Samtec Tiger Eye™ SFM .050" (1.27mm) Pitch Sockets

Samtec Tiger Eye™ SFM .050" (1.27mm) Pitch Socket Strips are designed for micro rugged, high-reliability, high-cycle applications. The Tiger Eye contains multi-finger, heat-treated, Beryllium Copper (BeCu) contacts designed for rugged environments. These Samtec connectors are available in vertical, right-angle, and horizontal orientations and through-hole or surface-mount termination. Optional alignment pin, locking clip, dual screw-down, or weld tab is available for design flexibility.

Features

  • 0.050" (1.27mm) pitch
  • Tiger Eye contact system
  • Vertical and horizontal orientations
  • Application: Polarized single and double row multi-finger BeCu contact system to 100 pins
  • Through-hole and surface-mount terminations
  • Special features: Screw-down and solder nail options available for most rugged requirements
  • Extended Life Product™ (E.L.P.™)
  • Mates with TFM Series

Specifications

  • Severe Environment Testing (SET) specifications:
    • Mating / unmating durability 250 cycles at 100% relative humidity
    • DWV at altitude – simulated altitude of 70,000ft. 300VAC for 60 seconds
    • Electrostatic discharge (ESD) tested at 5kV, 10kV, and 15kV
    • Temperature cycling -65°C to +125°C, 500 cycles w/ 30 minute dwell time
    • Mechanical shock 40G peak shock for 11ms, half-sine
    • Random vibration 12 gRMS, 5 2 2000Hz, 1 hour per axis
Samtec Tiger Eye™ SFM .050

Videos

Severe Environment Testing (SET)

Chart - Samtec Tiger Eye™ SFM .050

Severe Environment Testing (SET) is a Samtec initiative to test certain products beyond typical industry standards and specifications, many of which are common requirements for harsh environment applications/industries.

Driven by demands for high functioning commercial standard interconnects, SET has proven beneficial in providing performance confidence, not only for rugged Mil/Aero industries and applications but also for Automotive, Industrial, and Medical applications.

Opublikowano: 2018-09-04 | Zaktualizowano: 2023-03-09