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Mill-Max 808/809/888 Signal Power Header/Socket Connectors

Mill-Max 808/809/888 Signal Power Shrouded Header and Socket Connectors are designed for combined signal and power transmission. These connectors simplify board layouts, provides versatility, and delivers reliable and consistent performance. The pins and receptacles are manufactured using a high-speed precision turning process. All receptacles are fitted with high-reliability beryllium copper contacts. These manufacturing processes produce connectors rated to not have electrical discontinuity greater than 1 microsecond for 50G of shock and 10Hz to 2000HZ, 15G vibration.

Features

  • Series 808 and 809
    • .415" mated height
    • Solder tails
      • ø.018" (MM#3503)
      • ø.040" (MM #3502)
      • ø.060" (MM#3501)
    • Receptacles
      • MM #0405-0
      • MM #8852-0
      • MM #9324-0
    • Contacts
      • Hi-Rel, 4-finger BeCu #30 and #34
      • Hi-Rel, 6-finger BeCu #23 contacts
    • High-temperature thermoplastic insulators with standoffs to promote solder flow
  • Series 888
    • 888_002 right angle board mount headers for soldering to the P.C.B. have ø.032" and ø.044" pins (MM #5065 & #5066)
    • 888_001 mating solder cup sockets use MM #5070-0 & #5084-0 receptacles that accept pin diameters from .022" to .046"
    • Contacts
      • 4.5A Hi-Rel, 6-finger BeCu #16
      • 8A Hi-Rel, 4-finger BeCu #34
    • High-temperature thermoplastic insulators

Datasheets

View Results ( 4 ) Page
Numéro de pièce Sexe du contact Tension de voltage Nombre de positions Style du raccordement Matériau de protection Angle de montage Nombre de lignes
809-43-040-10-001000 Socket (Female) 100 VAC, 150 VDC 40 Position Solder Tail Nylon Straight 3 Row
808-10-040-10-151000 Pin (Male) 150 V 40 Position Through Hole Nylon Straight 3 Row
888-30-005-20-002000 Pin (Male) 100 V 5 Position Through Hole Polyester Right Angle 2 Row
888-93-005-00-001000 Socket (Female) 100 VAC, 150 VDC 5 Position Solder Cup Polyester Straight 2 Row
Publié le: 2015-05-12 | Mis à jour le: 2022-03-11