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SMKTOP > Press release list|April, 2013 ~ > Development of the Industry's Smallest Profile Block Type Micro SIM Card Connector

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Development of the Industry's Smallest Profile
Block Type Micro SIM Card Connector

     
 We are pleased to announce that we have developed and released a "block-type micro SIM card connector" for smartphones, mobile phones, and tablet PCs.
 This product is structured to be compatible with housing height ranging from 0.35mm to 0.8mm in accordance with design needs for smartphones and tablet PCs. 
 Further, the contact incorporates our unique technical know-how, and is configured to be resistant to deformation and buckling caused by a difference in level when using a card adapter.
 This product is added to our existing lineup of push-push and push-pull type Micro SIM card connectors, and through this varied lineup we intend to propose products that meet customer needs. 

 

【Profile of Micro SIM Card Connector Block Type】 

External

Appearance

Drawing No.

 Type

Pin

 External

dimensions

(unit :mm)

  

CLE1006-6590F 

 Block

 6

※0.5mm(H)×

10.05mm(W)×

14.75mm(D) 

 ※Compatible with housing height (0.5mm) ranging from 0.35mm to 0.8mm.


Date Released 2014/03/20
Release No. 1005cs
Product Name Micro SIM Card Connector (Block Type)
Drawing No.  CLE1006-6590F
Features

1) Realizes the following low-profile and space-saving dimensions: housing height - 0.5mm; width - 10.05mm; and length - 14.75mm.
2) The contact has a unique structure resistant to deformation and buckling.
3) Have 6 pins.
4) Can be used up to 5,000 times with compliant cards.
5) Can be automatically mounted by embossed taping.
6) Design rights already obtained (Registered design No. 1492835).

Major Specifications

Rating  5V、0.5A     
Contact Resistance  100mΩ MAX
Insulation Resistance

DC500V 1,000MΩ MIN

Withstanding Voltage 500V
Operating Temperature Range -20℃~+65℃
Operating Life  5,000 times
Applications Smartphone, Mobile Phones, Tablet PC
Release Date March 2014 
Inquiry For more information, Please contact the CS Division