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Product Name :
Triple Band Combiner
Item :
Product Description
Product name : Triple Band Combiner
Item : LPDBC092125
Details :
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Item |
Specification |
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Port |
Port 1 |
Port 2 |
Port 2 |
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Operating Frequency |
Band 1 |
800~960MHz |
1710~2170MHz |
2400~2500MHz |
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Band 2 |
800~960MHz |
1710~2170MHz |
2500~2700MHz |
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VSWR |
≤ 1.22 |
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Insertion Loss |
≤ 0.5dB |
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In-band Ripple |
≤ 0.3dB |
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Rejection |
> 80dB |
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PIM |
≤ -140dBc (@2*43dBm) |
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Power Handling |
200W |
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Connector Type |
N Female |
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Application |
Indoor |
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Impedance |
50Ω |
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Operating Temperature |
-25ºC~+65ºC |
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Dimension |
183x149x44mm |
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Weight |
≤1.4kg |
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A Triple Band Combiner is a specialized RF (radio frequency) component designed to combine signals from three different frequency bands into a single output with minimal signal loss and interference. This type of combiner is commonly used in wireless communication systems, such as cellular networks and base stations, where multiple frequency bands need to be combined before being transmitted or received by antennas.
The primary function of a Triple Band Combiner is to integrate signals from three separate frequency bands, typically operating in different frequency ranges, into a unified output signal. By combining these bands efficiently, the combiner enables the simultaneous transmission or reception of signals across multiple frequency bands using a single antenna system. This capability is crucial for optimizing spectrum utilization, improving coverage, and enhancing the overall performance of wireless communication networks.
Triple Band Combiners are engineered to have low insertion loss, high isolation between input ports, excellent return loss, and wide operating bandwidth to ensure the efficient combination of signals while maintaining signal integrity. The design of the combiner typically involves the use of advanced filtering and matching techniques to minimize signal distortion and interference, thereby preserving the quality of the combined output signal.
In addition to their signal combining functionality, Triple Band Combiners may also incorporate features such as monitoring ports, DC pass-through capabilities, and robust construction to withstand harsh environmental conditions. These additional features enhance the versatility and reliability of the combiner, making it suitable for a wide range of deployment scenarios, including outdoor installations, rooftop sites, and indoor distributed antenna systems.
Triple Band Combiners play a crucial role in enabling multi-band communication services, such as 4G LTE, 5G, and beyond, where different frequency bands are utilized to support various applications and services. By consolidating signals from multiple bands into a single output, the combiner simplifies the network architecture, reduces complexity, and streamlines the deployment of multi-band wireless systems.
Overall, Triple Band Combiners are essential components in modern wireless communication infrastructure, facilitating the seamless integration of signals across multiple frequency bands. Their ability to combine signals efficiently, maintain signal quality, and support diverse deployment scenarios underscores their importance in optimizing the performance and efficiency of wireless networks. As demand for high-capacity, multi-band communication systems continues to grow, the role of Triple Band Combiners in enabling enhanced connectivity and service delivery is expected to become increasingly critical in the evolving landscape of wireless communications.
Product Description
