at the end of the dashnumber. Complete the KEMET part number by inserting the number “6” in the fourth position when standoff isspecified. Insert the number “2” when standoff is not specified on a radial part number.


Converting MIL-C-39014 to KEMET Part Number

1. 39014/01-1443 _________________________________

2. 39014/02-1419 _________________________________

3. 39014/05-2068 _________________________________

4. 39014/05-2897 _________________________________

5. 39014/05-2725 _________________________________


C. MIL-C-11015

CK 05 BX 104 K1,2 3,4 5,6 7,8,9 10

Position

1, 2. Type — general purpose, ceramic dielectric, Non-E. R. (non-established reliability).

3, 4. Style — shape and size.

MIL Style KEMET Series

05 05206 06211 11412 12414 19215 20216 222

5, 6. Dielectric — Indicates operating temperature range and voltage temperature limits.

7, 8, 9. Capacitance — Expressed in picofarad code; first two numbers are significant, the third is the number of zerosfollowing.

10. Tolerance — Amount capacitance is allowed to deviate from the nominal value. Expressed as a percentage.

K = 610% M = 620%

MIL-C-39014

CKR 05 BX 104 K P1,2,3 4,5 6,7 8,9,10 11 12

11

Position

1, 2, 3. Type — general purpose, ceramic dielectric E. R. (established reliability).

4, 5. Style — shape and size.


05 052/05606 062/06611 11412 12414 19215 20216 222

6, 7. Dielectric — Indicates operating temperature range and voltage temperature limits.

8, 9, 10. Capacitance — Expressed in picofarad code; first two numbers are significant, the third is the number ofzeros following.

11. Tolerance — Amount capacitance is allowed to deviate from the nominal value. Expressed as a percentage.

K = 610% M = 620%

12. Failure Rate — A letter (L, M, P, R, S) indicates parts are representative of a group of parts which meet a lifereliability level determined by statistical analysis of failures which occur during Burn-in (Life Test) or thatthe life reliability level does not apply (A = non-applicable). L level radials /01 and /02 are obsolete for newdesign. L level axials /05 are obsolete and can only be supplied without the “J” or “Jan” marking whichsignifies a MIL part.

NOTE: This military part numbering system is obsolete in accordance with current specifications. The correct currentdesignation for a CKR part number is MIL-Specification number followed by specification (slash) sheet numberand dash number, i.e. 39014/01-1277. However, this part numbering system is still widely used.

D. Converting CK’s and CKR’s to the KEMET Part Number

EXAMPLES: CK05BX103KEXAMPLES: CKR05BX103KR

STEPS

1. Use the “Capacitor Reference and Index” on page one of the General Catalog to locate the section you will need toconvert to the KEMET part number. To convert our examples, turn to the section for CK05/CKR05 which you willfind is labeled “CASE SIZE: KEMET C052 MILITARY CK05, CKR05.”

2. Observe:

(1) The KEMET part numbers listed are complete except for position 5, Specification, and position 14, Failure Rate.

(2) The CK or MIL-C-11015 is listed in the next column.

(3) The CKR part number is obsolete in accordance with current specification. The next columns list the MIL-C-39014dash numbers.

3. Using the column with the KEMET part number, locate the part with the same picofarad code as the CK or CKR numberyou are converting. (Picofarad code is position 7, 8, 9 in CK number; 8, 9, 10 in the CKR number; and 6, 7, 8 in theKEMET part number.) In our examples, you will notice there are two part numbers that have “103” picofarad codes.

4. Select the part with the same tolerance as the part you are converting. (Position 10 in the CK number; position 11 inthe CKR number; and position 9 in the KEMET part number.) In our example, “K”.

12


76 12477 19278 20279 222

5. When converting CK13/CKR12 or CK14/CKR14, you should observe BX and/or BR dielectric characteristic may beavailable. Be sure to select the KEMET part with the same dielectric characteristic as the part you are converting.(Position 5, 6, in the CK number; position 6, 7 in the CKR number; and position 11 in the KEMET number.)

6. To complete the KEMET part number, you must insert the appropriate letter in position 5, Specification, and position14, Failure Rate. Refer to ceramic part numbers in this guide for the applicable letter.

In our examples we can now complete the KEMET part numbers as follows:

CK05BX103K = C052K103K1X5CA

CKR05BX103KR = C052T103K1X5CR

Caution: It is possible to create a CKR number that is not a valid MIL-C-39014 number.

For Example: CKR06BX564MP

When you reach step 4 in converting this example to the KEMET part number, you will find no C062T564 part numberwith 20% tolerance. Therefore, it is not a valid MIL-C-39014 part number.


Converting CK’s and CKR’s to KEMET Part Number

1. CK05BX102K _________________________________

2. CKR06BX564KS _________________________________

3. CKR11BX100KM _________________________________

4. CK14BR104M _________________________________

5. CKR16BR335KM _________________________________


E. MIL-C-20

CC 75 CG 100 J1,2 3,4 5,6 7,8,9 10

CCR 75 CG 100 J M1,2,3 4,5 6,7 8,9,10 11 12


05 052/05606 062/06607 51208 52275 114

Position

CC CCR

1, 2. 1, 2, 3. Style — Temperature-compensating, ceramic dielectric

3, 4. 4, 5. Shape and dimensions

13

5, 6. 6, 7. Dielectric Characteristic — Temperature coefficient

7, 8, 9. 8, 9. 10. Capacitance (In picofarad code) — First two numbers are significant, the third is the number ofzeros following, except for values below 10pf. The letter “R” will be used to indicate a decimalplace for two significant figures.

Examples: 100 = 10pf 3R3 = 3.3pf

10. 11. Tolerance expressed:

as 6picofarads B =60.1pf C = 6.25pf D = 6.5pf

as 6percentage F =61% G = 62% J = 65% K = 610%

12. Failure Rate or Level — A letter (M, P, R, S) indicates parts are representative of a group of parts which meeta life reliability level determined by statistical analysis of failures which occur during Burn-in (Life Test) orthat the life reliability level does not apply (A = non-applicable).

NOTE: CC05, CC06, CC07, CC08, CC75, CC76, CC77, CC78 & CC79 are inactive for new design. Therefore, theprint format for these part types does not include J or Jan marking.

F. Converting CC’s and CCR’s to KEMET Part Number

EXAMPLES: CC07CG472FEXAMPLES: CCR07CG472FM

STEPS

1. Use the “Capacitor Reference and Index” on page one of the General Catalog to locate the section you will need toconvert to KEMET part number. To convert our example, turn to the section of CC07/CCR07 which you will find islabeled “C512 SIZE (CC(R)07 per MIL-C-20/37C).”

2. Locate the CC or CCR number in the column.

3. To complete the corresponding KEMET part number for CC’s, insert the appropriate tolerance (position 10 in CCnumber, position 9 in KEMET part number) and insert “A”, non-applicable failure rate, in position 14 of the KEMETpart number.

To complete the corresponding KEMET part number for CCR’s insert the appropriate tolerance (position 11 in CCRnumber, position 9 in KEMET part number) and failure rate (position 12 in CCR number, position 14 in KEMET partnumber).

In our example: CC07CG472F = C512G472F2G5CAIn our example: CCR07CG472FM = C512G472F2G5CM

Caution: It is possible to create a CC or CCR number that does not exist.

For Example: CCR05CG331KM

To convert, locate CCR05CG(4)(1) and the corresponding KEMET number C052G331(4)2G5C(1). The legend at thebottom of the catalog page reads:

“(3) Available Failure Rates: M, P, R, S (CCR styles only)”

“(4) Available Capacitance Tolerances: F, G, J”

The example you are trying to convert is K tolerance and there is no K tolerance for that part. Therefore, this is not avalid MIL-C-20 part number.

14

G. MIL-C-123 Part Number Conversion

Example: M123A02BXC562KC

To complete KEMET part number, insert appropriate tolerance in position 14 as shown in footnote of catalog.

M123 A 02 BX C 562 K C1,2,3,4 5 6,7 8,9 10 11,12,13 14 15

Position:

1, 2, 3, 4. Military Specification Number

5. Modification Letter of Military Specification

6, 7. Military slash sheet.

Slash Sheet# KEMET Style MIL-C-123 Style

01 C052 CKS0502 C062 CKS0603 C512 CKS07

8, 9.Dielectric Characteristic10. Voltage: B = 50; C = 100

11, 12, 13. Capacitance picofarad code. First two numbers are significant. The third is the number of zeros following.

14. Capacitance tolerance

C = 60.25 pf D = 60.5 pf F = 61% G = 62% J = 65% K=610%

15. End termination

M123A02BXC562KC = C062Z562K1X5CA


MIL-C-20 to KEMET Part Number

1. CC05CX1R0B _________________________________

2. CCR06CG912FR _________________________________

3. CCR08CG153GP _________________________________

4. CC75CJ5R6D _________________________________

5. CCR77CG202JM _________________________________


15

III. KEMET DIPPED CERAMIC PART NUMBER

C 320 C 104 K 5 R 5 C A1 2,3,4 5 6,7,8 9 10 11 12 13 14

or

C 420 C 104 K 5 R 5 C A1 2,3,4 5 6,7,8 9 10 11 12 13 14

Position

1. C is for ceramic

2, 3, 4. Series or Case Size — The number “3” or “4” in the 2nd position indicates epoxy encapsulated; “3”designating radial (Golden Max) and “4” designating axial (Aximax). The 3rd position indicates approximatesize and the 4th position is linked to lead spacing in radials.

5. Specification — There is no MIL spec for this type of part at the present time; therefore, only “C”, commercialspecification, is available.

6, 7, 8. Capacitance is expressed in picofarad code. The first two numbers are significant. The third is the number ofzeros following.

104 = 10 and 4 zeros following = 100,000pf = (.1mf)221 = 22 and 1 zeros following = 220pf100 = 10 and 0 zeros following = 10pf


Example:229 picofarad code = 2.2pfRemember: the number 9 in the third place in the picofarad code indicates that the decimal point goesbetween the two significant numbers.

9. Tolerance is the degree of allowed deviation from the nominal capacitance value. It can be expressed:

As a 6percentage Aximax/Golden Max Golden Max Only

M = 620% H = 63%K = 610% G = 62%J = 65% F = 61%Z = 180%, 220%

or as 6picofarads D =6.5pf (Golden Max only)


10. Voltage — in KEMET tantalums, we use three positions for voltage, and there are more voltage ratingsavailable: 3, 6, 15, 20, 25, 30, 35, 50, 60, 75, 100, 125. In KEMET ceramics, we have one position to code thevoltage.

1 — 100 volts2 — 200 volts5 — 50 volts

16


Characteristic KEMET Designator EIA Equivalent

Ultra stable G C0GStable X X7RStable R X7RGeneral Purpose U Z5U

12. Special requirements: 1 — Hi temp solder5 — Ultra Hi temp solder2 — C-spec. required.

13. Lead Material — C is used for standard material. Consult the catalog for special lead material.

14. Failure Rate of Level — The letter “A” is inserted to indicate failure rate is non-applicable.

NOTE: Positions for lead material and failure rate are in the reverse order of the KEMET tantalum part number.

“Golden Max” and “Aximax” are very popular ceramics. As mentioned there is no MIL spec so you will notbe converting MIL Part Numbers. However, you will frequently be asked to convert competitors’ product tothe KEMET “Golden Max” or Aximax.” When this occurs, you may find Form 2864 Multilayer CeramicCapacitor Manufacturers Cross Reference, to be helpful. This form is available upon request. Note that leadlength and lead spacing are two dimensions where errors can occur in converting from competitors’ partnumbers. Pay special attention to these areas.

IV. KEMET CERAMIC CHIP PART NUMBER

The KEMET Ceramic Chip part number slightly differs from the Molded Ceramic part number.

C 0805 C 103 K 5 R A C1 2,3,4,5 6 7,8,9 10 11 12 13 14

Position

1. C is for Ceramic

2, 3, 4, 5. Size Code or Series — Note the ceramic chip part number has four positions for size code which areapproximately the dimensions of the chip. Therefore the name or series is derived from the size. The first twodigits tell length, the last two tell width as measured in inches.

For example:

Size Code Dimensions — inches

Length Width0805 .080 6.015 .050 6.0151210 .125 6.010 .098 6.0101805 .180 6.015 .050 6.015

The general catalog shows dimensions in inches and millimeters. Recent revisions of the General Catalogindicate EIA preferred chip sizes.

6. Specification C — CommercialP or N — Military MIL-C-55681A — GR 900-High ReliabilityE — KEMET Military EquivalentZ — Military MIL-C-123

17

7, 8, 9. Capacitance is expressed in picofarad code. The first two numbers are significant. The third is the number ofzeros following.

104 = 10 and 4 zeros following = 100,000pf = .1mf

103 = 10 and 3 zeros following = 10,000pf = 0.01mf

221 = 22 and 1 zero following = 220pf

100 = 10 and 0 zero following = 10pf


Example:229 picofarad code = 2.2pf

Remember, the number 9 in the third place in the picofarad code indicates that the decimal point goesbetween the two significant numbers.

10. Tolerance is the degree of allowed deviation from the nominal capacitance value. It can be expressed:

As a 6percentage M =620% H = 63% Z = 180%, 220%K = 610% G = 62%J = 65% F = 61%

or as 6picofarads B =6.1pf C = 6.25pf D = 6.5pf


11. Voltage — In KEMET tantalums, we use three positions to express voltage. In KEMET ceramics we haveone position to express the voltage.

1 — 100 volts 4 — 16 volts2 — 200 volts 8 — 10 volts5 — 50 volts 9 — 6 volts3 — 25 volts 7 — 4 volts


Characteristic KEMET Designator Military Equivalent EIA EquivalentUltra Stable G BP C0GStable X BX X7RStable R BR X7RGeneral Purpose U — Z5UGeneral Purpose Y Y5V

13. Failure Rate or Level — A letter (M, P, R, S) indicates parts are representative of a group of parts which meeta life reliability level determined by statistical analysis of failures which occur during Burn-in (Life Test) orthat the life reliability level does not apply (A = non-applicable).

14. End Termination — C is used for standard end termination. Consult the catalog for special end terminations.

NOTE: The positions for failure rate and end termination are in the reverse order of Ceramic Leaded part numberpositions.

18

V. MILITARY CERAMICS — CHIPS

A. Ceramic Chip MIL-C-55681

MIL Spec Number KEMET Series MIL Part Number

MIL-C-55681 C0805P CDR01MIL-C-55681 C1805P CDR02MIL-C-55681 C1808P CDR03MIL-C-55681 C1812P CDR04MIL-C-55681 C1825P CDR05MIL-C-55681 C2225P CDR06MIL-C-55681 C0805N CDR31MIL-C-55681 C1206N CDR32MIL-C-55681 C1210N CDR33MIL-C-55681 C1812N CDR34MIL-C-55681 C1825N CDR35

B. MIL-C-55681

CDR 01 BX 102 B K S M1,2,3 4,5 6,7 8,9,10 11 12 13 14

Position

1, 2, 3. Style — Ceramic dielectric, fixed chip, established reliability

4, 5. Size — 01 = 0805 04 = 1812 31 = C0805 34 = C181202 = 1805 05 = 1825 32 = C1206 35 = C182503 = 1808 06 = 2225 33 = C1210

6, 7. Dielectric Characteristic — BX = X; BP = G

8, 9, 10. Capacitance — (In picofarad code.) the first two numbers are significant. The third is the number of zerosfollowing.

11. Voltage — A = 50 volts B = 100 volts

12. Tolerance — expressed as 6percentage of capacitance

J = 65% K = 610% M = 620%

13 Termination Finish — Mil-C-55681 Designation Mil-C-55681 DesignationS — Solder Coated, Final W — Base Metalization— (SolderGuard I)* Barrier Metal — TinnedU — Base Metalization— (Tin or Tin Lead Alloy) Barrier Metal — Solder W — (SolderGuard II)** Coated (SolderGuard I)* Y — Base Metalization

Barrier Metal — 100% Tin Coated (SolderGuard II)**

KEMET Designation KEMET DesignationH - SolderGuard I* (in 14th C - SolderGuard II**(in 14thposition of part number) position of part number)

14. Failure Rate: The rate at which failures will probably occur under specified conditions in a group of capacitorsunder test or in use. The rate is usually expressed in percent per 1000 hours. We supply capacitors to the L(Obsolete) 2%, M — 1%, P — 0.1%, R — 0.01% and S — 0.001% failure rate levels. The rate is establishedby testing under very carefully controlled conditions.

* SolderGuard I = Silver Metalization, Copper and Final Layer of Solder.** SolderGuard II = Silver Metalization, Nickel and Final Tinned Layer.

19

C. CONVERTING CDR’s to KEMET PART NUMBER

EXAMPLE: CDR01BX121BKSM

STEPS

1. Refer to the “Capacitor Reference and Index” on page one of the General Catalog to locate the section you will needto convert CDR’s to the KEMET part number.

2. Observe. To conserve space, the table of CDR part numbers lists each capacitance value one time, even though thecapacitance value may be available in more than one dielectric and/or tolerance. The CDR number and the KEMETnumber will indicate when more than one tolerance or dielectric characteristic is available in the numbered legendexplained at the bottom of the page.

3. Locate the CDR number you are converting in the table. In our example, locate CDR01B(1)121B(3)S(4). To the right,you will see the KEMET number C0805P121(3)1(2)(4)H. Notice style CDR01 through CDR06 are specification “P”while CDR31 through CDR35 are specification “N.”

4. Complete the corresponding KEMET part number of inserting the appropriate letter for dielectric characteristic,tolerance, and failure rate.

In our example, insert: “K” — Tolerance, “X” — Dielectric, “M” — Failure Rate.

C D R 0 1 B X 1 2 1 B K S M C 0 8 0 5 P 1 2 1 K 1 X M H

D. CERAMIC CHIPS MIL-C-123 SPEC

M123 A 11 BX B 562 K M

1,2,3,4 5 6,7 8,9 10 11,12,13 14 15

Position

1, 2, 3, 4. Military Specification number

5. Modification Letter — indicates latest characteristic of part in the specification sheet

6, 7. MIL-C-123 Slash sheet number

10 = C0805 12 = C180811 = C1210 13 = C2225

8, 9. Dielectric characteristic — BX = X BP = G

10. Voltage — B = 50 volts

11, 12, 13. Capacitance — (in picofarad code) The first two numbers are significant. The third is the number of zerosfollowing.

14. Tolerance — expressed as 6percentage of capacitance.

15. Termination Finish — MIL-C-123 DesignationM = Paladium SilverN = Nickel Guarded TinS = Copper Guarded Solder

KEMET DesignationV = Paladium SilverC = Nickel Guarded TinH = Copper Guarded Solder

20


Converting CDR’s and MIL-C-123 to KEMET Part Numbers

1. CDR01BP180BJWR _________________________________

2. CDR02BX103BMWM _________________________________

3. CDR03BP681BKSP _________________________________

4. CDR05BX334AMWP _________________________________

5. CDR06BP822BJWR _________________________________

6. CDR34BP362BJWM _________________________________

7. M123A10BPB560JM _________________________________


GENERAL NOTES AND SUGGESTIONS

Familiarize yourself with the basic physical shape and construction of each series. Be able to recognize whether a series is (1)axial or radial and (2) molded, hermetically sealed, dipped, micron, D.I.P., or a chip. Refer to the tables that follow as a guide.

Components of a part number must be compatible with each other. Learn to recognize obvious inconsistency in a part number.

For example:

T212A685K006AS This series must have failure rate L, M, P, R, S (established reliability) or C, B, D (graded reliability).

C062G103K5X5CA G Specification = MIL-C-20 which is a “G” dielectric only.

C0805P101K1GAH P Specification = MIL-C-555681 which must have failure rate M, P, R or S.

T111A105K050AS Capacitance value for hermetically sealed non-polar tantalums (T111, T213, T211), is half thecapacitance value of the two polar tantalums joined to make the non-polar hermetically sealed series,but 105 is a polar cap. value.

A FEW WORDS ABOUT CAPACITANCE

You may see microfarad and picofarad abbreviated in a variety of ways.

For example: microfarad as mf, mF, UF, mf or MFFor example: picofarad as pf, pF or PF

When working with capacitance, it is necessary for you to observe how it is expressed. Ask yourself, is it expressed asmicrofarads, picofarads or picofarad code? It makes a difference.

For example: 330 could mean 300mf or 337pf code

For example: 330 could mean 330pf or 331pf code

For example: 330 could mean 330pf code or 33pf

Catalogs use the most clear and brief means of expressing capacitance which may be microfarads, picofarads or both.

Even though we discuss capacitance in microfarads for Tantalum and some Ceramic values, the KEMET part number alwaysexpresses capacitance in picofarad code with the initial 2 or 3 digits expressing actual values and the last digit expressing thenumber of zeros following (or the position for the decimal point).

21

TABLE OF SERIES

TANTALUM

AXIAL RADIAL CHIP

Hermetic Seal

Commercial GR500 MIL-C-39003 Commercial

**T110 T210 T212, T262

**T111 T213

** T120 T220 T222

**T140 T240 T242, T252

T216, T256

Molded

Commercial MIL-C-49137 Commercial

T322 T323

T330

T340

Dipped

Commercial MIL-C-49137

T350

T351, T352, T353

T354

T355

T356 T363

T368 T369

Micron

Commercial Military

T370 T378

All axial and radial series listed on same horizontal row are equal in size.

T491T494T495T496

Military

T492

22

TABLE OF SERIES

CERAMIC

AXIAL RADIAL CHIP

Molded

C0603C114 C052/C056 C0805C124 C062/C066 C1005C192 C512 C1206C202 C522 C1210C222 C1805

C1808C1812C1825C2220C2225

Dipped

C410 C312 C330C412 C315 C333C420 C320 C340C430 C321 C350C440 C322

C323

For Ceramic part numbers, the series is the size, therefore, series in the same horizontal row are not equal in size.*The series in brackets are equal in size with different lead configurations.

23

OBSOLETE REPLACEMENTSERIES EXAMPLE SERIES

K01 K01SK105K ——K02 K02SK105K ——K05 K05SK100K C052KK06 K06SK105K C062KK11 K11SK100K C114KK12 K12SK100K C124KK13 K13SK123K ——K19 K19SK123K C192KK20 K20SK254K C202KK21 K21SK504K ——K22 K22SK105K C222K

OBSOLETE KEMET PART NUMBERS

OBSOLETE REPLACEMENTSERIES EXAMPLE SERIES

TANTALUM

A K1000A6KS T140B K10B20KS Offer T322C K1C35KS T322D K22D15KS T322E K100E20S T368AB, T362CDF K18F50KS Offer T330H K1H50KS Offer T110KGA KG68A10DPS T240KGF KG18F50KPS Offer T330KGJ KG2R2J35KPS T210KGN KG1R9N10KMS T211KGZ KG10Z10KPS T220J KR1J50S T110N K11N35KNS T111P KR1P35KS T330B, C, DS K15S35KS ——W K1W35KS T330AZ KR0047Z50KS T120T114 T114A684K035AS ——T130 T130B105K050AS Offer T330T150 T150A105K020AS Offer T110T190 T190C107K030AS ——

T192 T192C107K030AS ——T230 T230B105K050MS Offer T330T292 T292B227J008MS ——T310 T310B106M020AS T322T314 T314B106M020AS Offer T322T320 T320A105K035AS T322T324 T324A150K025AS Offer T322T361 T361A335M015AS Offer T352T362 T362C276K015AS Offer T354T368 T368A275K010AS T355T371 T371B154M020AS ——T372 T372A474M010AS ——T373 T373F684K035AS ——T374 T374C685M003ASW ——T376 T376E475M020AS ——T379 T379B155M015AS ——T380 T380A103L020AS ——T382 T382A334L004AS ——T384 T384B224L020AS ——T386 T386C225M003AS ——T411 T411A335M004AS ——T412 T412C156K003MS ——T421 T421B106K004AS ——T422 T422B475J010MS ——

CERAMIC

C012 C012C254K5K1CA ——C022 C022C105K5K1CA ——C065 C065T154K5K5CA C066C116 C116C100K1K1CA ——C122 C122C100K1K1CA ——C126 C126C562K1K5CA C124C132 C132C123K1K1CA ——C212 C212C504K5K1CA ——C1006 C1006C562K1XAH C1005C1806 C1806C391J1GAH C1805C2224 C224C183M1XAH C2225

24

Answers to Converting MIL-C-39003 to KEMET Part Number (page 4)

1. T212B335K050PS 2. T212B225K075RS 3. T212B225J100CS4. T242D686M035MS 5. T252D686M035PS 6. T212C157K006CSAdditional practice examples are available using on-line interactive training program. Contact your local KEMETsales office for the program number.

Answers to Converting CSR’s to KEMET Part Number (page 6)

1. T110B226M015AS 2. T212D476K035SS 3. T222A474J035PS4. T213D506K020MS 5. T252C277K010RSAdditional practice examples are available using on-line interactive training program. Contact your local KEMETsales office for the program number.


1. T323D226M015AS 2. T363A155K025AS 3. T369B336K010ASAdditional practice examples are available using on-line interactive training program. Contact your local KEMETsales office for the program number.


1. C052T222K1X5CM 2. C062T105K5X5CS 3. C124T223M5X5CR4. C192T104K1R5CP 5. C202T105K5R5CMAdditional practice examples are available using on-line interactive training program. Contact your local KEMETsales office for the program number.

Answers to Converting CK’s and CKR’s to KEMET Part Number (page 12)

1. C052K102K2X5CA 2. C062T564K5X5CS 3. C114T100K1X5CM4. C192K104M1R5CA 5. C222T335K5R5CMAdditional practice examples are available using on-line interactive training program. Contact your local KEMETsales office for the program number.


1. C052G109B2G5CA 2. C062G912F5G5CR 3. C522G153G1G5CP4. C114G569D2G5CA 5. C192G202J1G5CMAdditional practice examples are available using on-line interactive training program. Contact your local KEMETsales office for the program number.

Answers to Converting CDR’s and MIL-C-123 to KEMET Part Number (page 20)

1. C0805P180J1GRC 2. C1805P103M1XMC 3. C1808P681K1GPH4. C1825P334M5XPC 5. C2225P822J1GRC 6. C1812N362J1GMC7. C0805Z560J5GAVAdditional practice examples are available using on-line interactive training program. Contact your local KEMETsales office for the program number.

Notice

Although the information in this catalog has been carefully checked for accuracy, and is believed to be correct and current,no warranty, either express or implied, is made as to either its applicability to, or its compatibility with, specificrequirements; nor does KEMET Electronics Corporation assume any responsibility for correctness of this information,nor for damages consequent to its use. All design characteristics, specifications, tolerances, and the like are subject tochange without notice.

KEMET®

KEMET Electronics CorporationWORLD SALES HEADQUARTERS • Post Office Box 5928 • Greenville, South Carolina 29606 • USA

Tel: (864) 963-6300 • FAX: (864) 963-6521

Capacitors

KEMET ELECTRONICS CORPORATIONThree Civic Plaza, Suite 240Newport Beach, California 92660 Phone: (714) 640-9320Western Region U. S. A. FAX: (714) 720-9807

KEMET ELECTRONICS CORPORATIONSchaumburg Corporate Center, Suite 1101515 Woodfield RoadSchaumburg, Illinois 60173 Phone: (847) 517-1030Central Region U. S. A. FAX : (847) 517-1037

KEMET ELECTRONICS CORPORATIONPiedmont Center East, Suite 410, B-13737 Villa RoadGreenville, South Carolina 29615 Phone: (864) 242-5789Southeastern Region U. S. A. FAX: (864) 242-5795

KEMET ELECTRONICS CORPORATIONPark West East Tract1603 LBJ Freeway, Suite 830Dallas, Texas 75234 Phone: (972) 241-7501West Central Region U. S. A. FAX: (972) 241-5604

KEMET ELECTRONICS CORPORATION301 Edgewater Place, Suite 208Wakefield, MA 01880 Phone: (617) 245-4646New England Region U. S. A. FAX: (617) 245-1595

KEMET ELECTRONICS CORPORATION2350 Mission College Blvd., Suite 390Santa Clara, California 95054 Phone: (408) 986-0424Northwestern Region U. S. A. FAX: (408) 986-1442

KEMET ELECTRONICS (Canada) LTD.105-7145 W. Credit Ave., Bldg. 2 Phone: (905) 542-7930Mississauga, Ontario L5N 6J7 FAX: (905) 542-7949

KEMET ELECTRONICS (Canada) LTD.66 Rue Dubois, Suite 212 Phone: (514) 472-6677St-Eustache, Quebec J7P 4W9 FAX: (514) 472-7899

KEMET ELECTRONICS S.A.15 Chemin des Mines Phone: 41-22-738-4244P.O.B. 76, CH 1211 Geneva, 20 Telex: 845-412901 KESA CHSwitzerland FAX: 41-22-738-3918

KEMET ELECTRONICS GMBHHans-Stiessberger-Strasse 2APostfach 1380D 85540 Haar/Munich Phone: 49-89-45-64-200Germany FAX: 49-89-46-04-117

KEMET ELECTRONICS S.A.R.L.2, Rue Nicolas LedouxSilic 25494568 Rungis-Cedex Phone: 33-1-45-12-53-20France FAX: 33-1-46-87-40-87

KEMET ELECTRONICS LTD.Waterfront House, 55/61 South St.Bishop’s StortfordHertfordshire CM23 3AL Phone: 44-1279-757-343United Kingdom FAX: 44-1279-757-188

KEMET ELECTRONICS LTD.Brickhill East, Cratloe Co. Phone: 353-61-357-229Clare, Ireland FAX: 353-61-357-455

KEMET ELECTRONICSVia Gaetano Ermoli, 22ScF, INT. 11 Phone: 39-6-232-3-171800155, Rome, Italy FAX: 39-6-232-3-3081

KEMET ELECTRONICS ASIA LTD.4A Chuan Hing Industrial Bldg.14 Wang Tai Road Phone: 852-2305-1168Kowloon Bay, Hong Kong FAX: 852-2759-0345

KEMET ELECTRONICS S.A.Sector Oficios 26-2-B Phone: 34-1-804-43-03Tres Cantos - 28760 Madrid, Spain FAX: 34-1-804-44-77

KEMET ELECTRONICS ASIA LTD.Suite 1512,15/F, Lucky Tower B3 Dong San Huan Bei RoadChao Yang District Phone: 86-10-6462-0173Beijing 100027, China FAX: 86-10-6461-5707

KEMET ELECTRONICS MARKETING (S) PTE LTD8-2-04 Sunny Point KompleksJalan Batu Uban11700 Gelugor Phone: 60-4-65-952-00Palau Penang, Malaysia FAX: 60-4-65-952-20

KEMET ELECTRONICS MARKETING (S) PTE LTD24 ANG MO KIO St. 65Ground Floor (West Wing) Phone: 65-484-2220Singapore 569061 FAX: 65-484-1110

KEMET ELECTRONICS CORPORATION., Taiwan Branch3-4 F., No. 148, Section 4Chung-Hsaio E. Rd. Phone: 886-2-752-8585Taipei, Taiwan ROC FAX: 886-2-721-3129

UNICOM INTERNATIONAL CORPORATIONRoom 702, Shinhwa Bldg.34-1 Mapo-DongMapo-Gu Phone: 82-2-712-5821Seoul, Korea 121-050 FAX: 82-2-712-5823

CRUSADER ELECTRONIC COMPONENTS PTY. LTD.-3/92 Bryant StreetP. O. Box 226 Phone: 61-2-792-3922Padstow NSW 2211 Telex: 790-123993 CRUSADAustralia FAX: 61-2-792-1446

MULTITECH ELECTRONICS CORPORATION (PTY) LTDP.O. Box 23351Claremont 7735 Phone: 27-21-64-4103Republic of South Africa FAX: 27-21-64-1360

ELECTRONIC BUILDING ELEMENTS (PTY) LTD178 Erasmus StreetMeyerspark, Pretoria, 0184 Phone: 27-12-803-7680Republic of South Africa FAX: 27-11-803-8294

ELECTRONIC ENTERPRISES (HEAD OFFICE)Post Bag No. 6367216, Regal Industrial EstateArcharya Donde Marg.Sewri, Bombay 400 015 Phone: 91-22-413-7096India FAX: 91-22-413-3341

LANDSEAS ISRAEL LTD.3 Yehonathan Nethanyahu St.P.O.B. 676 OR Yehuda 60 256 Phone: 972-3-5333033Israel FAX: 972-3-5333052

HITECH ELECTRONICA INDUSTRIAL COMMERCIAL LTDA.Rua Branco De Moraes 489CH Santo Antonio04718-0010SP - Sao Paulo, Phone: 55-11-882-4000Brazil FAX: 55-11-882-4100

ELKO S. R. L.AV Belgrano 1661 Phone: 54-1-46-11011093 Buenos Aires Telex: 390-17561Argentina FAX: 54-1-325-8819

CIBER ELECTRONICA S.A. de C.V.Prolongacion Arbol No. 33 (2080)Col. Chapalita SurGuadalajara, Jal 45000 Phone: 52-36-47-52-17Mexico FAX: 52-31-21-33-31

NOTICE:Place "011" in front of the above Phone and FAX Numbers of Europe and Asia, when dialing from a United States exchange.

NOTE . . . KEMET reserves the right to modify minor details of internal and external construction at any time in the interest of product improvement. KEMET does not assume any responsibility for infringementthat might result from the use of KEMET Capacitors in potential circuit designs. "KEMET" is a registered trademark of KEMET Electronics Corporation

© KEMET Electronics Corporation 1997 10/15/97

kemet capacitor part numbering guide · kemet capacitor part numbering guide f2097g 6/96 reprinted...

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