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Dielectric Withstanding

Voltage

No breakdown

Mate connectors; apply 500V AC (rms.) between

two adjacent for 1 minute.

(Trip current:1mA)

(MIL-STD-202 METHOD 301)

MECHANICAL

Item

Requirement

Test Condition

Contact Retention

Force

2.5N per pin (Min.)

Place a connector on the push-pull machine, then

apply a force on a contact head and push the

contact to the opposite direction of the contact

insertion at the speed of 25 ± 3mm/min.

(EIA364-29)

Durability

No Damage

Contact Resistance:

100mΩ(Max)

Solder connectors on PCB, then place them on

the pull-push machine, and repeat mating and

un-mating 10,000cycles repeatedly at a rate of

400~600 cycles/hour. (EIA364-09)

Vibration

No electrical

discontinuity more than

0.1μs.

Contact Resistance:

100mΩ(Max)

Mate dummy card and subject to the following

vibration conditions, for a period of 30 minutes in

each of 3 mutually perpendicular axis, passing

DC 1 mA during the test.

Amplitude: 1.52 mm P-P or 19.6 m/s2

Frequency: 10-55-10Hz

Shall be traversed in 1minute.

(MIL-STD-202 METHOD 201)

Shock

No electrical

discontinuity more than

0.1μs.

Contact Resistance:

100mΩ(Max)

Solder connectors on PCB and mate them

together, subject to he following shock

conditions, 3 shocks shall be period along 3

mutually perpendicular axis, passing DC 1mA

current during the test.

1 axis, plus-minus direction, core

3times.(total:18times) 490m/s2

(MIL-STD-202 METHOD 213)

Card Insertion / Eject

Force

9.8N Max

Push the card at the speed rate

25 ± 3mm/minute.

Card Release Force

6N~9N

From the state of the card lock, Pull the card at

the speed rate 25 ± 3mm/minute.

Push in strength

No Damage

The card inserted in positive and the opposite

direction and the load of 30N is added