FME Jack / Female Crimp Connector for Cable Types: RG58, AIR802 CA195, Times Microwave's LMR195, Belden 8240/8219

AIR802® model CN2FMEJ is a FME jack (female) coaxial connector sized to fit RG58, AIR802® CA195, Times Microwave LMR195® and Belden® 8240/8219 size cable.

AIR802® manufactures high precision and performance connectors. Connector selection is extremely important to insure proper operation and reliability. Poorly constructed connectors will cause higher VSWR and insertion loss resulting in electrical noise and intermittent issues. AIR802® manufactures very large quantities of connectors for our global customers allowing us to provide an attractive quality to price ratio.

In choosing connectors, it is important to match one to the type of cable being used, the impedance (50 versus 75 ohms), the frequency support, insertion loss, voltage rating, cable size or type and environmental specifications. If you are an amateur considering buying connectors to install, we recommend that you purchase our pre-manufactured antenna cable assemblies which have been professionally assembled and tested. Installation of connectors without experience and proper equipment will lead to improperly terminated connectors.

FME connectors are commonly used in cellular mobile equipment applications. This FME jack or female connector is for use with RG58 and 195-Series type cables, such as AIR802® CA195 and Times Microwave's LMR195®.

Specifications

ELECTRICAL
Impedance	50 ohms
Frequency Range	DC to 3 GHz
Voltage Rating	500 Volts Peak
Dielectric Withstanding Voltage	1000 Volts RMS
Insertion Loss	.20 dB Max.
MATERIAL
Body	Nickel Plated Brass
Contact	Gold Plated Brass
Insulator	TFE
Ferrule	Nickel Plated Brass
MECHANICAL
Cable Attachment	Hex Braid Crimp
Center Conductor Attachment	Solder
Cable Retention	30 lbs. Pull
Mating	M8XP0.75 threading
Mating Torque	15 inch pounds Maximum
ENVIRONMENTAL
Temperature	-67°F to 185°F (-55°C to 85° C)
RoHS Compliant	Yes
Corrosion	MIL-Std. 202 Method 101 (Test Condition B)
Temperature Cycling	MIL-Std. 202 Method 102 (Test Condition C)
Altitude	MIL-Std. 202 Method 105 (Test Condition C)
Vibration	MIL-Std. 202 Method 204 (Test Condition D)
Moisture Resistance	MIL-Std. 202 Method 106 (Test Condition B)