From satellite communications to industrial RF Energy, this collection brings together examples of amplifier systems developed by E-REON over the preceding decade.
The projects demonstrate different approaches to high-power RF design. Each combines RF engineering, power electronics, thermal management, mechanical design and system control to produce reliable, integration-ready hardware.
Designs in the collection
The featured developments include:
- compact 2.4-2.5 GHz ISM amplifier modules for satellite ground stations and industrial applications
- a 40 W L-band radar-test module with integrated diagnostics and microcontroller-based monitoring
- a broadband 1.6-50 MHz HF pallet for scalable industrial RF Energy systems
- a 700 W CW and pulsed 1.3 GHz driver for accelerators and FMCW radar
- a 433 MHz industrial RF generator with phase synchronisation and monitoring
- a modular 400 W, 2.856 GHz klystron driver for LINAC and high-energy physics applications
From RF design to repeatable hardware
High-power amplifier development extends beyond the RF circuit. Device mounting, solder attachment, bias control, mismatch tolerance, cooling and mechanical integration all influence whether a design can deliver its rated performance reliably.
These examples reflect E-REON's development process from requirements and simulation through prototyping, RF and thermal validation, manufacturing and system-level support.