Product Description
Passive Divider Cavity 3 Way Power Splitter 698-3800MHz N-F 300W

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Frequency Range
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698-3800 MHZ
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Split Way
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3
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Impedance
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50 Ohm
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Connectors Type
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N Female
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Application
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Indoor or Outdoor
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Finish
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Black Plated
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Advanced Material SelectionBuilt with high-grade brass, this 3-way power splitter ensures excellent conductivity and corrosion resistance, guaranteeing longevity in demanding network environments. The choice of material aids in maintaining consistent performance even under high power loads.
Optimal Performance Across FrequenciesOperating between 698MHz and 3800MHz, the cavity divider supports a wide range of communication applications. Its robust 300W rating is tailored for intensive usage in both commercial and industrial scenarios, streamlining network distribution.
FAQs of Passive Divider Cavity 3 Way Power Splitter 698-3800MHz N-F 300W:
Q: How is the Passive Divider Cavity 3 Way Power Splitter installed in IBS and BTS networks?
A: Installation involves connecting the N-type female ports to the respective network feeders, ensuring secure fittings and compatibility with the systems frequency and power requirements. Skilled technicians typically handle the process during site deployment.
Q: What benefits does using brass in construction provide for this power splitter?
A: Brass offers superior conductivity and corrosion resistance, enhancing the splitters durability and maintaining consistent signal quality across prolonged usage.
Q: When should I use a 3-way cavity power splitter in my distribution network?
A: This splitter is suitable whenever simultaneous signal distribution to multiple endpoints is required, especially in network extension projects for IBS and BTS, where efficiency and reliability are essential.
Q: Where can I purchase the Passive Divider Cavity 3 Way Power Splitter in India?
A: You can obtain this product from authorized distributors, manufacturers, suppliers, traders, and wholesalers operating throughout India.
Q: What is the typical usage process for this power splitter in network applications?
A: It involves integrating the splitter into your networks signal path to evenly distribute RF signals over three outputs, facilitating stable communication across multiple channels in IBS, BTS, or related telecom installations.
Q: How does utilizing this splitter benefit network performance?
A: By routing signals efficiently and with minimal loss, the splitter ensures effective distribution, helping maintain balanced signal strength and coverage across multiple network points.