Cable e p FD 2 — F-to-F ribbon cable, female/female connectors, 0.2 m, white

e p FD 2 is a 0.2 m F-to-F ribbon cable with female/female F-type connectors in white, designed for short RF/coaxial patching and interconnection runs. It creates a compact link for signal routing between devices with F sockets, suitable for testing setups, appliance connections and installations that require short coax links while maintaining DC pass and wideband performance.

Advantages

The cable features flexible construction for easy routing in tight spaces and quick connections without additional adapters. Its F-to-F female connectors enable direct coupling between F-socket devices and components. The design supports DC pass, allowing power to be carried through the coax path when needed, and the specified frequency range and typical attenuation deliver reliable signal transfer for satellite and antenna systems.

Suitable for

• Short patching between satellite receivers, set-top boxes and wall outlets
• Temporary test and measurement interconnects in RF setups
• Connecting appliances or modules with F female sockets in compact installations

Key specifications

• Cable length: 0.2 m
• Connector type: female F-to-female F (F jacks)
• Color: white
• Frequency range: 40–2400 MHz
• Typical attenuation: 1.5 dB
• Feature: DC pass enabled
• Construction: flexible ribbon coax

How to use

Align each female F connector with the corresponding male F socket on the devices to be linked and push the cable onto the connection until it seats firmly. Because this cable is short and flexible, route it to avoid sharp bends or compression that could increase attenuation. Use it for temporary or permanent short runs where an F-to-F link is required; no drilling or additional mounting hardware is necessary for the connection itself.

Recommendations

For best performance, keep cable runs as short as practical and avoid tight kinks. Ensure connectors are free of debris before mating and use weatherproofing measures if the connection is exposed to outdoor conditions despite the cable’s compact form. Do not subject the cable to excessive tensile force or repeated flexing at the connector joints.