Low

MOLEX  79107-7019  Board-To-Board Connector, Milli-Grid 79107 Series, 40 Contacts, Receptacle, 2 mm, Through Hole

Produktoversigt

The 79107-7019 is a 40-circuit 2-row 2mm pitch Milli-Grid™ Vertical Receptacle, with 0.38µm gold selective plating, 3mm tail, gold-plated phosphor bronze contacts and through hole termination. This 791047 series receptacle is made of high temperature thermoplastic, mates with 87758 vertical, through hole, stackable PCB header, 87759 vertical, surface mount, stackable PCB header, 87760 right angle, through hole, stackable PCB header, 87831 vertical, through hole PCB header, 87832 vertical, surface mount PCB, suitable for board-to-board and signal applications. The high-density Milli-Grid™ connector system based on a 2 by 2mm grid pattern that offers complete design flexibility for wire-to-board, board-to-board and cable-to-board applications.
  • Early entry system crimp terminals - Provides longer pin wipe for a more reliable contact
  • Center polarization key - Prevents mismating
  • Locking ramps - Provides strong retention force to header
  • Black colour
  • 1A Current rating per contact
  • 125V Voltage rating
  • -55 to 105°C Temperature range

Produktoplysninger

Product Range:
Milli-Grid 79107 Series
No. of Contacts:
40Contacts
Gender:
Receptacle
Pitch Spacing:
2mm
Contact Termination Type:
Through Hole
No. of Rows:
2Rows
Contact Plating:
Gold Plated Contacts
Contact Material:
Phosphor Bronze
SVHC:
To Be Advised

Find lignende produkter  grupperet efter ens attributter

Applikationer

  • Automotive;
  • Audio;
  • Consumer Electronics;
  • Communications & Networking

Lovgivning og miljø

Oprindelsesland:
China

Det land, hvor den sidste væsentlige fremstillingsproces fandt sted

Produktsporbarhed
RoHS-kompatibel:
Ja
Tarifnr.:
85366930
Vægt (kg):
.002862

Alternativer

Lignende produkter

Søg efter produkter med lignende funktionalitet. Vælg et af de følgende links, så kommer du hen til en oversigtsside, der viser alle produkter i denne kategori, som deler den angivne funktion.