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2-way cavity splitter Rangeful CS2W 50 Ω, frequency 5–1000 MHz
2-way cavity splitter Rangeful CS2W 50 Ω, frequency 5–1000 MHz
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2-way cavity splitter Rangeful CS2W 50 Ω, frequency 5–1000 MHz
Leave your address - as soon as the price of the product goes down, you'll know about it right away
2-way cavity splitter Rangeful CS2W 50 Ω, frequency 5–1000 MHz
2-way cavity splitter Rangeful CS2W 50 Ω, frequency 5–1000 MHz
The Rangeful CS2W 2-way cavity splitter is a compact RF component that divides or combines mobile and RF signals with 50 Ω impedance across a wide frequency range. It evenly splits an input signal into two outputs (or combines two inputs into one output when used in reverse) and is suitable for integration into antenna systems and cellular amplifier setups. The unit supports multiple cellular bands and is designed for low loss and reliable impedance matching up to 50 W input power.
The CS2W features a small, lightweight aluminium housing and high-quality N-Female connectors for professional coaxial connections. Its low insertion loss and wide frequency support preserve signal integrity for mobile and RF distribution applications. The robust mechanical design allows convenient surface mounting and straightforward cable routing to minimise additional coaxial length and associated signal loss.
Connect the splitter input to the output of the mobile signal booster or RF source using an appropriate 50 Ω coaxial cable and N-male connector. Attach two 50 Ω coaxial cables to the splitter outputs and route them to the desired indoor antennas or devices. If fewer than two antennas are connected, attach a suitable 50 Ω dummy load to any unused output to maintain proper matching and prevent reflections. Observe polarity and connector tightness but do not over-torque the connectors.
Choose a splitter with the number of ports you require and ensure the bandwidth covers your operating frequencies. Keep cable runs as short as practical to reduce extra loss, verify that all components are 50 Ω compatible, and avoid exceeding the specified maximum input power.
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