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ELECTRICAL

Item

Requirement

Test Condition

Contact Resistance

Initial:

30 mΩ (Max)

Solder connectors on PCB and mate them

together, measure by applying closed circuit

current of 100mA maximum at open circuit

voltage of 20mV (max).

(JIS C5402 5.4)

Insulation Resistance

Initial:

500 MΩ (Max.)

After:

100 MΩ (Min.)

Apply 500V DC between adjacent contacts, or

contact and ground.

(MIL-STD-202 METHOD 302)

Dielectric

Withstanding Voltage

No breakdown

Mate connectors; apply 250V AC at 60 Hz(rms.)

between two adjacent for 1 minute.

(Trip current:0.5mA)

(MIL-STD-202 METHOD 301)

MECHANICAL

Item

Requirement

Test Condition

Contact Normal Force

50 gf per pin (Min.)

The normal force of the individual contact shall be

50 gf minimum end of life.

Contact Retention

Force

180 gf 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

Finish

1.Contact Resistance:

50mΩ(Max)

2.No Damage

After 50 mating and unmating cycles with 1.0mm

thick board at the rate of 25 ± 3mm/min. The

connector shall be of no damage to the housing

or contacts. The connector shall also meet the

requirements of contact resistance in the

paragraph 5.1 (EIA364-09)

Shock

Finish

1. No electrical

discontinuity more

than 0.1μs.

2 .No Damage

3. Contact Resistance:

50mΩ(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.

A(50G,11 ms Half-sine)

(MIL-STD-202 METHOD 213)