RF Microwave Components
RF microwave components for OEMs, system integrators and industrial buyers.
RENHOTEC offers coaxial terminations, lightning arresters, attenuators, power dividers and combiners, with technical support and custom configurations for diverse RF applications.
RF Microwave Component Categories
Explore component types, functions and key selection parameters.
RF Coaxial Terminations
Terminate unused RF ports and minimize signal reflections.
Key Parameters
Impedance · Frequency · Power Rating · VSWR
RF Lightning Arresters
Protect coaxial lines and connected equipment from electrical surges.
Key Parameters
Frequency · Impedance · Surge Rating · VSWR
RF Attenuators
Reduce RF signal power by a specified attenuation value.
Key Parameters
Attenuation · Frequency · Power Rating · VSWR
RF Power Dividers & Combiners
Split RF signals into multiple paths or combine signals.
Key Parameters
Frequency · Port Count · Insertion Loss · Isolation
Applications
RF and microwave components play different roles in signal distribution, power control, impedance matching and equipment protection. Depending on system requirements, these components can be used individually or integrated into the same RF infrastructure.
Wireless Communication Systems
RF power dividers and combiners are used in wireless communication infrastructure to distribute or combine signals across antenna branches. Lightning arresters help protect coaxial feeder lines and connected equipment from electrical surges. Attenuators and coaxial loads are also used for RF signal level adjustment and port termination where required.
Typical Applications:
Cellular Base Stations4G/5G NetworksDASSmall CellsWireless Repeaters
RF Testing & Measurement
RF attenuators and coaxial loads are commonly used in test setups to control signal levels and provide matched termination for unused ports. Power dividers and combiners support multi-channel signal distribution and measurement configurations in RF and microwave testing.
Typical Applications:
VNA TestingSpectrum AnalysisRF Component TestingTransmitter TestingAntenna Measurement
Broadcast Transmission Systems
RF coaxial components support signal distribution, power adjustment and transmission line protection in radio and television broadcasting systems. Power dividers, attenuators, lightning arresters and coaxial loads can be selected according to the system’s frequency, power handling and connector interface requirements.
Typical Applications:
Radio BroadcastingTV BroadcastingBroadcast TransmittersBroadcast Antenna Systems
Antenna & RF Distribution Systems
Coaxial power dividers and combiners distribute or combine RF signals across multiple antenna paths. Attenuators help balance signal levels within RF distribution networks, while lightning arresters protect outdoor coaxial connections. Coaxial loads are used to terminate designated unused ports where required by the system design.
Typical Applications:
Antenna Distribution NetworksMulti-Antenna SystemsPhased-Array Antenna TestingSatellite Ground Station Antenna Systems
Technical Resources
Explore RENHOTEC’s product catalogs, technical articles and compliance documents for information on RF microwave component configurations, specifications, applications and material compliance.
Product Catalog
Explore our RF and microwave components catalog for an overview of available product series and configurations.
Engineering Guides
Explore technical articles covering RF component selection, impedance matching and signal distribution.
Custom RF Microwave Components
Different RF applications may require component configurations beyond standard product specifications.
RENHOTEC can discuss project-specific requirements, including frequency ranges, connector interfaces, power ratings and mechanical configurations.
Share your technical requirements with our team to discuss suitable configurations for your RF system.
Why work with RENHOTEC?
Established Product Range
RF and microwave components across multiple product categories.
Technical Communication
Support for product specifications and engineering requirements.
Configuration Flexibility
Discussion of application-specific electrical and mechanical configurations.
Quality Management
Quality management supported by an ISO 9001 certified system.