Product Description
Pct Four Port (4 Output) Indoor/Outdoor High Performance 5-1000 Mhz Cable Tv Hdtv Coaxial Digital Signal Splitter (Ngnii-4S)
PCT's Genesys Mini and Genesys II drop passives offer exceptional performance and long-term reliability for drop installations, particularly in systems with cable modem applications. These RF splitters were specifically designed for minimizing intermodulation distortion and spurious signals. Included with both Genesys series splitters is PCT's patented Digital Seizure Mechanism (DSM), which provides significant advantages in center conductor retention, surface contact area, and electrical performance. Splitters are available in horizontal and vertical 2-way, 3-way (balanced and unbalanced), 4-way, and 8-way configurations with solder-back back plates. The unit features Weather-sealed F ports and Machine threaded, flat F ports. The Surge Withstand info is: IEEE C62.41-1991 Category A3 (6000 V, 200 Amp, 0.5 s,100 kHz Ring Wave). Operates in -40 to +60 C (-40 to +140 F). Tin-plated backplate provides minimum -130 dB shielding effectiveness and superior defense against long-term corrosion factors.
Features of Pct Four Port (4 Output) Indoor/Outdoor High Performance 5-1000 Mhz Cable Tv Hdtv Coaxial Digital Signal Splitter (Ngnii-4S)
5-1002 MHz Bandwidth. Compatible with all Cable TV services.Superior intermodulation distortion and second harmonic performanceExcellent return loss and port-to-port isolation in the return bandPatented DSM seizure technology provides increased spring retention for better surface contact6 kV surge withstand, guaranteed second order harmonics performance after 5 surges to each port of 6 kV (per IEEE.C62.41.1991 Category A3)
Specification of Pct Four Port (4 Output) Indoor/Outdoor High Performance 5-1000 Mhz Cable Tv Hdtv Coaxial Digital Signal Splitter (Ngnii-4S)
Product Details |
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Dimensions | 4x2x1.5 |
Warning - California Proposition 65
This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.