Harwin SMT Spring Contacts

Harwin SMT Spring Contacts allow for flexibility when creating electrical and grounding connections. With many configurations and working heights, these spring contacts provide an ideal solution when space constraints are an issue. They are ideal for blind mating and tolerant to both wiping and sliding actions. The contacts are provided on tape and reel for automated assembly and cost-effective production. Harwin SMT Spring Contacts are available in a variety of configurations to provide an array of benefits. Antenna contacts with a positive stop feature prevent overstressing and permanent set of the component. Multidirectional contacts allow for vertical or horizontal use. The box style design prevents twists and snagging of the free end, while C-shape designs allow for simple and effective contact with metal shields or frames.

Features

  • Provides a flexible electrical connection or grounding
  • Achieves up to 14A of current (dependent on contact)
  • Withstands up to 10,000 mating cycles (dependent on contact)
  • Allows for simple and effective contact with metal shield or frames
  • Ideal for blind mating
  • Small mating surface ideal for antenna applications
  • Working heights from 0.90mm to 6.95mm
  • Gold and tin finish options
  • Suitable for both wiping and sliding options
  • Provided on tape and reel for automated assembly
  • Positive stop options to prevent overstressing and permanent set
  • Multidirectional version available for vertical or horizontal mating
  • Box style design option to prevent twisting and snagging
  • Development kits available to assist with design, development, and prototyping

Applications

  • Instrumentation
    • Panels
    • Control units
    • Environmental monitoring
    • Process control equipment
  • Consumer
    • Home entertainment
    • Wireless devices
    • IoT
  • Communications
    • Antenna connections
    • Mobile and handheld devices
    • Internal PCB grounding
  • Retail
    • POS tracking devices
    • Display units
    • RFID systems

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Publicado: 2015-08-18 | Actualizado: 2024-05-17