SIM card connectors & Micro SIM card connectors & Nano SIM Card Connectors is available at RHT.
We have been selling on the markets many years and get good feedback.
Please view our large selection of SIM card connectors & Micro SIM card connectors & Nano SIM Card Connectors. Any questions,Please contact our sales team to get any service support.
If you need any samples,quick L/T, and etc, we will try our best to support.
Features
-6P Configuration: This indicates there are 6 main electrical contacts (pins) in the connector. These pins provide the necessary electrical connections between the SIM card and the device.
-Pitch (H1.45mm): This refers to the distance between the centers of adjacent pins. H1.45mm specifically means a pitch of 1.45mm, which determines the spacing and alignment of the pins for proper connection.
-Push-Push Mechanism: The push-push mechanism allows users to insert the SIM card by pushing it into the slot until it clicks into place. Pushing again ejects the SIM card, making it convenient for users to handle without additional tools.
-Secure Card Retention: Ensures that the Micro SIM card is securely held in place, preventing accidental disconnection or ejection during use.
-Robust Design: Micro SIM card connectors are designed to withstand frequent insertions and removals of SIM cards without compromising their functionality or durability.
Applications
1.Tablets and Laptops
2.IoT Devices
3.Wearable Technology
4.Industrial Applications
Specifications
Micro SIM Card Connector,6P,H1.45mm
Material:
Insulator:Hi-Temperature Plastic,UL94V-0.Black.
Terminal:Copper Alloy,50u" min Nickel underplated on allover,gole plated allover.
Shell:Stainless Steel,50u" Nickel underplated on allover,gole flash on solder latch.
Electrical:
Current Rating:0.5 A
Voltage Rating:5.0 V
Insulation Resistance:500MΩ Min./500V DC
Withstanding Voltage:250V AC For 1 minute.
Contact Resistance:100mΩ Max.
Mating Cycles:5000 Insertions.
Operating Temperature: -45ºC~+85ºC
Technical Documents
Please contact us for more information.