Description
Designed for high-capacity wireless networks, this hybrid combiner uses a precision internal circuit to ensure minimal signal distortion and high isolation (typically ≥23dB) between ports. The 90-degree phase shift inherent in the hybrid design helps minimize signal reflections back to the sources. The housing is typically constructed from tri-alloy plated brass or aluminum, providing superior conductivity and protection against environmental oxidation in both indoor and outdoor settings.
The N-Female connectors are precision-machined to ensure a secure, low-loss interface that maintains stable electrical contact even under mechanical stress. This device is specifically optimized for low Passive Intermodulation (PIM), which is vital for preserving receiver sensitivity and maximizing data throughput in multi-operator environments. With its high power rating, it can easily handle the outputs of multiple high-power base station amplifiers.
Key Technical Advantages
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MIMO & DAS Optimized: Provides two combined outputs, allowing for balanced signal distribution across multiple antenna branches.
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Superior Signal Purity: Engineered to achieve PIM levels of -155 to -161 dBc, ensuring the noise floor remains low for sensitive 5G receivers.
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High Port-to-Port Isolation: Protects radio equipment from mutual interference and feedback, ensuring stable performance for all connected sources.
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Wideband Multi-Operator Support: Covers the entire cellular spectrum from 698MHz to 2700MHz, supporting legacy LTE and early 5G bands simultaneously.
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Nearly Lossless Combination: When both output ports are utilized, the system captures almost all input energy, maximizing overall efficiency.
Key Features
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Configuration: 2 Input Ports, 2 Output Ports.
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Frequency Range: 698-2700 MHz.
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Coupling Value: 3.0 dB (50/50 split).
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Impedance: 50 Ohm.
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PIM (3rd Order): ≤ -160 dBc (Typical).
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Power Handling: 200W – 300W per port.
🔹 Applications:
- Dual channel RF signal combining
- Telecom signal distribution systems
- DAS and antenna network integration
- RF cable network expansion
- Wireless communication infrastructure
- Base station RF routing
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