413990-1

ICC Number:AMP413990-1
Manufacturer:TE Connectivity
Manufacturer Number:413990-1
Datasheet:Datasheet
ECAD Model:
3D Model

Description:

STR JACK, SMB, PCB

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Specifications

AttributeValue
Product Category:
Manufacturer:TE Connectivity
Manufacturer Part Number:TE Connectivity 413990-1
Gender:Jack
Mount Type:Board Mount
Termination Method:Through Hole
Contact Plating:Gold Over Nickel
Body Orientation:Straight
Mating Type:Snap-Fit
Impedance:50 Ω
RF Connector Type:SMB
Body Material:Brass
Body Shape:Square
Number of Positions:1
Mount Orientation:Vertical
Interface:SMB
GPL:884
Port Configuration:Single Port
Tail Length:.155 in, 3.94 mm
Packaging:Carton
Operating Temperature Range:-65 - 85 °C, -85 - 185 °F
Sealable:No
GPL Description:Data and Devices
Connector and Contact Terminate To:Printed Circuit Board
Product Code:3386
Number of Coaxial Contacts:1
Body Finish:Plated
Body Plating Material:Gold over Nickel
Center Contact Plating Material:Gold over Nickel
Center Contact Material:Brass
Detent:Without
Dielectric Material:PTFE
Height Above PC Board:.3 in, 7.62 mm
Mated Outer Diameter (Approximate):.187 in, 4.75 mm
Product Grade:Mil-Type
Connector System:Cable to Board
Connector Product Type:Connector Assembly
Part Aliases:1370644 413990-1
SKU:AMP413990-1

Detailed Description

The 413990-1 is a high-performance straight jack RF connector designed for SMB applications on printed circuit boards. Featuring gold over nickel contact plating, this connector ensures reliable signal transmission with minimal impedance (50 Ω). Its brass body and PTFE dielectric material provide durability and stability, even in harsh operating conditions ranging from -65 to 85 °C. With a snap-fit mating type and vertical mount orientation, it offers easy installation and secure connections. This Mil-Type connector assembly, featuring a single port configuration and tail length of .155 inches, is perfect for demanding industrial and military applications. RoHS compliant and with a product grade of Mil-Type, the 413990-1 guarantees high reliability and performance in critical systems.