POWER ELECTRONICS USE PLASTIC FILM CAPACITORS

Rated d.c voltage

U N : 1,500Vdc

Max.ripple voltage

U r : 350V Non repetitive surge voltage U S : 2,250V

Voltage test between terminals

U TT : 2,250Vdc/10s Voltage test terminals to case. U TC : 3,200Vac/10s

Nominal

Capacitance

C N

〔μF〕

Dimensions

Maximum ripple

current (Arms)

I max*

〔Arms / at50

1k ~ 10kHz

〕

Maximum

peak

current

Î

〔kA〕

Maximum

Surge

current

I s

〔kA〕

Equivalent

Series

Resistance

ESR

〔m 〕

Equivalent

Series

Inductance

ESL

〔nH〕

Thermal

resistance

R th

〔K/W〕

Part number

Diameter

D

〔mm〕

Length of

the case

L1

〔mm〕

70

85

70

23

2

6

4.6

60

8.0

MLC1500V706KB8570

80

85

75

23

2

6

4.8

65

7.7

MLC1500V806KB8575

88.5

70

25

3

9

4.0

60

7.8

MLC1500V806KB88570

90

85

80

23

3

9

5.1

65

7.1

MLC1500V906KB8580

88.5

75

25

3

9

4.3

65

7.2

MLC1500V906KB88575

100

85

87

22

2

6

5.7

75

7.0

MLC1500V107KB8587

88.5

80

24

3

9

4.7

65

7.2

MLC1500V107KB88580

110

85

95

22

2

6

6.5

80

6.1

MLC1500V117KB8595

88.5

87

24

3

9

5.2

75

6.5

MLC1500V117KB88587

100

70

30

4

12

3.1

60

6.9

MLC1500V117KB10070

120

100

75

30

4

12

3.4

65

6.3

MLC1500V127KB10075

130

85

106

22

3

9

7.3

90

5.5

MLC1500V137KB85106

88.5

95

24

3

9

5.6

80

6.0

MLC1500V137KB88595

100

80

29

4

12

3.8

65

6.1

MLC1500V137KB10080

150

88.5

106

24

3

9

6.4

90

5.3

MLC1500V157KB885106

100

87

29

4

12

4.0

75

5.7

MLC1500V157KB10087

116

70

37

5

15

2.5

60

5.7

MLC1500V157KB11670

160

85

120

22

3

9

8.1

100

4.9

MLC1500V167KB85120

116

75

36

5

15

2.7

65

5.5

MLC1500V167KB11675

170

88.5

120

23

3

9

7.7

100

4.8

MLC1500V177KB885120

100

95

29

4

12

4.5

80

5.1

MLC1500V177KB10095

180

116

80

36

5

15

2.9

65

5.1

MLC1500V187KB11680

190

100

106

28

4

12

5.2

90

4.7

MLC1500V197KB100106

200

85

159

42

5

15

2.9

50

3.8

MLC1500V207KB85159

116

87

34

5

15

3.2

75

5.2

MLC1500V207KB11687

230

85

175

42

5

15

3.2

55

3.4

MLC1500V237KB85175

88.5

159

46

6

18

2.6

50

3.6

MLC1500V237KB885159

100

120

28

4

12

5.9

100

4.2

MLC1500V237KB100120

116

95

34

5

15

3.5

80

4.7

MLC1500V237KB11695

140

70

40

8

24

1.8

60

6.8

MLC1500V237KB14070

250

140

75

40

8

24

2.0

65

6.2

MLC1500V257KB14075

260

88.5

175

45

6

18

2.9

55

3.3

MLC1500V267KB885175

270

85

197

42

5

15

3.6

60

3.0

MLC1500V277KB85197

116

106

34

5

15

3.9

90

4.3

MLC1500V277KB116106

280

140

80

40

8

24

2.1

65

5.8

MLC1500V287KB14080

300

88.5

197

45

6

18

3.3

60

2.9

MLC1500V307KB885197

100

159

54

7

21

2.1

50

3.2

MLC1500V307KB100159

320

85

225

42

5

15

4.2

70

2.6

MLC1500V327KB85225

116

120

34

5

15

4.5

100

3.7

MLC1500V327KB116120

140

87

40

8

24

2.3

75

5.3

MLC1500V327KB14087

340

100

175

53

7

21

2.3

55

3.0

MLC1500V347KB100175

350

88.5

225

44

6

18

3.8

70

2.7

MLC1500V357KB885225

360

140

95

39

8

24

2.5

80

5.1

MLC1500V367KB14095

390

100

197

53

8

24

2.7

60

2.6

MLC1500V397KB100197

400

140

106

38

8

24

2.9

90

4.7

MLC1500V407KB140106

410

116

159

65

10

30

1.7

50

2.8

MLC1500V417KB116159

460

100

225

52

8

24

3.1

70

2.3

MLC1500V467KB100225

470

116

175

65

10

30

1.8

55

2.5

MLC1500V477KB116175

480

140

120

38

8

24

3.3

100

4.1

MLC1500V487KB140120

540

116

197

64

10

30

2.1

60

2.3

MLC1500V547KB116197

640

116

225

64

10

30

2.4

70

2.0

MLC1500V647KB116225

140

159

71

16

48

1.2

50

3.2

MLC1500V647KB140159

720

140

175

70

16

48

1.3

55

3.1

MLC1500V727KB140175

810

140

197

69

16

48

1.5

60

2.8

MLC1500V817KB140197

960

140

225

69

16

48

1.8

70

2.3

MLC1500V967KB140225

Standard Products Table

• Please inquire us in case low frequency (commercial frequency) or frequency above 10kHz is included in ripple current.

• Maximum permissible ripple current is calculated by the value in this table with frequency and temperature correction factors.

Also the maximum current must be controlled below the permissible terminal current .

Please refer useful life graph based on ambient temperature and voltage.

HOTSPOT = T

a

＋I 2×ESR×Rth