Part No.

Pin Qty

Dimensions

Max. Working Voltage

Max. Overload

Voltage

Resistance

Range

L

(Max).

H

(Max)

T

(Max)

C

0.2

d±0.02

f±0.02

-0.1

GRA018

004

10.2

5.08

25

4.5

0.5

2.54

100V

150V

10R~M

005

12.7

5.08

25

4.5

0.5

2.54

100V

150V

10R~M

006

15.3

5.08

25

4.5

0.5

2.54

100V

150V

10R~M

007

17.8

5.08

25

4.5

0.5

2.54

100V

150V

10R~M

008

20.4

5.08

25

4.5

0.5

2.54

100V

150V

10R~M

009

22.9

5.08

25

4.5

0.5

2.54

100V

150V

10R~M

010

25.4

5.08

25

4.5

0.5

2.54

100V

150V

10R~M

011

28.0

5.08

25

4.5

0.5

2.54

100V

150V

10R~M

012

30.5

5.08

25

4.5

0.5

2.54

100V

150V

10R~M

013

33.1

5.08

25

4.5

0.5

2.54

100V

150V

10R~M

014

35.6

5.08

25

4.5

0.5

2.54

100V

150V

10R~M

Test Item

Test Condition

Performance

Temperature Coefficient

the resistance value at normal temperature and normaltemperature added 100°C, calculate per °C resistance value changerate.

250ppm/°C

Short Time overload

2.5×rated voltage or Max. overload      voltage(get the lower) for 5seconds.

R≤±(1% 0.05Ω)

Resistance to soldering Heat

Immerge into the 350±10°C tin stove for 2~3seconds

R≤±(0.5% 0.05Ω)

Solderability

Immerge into the 245±3°C tin stove for 2~3seconds

The soldering area is over 95%

emperature cycling

At -55°C for 30 min. , then at 25°C for 10~15°C, then at 125°Cfor 30 min., then at 25°C for 10~15 min., total 5cycles.

R≤±(0.5% 0.05Ω)

Load life in humidity

Overload rated voltage or Max. working voltage(get the lower)for 1000 hours(1.5hours on and 0.5 hours off) at the 40±2°C and90~95% relative humidity.

R≤±(3% 0.05Ω)

Load life in heat

Overload rated voltage or Max. working voltage(get the lower)for 1000 hours(1.5hours on and 0.5 hours off) at the 70±2°C

R≤±(3% 0.05Ω)

Pin strength

Solder the lead wire on the Arrany Resistor Pin, pull strengthneed reach 500g

R≤±(3% 0.05Ω)

No mechanical damage