surface mount aluminum electrolytic capacitors cat. no. e1001b @ manganese dioxide is employed as electrolyte @ for digital equipment @ high heat reflow capability @ solvent-proof type (see precautions and guidelines) ? specifications solid electrolyte capacitors (at 20 c , 120hz) (at 20 c after 2 minutes) (at 20 c , 120hz) (at 500khz) category temperature range rated voltage range capacitance tolerance surge voltage leakage current dissipation factor (tan e ) low temperature characteristics endurance bias humidity surge voltage test reverse voltage thermal shock failure rate others items - 55 to +105 c 4 to 20v dc p 20% of the initial value (for the maximum operating voltage at 105 c , see standard ratings) p 20% (m) 105 c : (value at 105 c in standard ratings) b 1.15 85 c and below : rated voltage b 1.15 (v) i=0.1cv where, i : max. leakage current ( m a), c : nominal capacitance ( m f), v : rated voltage (v) 0.12max. z( - 25 c )/z(+20 c ) [ 1.5 z( - 55 c )/z(+20 c ) [ 2.0 the following specifications shall be satisfied after the capacitors are subjected to dc voltage at 85 c or 105 c for 1000 hours with the specified rated ripple current applied. appearance no significant damage capacitance change [p 10% of the initial value d.f. (tan e ) [ 150% of the initial specified value esr [ 150% of the initial specified value leakage current [ the initial specified value the following specifications shall be satisfied when the capacitors are restored to 20 c after subjecting them to the dc rated voltage at 60 c , 90 to 95% rh for 500 hours. appearance no significant damage capacitance change [p 10% of the initial value d.f. (tan e ) [ 150% of the initial specified value esr [ 150% of the initial specified value leakage current [ the initial specified value the capacitors shall be subjected to 1000 cycles to charge the surge voltage specified at 85 c or 105 c for 30 seconds through a protective resistor (r=1k o ), then discharge for 5-1/2 minutes through a resistor with the same value. appearance no significant damage capacitance change [p 5% of the initial value d.f. (tan e ) [ the initial specified value esr [ 150% of the initial specified value leakage current [ the initial specified value the capacitors shall be subjected to 15% of the rated voltage at 85 c , or 15% of the maximum operating voltage at 105 c , in the reverse polarity direction for 125 hours, and shall be subjected to the rated voltage at 85 c , or the maximum operating voltage at 105 c , in the forward polarity direction for 125 hours. appearance no significant damage capacitance change [p 10% of the initial value d.f. (tan e ) [ the initial specified value esr [ the initial specified value leakage current [ the initial specified value after the capacitors are subjected to - 55 c , for 30 minutes and +125 c for 30 minutes for 5 cycles, they shall be conducted in accordance with the endurance test or the bias humidity test specified above. 1% per 1000 hours maximum (confidence level 60% at 105 c ) iec 384-18-1 (fixed aluminum electrolytic chip capacitors with solid electrolyte) characteristics downsized mfz mfx ? dimensions (terminal type=fd) [mm] case code d6 e8 l 6.4 8.4 w 4.6 5.7 h 4.6 5.7 p 3.3 4.0 a 1.1 1.5 w p 0.2 l p 0.2 h p 0.2 0.5min. 0.3max. p p 0.1 1.6 p 0.2 1.5 p 0.2 a p 0.1 dummy terminal mfz 16 fd 15 m e 8 capacitance 6.8 m f 10 m f 33 m f code 6r8 10 33 case code cap tolerance ( p 20%) nominal cap code terminal type (fd) 85 c rated voltage in volts series name ? part numbering system
surface mount aluminum electrolytic capacitors cat. no. e1001b solid electrolyte capacitors d6 270 440 490 570 270 440 490 570 270 440 490 570 100 150 180 200 300 480 540 630 300 480 540 630 300 480 540 630 110 170 200 230 320 500 570 660 320 500 570 660 320 500 570 660 130 190 220 250 3.2 4 4 4 5 6.3 6.3 6.3 8 10 10 10 13 16 16 16 105 85 60 45 105 85 60 45 105 85 60 45 105 85 60 45 270 270 270 425 22 15 10 4.7 4 6.3 10 16 e8 350 530 630 740 350 530 630 740 350 530 630 740 270 440 490 570 370 550 660 770 370 550 660 770 370 550 660 770 300 480 540 630 390 580 700 810 390 580 700 810 390 580 700 810 320 500 570 660 3.2 4 4 4 5 6.3 6.3 6.3 8 10 10 10 13 16 16 16 105 85 60 45 105 85 60 45 105 85 60 45 105 85 60 45 180 180 180 270 47 33 22 10 4 6.3 10 16 case code rated voltage (v dc ) cap ( m f) esr (m o ) [20 c /500khz] temp. ( c ) max operating voltage ( v dc ) rated ripple (marms) 500khz 300khz 100khz case code rated voltage (v dc ) cap ( m f) esr (m o ) [20 c /500khz] temp. ( c ) max operating voltage ( v dc ) rated ripple (marms) 500khz 300khz 100khz e8 350 530 630 740 350 530 630 740 350 530 630 740 270 440 490 570 270 440 490 570 370 550 660 770 370 550 660 770 370 550 660 770 300 480 540 630 300 480 540 630 390 580 700 810 390 580 700 810 390 580 700 810 320 500 570 660 320 500 570 660 3.2 4 4 4 5 6.3 6.3 6.3 8 10 10 10 13 16 16 16 16 20 20 20 105 85 60 45 105 85 60 45 105 85 60 45 105 85 60 45 105 85 60 45 180 180 180 270 270 56 47 33 15 3.3 4 6.3 10 16 20 case code rated voltage (v dc ) cap ( m f) esr (m o ) [20 c /500khz] temp. ( c ) max operating voltage ( v dc ) rated ripple (marms) 500khz 300khz 100khz case code rated voltage (v dc ) cap ( m f) esr (m o ) [20 c /500khz] temp. ( c ) max operating voltage ( v dc ) rated ripple (marms) 500khz 300khz 100khz d6 270 440 490 570 270 440 490 570 270 440 490 570 100 150 180 200 300 480 540 630 300 480 540 630 300 480 540 630 110 170 200 230 320 500 570 660 320 500 570 660 320 500 570 660 130 190 220 250 3.2 4 4 4 5 6.3 6.3 6.3 8 10 10 10 13 16 16 16 105 85 60 45 105 85 60 45 105 85 60 45 105 85 60 45 270 270 270 425 27 22 15 6.8 4 6.3 10 16 ? standard ratings mfz mfx
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