Mirco strip type power divider 2000-8000MHz 4Way Coaxial Power Splitter Low Loss

This splitter type power divider is a high-performance power splitter 4way microstrip power divider, designed for the 2000-6000MHz frequency band to achieve stable signal distribution. As a professional power splitter 4way device, it features standard SMA-Female RF connectors and 50Ω characteristic impedance, with excellent key performance: insertion loss ≤0.7dB, isolation ≥20dB, and VSWR ≤1.35, ensuring low-loss and highly consistent signal splitting. This splitter type power divider supports a maximum average input power of 50W and peak power of 500W, meeting the power requirements of conventional RF links. Built for indoor use, it operates from -35℃ to +70℃, suitable for most common application environments. With compact dimensions of 61×45×14mm and a net weight of 0.2kg, this power splitter 4 way is easy to integrate and deploy, serving as a reliable splitter type power divider solution for RF signal distribution and link construction.This splitter type power divider is a high-performance power splitter 4 way microstrip power divider, designed for the 2000-6000MHz frequency band to achieve stable signal distribution. As a professional power splitter 4 way device, it features standard SMA-Female RF connectors and 50Ω characteristic impedance, with excellent key performance: insertion loss ≤0.7dB, isolation ≥20dB, and VSWR ≤1.35, ensuring low-loss and highly consistent signal splitting. This splitter type power divider supports a maximum average input power of 50W and peak power of 500W, meeting the power requirements of conventional RF links. Built for indoor use, it operates from -35℃ to +70℃, suitable for most common application environments. With compact dimensions of 61×45×14mm and a net weight of 0.2kg, this power splitter 4 way is easy to integrate and deploy, serving as a reliable splitter type power divider solution for RF signal distribution and link construction.

 

Power Splitters are used in a wide variety of applications and can satisfy almost any requirement where a signal needs to be distributed or combined.