2 way coaxial power dividers and combiners play a pivotal role in distributing signals accurately across different components in microwave engineering, ensuring efficient transmission and reception. Whether employed in GPS systems or broader RF applications, two way power splitters exhibit versatility, reliability, and precision in splitting or combining RF signals for various purposes.

Specification

• Model: KOLAUT-PS2-0.5/8-SS
• Frequency Range: 0.5~8 GHz (500~8000 MHz)
• Insertion Loss: ≤1.2dB (excluding theoretical loss of 3.0dB)
• Input Standing Wave: Typ.1.16/ Max.1.25
• Output Standing Wave: Typ.1.12/ Max.1.20
• Isolation: Typ25dB/Min.20dB
• Amplitude Balance: ±0.2dB
• Phase Balance: ±3°
• Impedance: 50 Ohms
• Port Connector: SMA-Female
• Withstand Power: 30W for Splitter, 1W for Combiner
• Working Temperature: -40℃~+85℃
• Surface Treatment: Sandblasting Guide
• Dimension: 51.7*30*10mm
• Weight: 40g

Dimension

Radio Frequency (RF) Parameter Diagram

Tips: Can a power splitter be used in different frequency bands?

An RF power splitter's performance across different frequency bands depends on its design and specifications. Broadband power splitters are engineered to operate effectively over a wide frequency range, making them suitable for diverse frequency bands. However, specialized power splitters optimized for specific frequency ranges may offer better performance within those bands. Factors such as impedance matching, isolation, and insertion loss become critical in ensuring efficient power division across frequencies. It's essential to check the specifications provided by the manufacturer to confirm the power splitter's frequency range and performance characteristics. While some splitters are versatile and can cover multiple bands, users should be cautious about potential trade-offs in performance and select a splitter that aligns with their specific frequency requirements.