Hybrid Energy Storage Capacitors

Hybrid Energy Storage Capacitors 96 HVC ENYCAP Image is not to scale EATURES Polarized energy storage capacitor with high capacity and energy density Voltage flexibility:. V (single cell) to.8 V /. V /.6 V / 7. V / 8. V (multiple cells) Available in stacked throughhole (STH, radial), surfacemount flat (SM) and lay flat configurations (LC) with wire and connectors Useful life: h at 7 C / 8 C No cell balancing necessary Soft and low transientvoltagecontrolled charging characteristic Nonhazardous electrolyte Maintenancefree, no service necessary Evaluation kits for engineering are available under ordering code: MAL9699E Material categorization: for definitions of compliance please see www.vishay.com/doc?999 APPLICATIONS Power backup for memory controller, flash backup, RAID systems, SRAM, DRAM Power failure and write cache protection for enterprise SSD and HDD Real time clock power source Burst power support for flash lights, wireless transmitters Backup power for industrial PC s and industrial controls Storage device for energy harvesting Emergency light and micro UPS power source MARKING The capacitors are marked with the following information: Rated capacitance (in ) Rated voltage (in V) Date code Negative / positive terminal identification PACKAGING Supplied in ESD trays only QUICK REERENCE DATA DESCRIPTION Nominal case size (Ø D x L in mm) Stacked ThroughHole (STH) Nominal case size (Ø W x L x H in mm) SurfaceMount lat (SM) Nominal case size (W x L x H in mm) Lay lat (LC) Rated capacitance range, C R VALUE SINGLE CELL CELLS CELLS CELLS CELLS 6 CELLS 7 x. 7 x 7 x 7. 7 x 7 x. 7 x x. x x 7. x x. x x x 7. x x x x 7 x 7 x. x x. 7 x x. x x. x x. x x. x x. x x.. x x.. x x.. x 6 x.. x 8 x.. x 6 x.. x 7 x..... 9... 9... 9..... Tolerance on C R at C % to 8 % Rated voltage, U R. V.8 V. V.6 V 7. V 8. V Maximum surge voltage, U S (max. s).6 V. V.8 V 6. V 8. V 9.6 V Minimum stored energy Ws 7 Ws 9 Ws Ws Ws Ws Ws Ws 8 Ws 7 Ws 6 Ws Energy density 9 Ws/g to Ws/g Category temperature range. : C to 7 C. / 9. : C to 8 C Storage temperature range C to 8 C Ws 87 Ws Useful life at U R at C: 8 h at 7 C: 8 h. : at 7 C: h. / 9. : at 8 C: h at C: 6 h at 6 C: 6 h Shelf life h at upper category temperature Climatic category IEC 668 /8/ 7 Ws Ws Revision: Mar Document Number: 89 ARE SUBJECT TO SPECIIC DISCLAIMERS, SET ORTH AT www.vishay.com/doc?9

96 HVC ENYCAP SELECTION CHART OR C R, U R, AND ORM AT UPPER CATEGORY TEMPERATURE (UCT) C R U ORM R (V) ()..8..6 7. 8. A 7. x. 7. x. 7. x 7. 7. x. 7. x. 7. x. B 7. x. 7. x. 7. x 7. 7. x. 7. x. 7. x. B C 7. x 7. x. D 7. x 7. x. E 7. x. x.. x. x.. x. x. A. x.. x.. x 7.. x.. x.. x. B B. x.. x.. x 7.. x.. x.. x. C. x. x. D. x. x. E. x. x.. x. x.. x. x.. x. x.. x. x.. x 6. x.. x 8. x.. x 6. x.. x 7. x. 9 G H x x 7. x x x x DIMENSIONS in millimeters AND AVAILABLE ORMS STACKED THROUGH HOLE CONIGURATION (STH): Examples VERTICAL MOUNT L max. Ø.8 Ø.6. 6. ( x) ig. orm A: Stacked Through Hole (example cells, pins) () STACKED THROUGH HOLE CONIGURATION (STH): Examples HORIZONTAL MOUNT L max. Ø.6 ig. orm B: Stacked Through Hole (example cells, pins) ()... ( x) L max. Ø.6 ( x). ( x).. Note () Bottom and top are not isolated. ig. orm B: Stacked Through Hole (example cells, keyed polarity pins) () Revision: Mar Document Number: 89 ARE SUBJECT TO SPECIIC DISCLAIMERS, SET ORTH AT www.vishay.com/doc?9

96 HVC ENYCAP DIMENSIONS in millimeters AND AVAILABLE ORMS SURACE MOUNT LAT CONIGURATION (SM): Examples L max..8 max... ( x). ( x). ( x)... ( x) ( x) ig. orm C: Surface Mount lat (single cell, keyed polarity). ( x).8 max. Ø 7. max... ig. orm D: Surface Mount lat (single cell, keyed polarity)....8 max.. ( x)... Ø. max.. ( x).. ig. 6 orm D: Surface Mount lat (single cell, keyed polarity). ( x). ( x) ( x).. ( x) ( x).8 max. ig. 7 orm E: Surface Mount lat. ( x) ( x).8 max. H max. ± ( x). ( x) ( x) L max. ig. 8 orm E: Surface Mount lat Revision: Mar Document Number: 89 ARE SUBJECT TO SPECIIC DISCLAIMERS, SET ORTH AT www.vishay.com/doc?9

96 HVC ENYCAP www.vishay.com ( x) ( x).8 max.. ( x) ( x) Hmax.. ( x) Lmax. ig. 9 orm E: Surface Mount lat LAY LAT CONIGURATION (LC) WITH CONNECTOR: Example cells in series Red (AWG 8, UL 6) Pin : red Ø Dmax. Black (AWG 8, UL 6) Pin : black Molex connector; Housing: 6 Terminal: 68. max. Lmax. ig. orm : Lay lat (example for cells) max. max. Lmax... ( x) ( x). ( x) ig. orm G: Stacked Through Hole Oval (PCBD) max... ( x). Lmax... ( x). ( x) ig. orm H: Stacked Through Hole Oval Horizontal Revision: Mar Document Number: 89 ARE SUBJECT TO SPECIIC DISCLAIMERS, SET ORTH AT www.vishay.com/doc?9

96 HVC ENYCAP Table DIMENSIONS in millimeters, MASS AND PACKAGING QUANTITIES NOMINAL CASE SIZE D x L x H (mm) ORM L max. L max. H max. MASS (g) 7. x 7. x. A, B, B 7... 7... 7. x 7. x. C 7. 7. 7. 8.. 7. x 7. x. D 7. 7. 7... 7. x 7. x. A, B, B 7.....8 7. x 7. x 7. A, B, B 7. 7. 7.8.. 7. x 7. x. A, B, B 7.....8 7. x 7. x. A, B, B 7..... 7. x 7. x. A, B, B 7..8.8... x. x. A, B, B...... x. x. C... 8... x. x. D...... x. x. A, B, B...... x. x 7. A, B, B. 8. 7.8... x. x. A, B, B...... x. x. A, B, B...... x. x. A, B, B..8.8. 6. 7. x. x. E 7..8.8 8... x. x. E... 8... x. x. E...8 8.... x. x. E...8 8.... x. x. E...8 8.... x. x. E...8 8.... x. x....... x. x....... x 6. x.. 6. 6.... x 8. x.. 8. 8.. 6.. x 6. x.. 6. 6.. 7.. x 7. x.. 7. 7.. 9. x x 7. G, H x 7. 7... x x. G, H x.... x x. G, H x.... ELECTRICAL DATA SYMBOL DESCRIPTION C R Rated capacitance, tolerance %/8 %, measured by constant current discharge method UCT Upper category temperature I L Max. leakage current after h at U R R I Max. internal resistance at khz Note Unless otherwise specified, all electrical values in Table apply at T amb = C, P = 86 kpa to 6 kpa and RH = % to 7 %. ORDERING EXAMPLE Hybrid Storage Capacitor /. V Nominal case size: Ø. mm x. mm; orm B Ordering code: MAL969E Revision: Mar Document Number: 89 ARE SUBJECT TO SPECIIC DISCLAIMERS, SET ORTH AT www.vishay.com/doc?9

96 HVC ENYCAP Table ELECTRICAL DATA AND ORDERING INORMATION U R (V) C R (μ) NOMINAL CASE SIZE Ø D x L D x L x H (mm) CASE CODE ORM (mm) UCT (mm) ( C) I L h (ma) ESR AC () khz ( ) ESR DC () ( ) MIN. STORAGE ENERGY (Ws) PACKAGING QUANTITIES ORDERING CODE STACKED THROUGH HOLE CONIGURATION (STH) VERTICAL MOUNT. 7. x. pin A 7. 7.. 7..6 8 MAL969E.8 7. x. pin A 7. 7... 9. 8 MAL969E. 7. x 7. pin A 7. 7. 7...8 8 MAL969E.6 7. x. pin A 7. 7... 8. 8 MAL969E 7. 7. x. pin A 7. 7.. 7.. 8 MAL969E 8. 7. x. pin A 7. 7... 7.6 8 MAL9696E.. x. pin A. 8..6. 7. 8 MAL969E.8. x. pin A. 8.... 8 MAL969E.. x 7. pin A. 8..8 7.. 8 MAL969E.6. x. pin A. 8... 7. 8 MAL969E 7.. x. pin A. 8... 87. 9 MAL969E 8.. x. pin A. 8..6.. 9 MAL9696E STACKED THROUGH HOLE CONIGURATION (STH) HORIZONTAL MOUNT. 7. x. pin B. 7.. 7..6 MAL969E.8 7. x. pin B. 7... 9. MAL969E. 7. x 7. pin B 7. 7. 7...8 96 MAL969E.6 7. x. pin B 8.8 7... 8. 96 MAL969E 7. 7. x. pin B 7.. 7.. 6 MAL969E 8. 7. x. pin B. 7... 7.6 6 MAL9696E.. x. pin B. 8..6. 7. MAL969E.8. x. pin B.8 8.... MAL969E.. x 7. pin B 8. 8..8 7.. 8 MAL969E.6. x. pin B. 8... 7. 9 MAL969E 7.. x. pin B. 8... 87. MAL969E 8.. x. pin B.7 8..6.. MAL9696E. 7. x. pin B.8. 7.. 7..6 MAL969E.8 7. x. pin B.. 7... 9. MAL969E. 7. x 7. pin B 7.. 7. 7...8 96 MAL969E.6 7. x. pin B.. 7... 8. 96 MAL969E 7. 7. x. pin B.. 7.. 7.. 6 MAL969E 8. 7. x. pin B.. 7... 7.6 6 MAL9696E.. x. pin B.. 8..6. 7. MAL969E.8. x. pin B.8. 8.... MAL969E.. x 7. pin B 8.. 8..8 7.. 8 MAL969E.6. x. pin B.. 8... 7. 9 MAL969E 7.. x. pin B.. 8... 87. MAL969E 8.. x. pin B 6.. 8..6.. MAL9696E Revision: Mar 6 Document Number: 89 ARE SUBJECT TO SPECIIC DISCLAIMERS, SET ORTH AT www.vishay.com/doc?9

96 HVC ENYCAP ELECTRICAL DATA AND ORDERING INORMATION U R (V) C R (μ) NOMINAL CASE SIZE Ø D x L D x L x H (mm) SURACE MOUNT LAT CONIGURATION (SM). 7. x 7. x. pin C 7.. 7..6 MAL969E.. x. x. pin C 8..6. 7. MAL969E. 7. x 7. x. pin D 7.. 7..6 MAL969E.. x. x. pin D 8..6. 7. MAL969E.8 7. x. x. pin E 7... 9. MAL969E.8. x. x. pin E 8.... MAL969E.. x. x. pin E 7. 7...8 7 MAL969E.. x. x. pin E 8..8 7.. MAL969E.6. x. x. pin E 7... 8. 7 MAL969E.6. x. x. pin E 8... 7. MAL969E LAY LAT CONIGURATION (LC).. x. x. pin 8..6. 7. MAL9696E.8. x. x. pin 8.... MAL9696E.. x 6. x. pin 8..8 7.. MAL9696E.6. x 8. x. pin 8... 7. MAL9696E 7.. x 6. x. pin 8..6. 87. MAL9696E 8.. x 7. x. pin 8..8.. MAL96966E STACKED THROUGH HOLE OVAL.8 9 x x 7. pin G 7 8...9. MAL969E. 9 x x pin G 8.... MAL969E.6 9 x x pin G 8..6.8 6. MAL969E STACKED THROUGH HOLE OVAL HORIZONTAL.8 9 x x 7. pin H 8...9. MAL969E. 9 x x pin H 8.... MAL969E.6 9 x x pin H 8..6.8 6. MAL969E Notes () ESR AC khz are typical values. () ESR DC are typical values. CASE CODE ORM (mm) UCT (mm) ( C) I L h (ma) ESR AC () khz ( ) ESR DC () ( ) MIN. STORAGE ENERGY (Ws) PACKAGING QUANTITIES ORDERING CODE Table LOAD CURRENTS AND VOLTAGES C R (μ) RECOMMENDED MAX. CHARGE MAX. DISCHARGE LOWEST DISCHARGE CHARGE CURRENT CURRENT CURRENT VOLTAGE () ma to 8 ma ma ma n x.8 V ma to ma ma 7 ma n x.8 V 9. A to A. A A n x.8 V Note () n... number of cells, permanent operation below lowest discharge voltage is not permitted. Revision: Mar 7 Document Number: 89 ARE SUBJECT TO SPECIIC DISCLAIMERS, SET ORTH AT www.vishay.com/doc?9

MEASURING O CHARACTERISTICS CAPACITANCE (C) Capacitance shall be measured by constant current discharge method. DISCHARGE CURRENT AS A UNCTION O RATED CAPACITANCE PARAMETER VALUE UNIT Rated capacitance, C R 9 Discharge current, I D 9 ma 96 HVC ENYCAP V C ig. Test Circuit for Capacitance Measurement A Constant current discharger U R U ΔU INTERNAL RESISTANCE (R I ) AT khz R I U C V = U A ma min t t (s) ig. Voltage Diagram for Capacitance Measurement khz C V Capacitance value C R is given by discharge current I D, time t and rated voltage U R, according to the following equation: C R U R U U U t t I D C R Rated capacitance, in Rated voltage, in V Starting voltage, in V Ending voltage, in V Voltage drop at internal resistance, in V Time from start of discharge until voltage U is reached, in s Time from start of discharge until voltage U is reached, in s Discharge current, in A I D A x t s t s = U V U V or I D, U, and U the following definitions have to be used: Table CAPACITANCE C () I D (A) U R (V) U (V) U (V) t (s) t (s)....7 > 6..8.7.9 > 6.... > 6..6.. > 6. 7. 6.7.6 > 6. 8. 8. 6.9 > 6....7 > 6..8.7.9 > 6.... > 6..6.. > 6. 7. 6.7.6 > 6. 8. 8. 6.9 > 6 9.9.8.7.9 > 6 9.9... > 6 9.9.6.. > 6 Note or U see also Table. ig. Test Circuit for R I Measurement LEAKAGE CURRENT (I L ) Leakage current shall be measured after min application of rated voltage U R : I L A I L (μa) U S V = V R S Ω ig. 6 Test Circuit for Leakage Current Time (h) ig. 7 Typical Leakage Current at R T as a unction of Time C Curve : (. V to 8. V) Curve : 9 (.8 V to.6 V) Curve : (. V to 8. V) Revision: Mar 8 Document Number: 89 ARE SUBJECT TO SPECIIC DISCLAIMERS, SET ORTH AT www.vishay.com/doc?9

96 HVC ENYCAP Table VOLTAGE TO BE USED OR SERIES CONNECTION N CELLS IN SERIES U R (V) U (V) U (V)...7.8.7.9....6.. 7. 6.7.6 6 8. 8. 6.9 DISCHARGE CHARACTERISTICS Backup time of 96 HVC series capacitors depends on minimum memory holding voltage and discharge current (corresponding with the current consumption of the load). or minimum backup times of standard and vertical miniaturized series see figure 8 to figure (charging time h and CCCV charging according to table ). Backup time (s) C = (. V to 8. V). Discharge current (ma) ig. 8 Typical Backup Time as a unction of Discharge Current 6 Backup time (s) C = (. V to 8. V). Discharge current (ma) ig. 9 Typical Backup Time as a unction of Discharge Current 6 Backup time (s) C = 9 (.8 V to.6 V) Discharge current (ma) ig. Typical Backup Time as a unction of Discharge Current Revision: Mar 9 Document Number: 89 ARE SUBJECT TO SPECIIC DISCLAIMERS, SET ORTH AT www.vishay.com/doc?9

96 HVC ENYCAP CHARGE CHARACTERISTICS 6 Charge cc ma/.6 V and discharge ma/. V Charge cccv ma/.6 V min and discharge ma/. V 6 Voltage 7. Voltage 7. Voltage (V). Current (ma) Voltage (V). Current (ma) Current. Current. t (min) ig. Constant Current (CC) with VLimit Charging Method at RT Typical Charge/Discharge Characteristics at RT: /.6 V 6 7 8 t (min) ig. Constant Current (CC)Constant Voltage (CV) Charging Method at RT Typical Charge/Discharge Characteristics at RT: /.6 V 6 Charge cc ma/.6 V and discharge ma/. V Charge cccv ma/.6 V min and discharge ma/. V 6 Voltage Voltage Voltage (V) Current (ma) Voltage (V) Current (ma) Current Current t (min) ig. Constant Current (CC) with VLimit Charging Method at RT Typical Charge/Discharge Characteristics at RT: /.6 V 6 7 8 9 t (min) ig. Constant Current (CC)Constant Voltage (CV) Charging Method at RT Typical Charge/Discharge Characteristics at RT: /.6 V 6 Charge cc ma/.6 V and discharge A/. V Charge cccv ma/.6 V min and discharge A/. V 6 Voltage Voltage Voltage (V) Current (ma) Voltage (V) Current (ma) Current Current 6 8 6 8 t (min) ig. Constant Current (CC) with VLimit Charging Method at RT Typical Charge/Discharge Characteristics at RT: 9 /.6 V t (min) ig. 6 Constant Current (CC)Constant Voltage (CV) Charging Method at RT Typical Charge/Discharge Characteristics at RT: 9 /.6 V Note Charge and discharge cycles at room temperature maximal cycles at room temperature allowed! 6 Revision: Mar Document Number: 89 ARE SUBJECT TO SPECIIC DISCLAIMERS, SET ORTH AT www.vishay.com/doc?9

96 HVC ENYCAP CHARGING VOLTAGE AT DIERENT TEMPERATURES OPERATING TEMPERATURE RANGE C UP TO C C UP TO 6 C 6 C UP TO 7 C/8 C Charge voltage Notes Capacitor is polarized, product will be damaged if reverse charged. Voltages higher than specified need to be avoided; otherwise reduction of life time, internal gas generation or damage of HVC hybrid capacitor will occur. or other operating temperatures, a temperature derating factor has to be considered for correct charging voltage. Surge voltage is only allowed a few seconds per day, but not as a charging process. () n... number of cells DERATING Working voltage at temperatures above 6 C should be below rated voltage U R. A deratingfactor of. mv/ C per cell is recommended. PRODUCT AND MOUNTING CHARACTERISTICS Attention: parts are precharged at delivery handle appropriate. At delivery products are precharged and voltage over terminals is near nominal voltage. Short circuiting of product terminals is permitted. Do not short circuit permanently. Short circuiting of charged cells may heat up the cells. Cells will fulfill UL T cell < C due to self heating in case of short circuiting. or printed circuit board mounting it has to be taken into account, that for certain form factors top and bottom of products may not be insulated. Capacitor disposal methods should be in accordance with local and state regulations. Table 6. Note () n... number of cells cell U R. V cells U R.6 V cells U R.9 V > cells U R. V TEST PROCEDURES AND REQUIREMENTS NAME O TEST IEC 68/ EN SUBCLAUSE PROCEDURE (quick reference) Damp heat, steady state. h at C; RH 9 % to 9 %; no voltage applied Endurance. Shelf at upper category temperature.7 Shelf discharge Characteristics at high and low temperature.9 Surge voltage T amb = 7 C / 8 C; rated voltage U R applied; h T amb = 7 C / 8 C; no voltage applied; h U R U R n () x. x (T[ C] ) REQUIREMENTS C/C: ± % R I x spec. limit I L x spec. limit C/C: ± % R I x spec. limit I L x spec. limit C/C: ± % R I x spec. limit I L x spec. limit h storage at room temperature after application of n x U R Remaining voltage: n x (U R x.) Step : reference measurement at C of C, R I, and I L Step : measurement at C Step : measurement at C Step : measurement at 7 C Step : measurement at C Max. s at room temperature U S = n () x.6 V C/C: ± % of C value R I x the C value I L x the C value No change of parameter! After surge voltage, discharge product below rated voltage Revision: Mar Document Number: 89 ARE SUBJECT TO SPECIIC DISCLAIMERS, SET ORTH AT www.vishay.com/doc?9

96 HVC ENYCAP Table 6.: Stacked Through Hole configuration (STH), Surface Mount lat configuration (SM), and Lay lat configuration with Connector TEST PROCEDURES AND REQUIREMENTS NAME O TEST IEC 68/ EN SUBCLAUSE Robustness of terminations. PROCEDURE (quick reference) Tensile strength; application of load force for s: N (standard series) N (vertical miniaturized series) Notes Robustness bending limited to ±, force in direction of tab. Solder bath test: max. allowed case temperature during test is e.g. 8 C or immersion of one () pad only. Wave soldering allowed. No breaks REQUIREMENTS Resistance to soldering heat. Solder bath; 6 C; s C/C: ± % R I and I L spec. limit Solderability.6 Solder bath; 6 C; s 7 % tinning Vibration.8 Hz to Hz;. mm; directions; h per direction C/C: ± % R I and I L spec. limit SOLDERING As a general principle, temperature and duration shall be the minimum necessary required to ensure good soldering connections. However, the maximum specified soldering time and case temperature should never be exceeded. EVALUATION KIT Evaluation kits are available under ordering code: MAL9699E. The engineering kit includes a charge and discharge demo board with different 96 HVC capacitor samples. or further details, please contact hybridstorage@vishay.com. Revision: Mar Document Number: 89 ARE SUBJECT TO SPECIIC DISCLAIMERS, SET ORTH AT www.vishay.com/doc?9

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