The RITEC GA-2500A High Power Gated RF Pulse Amplifier, distributed by Sonemat, provides a powerful solution for generating high-amplitude RF tone bursts in demanding ultrasonic and RF testing environments. Designed to amplify RF signals with minimal distortion, the GA-2500A delivers peak output powers of up to 5 kW, making it suitable for applications that require high-power tonebursts across a wide range of frequencies.
The GA-2500A is available in several power configurations—400 W, 1.5 kW, and 5 kW—each designed to cover specific frequency bands, offering flexibility to meet unique testing requirements. Equipped with over-temperature and over-current protection circuits, this amplifier ensures safe operation even in high-stress conditions. A true gated amplifier, the GA-2500A also features a -40 dB front panel monitor for real-time signal tracking, enhancing its usability in research and industrial applications.
Key Advantages and Features:
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- High-Power Output Options: Available in configurations with outputs of 400 W, 1.5 kW, or 5 kW, each optimized for different frequency ranges, providing adaptability across applications.
- True Gated Amplifier: Capable of generating gated RF tone bursts, ideal for controlled pulse applications in ultrasonic testing and material analysis.
- Broad Frequency Coverage: Supports frequency ranges from 40 kHz to 15 MHz, depending on power configuration, suitable for a variety of RF and ultrasonic testing needs.
- Integrated Protection Circuits: Equipped with over-temperature and over-current shutdowns, ensuring safe, reliable performance in demanding conditions.
- Distributed by Sonemat for Local Support: Available through Sonemat’s distribution, ensuring local support and expertise for seamless integration into advanced RF systems.
Applications:
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- High-intensity RF and ultrasonic testing in industrial environments
- Materials characterization, including studies of acoustic attenuation and wave propagation
- Nonlinear acoustic studies requiring high-amplitude tonebursts
- Advanced RF applications in research and development labs