Hybrid Coupler
RF Low VSWR 2x2 698-2700MHz 3db Hybrid Coupler
Specification
| Frequency Range | 700 - 2700MHz |
| Insertion Loss | ≤3.5dB (Including Distribution Loss and Fluctuation) |
| Isolation | ≥25dB |
| Return Loss | ≥20dB |
| VSWR | <1.25 |
| Impedance | 50Ω |
| PIM (IMD3) | ≤-150dBc @+43dBm×2 |
| Connectors | N-Female |
| Power Handling | 100W / Input port, (Total power 200W) |
| Temperature | -25 to +70℃ |
| Environmental Humidity | 0 to 95% |
| Environmental rating | Indoor |
| Material | Cavity aluminum silver-plated; Connector: Copper |
| Size | 142×40×22mm |
| Weight | 0.31Kg |
| Frequency Range | 700 - 2700MHz |
| Insertion Loss | ≤3.5dB (Including Distribution Loss and Fluctuation) |
ADVANTAGES
One of the significant advantages is its low VSWR. The coupler is designed to ensure an optimum match between the input and output signals. Thus, its VSWR is very low, and this ensures that the signal splitting is done without any loss of signal quality or strength. This feature makes it perfect for use in cellular base stations, public safety networks, and other communication networks.
MORE INFORMATION
It is a state-of-the-art technology designed to maximize the performance of mobile communication applications. With its low VSWR and high-frequency range, this hybrid coupler is an ideal solution for anyone looking for reliable and high-performance signal distribution.
It also boasts a high-frequency range of 698-2700MHz. Thus, it is a perfect choice for anyone seeking to use it in 4G/5G wireless systems, DAS (distributed antenna systems), and other communication networks that work in this frequency range. It can distribute signals across a broad frequency range, making it an ideal choice for various applications.
It is a 2x2 configuration, which means it is highly efficient. It can distribute signals with up to 3dB loss, which ensures that there is minimal signal loss between the input and output signals. This makes it ideal for anyone seeking a high-quality power splitter solution for mobile communication applications.
