Nano SIM Socket, Hinge Type, 6 Pin w/CD 10u"
115V-AA03
Nano SIM Socket, Hinge Type, 6 Pin w/CD 10u", Reel
ATTEND’s Nano SIM Card Socket is designed for reliable connections in compact devices. The hinge mechanism allows easy insertion and secure card retention, ensuring stable performance in mobile devices, IoT systems, and industrial equipment. With 10u'' gold plating for excellent durability and corrosion resistance, this connector is ideal for demanding environments. It’s the perfect choice for applications requiring space efficiency and robust performance.
ATTEND’s Nano SIM Card Socket is designed for reliable connections in compact devices. The hinge mechanism allows easy insertion and secure card retention, ensuring stable performance in mobile devices, IoT systems, and industrial equipment. With 10u'' gold plating for excellent durability and corrosion resistance, this connector is ideal for demanding environments. It’s the perfect choice for applications requiring space efficiency and robust performance.
Share:
MAIN FEATURES

-
10µ" gold-plated contacts for stable performance.
-
Operating temperature –40°C to +105°C for harsh environments.
-
5,000-cycle durability for long-term reliability.
-
Metal shaft and holder arm provide enhanced mechanical strength.
-
Slide-back eject design with 110° opening and built-in card detection (CD)
APPLICATIONS

-
Intelligent Transportation System
-
In-Vehicle Computer
-
Infrastructure for Commercial IoT
-
Industrial Automation Equipment
-
Smart City Sensing and Monitoring Devices
SPECIFICATION
| Current Rating | 0.5A per pin |
|---|---|
| Voltage Rating | 10V DC |
| Contact Resistance | Initial 50mΩ, after 100mΩ Max. |
| Insulation Resistance | 1000MΩ |
| Dielectric Withstanding Voltage | 500VAC |
| Terminal Durability | 5,000 Cycle |
|---|---|
| Contact Normal Force | 0.3N min. per pin |
| Open & Lock Durability | 100 cycles |
| Open & Lock Force | 1.5N ~ 20N with card |
| Operating temperature range | -40°C~+105°C |
|---|---|
| Storage temperature range | -40°C~+105°C |
| Recommended IR Reflow Temperature | 260°C |
|---|







