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Number of Columns: 16
Gender: Female
Contact Material: Phosphor Bronze
Brand: TE Connectivity
Housing Material: Liquid Crystal Polymer
Contact Plating: Gold over Nickel
Termination Method: Solder
Backplane Connector Type: VITA 46 Centre
Series: MULTIGIG RT 2
Mounting Type: Through Hole
Number Of Contacts: 144
Number Of Rows: 9
Body Orientation: Straight
Pitch: 1.8mm

Specifications

VITA 46 VPX Compliant MULTIGIG RT backplane connector system with a high-speed data rate capable of meeting or exceeding 10 Gbit/s. VPX provides higher speed data rates than VME and increases bandwidth with fewer pin counts. The MULTIGIG RT VITA 46 high-speed backplane system consists of backplane receptacle connectors and daughtercard plug connectors. These MULTIGIG RT VITA 46 high-speed backplane connectors have a modular design with optimized footprints for improved signal integrity. Staggered differential pairs minimize footprint noise. The modular design of these VITA 46 backplane connectors enables them to be used in various combinations offering flexibility in design. Flexible wafer layout options also enable customization. These MULTIGIG RT VITA 46 backplane connectors feature a robust pinless interface for increased reliability and durability, superior crosstalk performance and provide ESD protection in the unmated state. The connectors feature polarization to prevent mismating and have compliant PCB pins for manufacturing efficiency and superior electrical performance Part number 1410187-3 is a Daughtercard Connector - Centre Module, Differential
Part number 1410190-3 is a Daughtercard Connector - Centre Module, Single Ended
Part number 1410189-3 is a Daughtercard Connector - Left End Half Module, Utility
Part number 1410140-1 is a Backplane Connector - Centre Module
Part number 1410142-1 is a Backplane Connector - Right End Module
Part number 1410186-1 is a Backplane Connector - Right End Half Module

• VITA 46 VPX Compliant
• High-Speed data rates of 10+ Gbit/s.
• Modular system for design flexibility
• Optimized footprints for improved signal integrity
• Pinless interface for increased reliability
• Superior cross talk performance
• Provide ESD protection
• Customizable wafer interface
• Polarization to prevent mismating • Compliant PCB pins for superior electrical performance