PT06J-16-23P

Heilind Number:AMP1045598-1
Manufacturer:Amphenol Industrial Operations
Manufacturer Number:PT06J-16-23P
Datasheet:Drawing
ECAD Model:
3D Model

Description:

1052 3355 02,OSSM FLANGE JACK

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Specifications

AttributeValue
Product Category:
Manufacturer:Amphenol Industrial Operations
Manufacturer Part Number:Amphenol Industrial Operations PT06J-16-23P
Series:AMP SSMA
Gender:Jack
Mount Type:Panel
Termination Method:Solder and Braze-In
Contact Material:Beryllium Copper
Contact Plating:Gold
Mating Type:Threaded
Seal Type:Hermetically Sealed, O-Ring
Impedance:50 Ω
Operating Frequency:38 GHz
Body Material:Stainless Steel
Flange Shape:Rectangle
Number of Positions:1
Interface:SSMA
GPL:E25
Port Configuration:Single Port
Packaging:Package
Operating Temperature Range:-65 - 165 °C, -85 - 329 °F
Sealable:Yes
Wire Termination Style:Solder and Braze-In
GPL Description:Aerospace Defense & Marine
Product Code:4474
Number of Coaxial Contacts:1
Body Finish:Passivated
Cable Connector Orientation:Straight
Center Contact Plating Material:Gold
Center Contact Material:Beryllium Copper
Dielectric Material:PTFE
Contact Captivation Method:Mechanical
Mated Outer Diameter (Approximate):.285 in, 7.24 mm
Connector Product Type:Connector Assembly
Part Aliases:1052-3355-02 1045598-1
SKU:AMP1045598-1

Detailed Description

The AMP SSMA Jack Panel Connector is a high-performance RF coaxial connector designed for demanding aerospace, defense, and marine applications. Featuring a hermetically sealed construction with a gold-plated beryllium copper contact, this connector ensures reliable signal transmission in harsh environments. With a low impedance of 50 Ω and a wide operating frequency range of up to 38 GHz, it is ideal for high-speed data and communication systems. The stainless steel body with passivated finish offers excellent durability, while the solder and braze-in termination method allows for secure and robust installation. RoHS compliant and suitable for operating temperatures ranging from -65 to 165 °C, this connector guarantees both performance and reliability in critical systems.