Sencore ReZolver LC103, Operation And Application Manual

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22
Aluminum Electrolytics
Capacity
in uF
1.5V 3.0V 6.0V 10V 15V 20V 25V 35V 50V 100V 200V 300V 400V 500V 600V 1000V
<1.0 5 5 5 5 5 5 5 5 5 5 10 15 20 25 30 50
1.0 5 5 5 5 5 5 5 5 5 5 10 15 20 25 30 50
1.5 5 5 5 5 5 5 5 5 5 8 15 23 30 38 45 232
2.2 5 5 5 5 5 5 5 5 6 11 22 33 44 199 218 281
3.3 5 5 5 5 5 5 5 6 8 17 33 50 218 244 267 345
4.7 5 5 5 5 5 5 6 8 12 23 47 225 260 291 319 411
6.8 5 5 5 5 5 7 9 12 17 34 221 271 313 350 383 495
10 5 5 5 5 8 10 13 18 25 50 268 329 379 424 465 600
15 5 5 5 8 11 15 19 26 38 232 329 402 465 520 569 735
22 5 5 7 11 17 22 28 39 199 281 398 487 563 629 689 890
33 5 5 10 17 25 33 41 204 244 345 487 597 689 771 844 1090
47 5 7 14 24 35 47 206 243 291 411 582 712 823 920 1008 1301
68 5 10 20 34 192 221 247 293 350 495 700 857 990 1106 1212 1565
100 8 15 30 50 232 268 300 355 424 600 849 1039 1200 1342 1470 1897
150 11 23 45 232 285 329 367 435 520 735 1039 1273 1470 1643 1800 2324
220 17 33 218 281 345 398 445 526 629 890 1259 1541 1780 1990 2180 2814
330 25 50 267 345 422 487 545 645 771 1090 1541 1888 2180 2437 2670 3447
470 35 225 319 411 504 582 650 770 920 1301 1840 2253 2602 2909 3186 4113
680 192 271 383 495 606 700 782 926 1106 1565 2213 2710 3129 3499 3832 4948
1000 232 329 465 600 735 849 949 1122 1342 1897 2683 3286 3795 4246 4648 6000
1500 285 402 569 735 900 1039 1162 1375 1643 2324 3286 4025 4648 5196 5692 7348
2200 345 487 689 890 1090 1259 1407 1665 1990 2814 3980 4874 5628 6293 6893 8899
3300 422 597 844 1090 1335 1451 1723 2039 2437 3447 4874 5970 6893 7707 8443
4700 504 712 1008 1301 1593 1840 2057 2434 2909 4113 5817 7125 8227 9798
6800 606 857 1212 1565 1916 2213 2474 2927 3499 4948 6997 8570 9895
10000 735 1039 1470 1897 2324 2683 3000 3550 4243 6000 8485
15000 900 1273 1800 2324 2846 3286 3674 4347 5196 7348
22000 1090 1541 2180 2814 3447 3980 4450 5265 6293 8899
33000 1335 1888 2671 3447 4221 4874 5450 6448 7707
47000 1593 2253 3186 4113 5038 5817 6504 7695 9198
56000 1739 2459 3478 4490 5499 6350 7099 8400
68000 1916 2710 3832 4948 6060 6997 7823 9256
100000 2324 2396 4648 6000 7348 8485 9487
150000 2846 4025 5692 7348 9000
200000 3447 4874 6893 8899
Table 4 - Maximum allowable leakage for aluminum electrolytics per EIA standards.
Leakage charts
The following leakage charts list the maximum amount
of allowable leakage for the most common aluminum
electrolytics and dipped solid tantalum capacitors. These
charts are also duplicated on the PULL CHART below
the LC103. Good capacitors (as far as leakage is
concerned) will measure lower than the amounts shown
in the Leakage Charts. When measuring leakage, you do
not need to wait for the readings to drop to zero or to its
lowest point. The capacitor is good for any leakage
reading which is lower than the amount shown in the
chart.
Leakage values shown in Table 4 for aluminum
electrolytic capacitors are the worst-case conditions, as
specified by the Electronic Industries Association (EIA)
standard RS-395. The values are determined by the
formulas: L = 0.05 x CV (for CV products less than
1000) or L = 6 x square root of CV (for CV products
greater than 1000. (The CV product is equal to the
capacitance value multiplied by the voltage rating).
The tantalum capacitor leakage values listed in Table 5
are for the most common type of tantalum capacitors -
dipped solid, type 3.3. These values are specified by EIA
standard RS-228B, following the formula: L = 0.35 x
square root of CV. In a few applications outside of
consumer service, tantalum capacitors other than type
3.3 may be encountered. Refer to the manufacturers
specifications for the maximum allowable leakage for
these special capacitor types.