Amphenol FCI PwrBlade+® Connectors

Amphenol FCI PwrBlade+® Connectors feature a next-generation AC/DC power distribution connector system for demanding applications requiring higher linear current density and low power loss. These connectors are capable of 192A per linear inch with eight adjacent high-power contacts energized simultaneously and ≤0.7mΩ power contact resistance after environmental exposure. The PwrBlade+ connectors build on PwrBlade's proven technology and include enhancements to achieve increased performance and density. They are rated up to 75A per power contact without exceeding a 30°C temperature rise in still air. Amphenol FCI PwrBlade+® Connectors also feature a highly vented, halogen-free housing design, a low-power contact option for applications with multiple voltages and lower power requirements, and half-bullet guides for a reduced connector footprint.

Features

  • High power contact option (up to 75A/contact; 30°C temperature rise in still air) for cost-effective power delivery in 1U and 2U power supplies or power distribution applications
  • Low-power contact option (up to 49A/contact; 30°C temperature rise in still air) for applications with multiple voltages and lower power requirements
  • Highly vented housing design maximizes heat dissipation for effective system cooling
  • Half-bullet guides offer a reduced connector footprint
  • Compatible with lead-free processing temperatures
  • Housing material is halogen-free for next-generation environmental requirements
  • Wide operating temperature range (-40°C to +125°C) for extreme environments
  • Right-angle and co-planar options are available with both power contacts for power distribution and signal contacts for power control
  • Number and placement of power and signal contacts are highly configurable for custom power needs
  • Solder or press-fit tails are available for termination flexibility

Applications

  • AC/DC pluggable power supplies in data, telecom, and datacom/networking equipment
  • Industrial PCs
  • Industrial controls and instrumentation
  • Medical
Publié le: 2012-04-11 | Mis à jour le: 2024-08-19