EMC Immunity - RF Amplifiers for EMC Testing

RF Amplifiers for EMC Testing

Application overview

Explore RF amplification applications across defense and aerospace environments, from electronic warfare and radar simulation to HIRF and NEMP testing. Learn how high-power RF technologies support system development, qualification, survivability assessment, and mission-critical performance verification.

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EMC Immunity Testing

Evaluate equipment performance under controlled electromagnetic fields to verify immunity and standards compliance.

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BCI Testing

Assess susceptibility to conducted interference by injecting RF currents directly onto cables and harnesses.

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Component Testing

Characterise RF components including filters, duplexers, cables, and attenuators under controlled test conditions.

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Scientific Applications

Support advanced research requiring precise RF power, stability, linearity, and repeatable signal performance.

Featured products

Explore our portfolio of solid-state amplifiers, TWT amplifiers, RF systems, and antennas, engineered to support EMC, defense, aerospace, and scientific applications. From standalone products to integrated test environments, discover solutions covering frequencies from kHz to GHz and power levels from watts to megawatts.

Featured resources

Access key technical resources including FAQs, application notes, best practices, white papers, and videos, providing concise guidance, reference data, and practical insight to support amplifier selection, system configuration, and test implementation.

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Amplifier FAQs

Overview of NEMP testing applications, covering standards, test methods, and amplification requirements for susceptibility evaluation.
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Choosing an Amplifier

Quick reference answers addressing common questions on RF amplifiers, applications, specifications, and test setups.
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S6G18C Series

The enhanced S6G18C Series from AR, now featuring higher power variants at 125-watt, 250-watt, and 450-watt levels.
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Solid-State vs. TWT Amplifiers

Compare solid-state and TWT technologies, including performance, reliability, maintenance, and application considerations.