Signal splitter Corab Y_SPL0004 — 5–2400 MHz, 6 outputs, power pass

Corab signal splitter Y_SPL0004 is a passive RF splitter with six outputs that operates across a wide frequency range of 5–2400 MHz and includes power pass functionality. It is designed to distribute a single antenna or cable input to multiple receivers while allowing DC voltage to travel through designated ports, enabling remote power feeding of devices such as LNBs or remote amplifiers. The compact metal housing and industry-standard F-type connectors provide reliable mechanical and electrical connections for residential and small commercial installations.

Advantages

This Corab splitter supports a broad frequency band suitable for terrestrial TV, satellite IF ranges and broadband RF signals, reducing the need for multiple dedicated components. The six-output configuration lets you serve several tuners or set-top boxes from one feed. Built-in power pass capability preserves the ability to feed DC to compatible equipment without extra wiring. The passive design requires no external power and provides stable signal splitting with consistent impedance matching.

Suitable for

• Distributing terrestrial and cable TV signals to multiple receivers
• Feeding satellite LNB power through a single feed where power pass is needed
• Small commercial or residential RF distribution where up to six outputs are required
• Broadband signal distribution in systems operating within 5–2400 MHz

Key specifications

• Frequency range: 5–2400 MHz
• Number of outputs: 6
• Connector type: F-type female (industry standard)
• Function: Passive RF splitter with power pass on designated ports
• Impedance: 75 Ω (typical for TV and cable systems)
• Housing: Metal enclosure for shielding and durability

How to use

Connect the incoming antenna or cable feed to the splitter's input connector and attach the receivers or tuners to the six output connectors using coaxial cables with F-type connectors. Ensure the device that requires DC power is connected to an output or input port that supports power pass; consult the system wiring to avoid sending DC to equipment that does not require it. Mount the splitter in a dry, ventilated location and tighten coaxial connectors by hand or with a low-torque wrench to secure connections without damaging threads.

Usage recommendations

For best results, place the splitter close to the signal source to minimize signal loss in the feed cable, use good-quality coaxial cables, and avoid unnecessary splitters in series. If signal levels are low after splitting, consider using an inline amplifier or a distribution amplifier designed for multi-output use. Do not expose the metal housing to moisture, and ensure connectors are properly weather-sealed in outdoor installations.