Quick Answer

• 5-meter RG58U RF coaxial jumper cable
• Features N male to FME female connectors
• Ideal for antenna connections and RF applications

What is this RF Coaxial Cable?

This 5-meter RG58U RF coaxial cable serves as a reliable jumper, connecting devices with N male and FME female ports. It is specifically designed for antenna connections and general radio frequency applications where a stable signal transmission is crucial.

The cable is constructed with a single conductor, ensuring efficient signal flow. Its standard RG58U designation indicates a common and versatile coaxial cable type suitable for various RF setups.

Key Specifications and Use Cases

With a total length of 5 meters, this cable provides ample reach for connecting antennas to radios, signal boosters, or other RF equipment. The combination of an N male connector and an FME female connector offers broad compatibility with different types of RF devices.

This jumper cable is an essential accessory for amateur radio operators, network installers, or anyone needing to extend or adapt RF signal paths. Its construction is optimized for signal integrity over its 5-meter length.

Specifications

Specifications:

• Number of Conductors: 1
• Model Number: RG58
• Length: 5 meters
• Brand Name: LINATCHO

Frequently Asked Questions:

What is the length of this RG58U coaxial cable?

This RG58U coaxial cable is 5 meters long. It provides ample reach for connecting antennas and other RF equipment.

What type of connectors does this RF cable have?

The cable features an N male connector on one end and an FME female connector on the other. This allows for versatile connections between different RF devices.

What is this coaxial cable typically used for?

This cable is commonly used as a jumper cable for antenna connections and other radio frequency applications. Its RG58U type is suitable for signal transmission.

How many conductors are in this RG58U cable?

The RG58U coaxial cable has 1 conductor. This configuration is standard for single-signal coaxial transmission.