RF Power Splitter Combiner 100K500MHz Wide Frequency Coverage 50 Ohm Microstrip Divider Board

Microstrip Power Splitter 1 Points Two 100K500MHz Power Splitter Combiner Compact microstrip power splitter and combiner designed for signal distribution across 100K to 500MHz. Its low profile construction and ABS component material make it suitable for integration into test rigs, communication systems, and portable setups where space and signal integrity matter. Key benefits Wide frequency coverage: handles signals from 100K to 500MHz for flexible use across many RF tasks. Minimal signal degradation: designed for stable splitting and combining with 50 ohm impedance to match common RF equipment. Space efficient: microstrip form factor delivers performance without bulky hardware, simplifying installation in confined assemblies. Durable and easy to mount: ABS construction offers a lightweight, rigid platform for board or housed configurations. Safe transit: supplied in an electrostatic bag to protect the unit during and storage. Specifications Component material: ABS Impedance: 50 ohms Frequency range: 100K to 500MHz Type: Power Splitter Combiner Board; available as board only or with housing Package contents: 1 piece Power Splitter Combiner Typical applications Communication systems: split or combine RF signals in base stations, repeaters, and antenna feeds. Lab and test equipment: integrate into measurement setups for signal routing, calibration, and component testing. Amateur radio and field use: compact solution for radio enthusiasts and field technicians requiring reliable signal distribution. Installation and compatibility Designed for 50 ohm systems and standard RF test equipment. Compact microstrip board fits into small enclosures or test fixtures; housing option available for added protection. Handle with standard ESD precautions despite protective electrostatic packaging. Notes Please allow up to 1 mm tolerance due to manual measurement. Actual product color may vary slightly from images depending on monitor settings.