The PCB Is Only the Beginning
Different stages of the same 1.2-1.4 GHz, 600 W pulsed L-band amplifier, from PCB layout and first assembly to repeatable finished hardware.
E-REON / RF & MICROWAVE ENGINEERING
News from E-REON’s engineering activities, supported by practical RF calculators, engineering notes and reference material.
Different stages of the same 1.2-1.4 GHz, 600 W pulsed L-band amplifier, from PCB layout and first assembly to repeatable finished hardware.
NEWS STREAM
The first E-REON RF Engineering Note explains how system requirements shape the choice between a standard amplifier, an adapted design and a custom solution.
Production has scaled to 50 units per day for E-REON's compact 60 W, 2.0-2.6 GHz broadband RF power-amplifier module.
Multiple units of E-REON's compact 600 W pulsed L-band amplifier pallet are prepared for integration, with a matching 400 W S-band platform available.
Two focused samples from Engineering RF Systems for UAV and Counter-UAV Technologies, moving from ecosystem context to RF subsystem architecture.
A flexible attenuator-control platform is being extended into a 40 GHz switching front end for multichannel spectrum-monitoring systems.
RF TOOLS
Calculators and concise engineering notes for frequently used RF and microwave relationships.