EMC Test Solutions / RF Components & Infrastructure

RF Components & Infrastructure

Passive components, active modules, RF test matrices, and PIM testers — the building blocks of an RF test lab.

Understanding the Test Setup

Beyond dedicated test systems, a working RF/EMC lab needs supporting infrastructure to route, condition, and switch signals reliably through the test chain.

  • Passive components — dividers, combiners, and filters that route and condition RF power between amplifiers, antennas, and test equipment without adding gain or noise.
  • Active modules — amplifier building blocks for engineers integrating amplification into a larger custom RF system or satcom payload, rather than a standalone instrument.
  • RF test matrices & signal sources — automated signal routing, switching, and attenuation control for multi-channel, MIMO, and beamforming test systems.
  • PIM testers — a distinct RF/telecom discipline that identifies passive intermodulation faults in connectors and cables, most relevant to telecom infrastructure rather than general product EMC compliance.

Browse RF Components & Infrastructure

Bonn Elektronik RF Components — directional couplers, attenuators, and terminations
Bonn Elektronik RF Components
Directional Couplers, Waveguide Adapters, Attenuators, Terminations, and RF Relays
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RFlight Broadband Coupler — Microwave Passive Components
Microwave Passive Components
Power Dividers, Combiners, and Filters from VLF to 40GHz
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RFlight NTMPA Amplifier Module — Microwave Active Modules
Microwave Active Modules
Satcom and General-Purpose Amplifier Modules for Custom RF Integration
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RFlight NTR-3000 Solid-State Switching Matrix — RF Test Matrices & Signal Sources
RF Test Matrices & Signal Sources
Automated Signal Routing and Control for Multi-Channel RF Test
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RFlight NTPIM-E Outdoor Portable PIM Testing System
Passive Intermodulation (PIM) Testers
Identifying Hidden Intermodulation Distortion in Passive RF Components
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