Micro SIM Socket, Push-Push Type
115Q-BCA0
Micro SIM Card Socket, Push-Push Type, 8 Pin, SMT, with Switch, 5u''
SIM card connector series is a well-known integrated circuit module which mainly used to store the International Mobile Subscriber Identity (IMSI) securely, and its related key to identifying subscribers on mobile devices. Sim card format has been shrunk gradually because the design tends to be miniature and portable, the result is the development of Micro SIM, Mini-SIM, and the Nano-SIM. ATTEND offers multiple selections, including push-push, push-pull, hinge, bar push, holder, and eject type. Most of them are also featured in stability, durability and a wide range of operating temperatures as a perfect tracking solution for embedded and industrial systems.
SIM card connector series is a well-known integrated circuit module which mainly used to store the International Mobile Subscriber Identity (IMSI) securely, and its related key to identifying subscribers on mobile devices. Sim card format has been shrunk gradually because the design tends to be miniature and portable, the result is the development of Micro SIM, Mini-SIM, and the Nano-SIM. ATTEND offers multiple selections, including push-push, push-pull, hinge, bar push, holder, and eject type. Most of them are also featured in stability, durability and a wide range of operating temperatures as a perfect tracking solution for embedded and industrial systems.
Share:
MAIN FEATURES

INTRODUCTION:
- Card detection switch (Normally Close)
- Mating cycles 5,000 times
- Low profile 1.6mm height

APPLICATION:
- IIOT
- WIFI Module
- Smart Meter
- LTE Router
- IPC / POS
- Vehicle Tracking
SPECIFICATION
Current Rating | 0.5A DC/AC |
---|---|
Voltage Rating | 10V DC/AC |
Contact Resistance | P1~P8: 100mΩ Max. |
Contact Resistance | CD: 140mΩ Max. |
Insulation Resistance | 1000MΩ Min. |
Dielectric Withstanding Voltage | 500VAC for 1 minute |
Durability | 5,000 Cycle |
---|---|
Insertion Force | 10N Max. |
Extraction Force | 0.5N Min. |
Operating temperature range | -40℃~+85℃ |
---|