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INDUSTRY INSIGHTS

Practical RF Engineering Insights

Practical guidance for RF power amplifier selection, testing, integration, reliability, and real-world applications.

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.
Antenna distance affects RF Power Amplifier selection by changing feeder loss, antenna-port power, power margin, and remote antenna performance.
Selection & System Design
06/08/2026

How to Choose RF Amplifiers by Antenna Distance

Learn how antenna distance affects RF Power Amplifier selection, feeder loss, antenna-port power, VSWR risk, and C-UAS system reliability.
RF Power Amplifier power margin concept showing usable output affected by cable loss, thermal derating, duty cycle, DC supply, and antenna load in a C-UAS RF chain.
Selection & System Design
06/03/2026

How to Choose RF Power Amplifier Power Margin

Learn how to choose RF Power Amplifier power margin for stable output, thermal reliability, cable loss, duty cycle, and C-UAS field use.
RF Power Amplifier frequency range selection for matching target bands, output power, antenna behavior, and field coverage
Selection & System Design
05/26/2026

What Is the Best RF Power Amplifier Frequency Range

How to choose RF Power Amplifier module frequency range for C-UAS systems by matching bands, power, antennas, heat, and test data.