Signal splitter Corab Y_SPL0001 2-way 5–2400 MHz with power pass

Corab Y_SPL0001 is a 2-way signal splitter designed to distribute RF signals across a wide frequency range of 5–2400 MHz. The device provides two output ports while allowing DC power to pass through, which enables powering upstream devices such as masthead amplifiers or active antennas without interrupting signal distribution. Built for antenna, TV, satellite and cable installations, this splitter supports typical home and small commercial systems that require reliable splitting and power feeding within the specified frequency band.

Advantages

The splitter combines broad frequency coverage with DC pass functionality, enabling both signal distribution and remote powering of compatible equipment. Its two-output design ensures even splitting of incoming signals for simple, compact installations. Constructed for installation in indoor or sheltered outdoor locations, the unit maintains electrical characteristics across the 5–2400 MHz range to preserve signal integrity for TV, satellite and cable services.

Suitable for

• Distributing antenna or cable TV signals to two receivers
• Supplying power to masthead amplifiers or active antennas while splitting signals
• Integrating into small commercial or residential multi-room TV systems
• Satellite LNB signal splitting in installations that require DC pass

Key specifications

• Frequency range: 5–2400 MHz
• Number of outputs: 2
• DC power pass: supported on relevant ports
• Application: antenna, TV, satellite and cable systems
• Impedance: 75 Ω (typical for RF splitters used in these systems)

How to use

Connect the incoming RF feed to the splitter’s input port and attach the two outputs to the respective receivers or downstream distribution lines. If powering an upstream device is required, ensure the source is capable of providing DC power and that the connected equipment supports power via the coax line. Tighten connectors securely and position the splitter in a dry, accessible location. Verify signal levels at the receivers after installation and, if necessary, adjust upstream amplification to compensate for splitter insertion loss.

Usage recommendations

Place the splitter in a sheltered location, avoid direct exposure to moisture, and use good-quality coaxial cables and F-type connectors to minimise signal loss. When using DC pass, confirm polarity and voltage compatibility with the powered device to prevent damage.