SAME SKY (formerly CUI Devices) Logo
Manufacturer Part Number (MPN) MSIM-11-A
Manufacturer SAME SKY (formerly CUI Devices)
Short Description SIM Card Connector, Nano SIM, Push-Pull Type, Normally Open
Datasheet 📄 Datasheet

Supreme Components is an authorized distributor of SAME SKY (formerly CUI Devices). We do not carry stock of this item but can quote upon request. Submit your request using the form.

Product Attributes

TYPE
DESCRIPTION
Durability
5000 Cycles
Orientation
Normal
Producttype
SIM Card Connector
Simcardtype
Nano SIM
Mountingtype
Surface Mount Technology
Currentrating
0.5 Amperes
Shellmaterial
Stainless Steel
Voltagerating
50 Volts AC
Contactmaterial
Copper Alloy
Housingmaterial
Thermoplastic UL 94V-0
Contactresistance
100 Milliohms maximum
Insulationresistance
1000 Megaohms minimum
Operatingtemperature
-25 to +85 Degrees Celsius

Ordering Information

Parameter
Value
Packaging Type
TAPE_AND_REEL

Full Description

Supreme Components International, an authorised distributor, presents the MSIM-11-A Nano SIM card connector manufactured by SAME SKY (formerly CUI Devices). This connector features a push-pull mechanism for easy and secure SIM card insertion and removal. The normally open configuration ensures proper signal detection and prevents accidental short circuits. Designed for space-constrained applications, this Nano SIM connector offers a compact footprint without compromising performance. Its robust construction guarantees durability and long-term reliability. Perfect for mobile devices, IoT devices, and other applications requiring a dependable SIM card interface. Benefit from SAME SKY's quality and Supreme Components International's reliable distribution.

Looking for more SAME SKY (formerly CUI Devices) connectors? [Click here to browse all SAME SKY (formerly CUI Devices) parts]

Supreme Components is an authorized distributor of SAME SKY (formerly CUI Devices). We do not carry stock of this item but can quote upon request. Submit your request using the form.

This is a staging environment
×