GCT Cookie Policy

Some features of this website use cookies to enhance your experience. By continuing to use this website you are giving your consent for cookies to be used. If you disable the use of cookies in your browser, some features of the website may not function correctly. For more information on our use of cookies and your data, see our updated Privacy Policy.

SIM8065 - Push-Push SIM Card Connector

  • SIM8065 3D Render
    SIM8065 3D Render
  • SIM8065 Three Quarter View
    SIM8065 Three Quarter View
  • SIM8065 1 Top View
    SIM8065 1 Top View
  • SIM8065 2 Bottom View
    SIM8065 2 Bottom View
  • SIM8065 2 Rear Three Quarter View
    SIM8065 2 Rear Three Quarter View
  • SIM8065 3 Front View
    SIM8065 3 Front View
  • SIM8065 3 On Board View
    SIM8065 3 On Board View
  • SIM8065 4 Back View
    SIM8065 4 Back View
  • SIM8065 5 Left View
    SIM8065 5 Left View
  • SIM8065 6 Right View
    SIM8065 6 Right View
  • SIM8065 3D Render
  • SIM8065 Three Quarter View
  • SIM8065 1 Top View
  • SIM8065 2 Bottom View
  • SIM8065 2 Rear Three Quarter View
  • SIM8065 3 Front View
  • SIM8065 3 On Board View
  • SIM8065 4 Back View
  • SIM8065 5 Left View
  • SIM8065 6 Right View
Series: SIM8065 Alternative Product: SIM8066
Product Status: Active
Product Family: 4FF Nano SIM connector
Connector style: Push-Push
Number of contacts: 6
Polarised? Yes
Card detection switch: With switch - Normally Closed
Profile: 1.37mm
Locating peg option: With locating peg

Product Resources

  • External Site Disclaimer

    By clicking continue, you understand that you will be redirected to our partners website (www.snapeda.com) to view the PCB layout files available in different formats.

  • Material

    Contact Material: Copper Alloy
    Standard Insulator Material: High Temperature Thermoplastic
    Metallic Shell: SUS

    Plating

    Contact Plating: Gold Flash over Nickel
    Solder Tail: Golf Flash over Nickel

    Electrical

    Voltage Rating: 30V AC/DC
    Current Rating: 1.0A AC/DC Max
    Contact Resistance: 50mΩ Max
    Insulation resistance: 1000MΩ Min at 500V DC for 1 minute between adjacent terminals
    Dielectric withstanding voltage: 500V AC for 1 minute

    Mechanical

    Durability: 5000

    Environmental and Processing

    Operating Temperature: -40°C to +85°C
    Solder Temperature: Peak temp 255°C (+0/-5°C) Maximum (5 seconds above 250°C)