High Power RF Combiner Manufacturer 880-2690MHz High Power Cavity Combiner A4CC880M2690M50S

Description:

● Frequency: 880-2690MHz

● Features: With ultra-low insertion loss (≤0.5dB), high isolation (≥50dB) and maximum 100W power handling capacity, it is suitable for multi-band signal synthesis and wireless communication applications.


Product Parameter

Product Detail

Parameter Specifications
Frequency range 880-960MHz 1710-1880MHz 1920-2170MHz 2500-2690MHz
Insertion loss ≤0.5dB
Return loss ≥15dB
Isolation ≥50 dB
Power handling ≤100W power per input port
Temperature range -20 to +70℃
Impedance 50Ω

Tailored RF Passive Component Solutions

As a RF passive component manufacturer, APEX can tailor a variety of products according to customer needs. Solve your RF passive component needs in just three steps:

logo Define your parameters.
logo APEX provides a solution for you to confirm
logo APEX creates a prototype for testing


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  • Product Description

    This high-power cavity combiner supports 880-960MHz, 1710-1880MHz, 1920-2170MHz and 2500-2690MHz frequency ranges, providing low insertion loss (≤0.5dB), high return loss (≥15dB) and high port isolation (≥50dB), ensuring efficient synthesis and distribution of multi-band signals. Its maximum power handling capacity is 100W, each input port uses 50Ω standard impedance, supports N-Female (COM end) and SMA-Female (other ports) connectors, and the shell is conductively oxidized and complies with RoHS 6/6 standards. The product size is 155mm × 130mm × 31mm (maximum 37mm), and the operating temperature range is -20°C to +70°C. It is widely used in base station systems, wireless communications, RF front-end equipment and multi-band network optimization to ensure signal transmission stability and system reliability.

    Customized service: Customized design can be provided according to customer needs to meet specific application scenarios.

    Warranty period: The product provides a three-year warranty period to ensure long-term stable operation and reduce customer use risks.

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