16 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 splitters and combiners handle high-power RF signals, providing consistent and reliable performance while maintaining signal integrity.

Specification

• Model: KOLAUT-PS16-0.8/3-SE
• Frequency Range: 0.8~3 GHz (800~3000 MHz)
• Insertion Loss: ≤1.4dB (Excluding Theoretical Loss of 12.0dB)
• Input Standing Wave: Typ.1.18/ Max.1.30
• Output Standing Wave: Typ.1.13/ Max.1.20
• Isolation: Typ26dB/Min.18dB
• Amplitude Balance: ≤0.3dB
• 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: 212*104*12mm
• Weight: About 545g

Dimension

Tips: Can power splitter only be used for radio frequency?

Power splitters are not limited to radio frequency applications, they are versatile devices used across various frequency ranges and applications. While they are commonly employed in RF systems, distributing signals in communication networks, they are also utilized in other domains. Power splitters find applications in microwave systems, optical networks, and power distribution networks. In RF, they divide incoming signals into multiple paths without significant signal degradation. In optical communication, fiber optic power splitters split light signals for distribution. Power splitters in the electrical domain distribute electrical power in circuits. Overall, power splitters serve a crucial role in splitting and distributing signals or power across different branches, making them valuable in diverse fields beyond radio frequency applications.