1、m v) m v l a ui DETAIL SPECIFICATION Fixed Tantalum Capacitors With Non-Solid Electrolyte And Porous Anode EIA-535ABAB MAY 1987 ELECTRONIC INDUSTRIES ASSOCIATION ENGINEERING DEPARTMENT ELA 535ABAB 87 3234600 0073983 9 . NOTICE IA Engineering Standards and Publications are designed to serve the publi
2、c 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 product for his particular need. Existence of such Standards and Pu
3、b- lications shall not in any respect preclude any member or non-member of EIA from manufacturing or selling products not conforming to such Standards and Publications, nor shall the existence of such Standards and Publications preclude their voluntary use by those other than EIA members, whether th
4、e 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 action, EIA does not assume any liability to any patent owner,
5、nor does it assume any obligation whatever to parties adopting the Recom- mended Standard or Publication. Pub 1 ished by ELECTRONIC INDUSTRIES ASSOCIATION Engineering Department 2001 Eye Street, N.W. Washington, D.C. 20006 Copyright 19 8 7 ELECTRONIC INWSTRIES ASSOCIATION PRICE: $11.00 EIA 535ABAB 8
6、7 m 3234b00 0073982 O m A a QC3002021US0002 January 1984 ELECTROTEC ICAL COMMIS Quaity Assessment System for Electronic Components IEC I I l Detail Specification for use in electronic equipment Fixed Tantalum Capacitors with Non-Solid Electrolyte and Porous Anode O . Originator: THE ELECTRONIC CO PO
7、NENTS CERTIF1CBTIION BOARD, ONC. The US. National Authorized Institution for the IEC QUALITY ASSESSMENT SYSTEM FOR ELECTRONIC COMPONENTS 2001 Eye Street. N.W. Washington. D.C. ZOO06 USA e EIA 535ABAB 87 = 323YbOO 0073983 2 EIA-535ABAB FIXED TANTALUH CAPACITORS WITH NON-SOLID ELECTROLYTE AND POROUS A
8、NODE This Standard represents US adoption of International Electrotechnical Commission Quality Assessment Systems (IECQ) Detail Specification QC300202/US0002, January 1984. It is issued as an EIA document to provide a Specification in the National Electronic Components Quality Assessment System (NEC
9、Q). f IEC documents referenced in this Detail Specification (e.g. QC 300000) may be obtained from the American National Standards Institute, 1430 Broadway, New York, New York 10018. EIA numbers are assigned to these IEC documents for reference purposes and to facilitate later publication of equivale
10、nt EIA documents. i EIA 535ABAB 87 m 323LlbOO 0073984 Ll m EIA-535ABAB QC300202/USO002 Page 1 National Standards Organization ELECTRONIC INDUSTRIES ASSOCIATION Generic Specification Number Electronic components of assesred quality in accordance with QC300000 (EIA-5350000) Outline Drawing (See Table
11、1) (First Angle Projection) TER Mi NAL WELDED TO CASE (Other shapes are permitted within the dimenS.ions given) Detail Specification Number QC300202/USO002 (EIA-535AB AB) Blank Detail Specification Number QC300202 (EIA-535Al300) Product Description Fixed Tantalum Capacitors with Non-Solid Electrolyt
12、e and Porous Anode Electrical Circuit Typic al Construction Silver Plated Copper Alloy Case, Axial Lead, Elastomeric Seal, Polarized, Nickel Positive, Copper Negative Leads AppliCation/Assessment Level Assessment Level: E Performance Grade : Long Life Information on the avallabillty of components qu
13、allfled to thla rpeciflcatlon Is given in the Qualified Products List. I - , EIA 535ABAB 87 m 3234600 0073985 b m Page 2 1. 1.1 1.2 1.3 y- - PART ONE - GENERAL DATA GENERAL DATA RECOMMENDED METHODS OF MOUNTING a. By the leads in the absence of vibration or shock. b. By body clamp and leads if vibrat
14、ion or shock can exist. DIMENSIONS TABLE 1 DIMENSIONS (mm) RATINGS AND CHARACTERISTICS Capacitance Range Tolerance On Rated Capacitance Rated Voltage (Ur) Upper Category Voltage (Uc) Climatic Category Rated Temperature - A +,-.O25 0.64 , - (see TableII) +,-5%; +,-lo%, +,-208 (see Table II) (see Tabl
15、e II) 55/125/21 +85 C Variation of Capacitance With Temperature (see Table II) Tangent Of Loss Angle (see Table 11) Leakage Current (see Table 11) Impedance (see Table 11) Reverse Voltage O (No reversal of voltage permitted) EIA 535ABAB 87 = 3234600 O073986 8 E IA- 5 3 5 AB AB QC300202/USO002 Page 3
16、 TABLE 11 - STANDARD RATINGS . mx. * MAX. MAX. DCL UA MAX. CAPACITANCE CASE tan d IMP. 85 C CHANGE FROM 20 C uF CODE 20 C -55 C 20 C 125 C -55 C 85 C e125 C . 5.3 VOLTS WVDC 85 C (Ur) 4 VOLTS WVDC 125 C (UC) . 30.0 A 0.091 100 1 2.0 -40 +10.5 +12 68.0 A 0.204 60 1 2.0 -40 +14. O +16 140.0 B 0.213 40
17、 1 3.0 -40 +14.0 +16 270.0 B 0.818 25 1 6.5 -44 +17.5 +20 330.0 C O. 496 20 2 7.9 -44 +14.0 +16 560.0 C 1.280 25 2 13.0 -64 +17.5 +20 1200.0 F 1.444 20 3 14.0 -80 +25.0 +25 . 7.5 VOLTS WVDC 85 C (Ur) 5 VOLTS WDC 125 C (Uc) 25.0 A O. 076 100 1 2.0 -40 +10.5 +12 56.0 A 0.170 59 1 2.0 -40 +14. O +16 22
18、0.0 B 0.664 30 1 7.0 -44 +17.5 +20 430.0 C 0.915 25 2 14.0 -6 4 +17.5 +20 850.0 F 0.658 22 4 .16. O -80 +25.0 +25 10 VOLTS WVDC 85 C (Ur) 6.3 VOLTS WVDC 125 C (Uc) . . 20.0 A 0.061 175 1 2.0 -32 +10.5 +12 47.0 A 0.181 10 o 1 2.0 -36 +14.0 +16 100.0 B O. 152 60 1 4.0 -36 +14.0 +16 180.0 B 0.544 40 1
19、7.0 -36 +14. O +16 250.0 C 0.378 30 2 10.0 -40 +14.0 +16 390.0 C 0.876 25 2 16.0 -64 +17.5 +20 750.0 .F 0.565 23 4 16.0 -80 +25.0 +25 -_9_- 16 VOLTS WVDC 85 C (Ur) 10 VOLTS WVDC 125 C (Uc) 15.0 A 0.057 155 1 2. o -24 +10.5 + 12 33.0 A 0.125 90 1 2.0 -28 +14.0 +16 70.0 B O. 131 75 1 4.0 -28 +14. O +1
20、6 120.0 B 0.368 50 1 7. O -28 +17.5 +20 170.0 C 0.254 35 2 10.0 -32 +14.0 +16 270.0 C O. 609 30 2 16.0 -56 +17.5 +20 540.0 F O o 490 23 6 24.0 -80 +25.0 +25 EIA 535ABAB 87 = 3234600 O073988 II = EIA-535ABAB QC300202/USO002 Page 5 TABLE 11 - STANDARD RATINGS (Continued) :ax. * MAX. MAX. DCL UA MAX. C
21、APACITANCE CASE tan d IMP, 85 C CHANGE FROM 20 C -,- _ _ uF CODE 20 C -55 C 20 C 125 C -55 C 85 C 125 C 63 VOLTS WVDC 85 C (Ur) 40 VOLTS WVDC 125 C (Uc) 4.0 A O. 030 550 1 2.0 -16 + 5.0 +6 8.2 A 0.050 275 1 2.0 -24 + 8.0 +9 20.0 B 0.076 105 1 5.0 -16 +lo. 5 +12 39.0 B 0.207 90 1 9.0 -28 +10.5 +12 50
22、.0 C 0.153 50 2 12.0 -16 +10.5 +12 68.0 C 0.307 50 2 16.0 -3 2 +lo. 5 +12 140.0 F 0.257 28 8 32.0 -40 +20. o +20 75 VOLTS WVDC 85 C (Ur) 50 VOLTS WVDC 125 C (Uc) -L- 3.5 A 0.025 650 1 2.0 -16 + 5.0 +6 6.8 A 0.041 300 1. 2.0 -20 + 8.0 +9 15.0 B O. 075 150 1 5.0 -16 + 8.0 +9 33.0 B 0.175 90 1 10.0 -24
23、 +10.5 +15 40.0 C O. 152 60 2 12.0 -16 +10.5 +12 56.0 C 0.260 60 2 17.0 -28 +10.5 +15 110.0 F 0.257 29 9 36.0 -35 +20.0 +20 . 100 VOLTS WVDC 85 C (Ur) 63 VOLTS WVDC 125 C (Uc) . 2.5 A 0.050 950 1 2.0 -16 + 7.0 +s 4.7 A 0.036 500 1 2.0 -16 + 7.0 +8 11.0 B 0.050 200 1 4.0 -16 + 7.0 +8 22.0 B 0.118 100
24、 1 9.0 -16 + 7.0 +8 30.0 C 0.091 80 2 12.0 -16 + 7.0 +8 43.0 c 0.197 70 2 17.0 -20 + 7.0 +a 86.0 F 0.207 30 9 36.0 -25 +15.0 +15 . 125 VOLTS WVDC 85 C (Ur) 80 VOLTS WVDC C! 125 C (Uc) -i-i- 1.7 A 0.070 1250 1 2.0 -16 + 7.0 +s 3.6 A 0.041 600 1 2.0 -16 + 7.0 +8 9.0 B 0.102 240 1 5.0 -16 + 7.0 +8 14.0
25、 B 0.127 16 7 1 7.0 -16 + 7.0 +8 18.0 C 0.150 129 2 9.0 -16 + 7.0 +8 25.0 C o. 190 93 2 13.0 -16 + 7.0 +8 56.0 F 0.175 32 10 40.0 -25 +15.P +15 - _ _ EIA 535ABAB 7 3234600 0073989 3 7.5 VOLTS WVDC 85 C (Ur) 5 VOLTS WVDC 5 125 C (UC) 180.0 A 41.0 45 2 9.0 -60 +13.0 +16 680.0 B 130.0 22 3 14.0 -83 +16
26、.0 +20 1500.0 C 170. O ia 5 20.0 -90 +20.0 +25 1300.0 F 138.0 14 7 25.0 -90 +25. O 930 10 VOLTS WVDC 85 C (Ur) 6.3 VOLTS WVDC P 125 C (Uc) . 150.0 A 34.0 54 2 9.0 -55 +13.0 +15 560.0 B 106. O 27 3 16. O -77 +16. O +20 1200.0 c 137.0 18 5 20.0 -88 +20.0 +25 1500.0 F 114. O 15 7 25.0 -88 +25. 0 +30 .
27、16 VOLTS WVDC 13 85 C (Ur) 10 VOLTS WVDC 125 C (UC) * 3F(%) = 100 x tangent of loss angle EIA 535ABAB 87 3234600 0073990 T EIA-535ABAB QC300202/USO002 Page 7 TABLE 11 - EXTENDED CAPACITANCE RATINGS (Continued) . MAX. * MAX. MAX. DCL UA MAX. CAPACITANCE CASE tan d IMP. 85 C CHANGE FROM 20 C uF CODE 2
28、0 C -55 C 20 C e125 C -55 C 85 C e125 C . 40 VOLTS WVDC 85 C (Ur) 25 VOLTS WVDC 125 C (Uc) 39 A 0.150 125 2 9.0 -35 +12.0 + 15 150 B 0.280. 45 3 24.0 -55 +13.0 +16 330 C 0.450 28 8 32.0 -60 +20.0 +25 470 F 0.480 21 9 36.0 -60 +25. O +30 1.4 RELATED DOCUMENTS Generic Specification: IEC Publication 38
29、4-1 (1981) (EIA-5350000) Sectional Specification: IEC Publication 384-15 (1982) - at present Document 40 (Central Office)462 (EIA-535AOOO) 1.5 MARKING The marking of the capacitor and the packing shall be in accordance with the requirements of IEC Publication 384-15, Sub- clause 1.6. The following i
30、tems are to be marked on the capacitor: a. Rated capacitance in the form “XXXUF“. b. Rated DC voltage in the form “yyyVDC“. rF - EIA 535ABAB 87 3234600 0073993 L E IA- 53 5ABAB QC300202/USO002 Page 8 b. Rated DC voltage in the form “yyyVDC“. c. Polarity identification by one or more positeve signs n
31、ear the positive termination. d. Tolerance code per IEC Publication 62. The code letter will follow the marking of rated capacitance per item a. or will .be on a separate line. e. Date code per IEC Publication 62. f. Manufacturers name or trade mark. g. Manufacturers type designation (optional). h.
32、Reference detail specification (optional). I. 6 ORDERING INFORMATION Orders for capacitors covered by this specification shall contain, in clear or in coded form, the following minimum information: a. Rated capacitance. b. Tolerance on rated Capacitance. c. Rated d.c. voltage. d. Number and issue re
33、ference of the detail specification and style reference. 1.7 CERTIFIED RECORDS OF RELEASED LOTS Required. 1.8 ADDITIONAL INFORMATION (not for inspection purposes) Ripple Current ratings at or below 85 C case temperature are determined by case size as follows: TABLE III CASE SIZE RIPPLE CURRENT A B C
34、 F 50mA rms 250mA rms 500mA rms 750mA rms The ripple current may be any frequency. The resulting ripple voltage must be superimposed on sufficient DC bias voltage to prevent voltage reversal, and the sum of the peak ripple voltage and the DC bias voltage must not exceed the rated voltage (WVDC). For
35、 operation above 85 C, the ripple current should be no more than 80% of the table values. 1.9 ADDITIONAL OR INCREASED SEVERITIES OR REQUIREMENTS TO THOSE SPECIFIED IN THE GENERIC AND/OR SECTIONAL SPECIFICATION None. EIA 535ABAB 87 = 3234600 0073992 3 EIA-535ABAB QC300202/USO002 Page 9 PART TWO - INS
36、PECTION REQUIFSXENTS 2.1 PROCEDURES 2.1.1 For Qualification Approval, the procedures shall be in accordance with the Sectional Specification, (IECQ Publication QC300200, Sub-clause 3.4). 2.1.2 For Quality Conformance Inspection the test schedule (Table IV includes sampling, periodicity, severities a
37、nd requirements. The formation of inspection lots is covered by Sub-clause 3.5.1 of the Sectional Specification. TABLE IV NOTE 1: Clause numbers of tests and performance requirements refer to the Sectional Specification, (IECQ Publication QC300200) and Part One of this specification. NOTE 2: Inspect
38、ion Levels and AQLs are selected from IEC Publication 410. NOTE 3: In this table: P = periodicity (in months) n = sample size C defect ives 1 D = destructive = acceptance criterion (permitted number of ND = non-destructive IL = inspection level (see IEC Publ. 410) AQL = acceptable quality level (see
39、 IEC Publ. 410) EIA 535ABAB 87 3234b00 0073993 5 EIA-535ABAB QC300202/USOO02 Page 10 TABLE IV (continued) 4.1 Visual examination 4.1 Dimensions ( gaug ing ) ND s-4 2.5% 4.2.1 Leakage current 4.2.2 Capacitance 4.2.3 Tangent of loss angle 4.2.4 Impedance (if applicable) Prctcctive Resis- tance: 1000 o
40、hms Frequency: 120Hz Frequency: 120Hz Not Applicable at 20 C II 1.0% As in 4.1, legible marking and as speci- fied in 1.5 of this specifi- cation. As specified in Table 1 of this specification. Table 2 dithin specified tolerance Table 2 Sub-group B1 4.5 Solderability D Without aging. Method: Solder
41、Bath Test T, Method 1A s-3 2.5% Good tinning as evidenced by free flowing of the solder with wetting of the terminations EIA 535ABAB 87 H 3234600 0073994 7 H e TABLE IV (continued) Sub-group B2 4.15 Characteristics at high and low temperatures (if required) ID !he capacitors ;hall be measured it eac
42、h step Leakage current Capacitance Tangent of loss angle ;tep 2: Lower (-55 C) category temperature Capacitance Tangent of loss angle Impedance Step 3: Rated temperature (+85 C) Leakage Capacitance Current G Ur Tangent of loss angle Step 4: Upper category temperature (+i25 C) Leakage Capacitance Cur
43、rent ? Uc Tangent of loss angle i-3 !.5% - For use as - reference value - Table 2 Not applicable Table 2 Table 2 Table 2 Table 2 Table 2 Table 2 Table 2 EIA 535ABAB 7 = 3234b00 0073995 9 EIA-535ABAB QC300202/USO002 Page 12 TABLE IV (continued) Clause number and Test (see Note 1) D or ND Conditions o
44、f test (see Note 1) Sample size and criterion of accept- ability (see Note 3) Performance requiriment c (see Note i) Sub-group C1A Part of sample of Sub-group C1 4.3.1 Initial measurement 4.3 Robustness of terminations 4.4 Resistance to soldering heat 4.4.2 Final measurements Capacitance Test Ua For
45、ce = 10N Special Bend Visual Test (4.3.3) Examination Method: Solder Bath Test Tb, Method 1A (10 +,-1s immer- sion time) Visual Examin- ation 6 1 e- Not more than 1 defective for Subgroups CIA and Sub-group C1B Other part of sample 4.6.1 Initial measurement 4.6 Rapid change of temperature D Capacita
46、nce BA = Lower category temperature (-55 C) BB = Upper category 6 18 1 No visible damage and no leakage of electrolyte No visible damage and no leakage of electrolyte Legible marking C13 combined- EIA 535ABAB 87 323i.1600 O073996 O O EI A- S 3 5ABAB QC300202/USO002 Page 13 TABLE IV (Sub-group C1B -
47、continued) 4.6.3 Final measurements 4.7 Vibration 4.7.2 Final measurements 4.9 Shock 4.9.2 Final measurements temperaturc (+125 C) 30 cycles Duration t = 30 minutes Leakage current Capacitance Tangent of loss angle Method of Mounting: see 1.1 of this specification Procedure B4 Frequency Range 10 to
48、2000Hz Amplitude: 0.75 mm or acceler- ation 209, whichever is less severe Total Duration: 6h Visual Examination Method of Mounting: see 1.1 of this spec if ication Acceleration: 981 m/s/s Duration of pulse: 6 ms Rated Voltage applied Visual examination p- ,- 1.25 times T ble 2 :Cf-Ci) /Ci: +,o 10% of value measured in 4.6.1 e- .,- 1.15 times Table 2 go visible damage and no leakage of electrolyte !io visible damage and no leakage of electrolyte TABLE IV (continued) Sub-group C1 Combined sample of specime
