Antennipistorasia ShiverPeaks S/CONN 83900-10L maximum connectivity 10 dB

The Antenna socket ShiverPeaks S/CONN 83900-10L maximum connectivity 10 dB is a fixed RF socket intended for antenna installations and RF systems. It provides a defined through-connection with up to 10 dB specified connectivity and is designed to link antennas, coaxial cables and RF equipment in network distribution or test setups where a reliable socket interface is required.

Advantages

This antenna socket offers a stable mechanical interface for coaxial connections and a rated maximum connectivity of 10 dB for controlled signal attenuation. The component is suitable for integration into distribution and measurement arrangements and supports consistent electrical contact for repeated mating cycles. Its design facilitates straightforward installation and maintenance within antenna and RF systems.

Suitable for

• Linking antennas to coaxial feed lines in distribution networks
• Use in network or building antenna (GA/BK) installations requiring a fixed RF socket
• Integration in test rigs or measurement setups for RF signal routing
• Applications where a specified maximum connectivity/attenuation of 10 dB is required

Key specifications

• Type: Fixed antenna/RF socket connector
• Maximum connectivity/through attenuation: 10 dB
• Intended use: Antenna installations, RF distribution and test setups
• Physical interface: coaxial socket for antenna and RF cable connections

How to use

Mount the ShiverPeaks S/CONN 83900-10L in the designated panel or enclosure aperture and secure it according to the installation environment. Connect the coaxial cable and mating connector ensuring firm mechanical engagement and proper torque if applicable. Use the socket as part of the signal chain for antenna feeds, distribution lines or measurement setups and verify signal levels after installation to confirm expected connectivity and attenuation characteristics.

Recommendations

Inspect mating connectors and cables for wear or contamination before connection, and perform post-installation signal verification. Use appropriate cable types and shielding consistent with the RF system design to maintain performance near the specified 10 dB connectivity.