2-in-1 Dual Stack Socket, Push-Push Tray
115U-B200
Micro SD and Micro/Nano SIM Socket, Stack Type, Tray Push-Push, w/Lock and Switch, 10u"
ATTEND's 2-in-1 stacked card connector is designed to enhance space efficiency and functionality in electronic devices. Supporting Micro SD, Nano SIM, and Micro SIM cards, it ensures seamless data transfer and optimal PCB space usage. Ideal for industrial automation, IoT, and rugged equipment, it offers robust performance and versatile configurations, setting a new standard in industrial connectivity solutions.
ATTEND's 2-in-1 stacked card connector is designed to enhance space efficiency and functionality in electronic devices. Supporting Micro SD, Nano SIM, and Micro SIM cards, it ensures seamless data transfer and optimal PCB space usage. Ideal for industrial automation, IoT, and rugged equipment, it offers robust performance and versatile configurations, setting a new standard in industrial connectivity solutions.
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AVAILABLE ACCESSORIES
MAIN FEATURES

- Tray push-push type SIM+ Micro SD connector (tray is separated)
- Card detection and reverse insertion prevention for correct mating
- Extended 6 mm ejection length for easy card removal
- 2 mm tray edge for adaptable panel/casing design
- Tray lock function for robust protection against shock
- Tested to 5,000 mating cycles
- Operating temperature range: -40°C to +105°C
- Passes EN60721-3-5 Class 5M3 random vibration and Level II shock tests
- Flexible combinations of Micro SD, Nano SIM, and Micro SIM for varied applications

Application:
- Telematics and V2X
- IIoT
- Smart meter
- Gateway and Router
- M2M
- Mobile devices
- Security and surveillance
SPECIFICATION
Current Rating | 0.5A per pin |
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Voltage Rating | 10V DC |
Contact Resistance | 100mΩ Max. |
Insulation Resistance | 1000MΩ |
Dielectric Withstanding Voltage | 500VAC |
Durability | 5,000 cycles |
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Contact Normal Force | 0.5N Max. per pin |
Tray Lock Force | 3N Min. |
Operating temperature range | -40°C~+105°C |
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Storage temperature range | - 40°C~+105°C |
Recommended IR Reflow Temperature | 260°C |
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