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ELECTROLYTIC ALUMINUM CAPACITORS

Revision 04/18

Tel : + 33 (0)2 40 01 26 51

UR

10 V

16 V

25 V

40 V

50 V

63 V

80 V

100 V 160 V 200 V

Up

11,5

18

29

46

58

72

92

115

184

230

Us

200

235

UR 250 V 305 V 350 V 360 V 385 V 400 V 410 V 415 V 450 V 460 V 500 V

Up

288

330

385

390

424

440

450

457

495

506

550

Us

290

335

405

405

430

450

468

468

500

540

600

PEAK VOLTAGE (V)

1000 cycles, without ripple current

Up : Repetitive standard peak voltage (30 s)

Us : Repetitive surge voltage (0,1 s)

Do not overstep this value without damage.

Dimensions (mm)

Ip (A)

I~ max.

Ø

H

40°C

85°C

(A)

36

44

330

170

22

36

52

400

200

22

36

60

450

220

22

36

80

600

300

22

36

104

700

400

22

51

62

700

400

25

51

81

800

400

25

51

104

1100

500

25

51

144

1300

600

25

66

104

1900

800

50

73

104

3000

1100

55

73

144

4000

1700

55

77

104

3100

1200

55

77

144

4200

1800

55

77

220

5700

2400

55

90

144

5700

2400

80

90

200

7700

3200

80

Dimensions (mm)

Id

Ø

H

(A)

36

44

200

36

52

230

36

60

300

36

80

440

36

104

580

51

62

600

51

81

740

51

104

990

51

144

1280

66

104

1400

73

104

1570

73

144

2200

77

104

2000

77

144

2800

77

220

3700

90

144

3900

90

200

4800

PERMISSIBLE REPETITIVE PEAK CURRENT Ip :

If given corresponding max r.m.s. currents are not exceeded,

peak current values are as follows :

(Hz)

50

100

300

600

1 000

10 000 ≥ 50 000

I

0,8 x I~

I~

1,2 x I~

1,3 x I~

1,35 x I~

1,5 x I~

1,6 x I~

PERMISSIBLE RIPPLE CURRENT I (R.M.S. VALUE)

versus frequency ƒ :

I ~ : permissible r.m.s. current at 100 Hz

FAST DISCHARGES WORKING (ID)

Discharge current Id = peak current of 3 ms per cycle of 1 to 60 s, at 40°C.

Id as a function of case

EXPECTED LIFE WITH ID :

• 1 to 5 discharges per minute For I = Id 48 000 000 cycles

• 10 discharges per minute For I = Id 36 000 000 cycles

• 15 discharges per minute For I = Id 18 000 000 cycles

I = Id/2 > 1 x 109 cycles

• 15 to 60 discharges per minute

To have the highest dissipated power, use preferably FELSIC CAPAX 500 V and

calculate r.m.s. current (general technical data § 6.4.2.).

In order to have the highest value of stored energy use preferably FELSIC

CAPAX 305 V, 360 V, 410 V and 460 V (0.4 Wh/kg).

CONNECTIONS IN SERIES :

Operating voltages exceeding 500 V up to 20000 V will be reached by connecting

capacitors with rated voltages higher or equal to 350 V in series.

EXPECTED LIFE

as a function of temperature and ripple current :

FELSIC CAPAX

15 000 h / 85°C

BC - BD