1x9 PLC Splitter οπτικών ινών 50%:50% αναλογία ανισορροπίας με συνδετήρες SC APC

Διαχωριστής PLC οπτικών ινών
December 06, 2024
Σύνδεση Κατηγορίας: Οπτικών Ινών PLC Splitter
Σύντομο: Discover the 70/30 Unbalanced Fiber Optic PLC Splitter, a high-performance 1x9 splitter with SC APC connectors. Ideal for FTTH and 5G networks, this splitter offers low insertion loss, high reliability, and customizable fiber options. Perfect for flexible optical applications.
Σχετικά Χαρακτηριστικά Προϊόντος:
  • Low insertion loss and high return loss for optimal signal distribution.
  • PDL automatic screening system ensures ultra-low polarization-dependent loss.
  • High reliability and stability with 100% 3D testing before delivery.
  • Customizable fiber types and colors, including G657A1 and loose tube 900um.
  • Wide operating wavelength range from 1260-1650 nm for versatile use.
  • Compact design with dimensions of 60x7x4mm, suitable for various installations.
  • Supports multiple connector types like SC, FC, LC, and ST with UPC or APC polish.
  • Ideal for passive optical networks including EPON, GPON, and FTTH applications.
FAQS:
  • What is the split ratio of this 1x9 PLC splitter?
    The split ratio is 70/30, meaning 70% of the signal goes to one output and 30% is distributed among the remaining eight outputs. Other ratios like 85/15, 80/20, and 60/40 are also available.
  • Can the fiber color and connectors be customized?
    Yes, the fiber color and connectors can be customized. Options include blue, orange, green, and more, with connectors like SC, FC, LC, or ST, and polish methods like UPC or APC.
  • What applications is this PLC splitter suitable for?
    This splitter is ideal for passive optical networks such as EPON, GPON, BPON, FTTX, and FTTH. It supports multiple users sharing a single PON interface, making it perfect for 5G and FTTR networks.
Σχετικά βίντεο

MPO Μοιραστής PLC οπτικών ινών

Διαχωριστής PLC οπτικών ινών
September 03, 2025

FTTA Waterproof IP67 Fiber Optic Patch Cord 4.8mm G657A2 RRH

Διάλυμα από οπτικές ίνες
December 07, 2021