More Power, More Interference?

2026-01-15


Is higher power always better for interference? In modern electronic interference systems, this is no longer the case. Advanced detection and localization technologies allow interference signals to be easily detected and characterized. Spurious emissions and phase noise make high-power signals with poor spectral purity easier to identify—and counter.

Is higher power always better for interference? In modern electronic interference systems, this is no longer the case. Advanced detection and localization technologies allow interference signals to be easily detected and characterized. Spurious emissions and phase noise make high-power signals with poor spectral purity easier to identify—and counter.

 

“Clean power” ensures high output while maintaining spectral purity, controlled nonlinearities, low phase noise, and consistent wideband performance under complex modulation. The goal is to deliver energy precisely where it’s needed—without revealing unnecessary signal features.

 

AmpliVisionS integrates clean power principles into RF amplifier design, optimizing spectral quality and linearity even at high output levels. In electronic interference and demanding test environments, stable, controlled, and clean power is becoming a key differentiator.

More Power, More Interference?

Is higher power always better for interference? In modern electronic interference systems, this is no longer the case. Advanced detection and localization technologies allow interference signals to be easily detected and characterized. Spurious emissions and phase noise make high-power signals with poor spectral purity easier to identify—and counter.

2026-01-15



More Power, More Interference?

Is higher power always better for interference? In modern electronic interference systems, this is no longer the case. Advanced detection and localization technologies allow interference signals to be easily detected and characterized. Spurious emissions and phase noise make high-power signals with poor spectral purity easier to identify—and counter.

One Band. More Power. More Options.

Our latest RF GaN amplifiers cover the full power range from 30 W to 120 W, delivering stable, high-performance operation across 2-6 GHz frequency range. Ideal for broadband interference, EMC testing, and other demanding RF applications.

What Does an Engineer Do in a Day?

80% of an engineer’s day is spent chasing just one thing: P1dB.

Wideband. High Power. Endless Possibilities

The AVBC0727H49-3 is a high-performance 80W solid-state RF amplifier designed for demanding applications.

Grateful for 2025, Looking Forward to 2026

Season’s Greetings from AmpliVisionS

Merry Christmas – Wishing You a High-Power Holiday!

Merry Christmas – Wishing You a High-Power Holiday!