2302791-1

ICC Number:AMP2302791-1
Manufacturer:TE Connectivity
Manufacturer Number:2302791-1
Datasheet:Drawing
ECAD Model:
3D Model

Description:

VERTRECASSY,CENTER,RTM,MULTIGIG RT3

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Specifications

AttributeValue
Product Category:
Manufacturer:TE Connectivity
Manufacturer Part Number:TE Connectivity 2302791-1
Series:MULTIGIG RT 3
Amperage:1 A
Connector Type:Backplane (Receptacle)
Gender:Receptacle
Housing Material:LCP - GF (Liquid Crystal Polymer)
Number of Rows:9
Mount Type:Board Mount
Termination Method:Through Hole - Press-Fit
Pitch:.071 in, 1.8 mm
Row Spacing:.071 in, 1.8 mm
Impedance:100 Ω
Number of Positions:135
Mount Orientation:Vertical
GPL:B54
Operating Temperature Range:,
Circuit Application:Power & Signal
Sealable:No
Mating Alignment:Guide Hardware
Mating Alignment Type:Keyed
GPL Description:Aerospace Defense & Marine
Connector and Contact Terminate To:Printed Circuit Board
Product Code:X943
Number of Columns:16
Connector System:Board to Board
Connector Product Type:Motherboard Connector
Pairs Per Column:2
Board to Board Configuration:Vertical
Shroud Type:No
Card Slot Centerline:20.3 mm, .8 in
Guide Location:Unguided
Part Aliases:null 2302791-1
SKU:AMP2302791-1

Detailed Description

VERTRECASSY is a high-performance backplane connector designed for demanding applications in aerospace, defense, and marine industries. Featuring a robust construction with a Liquid Crystal Polymer housing, this connector ensures reliable power and signal transmission in harsh environments. With 135 positions arranged in 9 rows, it offers ample connectivity for complex systems. The through-hole press-fit termination method guarantees secure and durable attachment to the PCB. Operating at an impedance of 100 Ω and with a current rating of 1 A, VERTRECASSY is ideal for high-speed data and power transmission. Its vertical mount orientation and keyed mating alignment provide easy and precise installation. This connector, part of the MULTIGIG RT 3 series, is not only RoHS compliant but also offers excellent performance and durability, making it a preferred choice for mission-critical applications.