1-330723-2

AMP1-330723-2
ICC Number:AMP1-330723-2
Manufacturer:TE Connectivity
Manufacturer Number:1-330723-2
Datasheet:Datasheet
ECAD Model:
3D Model

Description:

MIN THD PLUG KIT

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Specifications

AttributeValue
Product Category:
RF Coaxial Connectors & Accessories RF Coaxial Connectors
Manufacturer:TE Connectivity
Manufacturer Part Number:TE Connectivity 1-330723-2
Series:KT
Gender:Plug
Termination Method:Crimp
Mating Type:Bayonet
Impedance:50 Ω
Operating Frequency:2 GHz
Body Material:Brass
Cable Type:RG 180, RG 180A, RG 180B, RG 195, RG 195A
Number of Positions:1
Interface:Mini Threaded
Port Configuration:Single Port
Operating Temperature Range:-55 - 85 °C, -67 - 185 °F
Sealable:No
Wire Termination Style:Crimp
Connector and Contact Terminate To:Wire and Cable
Ferrule Plating:Gold
Number of Coaxial Contacts:1
Body Finish:Plated
Body Plating Material:Silver
Cable Connector Orientation:Straight
Center Contact Plating Material:Gold
Center Contact Material:Brass
Detent:Without
Dielectric Material:PTFE
Mated Outer Diameter (Approximate):.126 in, 3.2 mm
Connector System:Cable to Cable
Part Aliases:1-330723-2
SKU:AMP1-330723-2

Detailed Description

The MIN THD PLUG KIT is a versatile and high-performance RF coaxial connector designed for demanding applications. With a low minimum Total Harmonic Distortion (THD), this plug kit ensures optimal signal integrity and transmission quality. Featuring a crimp termination method and a bayonet mating type, it offers secure and reliable connections. Constructed with a brass body and plated finish, it guarantees durability and long-lasting performance. Suitable for use with cables such as RG 180, RG 195, and more, this connector operates at a frequency of 2 GHz with an impedance of 50 Ω. Whether for data and devices or wire and cable applications, the MIN THD PLUG KIT, with its gold ferrule plating and PTFE dielectric material, is a dependable choice for your connectivity needs. RoHS compliant and with a straight cable connector orientation, it is ideal for high-speed and high-frequency environments.