1061001-1

Heilind Number:AMP1061001-1
Manufacturer:TE Connectivity
Manufacturer Number:1061001-1
Datasheet:Drawing
ECAD Model:
3D Model

Description:

5862 5007 09, OSX JACK RECEPTA

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Specifications

AttributeValue
Product Category:
Manufacturer:TE Connectivity
Manufacturer Part Number:TE Connectivity 1061001-1
Gender:Jack
Series:OEG Power PCB relay OSA
GPL:884
Sealable:No
Impedance:50 Ω
Interface:MCX
Packaging:Package
Mount Type:Board Mount
Body Finish:Plated
Mating Type:Snap-On
Product Code:4467
Body Material:Brass
Contact Plating:Gold
GPL Description:Data and Devices
RF Connector Type:MCX
Port Configuration:Single Port
Dielectric Material:TFE Fluorocarbon
Number of Positions:1
Operating Frequency:6 GHz
Mated Outer Diameter (Approximate):.137 in, 3.48 mm
Center Contact Material:Brass
Number of Coaxial Contacts:1
Operating Temperature Range:-65 - 165 °C, -85 - 329 °F
Center Contact Plating Material:Gold
Detent:Without
Connector System:Cable to Cable
Contact Configuration:Captivated Contacts
Mount Orientation:Vertical
Body Plating Material:Gold
Connector and Contact Terminate To:Printed Circuit Board
Body Orientation:Straight
Height Above PC Board:.231 in, 5.9 mm
Termination Method:Surface Mount
Center Contact Plating Thickness:1397 µin
PCB Retention:Without
Part Aliases:5862-5007-09 1061001-1
SKU:AMP1061001-1

Detailed Description

The 1061001-1 is a high-performance MCX RF connector from the OEG Power PCB relay OSA series, designed for seamless board mounting in electronic applications. Featuring a durable brass body with plated finish, this connector offers excellent signal integrity with a low 50 Ω impedance. Gold-plated contacts ensure reliable conductivity, even in demanding environments, while the TFE Fluorocarbon dielectric material guarantees optimal performance up to 6 GHz. With a single port configuration and snap-on mating type, installation is quick and easy. RoHS compliant and suitable for operating temperatures ranging from -65 to 165 °C, the 1061001-1 is a dependable choice for high-frequency connectivity in critical systems.