Power splitter Key benefits Low insertion loss: preserves signal power when splitting or combining, reducing the need for extra amplification and maintaining system sensitivity. balance performance: delivers even amplitude and phase balance between outputs for predictable, repeatable channel distribution. Broadband design: supports a wide frequency range so a single unit can serve multiple applications and simplify inventory. Reliable manufacturing: engineered and produced with consistent process control to ensure stable electrical and mechanical performance over time. What it does Distributes or combines RF signals, allowing energy to be routed between multiple channels while maintaining controlled power division and isolation. Provides predictable amplitude and phase relationships across outputs, which is critical for antenna feeding, multireceiver setups, and phased systems. Compatibility and physical attributes Functionally compatible with common RF systems used in wireless communications, radar, satellite communications, and test & measurement equipment due to its broadband behavior. Built to work with standard RF interfaces and installation practices used in professional communications and instrumentation environments. Constructed to meet typical mechanical and durability expectations for RF components, suitable for rack, chassis or fieldmounted configurations. Performance highlights Minimizes power loss through low insertion loss, reducing downstream noise figure impact. Delivers balanced output performance that supports multichannel phase and amplitudesensitive applications. Broadband response reduces the need for multiple frequencyspecific splitters and simplifies system design. Typical applications and scenarios Wireless base station: split a downlink signal to feed multiple receiver chains for diversity or monitoring without significant signal degradation. Radar and satellite ground equipment: distribute a reference or test signal to multiple processors or instruments while preserving phase relationships. Test & measurement labs: combine or split signals during device characterization, calibration, or simultaneous monitoring of multiple measurement channels. How it solves problems Reduces component count by covering multiple frequencies with a single broadband unit. Preserves measurement and system accuracy by maintaining low loss and balanced outputs. Simplifies system design and deployment by providing a standardized, reliable way to route RF energy among channels. Ordering and selection notes Choose the splitter based on your system's frequency range, required split ratio, and port interface to ensure compatibility with existing RF equipment. For phasecritical or isolation requirements, confirm balance and isolation parameters against the application needs.