205557-2

Heilind Number:AMP205557-2
Manufacturer:TE Connectivity
Manufacturer Number:205557-2
Datasheet:Datasheet
ECAD Model:
3D Model

Description:

RECEPT ASSY,15 POSN,AMPLIMITE

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Specifications

AttributeValue
Product Category:
Manufacturer:TE Connectivity
Manufacturer Part Number:TE Connectivity 205557-2
Amperage:7.5 A
Gender:Receptacle
Number of Contacts:15
Contact Material:Leaded Nickel Copper
Pitch:.109 in, 2.77 mm
Shell Size:2
Contact Size:20
Contact Type:Socket
Shell Plating:Cadmium
Mount Hole Diameter:.12 in (3.05 mm), 3.05 mm (0.12 in)
Number of Positions:15
GPL:243
Shell Material:Steel
Packaging:Package
Operating Temperature Range:-22 - 257 °F, -50 - 125 °C
Circuit Application:Signal
Contact Mating Area Plating:Gold
Contact Mating Area Plating Thickness:50 µin
Sealable:No
GPL Description:Aerospace Defense & Marine
Connector and Contact Terminate To:Wire & Cable
Product Code:4778
Connector System:Cable-to-Cable
Connector Product Type:Connector
Contact Style:Crimp Snap-In
Non Magnetic:Yes
Retainer Clip Material:Stainless Steel
Power Signal Coax Combination:No
NASA Qualification:No
Ultra-Lite Connector:No
Blind Mate:No
Part Aliases:M24308/2-2F
SKU:AMP205557-2

Detailed Description

Enhance connectivity with this receptacle assembly, featuring 15 positions for versatile signal transmission. Designed for Amphenol's AMPLIMITE series, this component ensures reliable performance in aerospace, defense, and marine applications. With a durable steel shell and cadmium plating, it guarantees longevity even in harsh environments. The contact sockets, made of leaded nickel copper and gold-plated for optimal conductivity, accommodate 20 AWG wires with a secure crimp snap-in style. Operating within a wide temperature range, from -50 to 125°C (-22 to 257°F), this connector meets stringent industry standards for signal integrity. Suitable for cable-to-cable connections, it offers a seamless interface for your electronic systems. Whether for military, industrial, or commercial use, this receptacle assembly is a dependable choice for high-performance signal transmission.