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INDUSTRY INSIGHTS

Selection & System Design

Practical guidance for selecting RF power amplifiers by frequency range, output power, operating environment, antenna distance, power margin, redundancy, and system integration requirements.
Illustrative C-UAS cabinet layout showing two RF power amplifier modules, coaxial cables, DC wiring, cooling fans, and a power supply in a compact enclosure.
Selection & System Design
10/16/2026

When Is a C-UAS Cabinet Layout Ready for RF PA Integration?

Space-limited C-UAS cabinets may fit RF PAs on paper but restrict airflow, cable bends, DC distribution and service access. See what the layout must prove.
Airport perimeter C-UAS RF power amplifier installed in an outdoor cabinet with a remote antenna mast and airport infrastructure in the background.
RF PA Selection Guides Selection & System Design
10/14/2026

How Airport Perimeter C-UAS Deployment Changes RF PA Requirements

Airport RF PA requirements go beyond 100% duty cycle. Check standby, cabinet heat, remote alarms, loaded DC power, and test evidence before choosing a module.
RF switch power rating considerations in a C-UAS RF chain with a power amplifier and connected antenna interface
RF Chain, Antenna & EMC Selection & System Design
10/14/2026

Why RF Switch Power Rating Matters in C-UAS Jamming Chains

RF switch power rating may exceed PA output yet miss hot-switching, unused-port, or thermal limits. Learn which evidence supports selecting a C-UAS RF switch.
Módulo amplificador de banda ancha de RF SKYPOWER
RF PA Selection Guides Selection & System Design
10/13/2026

Cómo elegir un PA RF: 100 W vs 200 W para C-UAS

100 W vs 200 W: ¿qué PA conviene? Para entregar 80 W directos a la entrada de antena tras 2 dB de pérdidas, calcule ≈127 W en RF OUT. Revise Pin y 28 V.
Módulo amplificador de banda ancha de RF SKYPOWER
RF PA Selection Guides Selection & System Design
10/13/2026

Cómo elegir un módulo amplificador de banda ancha de RF

Un amplificador de banda ancha puede anunciar 100 W sin cumplir el Pout en todos los puntos. Compare Pin, Psat, 28 V y pruebas a plena potencia antes del RFQ.
Comparación GaN vs LDMOS en amplificadores de potencia RF
RF Fundamentals & Applications Selection & System Design
10/09/2026

GaN vs LDMOS: ¿qué tecnología elegir para un PA RF?

GaN vs LDMOS: ¿qué conviene para un PA RF? Compare Pout, Pin, PAE, linealidad, refrigeración y coste de plataforma antes de elegir la tecnología del módulo.