SPECIFICATION AND PERFORMANCE

SERIES:

112A-TAAR-R03

FILE:

112A-TAAR-R03_spec

DATE:

2012/09/12

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。

-3 -

Shock

Finish

1. No electrical

discontinuity more

than 0.1μs.

2 .No Damage

3. Contact Resistance:

80mΩ(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 3

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

(MIL-STD-202 METHOD 213)

Card Insertion / Eject Force

9.8N(Max)

Push the card at the speed rate 25 ± 3 mm/minute.

Card Release Force

2N+/-1N

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

speed rate 25 ± 3 mm/minute.

Push in strength

No Damage

The card inserted in positive and the opposite direction

and the load of 19.6N is added

ENVIRONMENTAL

Item

Requirement

Test Condition

Temperature Cycle

Finish

1. Contact Resistance:

80mΩ(Max)

2. Insulation

Resistance:

100MΩ(Min)

Test time: 6 cycles (JIS C0025)

Stage

Temp

Time

t1

-55 C



30 min

t2

-55~+90 C



3 min

t3

+ 90 C



30 min

t4

+90~-55 C



3 min

Heat Resistance

Finish

1. Contact Resistance:

80mΩ(Max)

2. Insulation

Resistance:

100MΩ(Min)

Solder connectors on PCB and mate them together,

expose to 90

C

0

2

±

for 96hrs. Upon completion of the

exposure period, the test specimens shall be

conditioned at ambient room conditions for 1 of 2hrs,

after which the specified measurements shall be

performed.(MIL-STD-202 METHOD 108)

Cold Resistance

Finish

1. Contact Resistance:

80mΩ(Max)

2. Insulation

Resistance:

100MΩ(Min)

Solder connectors on PCB and mate them together,

expose to -55

C

0

3

±

for 96hrs. Upon completion of the

exposure period, the test specimens shall be

conditioned at ambient room conditions for 1 of 2hrs,

after which the specified measurements shall be

performed.

(EIA364-59)

t1

t2

t3

t4