Splitter ShiverPeaks 86350-M para SAT-TV, frequência 5–860 MHz e 950–2250 MHz, passagem DC

ShiverPeaks 86350-M is a SAT-TV splitter designed to distribute satellite and terrestrial broadcast signals with preserved frequency separation. It supports 5–860 MHz for terrestrial TV/FM and 950–2250 MHz for satellite L-band reception, and includes DC pass capability to allow powering of LNBs through the splitter. The compact device is intended for installations that combine satellite and terrestrial signals and need signal distribution to multiple receivers while maintaining the required frequency ranges.

Advantages

The splitter provides dual-band operation covering both TV/FM and satellite L-band ranges, ensuring compatibility with combined SAT-TV installations. Built-in DC pass enables remote powering of satellite LNBs from a receiver or multiswitch without additional wiring. The unit is compact and suitable for home or small commercial setups where reliable signal splitting and frequency separation are required. Its design minimizes interference between the terrestrial and satellite bands, supporting stable reception across the specified frequency ranges.

Suitable for

• Distributing terrestrial TV and FM signals within the 5–860 MHz band
• Splitting satellite L-band signals in the 950–2250 MHz range
• Combined SAT-TV installations where DC pass for LNB power is needed
• Home networks and small commercial premises requiring multiple receivers

Key specifications

• Frequency range (TV/FM): 5–860 MHz
• Frequency range (satellite L-band): 950–2250 MHz
• DC pass: supported for powering LNBs
• Function: splitter for SAT and TV signal distribution
• Application: combined SAT-TV installations, multi-receiver setups

How to use

Connect the incoming terrestrial antenna feed to the TV/FM input and the satellite dish feed to the satellite input as indicated by the installer or product markings. Connect each receiver or distribution output to the corresponding output port using appropriate coaxial cables and F-type connectors. Ensure that devices intended to supply power to the LNB are connected to a port that supports DC pass so the LNB receives the required voltage. Verify signal quality at each receiver and adjust antenna/dish alignment or receiver settings if necessary.

Recommendations

Use quality coaxial cables and properly tightened F-type connectors to reduce signal loss. Install the splitter in a dry, ventilated location away from strong electromagnetic interference sources. When feeding power to the LNB through the splitter, confirm that only one power source is active at a time to avoid conflicts. For longer cable runs or weak signals, consider using inline amplifiers or low-loss cabling to maintain reception quality.