Product Description
Key Features
- Frequency Range: 8002500 MHz
- Type: 2 Way RF Power Splitter
- Connector: N Female
- Power Handling: 200 Watt
- Low Insertion Loss
- Excellent VSWR and Impedance Matching
- Rugged Cavity Construction
- Reliable Performance for Indoor and Outdoor RF Applications
Efficient RF Signal DistributionThis splitter streamlines RF signal management, dividing a single RF input into two balanced outputs without signal degradation. Optimized for wireless communication and telecom applications, it excels in environments requiring even signal delivery, supporting infrastructure for modern networks.
Built for Durability and PerformanceManufactured from high-grade aluminium alloy and finished with either a classic silver plating or natural metallic touch, this product is built to withstand industrial conditions. It handles up to 200 watts, making it suitable for heavy-duty applications in various RF distribution and testing scenarios.
FAQ's of 2 WAY N F CAVITY 200 WATT 800-2500MHz SPLITTER:
Q: How does the 2 WAY N F CAVITY 200 Watt Splitter function within a telecom system?
A: This splitter divides one RF input signal into two equal output signals, ensuring uniform signal distribution for telecom networks, DAS systems, and antenna arrays.
Q: What are the main applications for this RF splitter?
A: It is used in wireless communication, telecom infrastructure, RF testing, antenna systems, GSM, LTE, and 5G communication for efficient signal distribution.
Q: When should I use this splitter in my telecom project?
A: You should use this splitter whenever you need to distribute RF signals evenly between two output paths, especially when working with high-power requirements up to 200 watts within the 800-2500MHz frequency band.
Q: Where can the splitter be installed for optimal performance?
A: It is suitable for installation wherever reliable RF signal distribution is necessary, such as in telecom towers, indoor DAS setups, and equipment rooms supporting complex network infrastructure.
Q: What is the benefit of aluminium alloy construction in this splitter?
A: Aluminium alloy offers enhanced durability, corrosion resistance, and optimal heat dissipation, ensuring long-term reliability even in challenging environments.
Q: How do I maintain the splitter for prolonged operation?
A: Ensure the splitter is installed in a dry, well-ventilated area, periodically check for secure connections, and clean external surfaces to prevent dust buildup and preserve performance.
Q: What processes should be followed for installation?
A: Mount the splitter securely using its designated brackets, connect the input and output RF cables to the N-type female connectors, and verify all connections are tight to prevent signal loss or interference.