TNC To N Type Cable LMR195 Type Coaxial Cable 6M For WiFi RFID Antenna

TNC To N Type Cable LMR195 Type Coaxial Cable 6M For WiFi RFID Antenna Specification

Product Type
TNC To N Type Cable LMR195 Type Coaxial Cable

Number of Conductor
1

Conductor Diameter
0.93 mm (approx)

Conductor Number
Single Core

Armored Material
No

Jelly Filled
No

Rip Cord
No

Insulation
Solid Polyethylene

Installation Guideline
Suitable for RF communication, WiFi, RFID Antenna connections

Jacket
Polyvinyl Chloride (PVC)

Color
Black

No Of Core
1

Heat Proof
Yes

Application
WiFi Router, RFID Reader, Antenna Extension, Communication Equipment

Frequency Range
DC to 6 GHz

Operating Temperature
-40C to +85C

UV Resistant
Yes

Cable Length
6 Meter

Connector Type
TNC Male to N Male

RoHS Compliant
Yes

Impedance
50 Ohms

Cable Type
LMR195 Coaxial

Attenuation at 2.4 GHz
<0.40 dB/m

Shielding
Aluminum Foil and 90% Tinned Copper Braid

Voltage Rating
Max 1500 Volts

TNC To N Type Cable LMR195 Type Coaxial Cable 6M For WiFi RFID Antenna Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

About TNC To N Type Cable LMR195 Type Coaxial Cable 6M For WiFi RFID Antenna

Description:RF Coaxial Cable,N Straight Male,RP-TNC StraightMale,LMR195 Cable Assembly

RF Coaxial Cable,N Straight Male,RP-TNC Straight Male,LMR195 Cable Assembly
Used for Wireless communication and Wireless LAN;
Application include Mobile Phone, PC, GPS, Network Storage Equipment, Medical, Lighting, Remote Control, etc;
Pre-assemblied with different RF connectors for choice. Size and cable length can be customized;
From the OEM Original Factory, same quality with much better price.

Versatile RF Cable Solution

The LMR195 type TNC to N male cable is engineered to deliver high-quality signal transmission in demanding RF environments. Its superior shielding, solid insulator, and durable PVC jacket provide consistent connectivity and protect against environmental factors. This makes the cable ideal for WiFi, RFID antenna, and other communication equipment connections requiring reliable performance and long-term use.

Advanced Construction and Protection

Constructed with premium aluminum foil and 90% tinned copper braid shielding, the cable efficiently guards against interference and signal loss. Its insulation with solid polyethylene and jacket made of heat-proof, UV-resistant PVC ensures robust protection, even under extreme weather or high voltage applications.

FAQs of TNC To N Type Cable LMR195 Type Coaxial Cable 6M For WiFi RFID Antenna:

Q: How should I use the TNC to N Type LMR195 Coaxial Cable for my antenna connections?

A: You can use this cable to connect WiFi routers, RFID readers, and antenna extensions, ensuring the connectors match your equipment (TNC male to N male). Its 6-meter length provides flexibility for various installation setups without significant signal loss.

Q: What are the benefits of choosing this LMR195 cable for RF communication?

A: The cables low attenuation (<0.40 dB/m at 2.4 GHz), robust shielding, and high voltage rating (up to 1500V) deliver reliable signal quality. Its UV resistance and wide operating temperature range allow dependable use both indoors and outdoors.

Q: When is it necessary to use an LMR195 cable over other types of coaxial cables?

A: Choose LMR195 cables when you need low signal loss over moderate distances (6m in this case) and require flexibility, solid shielding, and compatibility with TNC/N connectors for RF applications like WiFi and RFID.

Q: Where can this cable be installed safely?

A: This cable is suitable for both indoor and outdoor installations due to its UV-resistant, weatherproof jacket and heatproof properties. Always ensure its routed away from sharp bends or high heat sources for optimal performance.

Q: What is the process of connecting this cable to my communication equipment?

A: Simply attach the TNC male connector to the output/input port of one device and the N male connector to the corresponding port of another device, ensuring a secure connection for effective RF signal transmission.