ECA 535ABAA-1987 Fixed Tantalum Capacitors with Non-Solid Electrolyte and Porous Anode《非固体电解质和多孔阳极的固定钽电容器》.pdf

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1、EIA 535ABAA 87 = 3234b00 0073963 7 ,- -1 a a m a v) m ln I a E DETAIL SP EC I F I CAT I ON Fixed Tantalum Capacitors With Non-Solid Electrolyte and Porous Anode EIA- 5 3 5 A BAA MAY 1987 ELECTRONIC INDUSTRIES ASSOCIATION ENGINEERING DEPARTMENT - EIA 535ABAA 87 m 3234b00 0073964 9 m NOTICE EIA Engine

2、ering Standards and Publications are designed to serve the public interest through eliminating misunderstandings between manufacturers and purchasers, facilitating interchangeability and improvement of products, and assisting the purchaser in selecting and obtaining with minimum delay the proper pro

3、duct for his particular need. Existence of such Standards and Pub- lications shall not in any respect preclude any member or non-member of IA from manufacturing or selling products not conforming to such Standards and Publications, nor shall the existence of such Standards and Publications preclude

4、their voluntary use by those other than EIA members, whether the standard is to be used either domestically or internationally. Recommended Standards and Publications are adopted by EIA without regard to whether or not their adoption may involve patents on articles, materials, or processes. By such

5、action, EIA does not assume any liability to any patent owner, nor does it assume any obligation whatever to parties adopting the Recom- mended Standard or Publication. Published by EIE(JTRON1C INDUSTRIES ASSOCIATION Enginering Department 2001 Eye Street,NW Washington, D.C. 20006 Copyright 1987 ELEC

6、TRONIC INDUSTRIES ASSOCIATION Ai1 rights reserved PRICE: $8.00 EIA 535ABAA 87 m 3234600 00739b5 O m SPECIFICATION QC300202/USOOO 1 INTER NATIO NA L ELEC f R O T E C H N I C A L 6 O M M IS S I O N Quality Assessment System for Electronic Components IECQ Fixed capac Detail specif tors for use in elect

7、ronic equipment cation: Fixed Tantalum Capacitors with Non-Solid Electrolyte and Porous Anode ORIGINATOR: THE ELECTRONIC COMPONENTS CERTIFICATION BOARD, INC. The U.S. National Authorized Institution for the IEC QUALITY ASSESSMENT SYSTEM FOR ELECTRONIC COMPONENTS 0 2001 Eye Street,N.W. Washington, D.

8、C. 20006 / - USA o EIA 535ABAA 87 = 3234600 0073bb 2 W EIA-535ABAA DETAIL SPECIFICATION: FIXED TANTALUM CAPACITORS WITH NON-SOLID ELECTROLYTE AND POROUS ANODE This Standard represents US adoption of International Electrotechnical Commission Quality Assessment Systems (IECQ) Detail Specification QC30

9、0202/US0001, September 1983. It is issued as an EIA document to provide a Specification in the National Electronic Components Quality Assessment System (NECQ). IEC documentsreferenced in this Detail Specification (e.g. QC 300000) may be obtained from the American National Standards Institute, 1430 B

10、roadway, New York, New York 10018. EIA numbers are assigned to these IEC documents for reference purposes and to facilitate later publication of equivalent EIA documents. i EIA 535ABAA 87 3234b00 00739b7 4 W EIA-535ABAA QC300202/US0001 Page 1 Electronic Industries Association ELECTRONIC COMPONENTS O

11、F ASSESSED QUALITY IN ACCORDANCE WITH IEC 384-1 (1982) QC300000. Outline Dnming: (See kible i) (first Angle Projedon) I t z- I I I I I I I I I I . - !- L2 -9 FD-! I I I- 12 v Li Dw9.MO. 1-12.252 (Other shapes are permitted within the dimensions given) EIA Ref: QC300202USO00 9 September 1983 IEC 384-

12、15-2 QC3 O O 20 2 FIXED TANTALUM CAPACfTORS WITH NON-SOLID ELECTROlnE AND POROUS ANODE TANTALUM CASE, AXIAL LEAD, HERMETICALLY SEALED, POLARIZED, INSULATED Assessment Level: E Performonce Grade: Long Life PREMIUM QUALITY HIGH RELIABILITY DESIGN FOR THE MOST DEMANDING APPLICATIONS 1 I information on

13、the availability of components qualified to this detail specification is given in the EIA Qualified Products List. _ _ EIA 535ABAA 87 W 3234600 O073968 6 PART I. GENERAL DATA 1. GENERAL DATA 1.1 RECOMMENDED METHODS OF MOUNTING a. By leads in absence of vibration or shock. b. By body clamp and leads

14、if vibration or shock can exist. 1.2 DIMENSIONS TABLE I DIMENSIONS (in mm) 1 + 10% d - 54 CASE CODE .2 (min) L1 (max) D (max) -.- I 1.3 RATINGS AND CHARACTERISTICS Capacitance range. . (See Table II) Tolerance on rated capacitance. . ( i 5, o 1 O, i 20%) Rated voltage . (See Table II) Category volta

15、ge (if applicable). . (See Table 11) Climatic category (55/125/56) Rated temperature. . (85 OC) Tangent of loss angle . (See TablL 1) Leakage current. . (See Table II) Impedance (See Table II) Reverse voltage. (See 4.14) IEC pub 384-15 (1982) Variation of capacitance with temperature . (See Table II

16、) EIA 535ABAA 87 W 3234600 0073769 B M O o a - - UR 85% (VDC) 6.3 6.3 6.3 6.3 10 10 10 10 16 16 16 16 25 25 25 25 40 40 40 40 63 63 63 63 $0 80 80 80 1 O0 1 O0 100 100 125 125 125 125 - - - -_ _ uc 125C WDC) 4 4 4 4 6.3 6.3 6.3 6.3 - 10 10 10 10 16 16 16 16 25 25 25 25 40 40 40 40 60 50 50 50 63 63

17、63 63 80 80 80 80 - CR (1) 20C (Cln 68 270 560 1200 47 390 820 33 120 270 560 22 1 O0 180 390 12 56 100 220 39 68 150 33 56 100 22 47 82 . 3.9 15 27 56 - i ao 8.2 6.3 4.7 - TABLE II Maximum Capacitance Chi -55C - 40 -44 -64 -80 - 36 - 36 -64 -ao -28 -28 -ao -28 - 56 -20 -48 - 70 - 24 -28 - 40 - 55 -

18、 24 - 28 -32 - 40 -. 2.J - 24 -28 - 35 - 16 - 16 - 20 - 25 - 16 - 16 - 16 -25 ge (%) at - a5oc - + 14 +17.5 + 17.5 +25 + 14 + 14 +17.5 +25 + 14 +17.5 + 17.5 +25 + 10.5 + 13 + 13 +25 + 13 + 13 +25 +8 + 10.5 i 10.5 +20 c 10.5 + 10.5 +20 . +7 +7 +7 + 15 +7 +7 t7 -15 +a A 8 2) - 125C + 16 +20 +20 +25 +1

19、6 + 16 + 20 +25 + 16 +20 + 20 +25 + 12 + 15 +15 +25 + 10 + 15 +15 +25 +9 + 12 + 12 + 20 tl + 15 + 15 + 20 - +a +a +a +a +8 + 15 ,+8 + 15 E I A- 5 3 5ABAA QC300202/USOO01 Page 3 - (3) Tg 6 (YO) 20C ia 49 66 113 16 35 53 12 29 54 53 25 35 48 7 16 21 32 5 14 15 21 6 12 13 14 3.5 9 10 12 4 7 7 8 - 7a a

20、- Maximum Values impedance (ni 120 Hz -55% 60 25 25 20 100 40 25 23 90 50 30 23 140 50 32 24 195 65 40 26 275 90 50 300 90 60 30 500 110 70 33 600 167 88 48 2a D-C Leakage A 20C 1 1 2 4 1 1 2 4 1 1 2 6 1 1 2 7 1 1 2 1 1 2 8 I 1 2 9 1 1 2 9 1 1 2 10 - a - 1 - 85 + 125C 2 7 16 16 2 7 16 16 2 9 16 24 2

21、 10 - ia 28 2 9 17 32 2 9 16 32 2 10 17 36 2 9 17 36 2 7 13 40 - (i) Tolerance of C,: -c209/0. -1096 and 15% (2) Compared to the measured value at 20C (3) The maximum values of Tgri are the same at 20, 85 and 125C (4) Maximum ripple current (RMS) at 85C at 40 kHz. For other temperatures and frequenc

22、ies, see Table 3. (5) All ac measurements on 100 and 125 vai! capacitors will be made Nith a d-c bras of 10 +O.O -1.0 VDC. Ripple Current mA (4) 960 1375 1900 2265 855 1300 1800 2360 1230 1500 2300 1215 1460 1970 650 1100 1400 625 1015 1365 1850 6 IO 1 O00 1335 1850 565 935 1335 1800 495 860 1200 a2

23、0 ao0 ia80 iaoo - - Case Cade A B C D A B C D A B C D A B C D A B C D A 8 C .o A B C D A B C O A B C D - EIA 535ABAA 87 E 3234600 O073970 4 EIA-535ABAA QC300202/USOO01 Page 4 TABLE IA RIPPLE CURRENT MULTIPLIERS VS FREQUENCY, TEMPERATURE, AND APPLIED BEAK VOLTAGE. applied ripple current applied rippl

24、e current .88 I .88 1 .68 1 .40 I 1.0 1 1.0 I .77 I .45 1.4 RELATED DOCUMENTS Generic Specification: IEC Publication 384- 1 (1982). Sectional Specification: IEC Publication 384-1 5 (1982). 1.5 MARKING The marking of the capacitor and the packing shall be in Publication 383-15 (1983 Sub-cl. 1.6. ,C r

25、dance with the requirements of IEC The following items are to be marked on the capacitor: a) Rated capacitance in microfarads. b) Rated d-c voltage in volts. c) Polarity identification by one or more positive signs near the positive termination. d) Tolerance code per IEC Publication 62. The code let

26、ter will follow the marking of rated capacitancc per item a or will be on a separate line. e) Date code per IEC Publication 62. t) hrinuiacturers name or trade murk. 2 ) hl an u fac t u re r j r y pe designa t ion (opt io na1 ) . h) Rcfcrenic dcrail specification (optional). L EIA 535ABAA 87 m 32346

27、00 O073973 b m EIA-535ABAA QC300202/USOOOl Page 5 TYPE OF CHANGE SINUSOIDAL SEVERITY VIBRATION INCREASE SEVERITY INCREASE TEST SHOCK 1.6 ORDERING INFORMATION Orders for capacitors covered by this specification shall contain, in clear or in coded form, the following information: a) Rated capacitance.

28、 b) Tolerance on rated capacitance. c) Rated d-c voltage. d) Number of the detail specification and style reference. DETAIL OF CHANGE ACCELERATION INCREASED TO 80s ACCELERATION INCREASED TO 500g I 1.7 CERTIFIED RECORDS OF RELEASED LOTS Required. RAPID CHANGE OF TEMP 1.8 ADDITIONAL INFORMATION (not f

29、or inspeciion purposes) NUMBER OF SHOCKS INCREASED TO 300 SEVERITY INCREASE 1.9 ADDITIONAL OR INCREASED SEVERITIES OR REQUIREMENTS TO THOSE SPECIFIED IN THE GENERIC AND/OR SECTIONAL SPECIFICATION See Table III SEAL RANDOM VIBRATION TABLE 111 OTHER CHARACTERISTICS ADDED TEST Qk. PUB. 68-2-17 (TRACER

30、GAS) ADDED TEST Fda. PUB 68-2-35 a *These tesis coinprise Sub-group C-5. an additional subgroup to those specified by the blniik uctail specificatioii. For qiiiiliicniioti. 3 units o tach es value consrituiing a new Group 6 will be icstrd as shown ri Sub-group C-5 of this spccificaiion. - EIA 535ABA

31、A 87 = 3234600 0073972 8 EIA-535ABAA QC300202/USO001 Page 6 PART TWO INSPECTION REQUIREMENTS 2.1 PROCEDURES 2.1.1 For Qualification Approval the procedures shall be in accordance with the Sectional Specifica- tion, at present IEC Publication 384-15 (1982), Subclause 3.4. 2.1.2 For Quality Conformanc

32、e Inspection the test schedule (Table IV) includes sampling, periodici- ty, severities and requirements. The formation of inspection lots is covered by Sub-cl. 3.5.1 of the Sectional Specification. TABLE IV Note 1: Clause numbers of tests and performance requirements refer to the Sectional Specifica

33、tion. IEC Publication 384-15 and Part One of this specification. Note 2: Inspection Levels and AQLs are selected from IEC Publication 410. Note 3: In this table: p = Periodicity (in months) n = sample size c = acceptance criterion (permitted number of defectives) D = destructive ND = non-destructive

34、 IL = inspection level AQL = acceptable quality level IEC 410 Conditions of test (See Note 1) Clause number and Test (See Note 1) I ND I I I GROUP A INSPECTION (Lot-by-lot) Sub-Group Al 4.1 Visual examination 4.1 Dimensions gaugi ng) Sub-Group A2 4.2.1. Leakage current 4.2.2 Capacitance 4.2.3 Tangen

35、t of loss angle 4.2.4 imcecance NO Protective resistance: IK-IOK Frequency: 120Hz Frequency, 120Hz Not required li See Nt 2 Performance requirements (See Note I) As in 4.1 Legible marking FV 2s specified in 1.5 of this specification As Specified in Table I of this specification See Table II Within s

36、gecified :oierance See Tabie II EIA 535ABAA 87 3234b00 O073973 T = Conditions of test I: I (See Note 1) Clause number and lest (See Note 1) IND I D I I GROUP B INSPECTION (Lot-by-Iot) Sub=Group B1 4.5 Solderability Sub-Group 82 4.15 Characteris- tics at high and low temperature Without ageing Method

37、: Solderbath (1A) lhe capacitors shall be measured at each step Step 1: 20C Leakage current Capacitance langent of loss angle Step 2: Lower category temperature (-550C) Capacitance Tangent of loss angle Impedance Step 3: Rated temperature (85OC) Leakage current Capacitance langent of loss angle P St

38、ep 4: Upper category temperature (1 25OC) Leakage current Capacitance langent of loss angle - - I L See - S-3 - s-3 A L Q 2 2.5% 2.5% EIA-535ABAA QC300202/USOOOl Page 7 Performance requirements (See Note 1) Good tinning as evidenced by free flowing of the solder with wetting of the terminations For

39、use as reference value See Table II See Table II See Table II See Table II See Table II See Table II See Table II See Table II EIA 535ABAA 87 3234600 O073974 L W EI A- 5 3 5ABAA QC300202/USO001 Page 8 Conditions of test (See Note 1) Clause number and Test (See Note 1) IND I I I GROUP C INSPECTION (P

40、eriodic) Sub-GrouD CIA _-_ Part of sample of Sub-Group C1 4.3.1 Initial 4.3 Robustness 4.4 Resistance 4.4.2 Final measurement of terminations to soldering heat measurements Other part of sample 4.6.1 Initiai measurement 4.6“ Rapid change of tempera- ture 4.6.3 Final measure. ments 4.7* Vibration Cap

41、acitance Visual examination Method: 1A Test Tb (Immersion time 101 1s) Visual examination Capacitance 1, = Lower category T, = Upper category 300 cycles Duration t = 30 min Leakage current Capacitance temperature temperature langent of loss angle Method of mounting: see 1.1 of this specification Pro

42、cedure 84 Frequency range: 10 to 2000Hz Sample size I I i I I I I I I I I I I I I I I I I I I ! I I I I I I I I I I I I I I Performance requirements (See Note 1) No visible damage and no leakage of electrolyte No visible damage and no leakage of electrolyte Legible marking Table II AC 5% compared to

43、 C values measured in 15 1 115% of Table II value - “See i 9 , e O O EIA 535ABAA 87 = 3234600 O073975 3 = EIA-535ABAA QC300202/USOOOl Page 9 Clause number and Test (See Note 1) 4.7.2 Final measure- ments 4.9* Shock 4.9.2 Final measure- ments -_-_ Sub-Group C1 Combined sample of specimens of Sub-Grou

44、ps CIA and C18 4.10 Climatic se- quence 4.10.1 Initiai measure- ment 4.10.2 Dry heat 4.10.3 Damp heat. cyclic. test Db. first cycle See 1.9 Conditions of test (See Note 1) Amplitude: 0.75 mm or acceleration 8Og, whichever is the less severe Total duration: 6h Monitor per clause 4.17.3 of IEC 384-1 V

45、isual examination Method of mounting: see 1.1 of this speci- fica tion Acceleration: 4900m/s Duration of pulse: lms Rated voltage applied Visual Examination Capacitance Temperature: Upper category tempera tu re Duration: 16h Visual examination Sample size i3 criterion of acceptability (See Note I -

46、CI I I I I I I I I I I I I I I I I I I I I l I I I I I l I l I I I l -I 1 Performance requirements (See Note 1) No opens, shorts. or intermittent contacts 2.5 m s No visible damage and no leakage of elec- trolyte No visible damage and no leakage of elec- trolyte No visible damage and no leakage of e

47、lec- trolyte EIA 535ABAA 87 = 3234600 0073976 5 EI A- 5 3 5A.BAA QC300202/USOOO1 Page 10 Clause number and Test (See Note 1) .10.4 Cold #. 10.5 Low air pressure 1.10.5.3 Inter- 1.10.6 i. 10.7 d. 10.8 med i a te measure- ment Damp heat, cyclic. test Db. remaining cycles Sealing Final measure- ments S

48、ub-Group C2 4.1 1 Damp heat. steady state 4.1 1 .l Initial measure- ment Conditions of test (See Note 1) emperature: Lower a tegory tempera tu re luration: 2h isual examination pressure: 8.5kPa 85 mbar) emperature: 15 to 15 “C hation: 5 min .ast minute of test: JR lisual examination ?ated voltage ap

49、plied Method: 2, Test Qc. using mineral oil or fluorocarbon liquid Visual examination Leakage current Capacitance Tangent of loss angle Rated voltage applied Duration: 56 days Capacitance Sample size & criterion of acceptability (See Note 3) - P - 6 - n - 9 Performance requirements (See Note 1) No visible damage and no leakage of elec- trolyte No breakdown. flash- over or harmful de- formation of the case No repetitive bubbles No visible damage and no leakage of elec- trolyte Legible marking See Table II AC 5% max