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SIM7155 - Push-Push SIM Card Connector

  • SIM7155 1 Product View
    SIM7155 1 Product View
  • SIM7155 2 Product View Underside
    SIM7155 2 Product View Underside
  • SIM7155 3 Top View
    SIM7155 3 Top View
  • SIM7155 4 Bottom View
    SIM7155 4 Bottom View
  • SIM7155 5 Rear View
    SIM7155 5 Rear View
  • SIM7155 6 Front View
    SIM7155 6 Front View
  • SIM7155 7 Side View
    SIM7155 7 Side View
  • SIM7155 1 Product View
  • SIM7155 2 Product View Underside
  • SIM7155 3 Top View
  • SIM7155 4 Bottom View
  • SIM7155 5 Rear View
  • SIM7155 6 Front View
  • SIM7155 7 Side View
Series: SIM7155
Product Status: Active
Product Family: 3FF Micro SIM connector
Connector style: Push-Push
Number of contacts: 6
Polarised? Yes
Card detection switch: With switch - Normally Closed
Profile: 1.43mm
Locating peg option: Without 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 C5210-EH
    Standard Insulator Material: LCP, S475, UL94V-0, Black
    Contact Terminal: Copper Alloy C5210-EH
    Metallic Shell: Stainless steel SUS304
    Metallic Shell Rear: Null
    Actuator Material: LCP, MG350, UL94V-0

    Plating

    Contact Terminal
    Underplating: 50µ" Min. nickel all over
    Contact Plating: Gold Flash
    Solder Area: Gold Flash
    Solder Tail: Gold Flash
    Metallic Shell: 50µ" Min. nickel all over, Solder area gold flash

    Electrical

    Voltage Rating: 30 V
    Current Rating: 0.5 Amp
    Contact Resistance: Initial 100mΩ Max, Final 150mΩ Max
    Insulation resistance: 1000MΩ Max
    Dielectric withstanding voltage: 500V AC for 1 minute between adjacent terminal, no breakdown

    Mechanical

    Durability: 3,000 Cycles

    Environmental and Processing

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

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