CSC Series Datasheet

1

2

Type

CSC402

Derating Linear

[ºC]

70…170 (0W)

Endurance

IEC60115-1 clause 4.25

(P70, @ 70[°C], 1000[h])

±[%]

1,0

Resistance to Soldering Heat

IEC60115-1 clause 4.18

(260±5[°C], 3,5±1[s])

±[%]

N.A.

Low Temperature Exposure

-65[ºC] 24[H]

±[%]

0,1

High Temperature Exposure

+170[ºC] 1000[H]

±[%]

1

Rapid change of temperature

IEC60115-1 clause 4.19 and IEC60068-2-14

(30 [min] -55 [ºC] and 30 [min] +150 [ºC])

±[%]

0,5

Biased Humidity

MIL-STD-202 Method 103

(85[ºC], 85[%RH] 1.000[h])

±[%]

0,5

Vibrations

Mil-STD-202 Method 204

(10 to 2000 [Hz], 5 [G] for 20 [min], 12 cycles, each of 3 orientation

±[%]

0,2

Mechanical Shock

Mil-STD-202 Method 213

(Method C, peak value 100 [G], Half sine)

±[%]

0,2

Solderability

IEC60068-2-20

(245±5[ºC] 3±0,5[s])

Solder bath method (> 95% coverage)

Stability deviation

* Tt = Terminal Temperature

±[%]

< 0.5 after 2000 Hours * Tt= 110ºC

< 1.0 after 2000 Hours

* Tt = 140ºC

Marking

IEC60062

Value imprinted

Size

Value

Resistance

values

TCR

Material

Power Rating

Resistive alloy

[m

Ω]

[ppm/

ºC]

P70 [W] P100 [W]

TCR [ppm]

CSC402

0.2

L2

< 50

Copper Manganese MC2Alloy

12

5

<±10

0.3

L3

Copper Manganese 38 Alloy

10

5

0.5

L5

Copper Manganese 38 Alloy

9

5

0.7

L7

Copper Manganese 43 Alloy

8

5

1.0

R001

Copper Manganese 43 Alloy

7

4

2.0

R002

Aluchrom Alloy

7

4

<-25

3.0

R003

Aluchrom Alloy

5

3

4.0

R004

Aluchrom Alloy

4

2

5.0

R005

Aluchrom Alloy

3

2

Note: Please contact with sales offices, distributors and representatives in your region before ordering.