0457111000

PowerPlane Busbar Connectors

PowerPlane Busbar Power Connectors deliver high-current performance along with various configurations and feature options. These power connectors offer high reliability for enhanced performance and are excellent for a wide range of power-distribution applications.

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Key Features:

• Float-Mount Design
  Allows up to +/- 1.00mm of misalignment, facilitating blind mating in deep racks.
• One part number mates with 3.00- and 3.18mm-thick busbar tabs
  This facilitates mating with de facto output blades for typical power supply applications and gives designers options for enhanced performance while meeting various system requirements.
• Multiple, independent points of contact
  This allows for 40% more points of contact than competitors do for high reliability and enhanced performance.
• Several different current ratings and attachment methods utilizing the same separable interface
  Engineers can overcome design limitations and have confidence in achieving a reliable interface with a variety of attach options across different current ratings. This provides a scalable solution for customers to meet different application requirements.
  
  

Additional Product Features:

• Mounts to a busbar via two holes using customer-supplied machine screws as well as solder tab options
• High-conductivity copper alloy
• Dimensionally compatible with competitive connectors
• Low voltage drop
• Silver plating for lower resistance
  
  

Applications:

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A growing global emphasis on transformational energy is converging with consumer expectations in the transportation space involving safety, comfort, convenience and functionality — spurring a revolution in automotive architecture and a shift toward electric vehicles (EVs). With EVs expected to become increasingly prevalent on our roadways, there’s also a rising call for broader implementation of both commercial and residential EV charging stations designed to help expedite battery replenishment.

Read on for timely insights regarding EV charging-related challenges and opportunities:
https://www.arrow.com/research-and-events/videos/molex-evolving-toward-enhanced-ev-charging