8 way RF coaxial power divider operates by dividing an input signal into multiple output signals with equal amplitude, utilizing various technologies such as microstrip or coaxial configurations. These power splitter and combiners handle high-power RF signals, providing consistent and reliable performance while maintaining signal integrity.

Specification

• Model: KOLAUT-PS8-0.5/6-SE
• Frequency Range: 0.5~6 GHz (500~6000 MHz)
• Insertion Loss: ≤2.8dB (Excluding Theoretical Loss of 9.0dB)
• Input Standing Wave: Typ.1.18/ Max.1.40
• Output Standing Wave: Typ.1.13/ Max.1.25
• Isolation: Typ26dB/Min.18dB
• Amplitude Balance: ±0.4dB
• Phase Balance: ±5°
• Impedance: 50 Ohms
• Port Connector: SMA-Female
• Withstand Power: 30W for Splitter, 2W for Combiner
• Working Temperature: -35℃~+75℃
• Surface Treatment: Sandblasting Guide
• Dimension: 113*115*12mm
• Weight: About 334g

Dimension

Radio Frequency (RF) Parameter Diagram

Tips: Can power dividers be used in phased array systems?

Yes, power dividers can be used in phased array systems. A phased array system consists of multiple antennas that work together to create a directional beam of radio waves. Power dividers play a crucial role in these systems by splitting the input signal into multiple coherent signals, which are then fed to individual antennas. This allows precise control over the phase and amplitude of each antenna element, enabling beamforming—adjusting the phase of the signals to steer the direction of the beam without physically moving the antennas. Power dividers facilitate the distribution of signals and ensure the necessary coherence for effective beamforming, making them essential components in phased array systems used in applications such as radar, communication, and wireless technologies.