RF Power Splitter, RF Power Splitter 2 Way Coaxial Cable TV Internet Digital Amplifier with RF Power Divider for, Electronics Splitters
R 768
or 4 x payments of R192.00 with
Availability: Currently in Stock
Delivery: 10-20 working days
RF Power Splitter, RF Power Splitter 2 Way Coaxial Cable TV Internet Digital Amplifier with RF Power Divider for, Electronics Splitters
[High-Precision 2-Way Splitter] This 2-way RF power splitter precisely splits a single-channel input signal into two outputs, designed for applications requiring signal distribution. Compatible with a DC to 5 GHz frequency range, it's suitable for a wide range of devices, including CATV, satellite receivers, internet modems, MoCA networks, and antenna systems, ensuring wide-ranging signal transmission compatibility.
[Excellent Performance] High-quality materials and precision craftsmanship ensure stable and reliable performance. With a 50 ohm system impedance and 6dB output attenuation, it offers low insertion loss and excellent amplitude balance, effectively ensuring clear and stable signals after distribution, minimizing the risk of signal interruption or distortion.
[Rugged Construction] The SMA-K-type (male, female) male connector is durable and provides a tight connection, effectively preventing signal leakage and interference. The compact housing (approximately 33x33mm) is lightweight and easy to install and wire, while also handling up to 0.5W (27dBm) of power, meeting the durability requirements of industrial and everyday use.
[Easy Installation] Installation is quick and easy, requiring no complex setup or tools. The standard SMA interface allows for direct, plug-and-play connection with a variety of coaxial cable devices, significantly simplifying installation for home theaters, network deployments, and surveillance systems, saving time and effort.
[Multi-Scenario Applications] This power splitter is suitable for home entertainment (TV/network distribution), commercial deployments, and industrial power supply applications. Its superior electrical characteristics and physical structure ensure consistent performance over long-term use, making it an ideal choice for building efficient and reliable RF signal systems.