2322 662 96...

Vishay BCcomponents

PTC Thermistors For Degaussing,

Dual, Mono And Double Mono Cased

www.vishay.com

For technical questions contact: nlr.europe@vishay.com

Document Number: 29077

186

Revision: 10-Oct-03

DOUBLE MONO CASED RANGE

ELECTRICAL DATA AND ORDERING INFORMATION

Notes

2. Lower minimum coil resistance is available on request.

3. The indicated resistance value is the parallel combination of two degaussing PTCs.

4. Decay time is the time from the moment of maximum peak current until the half of the maximum peak inrush current.

5. Alpha maximum is the maximum decrease in current expressed in percent between two successive peaks.

6. Inrush currents and decay times at other voltage coil combinations can be derived from Figures 7 to 13 in the section,

“Introduction, PTC thermistors for degaussing”.

7. LT = low tolerance; LD = long decay.

MINIMUM

INRUSH

CURRENT

(A)

MAXIMUM

RESIDUAL CURRENT

(mA)

(Ω

Ω

Ω

Ω)

(Ω

Ω

Ω

Ω)

TYPICAL DECAY

PERFORMANCE

2322 662 .....

after

5 s

after

30 s

after

180 s

±

±

±

±%

MIN.

TYP.

DECAY

(ms)

ALPHA

(%)

4e/2e pitch

33

200

35

25

9.0 (18 × 2)

25

7

10

80

31

LD

96754

34

200

35

25

7.0 (14 × 2)

25

7

10

80

31

LD

96752

36

200

40

30

6.0 (12 × 2)

20

7

10

85

31

LD/LT

96756

33

200

45

35

4.5 (9 × 2)

20

10

13

130

27

LD/LT

96758

35

200

50

40

3.5 (7 × 2)

20

13

13

135

27

LD/LT

96759

27

250

80

45

3.5 (7 × 2)

20

3

7

255

16

LD/LT

96757

34

250

80

45

2.5 (5 × 2)

20

3

6

200

19

LD/LT

96755

39

250

80

45

1.5 (3 × 2)

20

4

6

250

21

LD/LT

96753

INRUSH CURRENT

APPLICATION SPECIFIC DATA

The data shown in the above tables is obtained from measurements at reference parameters. If these parameters do not

correspond to the application parameters required, refer to Figures 7 to 13 in the“Introduction, PTC thermistors for degaussing”,

datasheet.

Minimum inrush current as a percentage of mains voltage.

CCB447

90

110

220

300

100

20

40

60

80

0

(%)