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-2 -

MECHANICAL

Item

Requirement

Test Condition

Contact Normal

Force

30gf Min./per Pin

0mm gap to housing surface (work position)

Speed of 0.60±3 mm/minute (0mm from

housing) (refer to Appendix 2)

Durability

(Vertical Insertion

Direction)

Contact resistance

Initially 50 mΩ Max.

Contact resistance Finally

100 mΩ Max.

Contact Normal Force

within spec. (refer to

Appendix 1&2)

Mate connectors at 240-550 cycles/hour to 3000

cycles. Vertical insertion for max

deflection case.

Open & Lock Durability

Durability: 50 Cycles

Final Force: 150g Min.

SIM card connector on the PCB welding, load a

SIM card inside the connector, parallel to push on

the shell surface for open & lock

ENVIRONMENTAL

Item

Requirement

Test Condition

LOW temperature

resistance

Contact resistance

100mΩ Max.

At -30°C for 96 hours

Recovery: 2 hours at ambient atmosphere

Humidity

resistance

There shall be no short

circuiting and damage

detected at AC 500V r.m.s

Insulation

resistance:1000MΩ Min.

Contact resistance:

100mΩ Max.

EIA 364 – 31 Method Ⅱ Test Condition A.

Subject unmated connectors to 96 hours at 60°C

with 90％ to 95％ R.H.

Temperature life

Resistance: 100mΩ Max.

change from initial value

At +85°C for 96 hours

Salt Spray

Meets requirements of

product drawing

Contact resistance:

100mΩ Max.

EIA-364-26B

Subject mated connectors to 5+/-1%salt-solution

concentration, 35+/-2°C for 24hours. After test,

rinse the sample with water and recondition the

room temperature for 1 hour

Vibration

(Random)

Contact resistance

100mΩ Max.

Discontinuity < 1 ms

(EIA-364-28)

Frequency: 10~100 Hz, 0.0132 g2/Hz;

Frequency: 100~500Hz, -3dB/Oct Applied for 1

hours in each 3 mutually perpendicular axes

Shock

(specified pulse)

Contact resistance

100mΩ Max.

Discontinuity < 1 ms

Pulse shape = half sine

Peak acceleration = 490m/s2 (50G)

Duration of pulse = 11ms

Apply 3 successive shocks in each direction along

the 3 mutually

perpendicular axes.

(EIA364-27)