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IMPACT™ Backplane Connector System

TE Connectivity offers the IMPACT™ Connector System to meet the increased speed and density requirements for future system upgrades and next generation data networking and telecommunications equipment. The IMPACT™ High Density Backplane Connector System provides design engineers with a high-performance backplane solution that provides long-term reliability and reduces cost.

The IMPACT High Density Backplane Connector System features a unique broad-edge- coupled design with low impedance and a localized ground return path in an optimized differential-pair array. The differential pairs are tightly coupled and surrounded by grounding structures to isolate the pairs, which minimizes crosstalk, improves overall bandwidth performance, and minimizes performance variance.

The IMPACT High Density Backplane Connector System's mating interface provides in-line, staggered, bifurcated (forked) contacts with 2 points of contact. The second is staggered 1 mm behind the first for maximum reliability and built-in, ground-signal sequencing. This acts to reduce the mating force per connector to improve the performance of the entire system.

Description
Pairs / Inch
Header Width
10 Column
Diff Pair

16 Column
Diff Pairs

6 pair Impact Connector
80 28.85mm 60 96
5 pair Impact Connector 67 24.8mm
50 80
4 pair Impact Connector 54 20.75mm 40 64
3 pair Impact Connector 40 16.75mm 30 48

The IMPACT connector offers two different plated through hole options of 0.39mm and 0.46mm for different performance options.

Tyco Electronics Impact Backplane Connector System



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Application Specification

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Features and Benefits

  • Differential pair density up to 80 pairs per linear inch
  • Broad-edge-coupled, differential-pair system
  • PCB routing complexity and costs are reduced by using 1.90 mm by 1.35 mm (.075" by .053") grid on backplane and daughter card
  • Flexibility and advanced mechanical and electrical performance with two compliant-pin attach options
  • In-line staggered, bifurcated contact beams in daughter card interfaces provides improved mating performance

Markets and Applications

  • Telecommunication equipment
  • Hubs, switches, routers
  • Central office, cellular infrastructure and multi-platform (DSL, Cable Data) systems
  • Medical imaging
  • Data networking equipment
  • Storage
  • Servers
  • Test and measurement equipment
  • Medical diagnostic equipment


Electrical
and Mechanical Specifications
  • Current Rating: 0.75A per pin max.
  • Operating Voltage: 30 VAC RMS/DC max.
  • Mating Force: 0.30 N (9.066 lb) max. per pin
  • Durability: 200 cycles
  • Compliant Pin Retention Force to PCB:3.56 N (.80 lb) per compliant pin average min.
  • Compliant Pin Insertion Force to PCB:26.7 N (6.0 lb) max. per contact
  • Insulation Resistance: 10,000 Megohms min.

Physical
Specifications
  • Housing: Liquid Crystal Polymer,
    UL 94V-0m
  • Signal and Ground Contact:
    Copper (Cu) Alloy
  • Plating:
    • Contact Area - 0.76μm (30μ") Gold (Au) min.
    • Solder Tail Area - Tin (Sn) or Tin/Lead (Sn/Pb)
    • Underplating - Nickel (Ni)
  • PCB Thickness: 1.60mm (.062") typical
  • Operating Temperature: -55 to +85°C max














  • TE Connectivity
  • Interconnects|Connector-Rectangular