Distribuidor de señal TechniSat 0022/3111 75 Ω 5 - 2400 MHz

The TechniSat 0022/3111 cable splitter is a compact passive device for distributing RF signals with 75 Ω impedance. It supports a wide frequency range and provides reliable splitting of combined terrestrial and satellite intermediate-frequency signals using F-connectors on input and outputs. The unit is suitable for home and small-installation use where signal distribution to multiple receivers is required.

Advantages

The splitter covers a broad frequency range and uses standard 75 Ω F-connectors for compatibility with common coaxial installations. Its compact form factor (85 mm x 18 mm x 85 mm) allows flexible placement in equipment racks or behind devices. The 2- and 4-way variants include a unidirectional DC pass on one output to enable remote powering of an LNB while maintaining signal distribution.

Suitable for

• Distributing combined terrestrial and satellite IF signals to multiple receivers
• Home and small commercial installations requiring 75 Ω splitters
• Setups where an LNB needs to be powered through the cable (2- and 4-way models)

Key specifications

• Brand: TECHNISAT
• Model / MPN: 0022/3111
• EAN: 4019588223110
• Impedance: 75 Ω
• Frequency range: 5 – 2400 MHz
• Dimensions: 85 mm x 18 mm x 85 mm
• Connectors: F-type input and outputs

How to use

Connect the incoming coaxial feed to the splitter input using the F-connector. Attach receiver cables to the output F-connectors. If using a 2- or 4-way model that provides a unidirectional DC pass, ensure the LNB is connected to the powered output and verify that the power source (receiver or external supply) permits DC feed. After connections are made, check signal levels at each receiver and, if necessary, use inline attenuators to balance signal strength between outputs.

Recommendations

Install the splitter in a dry, ventilated location away from strong electromagnetic interference. Use good-quality coaxial cables and firmly tighten F-connectors to maintain signal integrity. Avoid adding multiple passive splitters inline without amplifying the signal to prevent excessive loss.