Signal splitter LIBOX LB0047 — 4-way coaxial RF splitter

LIBOX LB0047 — 4-way coaxial RF splitter is designed to divide a single coaxial RF input into four outputs for distribution of television, radio or FM signals in home and small-office installations. The compact, fixed splitter keeps signal paths separated while allowing one antenna or cable feed to serve multiple receivers. The device is compatible with common coaxial systems and provides a simple hardware solution where a stable multi-output RF distribution is required.

Advantages

The LIBOX LB0047 offers a compact metal housing and a fixed four-output configuration that simplifies installation and reduces the need for additional adapters. It maintains consistent signal paths for each output and supports typical antenna, cable TV and FM broadcast signals without active power. Its straightforward design minimizes insertion points and potential signal loss associated with improvised splitting solutions.

Suitable for

• Distributing a single antenna feed to multiple TVs in a home
• Connecting one cable input to several set-top boxes or tuners
• Routing FM antenna signals to multiple receivers
• Small office installations requiring passive RF splitting

Key specifications

• Type: passive 4-way coaxial RF splitter
• Connectors: female coaxial F-type (standard for TV/cable/antenna systems)
• Frequency range: suitable for VHF/UHF television and FM radio bands
• Impedance: 75 ohm matching common consumer coaxial networks
• Construction: compact, fixed-output metal housing for improved shielding

How to use

Connect the incoming coaxial cable from the antenna or cable source to the splitter input and attach the four coaxial cables to the outputs leading to individual receivers or tuners. Ensure connectors are tightened by hand or with a suitable tool to avoid loose connections. Place the splitter in a dry, ventilated location away from strong electromagnetic interference and route coaxial cables to minimize sharp bends or stress on connectors.

Usage recommendations

For best results, use quality coaxial cables and properly terminated F-type connectors. If signal strength to any receiver is weak after splitting, consider using a distribution amplifier or an amplified splitter to compensate for splitting loss, or check for poor cable quality and connector issues.