EZ-240-NF-BH-X

Type N, female (jack), straight, EZ style connector for LMR®-240 and TCOM®-240 type cables. The EZ-240-NF-BH-X eliminates assembly errors and soldering with crimp-style outer contacts and spring finger inner contacts. It features a no-braid trim design, eliminating FOD and guaranteeing an optimal and consistent termination.  The BeCu pins are designed to maximize surface contact and minimize current density. They provide a strong spring force making the EZ connectors a perfect choice for extreme cold and high- vibration applications where the center conductor might contract. The Type N is a durable, weatherproof, medium-size RF connector designed for systems where excellent RF and mechanical performance is critical. They feature a threaded coupling mechanism and are fully interchangeable with N-Type connectors made to the MIL-C-39012 specification.

EZ-240-NF-BH-X

Stock Code: 3190-6316

N-female (jack)

Inventory Status
Distributor Qty Order
Mouser220Buy
DigiKey423Buy
CDM Inc.8Buy
East Coast Microwave3Buy

Specifications

Part NumberEZ-240-NF-BH-X
Stock Code3190-6316
InterfaceN
Gender Female (jack)
Orientation Straight
PIM Rating
Impedance (ohms)50
Max Frequency (GHz)6
VSWR Freq<1.30:1
VSWR Frequency (GHz)6
Coupling NutN/A
Inner Contact AttachN/A
Outer Contact AttachCrimp
Body FinishAlballoy
Pin FinishGold
Length (mm)45.3
Length (in)1.8
Width (mm)22
Width (in)0.87
Weight (g)42
Weight (lb)0.09

Tools and Accessories

Documentation

Resources

LMR® Advantage™ X-Series connectors

March 4, 2022

October 24th, 2019 For immediate release PressRelease Times Microwave Systems expands its offering of LMR Advantage X-Series connectors Times Microwave Systems® introduces over 90 new […]

Continue reading

New Connector Field Installations Improve System Reliability

March 10, 2022

Connector Installation New Connector Field Installations Improve System Reliability By Kevin Moyher Here is a short case history demonstrating a solution for reliable field-installed connectors […]

Continue reading

EZ vs TC Connectors: What’s the Difference?

December 9, 2024

Continue reading