The information contained herein is exclusive property of. Do not copy and print except that Attend accepts.

本文件係屬立威科技股份有限公司所有；非經同意，不得以任何覆寫、拷貝、翻印等方式私自據有。亦不得擅加毀損、塗改。

-2 -

Voltage

flash over shall occur.

Current leakage: 1mA

max.

circuit.

EIA364-20

Temperature Rise

30°C max. under loaded

rating current

The contacts shall be wired in series and apply

rated current. Measure the temperature rising on

contact.

MECHANICAL

Item

Requirement

Test Condition

Durability

Max. change from initial

contact resistance 40mΩ

max. no physical damage

to connector shall occur

Cycle rate: 400 to 600 cycles per hour

No. of cycle: 5,000 cycles.

EIA 364-09

Insertion Force

1.0kgf (10N)Max

Measure the module card insertion force at 25±

3mm/min.

EIA364-13

Withdrawal Force

0.05kgf (0.5N) Min.

Measure the mated module card extraction force

from the socket at 25±3mm/min.

EIA364-13

Mechanical Shock

Max. Change from initial

contact

Resistance 40 mΩ Max

no electrical discontinuity

greater than 100nsec. shall

occur

Accelerated Velocity: 50 G (490 m/sec^2)

Waveform: Semi Sine

Duration: 11 m sec.

No of Shocks: 6/dir., 3 axis,( total of 18 Shocks),

EIA364-27

Vibration

Max. Change from initial

contact

Resistance 40 mΩ Max

no electrical discontinuity

greater than 100nsec. shall

occur

Frequency Range: 10-55-10

Total Amplitude: 1.52 mm p-p or 9.81m/sec^2.

Duration: 2 hours tree axes( 6 hours in total )

EIA364-28

ENVIRONMENTAL

Item

Requirement

Test Condition

Humidity-Thermal

Cycling

Max. Change from initial

contact

Resistance 40 mΩ Max

Insulation Resistance:

1000 MΩ Min. initial

100 MΩ Min. after test

No physical damage to

connector shall occur.

Ambient Temp.: 25 to 60°C

Relative humidity: 90 to 95 %

Duration: 10 cycles

EIA364-31

Thermal Shock

Max. Change from initial

contact

Resistance 40 mΩ Max

No physical damage to

connector shall occur.

Temperature Range: -55 to 85°C

No. of Cycles: 5 cycles for 30 minutes

EIA364-32

Temperature Life

Max. Change from initial

Chamber Temperature: 85±2°C