Features and Functions: Supports frequencies from 698 MHz to 2,700 MHz 75-ohm impedance for reliable signal transmission -3 dB signal split for balanced performance Designed for cellular mobile communication applications Low insertion loss and low VSWR for efficient signal quality Description: Wilson Electronics 850035 Wideband 3-Way Splitter Expand the coverage of your cellular signal booster system with the Wilson Electronics 850035 Wideband 3-Way Splitter. Designed for reliable signal distribution, this splitter evenly divides an amplified cellular signal across three output ports, allowing multiple indoor antennas to provide consistent coverage throughout your home, office, or commercial space. Key Features 3-Way Signal Distribution: Splits one amplified signal into three equal outputs Wideband Compatibility: Supports a broad range of cellular frequencies for versatile installations Minimal Signal Loss: Engineered to maintain strong, reliable signal performance across all outputs Expand Coverage: Connect multiple indoor antennas to extend signal throughout larger spaces Balanced Performance: Provides even signal distribution for similarly sized coverage areas Durable Construction: Built for dependable long-term use in residential and commercial environments Ideal Applications Cellular Signal Booster Systems Homes & Apartments Office Buildings Retail Stores Warehouses Multi-Room Coverage Installations Performance Benefits Evenly distributes amplified cellular signals to three antennas Helps eliminate weak signal areas throughout your building Supports consistent voice, text, and data performance Simple integration with compatible Wilson and other wideband signal booster systems Optimized for installations requiring balanced multi-room coverage Why Choose the Wilson 850035? Whether you're expanding an existing signal booster setup or designing a new multi-antenna system, the Wilson Electronics 850035 Wideband 3-Way Splitter offers dependable performance and efficient signal distribution. Its low-loss design and wideband compatibility make it an ideal solution for extending reliable cellular coverage across multiple areas.
